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55 Commits

Author SHA1 Message Date
27fa1efdd1 4648 2026-03-02 15:51:01 -08:00
48f9f82c23 4648 2026-03-02 13:18:30 -08:00
d248753984 4648 2026-03-02 12:06:52 -08:00
db593886a3 4648 2026-02-28 19:53:34 -08:00
59cb886adb 4648 2026-02-27 16:31:35 -08:00
ca56c07ec1 4648 - all tests passing 2026-02-27 14:35:31 -08:00
c6155d1e63 4648 2026-02-27 14:24:42 -08:00
06e46ba5ac 4648 2026-02-27 14:20:45 -08:00
1c26163065 4648 2026-02-26 17:57:21 -08:00
43e1fafb7c 4648 2026-02-26 17:15:39 -08:00
95296dfe8b 4648 2026-02-26 16:06:18 -08:00
ed91a73dab 4648 2026-02-26 14:08:14 -08:00
5d90cc9cc6 4648 2026-02-26 12:52:58 -08:00
b7adb7dae9 4648 2026-02-26 11:42:55 -08:00
e71584ec63 4648 2026-02-26 11:27:47 -08:00
9600fc3742 4648 2026-02-26 08:10:14 -08:00
ff69ab6381 4648 2026-02-26 08:05:04 -08:00
e41c2db4be 4648 2026-02-26 08:01:47 -08:00
0f27c164cf 4648 2026-02-26 07:57:05 -08:00
f87ef70aae 4648 2026-02-26 07:56:10 -08:00
f323074602 4648 2026-02-25 19:54:25 -08:00
94804aadd9 4648 2026-02-25 19:41:30 -08:00
6750d54641 4648 2026-02-25 16:30:23 -08:00
2b608e234e 4648 2026-02-25 15:54:30 -08:00
d0f443f6e3 4648 2026-02-25 15:39:55 -08:00
e091a4841f 4648 2026-02-25 14:21:27 -08:00
7cc3deec24 4648 2026-02-25 14:06:47 -08:00
49812b65a4 4648 2026-02-25 10:26:52 -08:00
36b875f79f 4648 2026-02-25 09:42:44 -08:00
2f0681353a 4648 2026-02-25 09:33:05 -08:00
7bbf0df7b9 4648 2026-02-25 06:42:51 -08:00
535905abbc 4648 2026-02-24 18:22:15 -08:00
03f7b1410d 4648 2026-02-24 15:36:48 -08:00
1b679de823 4648 2026-02-24 15:24:14 -08:00
a58261a6df 4648 2026-02-24 15:19:15 -08:00
0a2afde1ec 4648 2026-02-24 14:20:43 -08:00
0f005d0715 4648 2026-02-24 14:16:21 -08:00
1ab81e92ee 4648 2026-02-24 14:00:14 -08:00
29fbb42d79 4648 2026-02-24 12:45:42 -08:00
b6f43a09c5 4648 2026-02-24 12:23:06 -08:00
622b49f017 4648 2026-02-24 10:30:04 -08:00
6c18ae4b77 4648 2026-02-24 10:21:40 -08:00
17c647b4cd 4648 2026-02-24 08:51:11 -08:00
13b3aed088 4648 2026-02-24 07:05:56 -08:00
76109ad265 4648 2026-02-23 16:40:50 -08:00
d914f6940d 2021-04-25 20:43:34 +00:00
9c9ec3ac2a k 2020-06-12 20:03:57 +00:00
ff1ed73b01 2020-06-10 23:51:25 +00:00
89474cfb3c 2020-06-06 22:25:08 +00:00
2d7bbd7a47 2020-06-06 21:56:26 +00:00
09c18de8e4 2020-06-06 18:55:21 +00:00
7cc4911faf 2020-06-05 21:19:59 +00:00
e7f9e38917 2020-06-05 14:09:37 +00:00
938f0bbe50 2020-06-04 19:24:49 +00:00
4446c19c9a 2020-06-03 23:41:54 +00:00
56 changed files with 6779 additions and 9811 deletions

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{
"permissions": {
"allow": [
"Bash(dotnet test:*)",
"Bash(grep -c \"\\\\[Fact\\\\]\" /c/data/code/raven-test-integration/**/*.cs)",
"Bash(grep -c \"Skip = \" /c/data/code/raven-test-integration/**/*.cs)",
"Bash(grep -l \"public class.*Controller\" /c/data/code/raven/server/AyaNova/Controllers/*.cs)",
"Bash(xargs -I {} basename {})",
"Bash(sed 's/Controller.cs//')",
"Bash(find /c/data/code/raven-test-integration -name \"*.cs\" -type f ! -path \"*/obj/*\" -exec grep -l \"public class.*Test\" {} ;)",
"Bash(xargs grep \"public class\")",
"Read(//c/data/code/raven-test-integration/**)",
"Bash(sed 's/.cs$//')",
"Bash(dotnet build raven-integration.csproj)"
]
}
}

2
.gitignore vendored Normal file
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/bin
/obj

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using System.Net.Http; using System.Net.Http;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
namespace raven_integration namespace raven_integration
{ {
public class ApiResponse public class ApiResponse
{ {
public HttpResponseMessage HttpResponse { get; set; } public HttpResponseMessage HttpResponse { get; set; }
public JObject ObjectResponse { get; set; } public JObject ObjectResponse { get; set; }
public string CompactResponse public string CompactResponse
{ {
get get
{ {
return ObjectResponse.ToString(Newtonsoft.Json.Formatting.None); return ObjectResponse.ToString(Newtonsoft.Json.Formatting.None);
} }
} }
}//eoc }//eoc
}//eons }//eons

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@@ -1,31 +1,31 @@
using System; using System;
using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
using FluentAssertions; using FluentAssertions;
using System.Collections.Generic; using System.Collections.Generic;
using System.Collections.Concurrent; using System.Collections.Concurrent;
namespace raven_integration namespace raven_integration
{ {
public class ApiRoute public class ApiRoute
{ {
/// <summary> /// <summary>
/// ///
/// </summary> /// </summary>
[Fact] [Fact]
public async void ServerApiRootPageShouldFetch() public async Task ServerApiRootPageShouldFetch()
{ {
ApiTextResponse t = await Util.GetNonApiPageAsync("/api/v8/"); ApiTextResponse t = await Util.GetNonApiPageAsync("/api/v8/");
Util.ValidateHTTPStatusCode(t, 200); Util.ValidateHTTPStatusCode(t, 200);
t.TextResponse.Should().Contain("<title>AyaNova server</title>"); t.TextResponse.Should().Contain("<title>AyaNova server</title>");
} }
//================================================== //==================================================
}//eoc }//eoc
}//eons }//eons

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@@ -1,13 +1,13 @@
using System.Net.Http; using System.Net.Http;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
namespace raven_integration namespace raven_integration
{ {
public class ApiTextResponse public class ApiTextResponse
{ {
public HttpResponseMessage HttpResponse {get;set;} public HttpResponseMessage HttpResponse {get;set;}
public string TextResponse {get;set;} public string TextResponse {get;set;}
}//eoc }//eoc
}//eons }//eons

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@@ -1,204 +1,204 @@
using System; using System;
using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
using FluentAssertions; using FluentAssertions;
using System.Collections.Generic; using System.Collections.Generic;
using System.Collections.Concurrent; using System.Collections.Concurrent;
using System.Net.Http; using System.Net.Http;
using System.Net.Http.Headers; using System.Net.Http.Headers;
using System.IO; using System.IO;
namespace raven_integration namespace raven_integration
{ {
//https://stackoverflow.com/questions/17725882/testing-asp-net-web-api-multipart-form-data-file-upload //https://stackoverflow.com/questions/17725882/testing-asp-net-web-api-multipart-form-data-file-upload
public class AttachmentTest public class AttachmentTest
{ {
/// <summary> /// <summary>
/// test attach CRUD /// test attach CRUD
/// </summary> /// </summary>
[Fact] [Fact]
public async void AttachmentUploadDownloadDeleteShouldWork() public async Task AttachmentUploadDownloadDeleteShouldWork()
{ {
//Make a user just for this test so can deal with dl token properly //Make a user just for this test so can deal with dl token properly
var UniqueName = Util.Uniquify("AttachmentUploadDownloadDeleteShouldWork"); var UniqueName = Util.Uniquify("AttachmentUploadDownloadDeleteShouldWork");
//CREATE //CREATE
dynamic d = new JObject(); dynamic d = new JObject();
d.name = UniqueName; d.name = UniqueName;
d.active = true; d.active = true;
d.login = UniqueName; d.allowLogin = true;
d.password = UniqueName; d.login = UniqueName;
d.roles = 2;//bizadminfull needs widget rights d.password = UniqueName;
d.userType = 3;//non scheduleable d.roles = 2;//BizAdmin needs full rights
d.userType = 2;// not service type user
//Required by form custom rules
d.notes = "notes"; //Required by form custom rules
d.customFields = Util.UserRequiredCustomFieldsJsonString(); d.notes = "notes";
d.customFields = Util.UserRequiredCustomFieldsJsonString();
ApiResponse a = await Util.PostAsync("User", await Util.GetTokenAsync("manager", "l3tm3in"), d.ToString());
Util.ValidateDataReturnResponseOk(a); ApiResponse a = await Util.PostAsync("User", await Util.GetTokenAsync("superuser", "l3tm3in"), d.ToString());
long TestUserId=a.ObjectResponse["data"]["id"].Value<long>(); Util.ValidateDataReturnResponseOk(a);
long TestUserId=a.ObjectResponse["data"]["id"].Value<long>();
d = new JObject();
d.login = UniqueName; d = new JObject();
d.password = UniqueName; d.login = UniqueName;
a = await Util.PostAsync("auth", null, d.ToString()); d.password = UniqueName;
string downloadToken = a.ObjectResponse["data"]["dlt"].Value<string>(); a = await Util.PostAsync("auth", null, d.ToString());
string downloadToken = a.ObjectResponse["data"]["dlt"].Value<string>();
//////////////////////////////////////////
//// Upload the files //////////////////////////////////////////
MultipartFormDataContent formDataContent = new MultipartFormDataContent(); //// Upload the files
MultipartFormDataContent formDataContent = new MultipartFormDataContent();
//Form data like the bizobject type and id
formDataContent.Add(new StringContent("3"), name: "AttachToObjectType"); //Form data like the bizobject type and id
formDataContent.Add(new StringContent(TestUserId.ToString()), name: "AttachToObjectId"); formDataContent.Add(new StringContent("3"), name: "AttachToAType");
formDataContent.Add(new StringContent("Test:AttachmentUploadDownloadDeleteShouldWork"), name: "Notes"); formDataContent.Add(new StringContent(TestUserId.ToString()), name: "AttachToObjectId");
formDataContent.Add(new StringContent("[{\"name\":\"test.zip\",\"lastModified\":1582822079618},{\"name\":\"test.png\",\"lastModified\":1586900220990}]"), name: "FileData"); formDataContent.Add(new StringContent("Test:AttachmentUploadDownloadDeleteShouldWork"), name: "Notes");
formDataContent.Add(new StringContent("[{\"name\":\"test.zip\",\"lastModified\":1582822079618},{\"name\":\"test.png\",\"lastModified\":1586900220990}]"), name: "FileData");
//fileData in JSON stringify format which contains the actual last modified dates etc
//"[{\"name\":\"Client.csv\",\"lastModified\":1582822079618},{\"name\":\"wmi4fu06nrs41.jpg\",\"lastModified\":1586900220990}]" //fileData in JSON stringify format which contains the actual last modified dates etc
//or if testing non-existant this is probably safe: long.MaxValue //"[{\"name\":\"Client.csv\",\"lastModified\":1582822079618},{\"name\":\"wmi4fu06nrs41.jpg\",\"lastModified\":1586900220990}]"
//or if testing non-existant this is probably safe: long.MaxValue
StreamContent file1 = new StreamContent(File.OpenRead($"{Util.TEST_DATA_FOLDER}\\test.png"));
file1.Headers.ContentType = new MediaTypeHeaderValue("image/png"); StreamContent file1 = new StreamContent(File.OpenRead($"{Util.TEST_DATA_FOLDER}\\test.png"));
file1.Headers.ContentDisposition = new ContentDispositionHeaderValue("form-data"); file1.Headers.ContentType = new MediaTypeHeaderValue("image/png");
file1.Headers.ContentDisposition.FileName = "test.png"; file1.Headers.ContentDisposition = new ContentDispositionHeaderValue("form-data");
formDataContent.Add(file1); file1.Headers.ContentDisposition.FileName = "test.png";
StreamContent file2 = new StreamContent(File.OpenRead($"{Util.TEST_DATA_FOLDER}\\test.zip")); formDataContent.Add(file1);
file2.Headers.ContentType = new MediaTypeHeaderValue("application/zip"); StreamContent file2 = new StreamContent(File.OpenRead($"{Util.TEST_DATA_FOLDER}\\test.zip"));
file2.Headers.ContentDisposition = new ContentDispositionHeaderValue("form-data"); file2.Headers.ContentType = new MediaTypeHeaderValue("application/zip");
file2.Headers.ContentDisposition.FileName = "test.zip"; file2.Headers.ContentDisposition = new ContentDispositionHeaderValue("form-data");
formDataContent.Add(file2); file2.Headers.ContentDisposition.FileName = "test.zip";
formDataContent.Add(file2);
//create via inventory full test user as attachments use the role of the object attaching to
a = await Util.PostFormDataAsync("attachment", formDataContent, await Util.GetTokenAsync("manager", "l3tm3in")); //create via inventory full test user as attachments use the role of the object attaching to
a = await Util.PostFormDataAsync("attachment", formDataContent, await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
long lTestPngAttachmentId = a.ObjectResponse["data"][0]["id"].Value<long>(); long lTestPngAttachmentId = a.ObjectResponse["data"][0]["id"].Value<long>();
long lTestZipAttachmentId = a.ObjectResponse["data"][1]["id"].Value<long>(); long lTestZipAttachmentId = a.ObjectResponse["data"][1]["id"].Value<long>();
//saw negative values on a db issue that I corrected (I think) //saw negative values on a db issue that I corrected (I think)
//Keeping these in case it arises again, if it does, see log, it's a db error with async issue of some kind //Keeping these in case it arises again, if it does, see log, it's a db error with async issue of some kind
lTestPngAttachmentId.Should().BePositive(); lTestPngAttachmentId.Should().BePositive();
lTestZipAttachmentId.Should().BePositive(); lTestZipAttachmentId.Should().BePositive();
////////////////////////////////////////// //////////////////////////////////////////
//// DOWNLOAD: Get the file attachment //// DOWNLOAD: Get the file attachment
//now get the file https://rockfish.ayanova.com/api/rfcaseblob/download/248?t=9O2eDAAlZ0Wknj19SBK2iA //now get the file https://rockfish.ayanova.com/api/rfcaseblob/download/248?t=9O2eDAAlZ0Wknj19SBK2iA
var dlresponse = await Util.DownloadFileAsync("attachment/Download/" + lTestZipAttachmentId.ToString() + "?t=" + downloadToken, null); var dlresponse = await Util.DownloadFileAsync("attachment/Download/" + lTestZipAttachmentId.ToString() + "?t=" + downloadToken, null);
//ensure it's the zip file we expected //ensure it's the zip file we expected
dlresponse.Content.Headers.ContentDisposition.FileName.Should().Be("test.zip"); dlresponse.Content.Headers.ContentDisposition.FileName.Should().Be("test.zip");
dlresponse.Content.Headers.ContentLength.Should().BeGreaterThan(2000); dlresponse.Content.Headers.ContentLength.Should().BeGreaterThan(2000);
////////////////////////////////////////// //////////////////////////////////////////
//// DELETE: Delete the file attachments //// DELETE: Delete the file attachments
a = await Util.DeleteAsync("attachment/" + lTestPngAttachmentId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in")); a = await Util.DeleteAsync("attachment/" + lTestPngAttachmentId.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204); Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync("attachment/" + lTestZipAttachmentId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in")); a = await Util.DeleteAsync("attachment/" + lTestZipAttachmentId.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204); Util.ValidateHTTPStatusCode(a, 204);
} }
/// <summary> /// <summary>
/// test no rights /// test no rights
/// </summary> /// </summary>
[Fact] [Fact]
public async void NoRightsTest() public async Task NoRightsTest()
{ {
MultipartFormDataContent formDataContent = new MultipartFormDataContent(); MultipartFormDataContent formDataContent = new MultipartFormDataContent();
formDataContent.Add(new StringContent("2"), name: "AttachToObjectType"); formDataContent.Add(new StringContent("3"), name: "AttachToAType");
formDataContent.Add(new StringContent("1"), name: "AttachToObjectId"); formDataContent.Add(new StringContent("1"), name: "AttachToObjectId");
formDataContent.Add(new StringContent("Test:AttachmentUploadDownloadDeleteShouldWork"), name: "Notes"); formDataContent.Add(new StringContent("Test:AttachmentUploadDownloadDeleteShouldWork"), name: "Notes");
formDataContent.Add(new StringContent("[{\"name\":\"test.png\",\"lastModified\":1586900220990}]"), name: "FileData"); formDataContent.Add(new StringContent("[{\"name\":\"test.png\",\"lastModified\":1586900220990}]"), name: "FileData");
StreamContent file1 = new StreamContent(File.OpenRead($"{Util.TEST_DATA_FOLDER}\\test.png")); StreamContent file1 = new StreamContent(File.OpenRead($"{Util.TEST_DATA_FOLDER}\\test.png"));
file1.Headers.ContentType = new MediaTypeHeaderValue("image/png"); file1.Headers.ContentType = new MediaTypeHeaderValue("image/png");
file1.Headers.ContentDisposition = new ContentDispositionHeaderValue("form-data"); file1.Headers.ContentDisposition = new ContentDispositionHeaderValue("form-data");
file1.Headers.ContentDisposition.FileName = "test.png"; file1.Headers.ContentDisposition.FileName = "test.png";
formDataContent.Add(file1); formDataContent.Add(file1);
//ERROR CONDITION: BizAdminLimited user should not be able to attach a file to a widget //ERROR CONDITION: BizAdminRestricted user should not be able to attach a file to a widget
ApiResponse a = await Util.PostFormDataAsync("attachment", formDataContent, await Util.GetTokenAsync("BizAdminLimited")); ApiResponse a = await Util.PostFormDataAsync("attachment", formDataContent, await Util.GetTokenAsync("BizAdminRestricted"));
//2004 unauthorized //2004 unauthorized
Util.ValidateErrorCodeResponse(a, 2004, 403); Util.ValidateErrorCodeResponse(a, 2004, 403);
} }
/// <summary> /// <summary>
/// test not attachable /// test not attachable
/// </summary> /// </summary>
[Fact] [Fact]
public async void UnattachableTest() public async Task UnattachableTest()
{ {
MultipartFormDataContent formDataContent = new MultipartFormDataContent(); MultipartFormDataContent formDataContent = new MultipartFormDataContent();
//Form data bizobject type and id //Form data bizobject type and id
//HERE IS THE ERROR CONDITION: LICENSE TYPE OBJECT WHICH IS UNATTACHABLE //HERE IS THE ERROR CONDITION: LICENSE TYPE OBJECT WHICH IS UNATTACHABLE
formDataContent.Add(new StringContent("5"), name: "AttachToObjectType"); formDataContent.Add(new StringContent("5"), name: "AttachToAType");
formDataContent.Add(new StringContent("1"), name: "AttachToObjectId"); formDataContent.Add(new StringContent("1"), name: "AttachToObjectId");
StreamContent file1 = new StreamContent(File.OpenRead($"{Util.TEST_DATA_FOLDER}\\test.png")); StreamContent file1 = new StreamContent(File.OpenRead($"{Util.TEST_DATA_FOLDER}\\test.png"));
file1.Headers.ContentType = new MediaTypeHeaderValue("image/png"); file1.Headers.ContentType = new MediaTypeHeaderValue("image/png");
file1.Headers.ContentDisposition = new ContentDispositionHeaderValue("form-data"); file1.Headers.ContentDisposition = new ContentDispositionHeaderValue("form-data");
file1.Headers.ContentDisposition.FileName = "test.png"; file1.Headers.ContentDisposition.FileName = "test.png";
formDataContent.Add(file1); formDataContent.Add(file1);
ApiResponse a = await Util.PostFormDataAsync("attachment", formDataContent, await Util.GetTokenAsync("InventoryFull")); ApiResponse a = await Util.PostFormDataAsync("attachment", formDataContent, await Util.GetTokenAsync("Inventory"));
//2203 unattachable object //2203 unattachable object
Util.ValidateErrorCodeResponse(a, 2203, 400); Util.ValidateErrorCodeResponse(a, 2203, 400);
} }
/// <summary> /// <summary>
/// test bad object values /// test bad object values
/// </summary> /// </summary>
[Fact] [Fact]
public async void BadObject() public async Task BadObject()
{ {
MultipartFormDataContent formDataContent = new MultipartFormDataContent(); MultipartFormDataContent formDataContent = new MultipartFormDataContent();
//Form data like the bizobject type and id //Form data like the bizobject type and id
formDataContent.Add(new StringContent("2"), name: "AttachToObjectType"); formDataContent.Add(new StringContent("3"), name: "AttachToAType");
//HERE IS THE ERROR CONDITION, A NON EXISTENT ID VALUE FOR THE WIDGET //HERE IS THE ERROR CONDITION, A NON EXISTENT ID VALUE FOR THE USER
formDataContent.Add(new StringContent(long.MaxValue.ToString()), name: "AttachToObjectId");//non-existent widget formDataContent.Add(new StringContent(long.MaxValue.ToString()), name: "AttachToObjectId");//non-existent user
StreamContent file1 = new StreamContent(File.OpenRead($"{Util.TEST_DATA_FOLDER}\\test.png")); StreamContent file1 = new StreamContent(File.OpenRead($"{Util.TEST_DATA_FOLDER}\\test.png"));
file1.Headers.ContentType = new MediaTypeHeaderValue("image/png"); file1.Headers.ContentType = new MediaTypeHeaderValue("image/png");
file1.Headers.ContentDisposition = new ContentDispositionHeaderValue("form-data"); file1.Headers.ContentDisposition = new ContentDispositionHeaderValue("form-data");
file1.Headers.ContentDisposition.FileName = "test.png"; file1.Headers.ContentDisposition.FileName = "test.png";
formDataContent.Add(file1); formDataContent.Add(file1);
ApiResponse a = await Util.PostFormDataAsync("attachment", formDataContent, await Util.GetTokenAsync("InventoryFull")); ApiResponse a = await Util.PostFormDataAsync("attachment", formDataContent, await Util.GetTokenAsync("Inventory"));
//2203 invalid attachment object //2203 invalid attachment object
Util.ValidateErrorCodeResponse(a, 2203, 400); Util.ValidateErrorCodeResponse(a, 2203, 400);
} }
//================================================== //==================================================
}//eoc }//eoc
}//eons }//eons

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@@ -1,137 +1,144 @@
using System; using System;
using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
using FluentAssertions; using FluentAssertions;
namespace raven_integration namespace raven_integration
{ {
public class auth public class Auth
{ {
/// <summary> /// <summary>
/// ///
/// </summary> /// </summary>
[Fact] [Fact]
public async void BadLoginShouldNotWork() public async Task BadLoginShouldNotWork()
{ {
//Expect status code 401 and result: //Expect status code 401 and result:
// {{ // {{
// "error": { // "error": {
// "code": "2003", // "code": "2003",
// "message": "Authentication failed" // "message": "Authentication failed"
// } // }
// }} // }}
dynamic d = new JObject(); dynamic d = new JObject();
d.login = "BOGUS"; d.login = "BOGUS";
d.password = "ACCOUNT"; d.password = "ACCOUNT";
ApiResponse a = await Util.PostAsync("auth", null, d.ToString()); ApiResponse a = await Util.PostAsync("auth", null, d.ToString());
Util.ValidateErrorCodeResponse(a, 2003, 401); Util.ValidateErrorCodeResponse(a, 2003, 401);
} }
//NOTE: These tests are for Debug builds, they should still pass in a release build because none of the creds will work and it checks for 401 only /////////////////////////////////////////////////////////////////////////////////////////////////
//but a true test of these JWT tokens is only in server debug mode /// case 4648 Removed all these jwt related tests for expediency
/// they relied on an ancient setup in auth
/// <summary> /// that no longer exists and I'm not sure how
/// /// useful they are
/// </summary>
[Fact]
public async void JWTExpiredTokenShouldFail() // //NOTE: These tests are for Debug builds, they should still pass in a release build because none of the creds will work and it checks for 401 only
{ // //but a true test of these JWT tokens is only in server debug mode
ApiResponse a = await Util.GetAsync("build-mode", await Util.GetTokenAsync("manager", "l3tm3in")); // /// <summary>
var BuildMode = a.ObjectResponse["data"]["buildMode"].Value<string>(); // ///
if (BuildMode == "DEBUG") // /// </summary>
{ // [Fact]
a = await Util.GetAsync("translation/list", await Util.GetTokenAsync("INTEGRATION_TEST", "EXPIRED"));//lowest level test user because there are no limits on this route except to be authenticated // public async Task JWTExpiredTokenShouldFail()
Util.ValidateHTTPStatusCode(a, 401); // {
}
} // ApiResponse a = await Util.GetAsync("build-mode", await Util.GetTokenAsync("superuser", "l3tm3in"));
// var BuildMode = a.ObjectResponse["data"]["buildMode"].Value<string>();
/// <summary> // if (BuildMode == "DEBUG")
/// // {
/// </summary> // a = await Util.GetAsync("translation/list", await Util.GetTokenAsync("INTEGRATION_TEST", "EXPIRED"));//lowest level test user because there are no limits on this route except to be authenticated
[Fact] // Util.ValidateHTTPStatusCode(a, 401);
public async void JWTWrongIssuerShouldFail() // }
{ // }
ApiResponse a = await Util.GetAsync("build-mode", await Util.GetTokenAsync("manager", "l3tm3in"));
var BuildMode = a.ObjectResponse["data"]["buildMode"].Value<string>(); // /// <summary>
if (BuildMode == "DEBUG") // ///
{ // /// </summary>
a = await Util.GetAsync("translation/list", await Util.GetTokenAsync("INTEGRATION_TEST", "WRONG_ISSUER"));//lowest level test user because there are no limits on this route except to be authenticated // [Fact]
Util.ValidateHTTPStatusCode(a, 401); // public async Task JWTWrongIssuerShouldFail()
} // {
} // ApiResponse a = await Util.GetAsync("build-mode", await Util.GetTokenAsync("superuser", "l3tm3in"));
// var BuildMode = a.ObjectResponse["data"]["buildMode"].Value<string>();
/// <summary> // if (BuildMode == "DEBUG")
/// // {
/// </summary> // a = await Util.GetAsync("translation/list", await Util.GetTokenAsync("INTEGRATION_TEST", "WRONG_ISSUER"));//lowest level test user because there are no limits on this route except to be authenticated
[Fact] // Util.ValidateHTTPStatusCode(a, 401);
public async void JWTNoAlgorithmShouldFail() // }
{ // }
ApiResponse a = await Util.GetAsync("build-mode", await Util.GetTokenAsync("manager", "l3tm3in"));
var BuildMode = a.ObjectResponse["data"]["buildMode"].Value<string>(); // /// <summary>
if (BuildMode == "DEBUG") // ///
{ // /// </summary>
a = await Util.GetAsync("translation/list", await Util.GetTokenAsync("INTEGRATION_TEST", "NO_ALGORITHM")); // [Fact]
Util.ValidateHTTPStatusCode(a, 401); // public async Task JWTNoAlgorithmShouldFail()
} // {
} // ApiResponse a = await Util.GetAsync("build-mode", await Util.GetTokenAsync("superuser", "l3tm3in"));
// var BuildMode = a.ObjectResponse["data"]["buildMode"].Value<string>();
/// <summary> // if (BuildMode == "DEBUG")
/// // {
/// </summary> // a = await Util.GetAsync("translation/list", await Util.GetTokenAsync("INTEGRATION_TEST", "NO_ALGORITHM"));
[Fact] // Util.ValidateHTTPStatusCode(a, 401);
public async void JWTBadSecretShouldFail() // }
{ // }
ApiResponse a = await Util.GetAsync("build-mode", await Util.GetTokenAsync("manager", "l3tm3in"));
var BuildMode = a.ObjectResponse["data"]["buildMode"].Value<string>(); // /// <summary>
if (BuildMode == "DEBUG") // ///
{ // /// </summary>
a = await Util.GetAsync("translation/list", await Util.GetTokenAsync("INTEGRATION_TEST", "WRONG_SECRET")); // [Fact]
Util.ValidateHTTPStatusCode(a, 401); // public async Task JWTBadSecretShouldFail()
} // {
} // ApiResponse a = await Util.GetAsync("build-mode", await Util.GetTokenAsync("superuser", "l3tm3in"));
// var BuildMode = a.ObjectResponse["data"]["buildMode"].Value<string>();
// if (BuildMode == "DEBUG")
/// <summary> // {
/// // a = await Util.GetAsync("translation/list", await Util.GetTokenAsync("INTEGRATION_TEST", "WRONG_SECRET"));
/// </summary> // Util.ValidateHTTPStatusCode(a, 401);
[Fact] // }
public async void JWTTruncatedSignatureShouldFail() // }
{
ApiResponse a = await Util.GetAsync("build-mode", await Util.GetTokenAsync("manager", "l3tm3in"));
var BuildMode = a.ObjectResponse["data"]["buildMode"].Value<string>(); // /// <summary>
if (BuildMode == "DEBUG") // ///
{ // /// </summary>
a = await Util.GetAsync("translation/list", await Util.GetTokenAsync("INTEGRATION_TEST", "TRUNCATED_SIGNATURE")); // [Fact]
Util.ValidateHTTPStatusCode(a, 401); // public async Task JWTTruncatedSignatureShouldFail()
} // {
} // ApiResponse a = await Util.GetAsync("build-mode", await Util.GetTokenAsync("superuser", "l3tm3in"));
// var BuildMode = a.ObjectResponse["data"]["buildMode"].Value<string>();
// if (BuildMode == "DEBUG")
/// <summary> // {
/// // a = await Util.GetAsync("translation/list", await Util.GetTokenAsync("INTEGRATION_TEST", "TRUNCATED_SIGNATURE"));
/// </summary> // Util.ValidateHTTPStatusCode(a, 401);
[Fact] // }
public async void JWTTransposedSignatureShouldFail() // }
{
ApiResponse a = await Util.GetAsync("build-mode", await Util.GetTokenAsync("manager", "l3tm3in"));
var BuildMode = a.ObjectResponse["data"]["buildMode"].Value<string>(); // /// <summary>
if (BuildMode == "DEBUG") // ///
{ // /// </summary>
a = await Util.GetAsync("translation/list", await Util.GetTokenAsync("INTEGRATION_TEST", "TRANSPOSE_SIGNATURE")); // [Fact]
Util.ValidateHTTPStatusCode(a, 401); // public async Task JWTTransposedSignatureShouldFail()
} // {
} // ApiResponse a = await Util.GetAsync("build-mode", await Util.GetTokenAsync("superuser", "l3tm3in"));
// var BuildMode = a.ObjectResponse["data"]["buildMode"].Value<string>();
// if (BuildMode == "DEBUG")
// {
// a = await Util.GetAsync("translation/list", await Util.GetTokenAsync("INTEGRATION_TEST", "TRANSPOSE_SIGNATURE"));
//================================================== // Util.ValidateHTTPStatusCode(a, 401);
// }
}//eoc // }
}//eons
//==================================================
}//eoc
}//eons

View File

@@ -1,81 +1,77 @@
using System; using Xunit;
using Xunit; using Newtonsoft.Json.Linq;
using Newtonsoft.Json.Linq;
using FluentAssertions; namespace raven_integration
using System.Collections.Generic; {
using System.Collections.Concurrent; // [Collection("APICOLLECTION")]
public class AuthRights
namespace raven_integration {
{
// [Collection("APICOLLECTION")]
public class WidgetRights /// <summary>
{ /// Test not authorized error return
/// </summary>
[Fact]
/// <summary> public async Task ServerShouldNotAllowUnauthenticatedAccess()
/// Test not authorized error return {
/// </summary> ApiResponse a = await Util.GetAsync("project/list");
[Fact] Util.ValidateHTTPStatusCode(a, 401);
public async void ServerShouldNotAllowUnauthenticatedAccess() }
{
ApiResponse a = await Util.GetAsync("widget/list"); /// <summary>
Util.ValidateHTTPStatusCode(a, 401); /// Test insufficient read rights error return
} /// </summary>
[Fact]
/// <summary> public async Task ServerShouldNotAllowReadUnauthorizedAccess()
/// Test insufficient read rights error return {
/// </summary> ApiResponse a = await Util.GetAsync("project/listprojects", await Util.GetTokenAsync( "OpsAdmin"));
[Fact] //2004 unauthorized
public async void ServerShouldNotAllowReadUnauthorizedAccess() Util.ValidateErrorCodeResponse(a, 2004, 403);
{ }
ApiResponse a = await Util.GetAsync("widget/listwidgets", await Util.GetTokenAsync( "OpsAdminFull"));
//2004 unauthorized
Util.ValidateErrorCodeResponse(a, 2004, 403);
} /// <summary>
/// Test insufficient create rights error return
/// </summary>
[Fact]
/// <summary> public async Task ServerShouldNotAllowCreateUnauthorizedAccess()
/// Test insufficient create rights error return {
/// </summary> //CREATE
[Fact] dynamic d = new JObject();
public async void ServerShouldNotAllowCreateUnauthorizedAccess() d.name = Util.Uniquify("ServerShouldNotAllowCreateUnauthorizedAccess TEST PROJECT");
{ d.created = DateTime.Now.ToString();
//CREATE d.dollarAmount = 1.11m;
dynamic d = new JObject(); d.active = true;
d.name = Util.Uniquify("ServerShouldNotAllowCreateUnauthorizedAccess TEST WIDGET"); d.usertype = 1;
d.created = DateTime.Now.ToString();
d.dollarAmount = 1.11m; //BizAdminRestricted user should not be able to create a project, only read them
d.active = true; ApiResponse a = await Util.PostAsync("project", await Util.GetTokenAsync( "BizAdminRestricted"), d.ToString());
d.usertype = 1;
//2004 unauthorized
//BizAdminLimited user should not be able to create a widget, only read them Util.ValidateErrorCodeResponse(a, 2004, 403);
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync( "BizAdminLimited"), d.ToString()); }
//2004 unauthorized
Util.ValidateErrorCodeResponse(a, 2004, 403);
}
//==================================================
}//eoc
}//eons
//==================================================
}//eoc
}//eons

View File

@@ -1,239 +1,199 @@
using System; using Xunit;
using Xunit; using Newtonsoft.Json.Linq;
using Newtonsoft.Json.Linq;
using FluentAssertions; namespace raven_integration
using System.Collections.Generic; {
using System.Collections.Concurrent; public class CommonValidation
{
namespace raven_integration
{
public class WidgetValidationTest // /// <summary>
{ // /// Test business rule should be active on new
// /// </summary>
// [Fact]
// /// <summary> // public async Task BusinessRuleNewShouldBeActiveShouldWork()
// /// Test business rule should be active on new // {
// /// </summary> // //CREATE attempt with broken rules
// [Fact] // dynamic d = new JObject();
// public async void BusinessRuleNewShouldBeActiveShouldWork() // d.name = Util.Uniquify("ServerShouldDisAllowOwnerOnlyRightsUserToDeleteNonOwned TEST PROJECT");
// { // d.created = DateTime.Now.ToString();
// //CREATE attempt with broken rules // d.dollarAmount = 1.11m;
// dynamic d = new JObject(); // d.active = false;//<--- BROKEN RULE new project must be active = true!!
// d.name = Util.Uniquify("ServerShouldDisAllowOwnerOnlyRightsUserToDeleteNonOwned TEST WIDGET"); // d.usertype = 1;
// d.created = DateTime.Now.ToString();
// d.dollarAmount = 1.11m; //
// d.active = false;//<--- BROKEN RULE new widget must be active = true!! // ApiResponse a = await Util.PostAsync("project", await Util.GetTokenAsync("Inventory"), d.ToString());
// d.usertype = 1;
// Util.ValidateErrorCodeResponse(a, 2200, 400);
// //create via inventory full test user // Util.ShouldContainValidationError(a, "Active", "2203");
// ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("InventoryFull"), d.ToString());
// }
// Util.ValidateErrorCodeResponse(a, 2200, 400);
// Util.ShouldContainValidationError(a, "Active", "2203");
// }
/// <summary>
/// Test business rule name should be unique
/// </summary>
[Fact]
/// <summary> public async Task BusinessRuleNameMustBeUnique()
/// Test business rule name should be unique {
/// </summary> //CREATE attempt with broken rules
[Fact] dynamic d = new JObject();
public async void BusinessRuleNameMustBeUnique() d.name = Util.Uniquify("BusinessRuleNameMustBeUnique TEST PROJECT");
{ d.notes = "blah";
//CREATE attempt with broken rules d.created = DateTime.Now.ToString();
dynamic d = new JObject(); d.dollarAmount = 1.11m;
d.name = Util.Uniquify("BusinessRuleNameMustBeUnique TEST WIDGET"); d.active = true;
d.notes = "blah"; d.usertype = 1;
d.customFields = Util.WidgetRequiredCustomFieldsJsonString();
d.created = DateTime.Now.ToString();
d.dollarAmount = 1.11m; ApiResponse a = await Util.PostAsync("project", await Util.GetTokenAsync("BizAdmin"), d.ToString());
d.active = true; Util.ValidateDataReturnResponseOk(a);
d.usertype = 1;
//Now try to create again with same name
//create via inventory full test user a = await Util.PostAsync("project", await Util.GetTokenAsync("BizAdmin"), d.ToString());
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("InventoryFull"), d.ToString());
Util.ValidateDataReturnResponseOk(a); //2002 in-valid expected
Util.ValidateErrorCodeResponse(a, 2200, 400);
//Now try to create again with same name Util.ShouldContainValidationError(a, "Name", "2206");
a = await Util.PostAsync("widget", await Util.GetTokenAsync("InventoryFull"), d.ToString());
}
//2002 in-valid expected
Util.ValidateErrorCodeResponse(a, 2200, 400);
Util.ShouldContainValidationError(a, "Name", "2206");
/// <summary>
} ///
/// </summary>
[Fact]
public async Task BusinessRuleNameRequired()
/// <summary> {
///
/// </summary> dynamic d = new JObject();
[Fact] d.name = "";
public async void BusinessRuleNameRequired() d.created = DateTime.Now.ToString();
{ d.dollarAmount = 1.11m;
d.active = true;
dynamic d = new JObject(); d.usertype = 1;
d.name = "";
d.created = DateTime.Now.ToString();
d.dollarAmount = 1.11m; ApiResponse a = await Util.PostAsync("project", await Util.GetTokenAsync("BizAdmin"), d.ToString());
d.active = true;
d.usertype = 1;
//2002 in-valid expected
//create via inventory full test user Util.ValidateErrorCodeResponse(a, 2200, 400);
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("InventoryFull"), d.ToString()); //This is a modelstate error so even though it would be a 2201 in other circumstances here it's a 2203
//Maybe a todo is to refine this a bit
Util.ShouldContainValidationError(a, "Name", "2203");
//2002 in-valid expected
Util.ValidateErrorCodeResponse(a, 2200, 400); }
//This is a modelstate error so even though it would be a 2201 in other circumstances here it's a 2203
//Maybe a todo is to refine this a bit
Util.ShouldContainValidationError(a, "Name", "2203");
/// <summary>
} ///
/// </summary>
/// <summary> [Fact(Skip = "TODO: Implement after workorder tests working needs dated object to test")]
/// public async Task BusinessRuleStartDateWithoutEndDateShouldError()
/// </summary> {
[Fact]
public async void BusinessRuleNameLengthExceeded() dynamic d = new JObject();
{ d.name = Util.Uniquify("BusinessRuleStartDateWithoutEndDateShouldError TEST");
d.created = DateTime.Now.ToString();
dynamic d = new JObject(); d.startDate = d.created;
d.name = new string('A', 256); ; //NO END DATE ERRROR
d.created = DateTime.Now.ToString(); d.dollarAmount = 1.11m;
d.dollarAmount = 1.11m; d.active = true;
d.active = true; d.usertype = 1;
d.usertype = 1;
//create via inventory full test user ApiResponse a = await Util.PostAsync("project", await Util.GetTokenAsync("BizAdmin"), d.ToString());
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("InventoryFull"), d.ToString());
//2002 in-valid expected
//2002 in-valid expected Util.ValidateErrorCodeResponse(a, 2200, 400);
Util.ValidateErrorCodeResponse(a, 2200, 400); Util.ShouldContainValidationError(a, "EndDate", "2201");
Util.ShouldContainValidationError(a, "Name", "2202", "255 max");
}
}
/// <summary>
///
/// <summary> /// </summary>
/// [Fact(Skip = "TODO: Implement after workorder tests working needs dated object to test")]
/// </summary> public async Task BusinessRuleEndDateWithoutStartDateShouldError()
[Fact] {
public async void BusinessRuleStartDateWithoutEndDateShouldError()
{ dynamic d = new JObject();
d.name = Util.Uniquify("BusinessRuleEndDateWithoutStartDateShouldError TEST");
dynamic d = new JObject(); d.created = DateTime.Now.ToString();
d.name = Util.Uniquify("BusinessRuleStartDateWithoutEndDateShouldError TEST"); d.endDate = d.created;
d.created = DateTime.Now.ToString(); //NO START DATE ERRROR
d.startDate = d.created; d.dollarAmount = 1.11m;
//NO END DATE ERRROR d.active = true;
d.dollarAmount = 1.11m; d.usertype = 1;
d.active = true;
d.usertype = 1;
ApiResponse a = await Util.PostAsync("project", await Util.GetTokenAsync("BizAdmin"), d.ToString());
//create via inventory full test user
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("InventoryFull"), d.ToString());
//2002 in-valid expected
Util.ValidateErrorCodeResponse(a, 2200, 400);
//2002 in-valid expected Util.ShouldContainValidationError(a, "StartDate", "2201");
Util.ValidateErrorCodeResponse(a, 2200, 400);
Util.ShouldContainValidationError(a, "EndDate", "2201"); }
}
/// <summary>
///
/// </summary>
/// <summary> [Fact(Skip = "TODO: Implement after workorder tests working needs dated object to test")]
/// public async Task BusinessRuleEndDateBeforeStartDateShouldError()
/// </summary> {
[Fact]
public async void BusinessRuleEndDateWithoutStartDateShouldError() dynamic d = new JObject();
{ d.name = Util.Uniquify("BusinessRuleEndDateBeforeStartDateShouldError TEST");
d.created = DateTime.Now.ToString();
dynamic d = new JObject(); d.startDate = DateTime.Now.ToString();
d.name = Util.Uniquify("BusinessRuleEndDateWithoutStartDateShouldError TEST"); d.endDate = DateTime.Now.AddHours(-1).ToString();
d.created = DateTime.Now.ToString(); //NO START DATE ERRROR
d.endDate = d.created; d.dollarAmount = 1.11m;
//NO START DATE ERRROR d.active = true;
d.dollarAmount = 1.11m; d.usertype = 1;
d.active = true;
d.usertype = 1;
ApiResponse a = await Util.PostAsync("project", await Util.GetTokenAsync("BizAdmin"), d.ToString());
//create via inventory full test user
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("InventoryFull"), d.ToString());
//2002 in-valid expected
Util.ValidateErrorCodeResponse(a, 2200, 400);
//2002 in-valid expected Util.ShouldContainValidationError(a, "StartDate", "2207");
Util.ValidateErrorCodeResponse(a, 2200, 400);
Util.ShouldContainValidationError(a, "StartDate", "2201"); }
}
/// <summary>
/// <summary> ///
/// /// </summary>
/// </summary> [Fact]
[Fact] public async Task BusinessRuleEnumInvalidShouldError()
public async void BusinessRuleEndDateBeforeStartDateShouldError() {
{
dynamic d = new JObject();
dynamic d = new JObject(); d.name = Util.Uniquify("BusinessRuleEnumInvalidShouldError TEST");
d.name = Util.Uniquify("BusinessRuleEndDateBeforeStartDateShouldError TEST"); d.created = DateTime.Now.ToString();
d.created = DateTime.Now.ToString(); d.active = true;
d.startDate = DateTime.Now.ToString(); d.usertype = -1;//<---BAD VALUE
d.endDate = DateTime.Now.AddHours(-1).ToString(); ApiResponse a = await Util.PostAsync("user", await Util.GetTokenAsync("BizAdmin"), d.ToString());
//NO START DATE ERRROR //2002 in-valid expected
d.dollarAmount = 1.11m; Util.ValidateErrorCodeResponse(a, 2200, 400);
d.active = true; Util.ShouldContainValidationError(a, "UserType", "2203");
d.usertype = 1;
}
//create via inventory full test user
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("InventoryFull"), d.ToString()); //==================================================
}//eoc
//2002 in-valid expected }//eons
Util.ValidateErrorCodeResponse(a, 2200, 400);
Util.ShouldContainValidationError(a, "StartDate", "2207");
}
/// <summary>
///
/// </summary>
[Fact]
public async void BusinessRuleEnumInvalidShouldError()
{
dynamic d = new JObject();
d.name = Util.Uniquify("BusinessRuleEnumInvalidShouldError TEST");
d.created = DateTime.Now.ToString();
//NO END DATE ERRROR
d.dollarAmount = 1.11m;
d.active = true;
d.usertype = -1;//<---BAD VALUE
d.Notes = "blah";
d.customFields = Util.WidgetRequiredCustomFieldsJsonString();
//create via inventory full test user
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("InventoryFull"), d.ToString());
//2002 in-valid expected
Util.ValidateErrorCodeResponse(a, 2200, 400);
Util.ShouldContainValidationError(a, "UserType", "2203");
}
//==================================================
}//eoc
}//eons

95
Contract/ContractCrud.cs Normal file
View File

@@ -0,0 +1,95 @@
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
public class ContractCrud
{
/// <summary>
/// Full CRUD for a Contract, including a concurrency violation check.
/// Contract has a richer required-field set than most objects (billing override
/// type enums, response time, etc.) so this test exercises the full model round-trip.
///
/// ContractOverrideType enum: PriceDiscount = 1, CostMarkup = 2
/// </summary>
[Fact]
public async Task CRUD()
{
var token = await Util.GetTokenAsync("BizAdmin");
// -------------------------------------------------------------------
// CREATE
// responseTime: TimeSpan JSON format is "HH:MM:SS"
// partsOverrideType / serviceRatesOverrideType / travelRatesOverrideType:
// 1 = PriceDiscount, 2 = CostMarkup
// -------------------------------------------------------------------
var name = Util.Uniquify("Test Contract");
var payload = $$"""
{"id":0,"concurrency":0,"name":"{{name}}","active":true,"notes":"The quick brown fox jumped over the six lazy dogs!","wiki":null,"customFields":"{}","tags":[],"responseTime":"01:00:00","contractServiceRatesOnly":false,"contractTravelRatesOnly":false,"partsOverridePct":10.0,"partsOverrideType":1,"serviceRatesOverridePct":5.0,"serviceRatesOverrideType":1,"travelRatesOverridePct":0.0,"travelRatesOverrideType":1,"alertNotes":"Contract alert text"}
""";
ApiResponse a = await Util.PostAsync("contract", token, payload);
Util.ValidateDataReturnResponseOk(a);
long Id = a.ObjectResponse["data"]["id"].Value<long>();
Id.Should().BeGreaterThan(0);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
a.ObjectResponse["data"]["partsOverrideType"].Value<int>().Should().Be(1);
// -------------------------------------------------------------------
// GET
// -------------------------------------------------------------------
a = await Util.GetAsync($"contract/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
a.ObjectResponse["data"]["alertNotes"].Value<string>().Should().Be("Contract alert text");
var concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
// -------------------------------------------------------------------
// PUT — Contract PUT returns the full updated object (not just concurrency)
// -------------------------------------------------------------------
var updatedName = Util.Uniquify("Updated Contract");
var putPayload = $$"""
{"id":{{Id}},"concurrency":{{concurrency}},"name":"{{updatedName}}","active":true,"notes":"Updated notes","wiki":null,"customFields":"{}","tags":[],"responseTime":"02:00:00","contractServiceRatesOnly":false,"contractTravelRatesOnly":false,"partsOverridePct":15.0,"partsOverrideType":2,"serviceRatesOverridePct":0.0,"serviceRatesOverrideType":1,"travelRatesOverridePct":5.0,"travelRatesOverrideType":1,"alertNotes":"Updated alert"}
""";
a = await Util.PutAsync("contract", token, putPayload);
Util.ValidateHTTPStatusCode(a, 200);
// PUT returns the full updated contract object
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(updatedName);
a.ObjectResponse["data"]["partsOverrideType"].Value<int>().Should().Be(2, "should have changed to CostMarkup");
var newConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
newConcurrency.Should().NotBe(concurrency, "concurrency should have been bumped");
// Verify update persisted
a = await Util.GetAsync($"contract/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(updatedName);
a.ObjectResponse["data"]["contractServiceRatesOnly"].Value<bool>().Should().BeFalse();
// -------------------------------------------------------------------
// CONCURRENCY VIOLATION: PUT with stale concurrency should return 409
// -------------------------------------------------------------------
a = await Util.PutAsync("contract", token, putPayload); // putPayload has the old concurrency
Util.ValidateConcurrencyError(a);
// -------------------------------------------------------------------
// DELETE
// -------------------------------------------------------------------
a = await Util.DeleteAsync($"contract/{Id}", token);
Util.ValidateHTTPStatusCode(a, 204);
// Confirm deleted
//bugbug case 4652 TO be fixed for this test to pass
//bug at server causing 500 to be returned instead of 404
//do not want to fix yet until ready for refactor in general
//deployed UI unaffected as it wouldn't attempt this normally
//this problem likely exhibits in any other object that has a 'populatedisplayfields' call at the server
//in their get routine that doesn't guard against null record
a = await Util.GetAsync($"contract/{Id}", token);
Util.ValidateResponseNotFound(a);
}
}//eoc
}//eons

View File

@@ -22,6 +22,8 @@ namespace raven_integration
creds.login = login; creds.login = login;
creds.password = password; creds.password = password;
ApiResponse a = await Util.PostAsync("auth", null, creds.ToString()); ApiResponse a = await Util.PostAsync("auth", null, creds.ToString());
if (a.ObjectResponse?["data"] == null)
throw new Exception($"Auth failed for '{login}' (HTTP {a.HttpResponse.StatusCode}): {a.ObjectResponse?.ToString() ?? "(no body)"}");
authDict[login] = a.ObjectResponse["data"]["token"].Value<string>(); authDict[login] = a.ObjectResponse["data"]["token"].Value<string>();
} }
return authDict[login]; return authDict[login];

116
Customer/CustomerCrud.cs Normal file
View File

@@ -0,0 +1,116 @@
using System;
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
public class CustomerCrud
{
/// <summary>
/// Full CRUD for a Customer, including concurrency violation and alert retrieval.
/// </summary>
[Fact]
public async Task CRUD()
{
var token = await Util.GetTokenAsync("BizAdmin");
// CREATE
var name = Util.Uniquify("Test Customer");
var payload = $$"""
{"id":0,"concurrency":0,"name":"{{name}}","active":true,"notes":"The quick brown fox jumped over the six lazy dogs!","wiki":null,"customFields":"{}","tags":[],"webAddress":null,"alertNotes":"Test alert text for this customer","billHeadOffice":false,"headOfficeId":null,"techNotes":"Tech-only notes","accountNumber":"ACC-001","contractId":null,"contractExpires":null,"phone1":"555-1234","phone2":null,"phone3":null,"phone4":null,"phone5":null,"emailAddress":"test@example.com","postAddress":null,"postCity":null,"postRegion":null,"postCountry":null,"postCode":null,"address":null,"city":null,"region":null,"country":null,"addressPostal":null,"latitude":null,"longitude":null}
""";
ApiResponse a = await Util.PostAsync("customer", token, payload);
Util.ValidateDataReturnResponseOk(a);
long Id = a.ObjectResponse["data"]["id"].Value<long>();
Id.Should().BeGreaterThan(0);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
// GET
a = await Util.GetAsync($"customer/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
a.ObjectResponse["data"]["phone1"].Value<string>().Should().Be("555-1234");
var concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
// GET ALERT
a = await Util.GetAsync($"customer/alert/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"].Value<string>().Should().Be("Test alert text for this customer");
// PUT (update name and phone)
var updatedName = Util.Uniquify("Updated Customer");
var putPayload = $$"""
{"id":{{Id}},"concurrency":{{concurrency}},"name":"{{updatedName}}","active":true,"notes":"Updated notes","wiki":null,"customFields":"{}","tags":[],"webAddress":null,"alertNotes":"Updated alert text","billHeadOffice":false,"headOfficeId":null,"techNotes":null,"accountNumber":null,"contractId":null,"contractExpires":null,"phone1":"555-9999","phone2":null,"phone3":null,"phone4":null,"phone5":null,"emailAddress":null,"postAddress":null,"postCity":null,"postRegion":null,"postCountry":null,"postCode":null,"address":null,"city":null,"region":null,"country":null,"addressPostal":null,"latitude":null,"longitude":null}
""";
a = await Util.PutAsync("customer", token, putPayload);
Util.ValidateHTTPStatusCode(a, 200);
var newConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
newConcurrency.Should().NotBe(concurrency, "concurrency should have been bumped by the update");
// Verify the update was persisted
a = await Util.GetAsync($"customer/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(updatedName);
a.ObjectResponse["data"]["phone1"].Value<string>().Should().Be("555-9999");
// CONCURRENCY VIOLATION: PUT with stale concurrency should return 409
a = await Util.PutAsync("customer", token, putPayload); // putPayload still has old concurrency
Util.ValidateConcurrencyError(a);
// DELETE
a = await Util.DeleteAsync($"customer/{Id}", token);
Util.ValidateHTTPStatusCode(a, 204);
// Confirm deleted
a = await Util.GetAsync($"customer/{Id}", token);
Util.ValidateResponseNotFound(a);
}
/// <summary>
/// A customer that has at least one work order associated with it should not
/// be deletable — referential integrity must be enforced.
/// </summary>
[Fact]
public async Task CustomerWithWorkOrders_CannotBeDeleted()
{
var token = await Util.GetTokenAsync("BizAdmin");
// Create a dedicated customer so we control what is linked to it
var name = Util.Uniquify("RefInt Customer");
var payload = $$"""
{"id":0,"concurrency":0,"name":"{{name}}","active":true,"notes":null,"wiki":null,"customFields":"{}","tags":[],"webAddress":null,"alertNotes":null,"billHeadOffice":false,"headOfficeId":null,"techNotes":null,"accountNumber":null,"contractId":null,"contractExpires":null,"phone1":null,"phone2":null,"phone3":null,"phone4":null,"phone5":null,"emailAddress":null,"postAddress":null,"postCity":null,"postRegion":null,"postCountry":null,"postCode":null,"address":null,"city":null,"region":null,"country":null,"addressPostal":null,"latitude":null,"longitude":null}
""";
ApiResponse a = await Util.PostAsync("customer", token, payload);
Util.ValidateDataReturnResponseOk(a);
long customerId = a.ObjectResponse["data"]["id"].Value<long>();
// Create a work order linked to this customer
var isoNow = DateTime.UtcNow.ToString("o");
var woPayload = $$"""
{"id":0,"concurrency":0,"serial":0,"notes":"RefInt test WO","wiki":null,"customFields":"{}","tags":[],"customerId":{{customerId}},"projectId":null,"contractId":null,"internalReferenceNumber":null,"customerReferenceNumber":null,"customerContactName":null,"fromQuoteId":null,"fromPMId":null,"serviceDate":"{{isoNow}}","completeByDate":null,"durationToCompleted":"00:00:00","invoiceNumber":null,"onsite":true,"customerSignature":null,"customerSignatureName":null,"customerSignatureCaptured":null,"techSignature":null,"techSignatureName":null,"techSignatureCaptured":null,"postAddress":null,"postCity":null,"postRegion":null,"postCountry":null,"postCode":null,"address":null,"city":null,"region":null,"country":null,"addressPostal":null,"latitude":null,"longitude":null,"isDirty":true,"isLockedAtServer":false}
""";
a = await Util.PostAsync("workorder", token, woPayload);
Util.ValidateDataReturnResponseOk(a);
long woId = a.ObjectResponse["data"]["id"].Value<long>();
// Attempt to delete the customer — should be blocked by referential integrity
//bugbug: this is returning a 500 due to a bug at the server end
//case 4653, holding off fixing until ready for refactor.
a = await Util.DeleteAsync($"customer/{customerId}", token);
Util.ValidateViolatesReferentialIntegrityError(a);
// Clean up: delete the work order first, then the customer
a = await Util.DeleteAsync($"workorder/{woId}", token);
Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync($"customer/{customerId}", token);
Util.ValidateHTTPStatusCode(a, 204);
}
}//eoc
}//eons

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using System;
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
/*
DataList tests — three layers:
1. SavedFilterCrud (LIVE — runs now)
Exercises POST/GET/PUT/DELETE on /data-list-filter plus the /list endpoint.
Uses WorkOrderDataList as the list key since work orders always have seeded data.
2. FilterAndSort (LIVE — each test creates its own named filter, uses it, then deletes it)
Pattern:
a) CreateFilterAsync() — POST to /data-list-filter with filter rules as a JSON string
b) BuildDataListRequest() — POST body for /data-list with the filterId
c) Assert on the rows returned
d) Delete the filter in a finally block
For sort tests: POST /data-list-column-view/sort, then reset in finally.
For column-view test: POST /data-list-column-view, then reset in finally.
3. Rights (LIVE — SubContractor user has no WorkOrder list rights)
------
Date filter note: Server accounts for user's time zone offset when filtering by
date range. All seeded users share the same tz offset (TIME_ZONE_ADJUSTMENT in util.cs).
Use ToOffsetAdjustedUniversalTime() extension when building date filter values.
WorkOrderDataList column keys (default order):
"WorkOrderSerialNumber" integer / rid
"Customer" string
"WorkOrderServiceDate" datetime
"WorkOrderCloseByDate" datetime
"WorkOrderStatus" pick list / string
"Project" string
"WorkOrderAge" integer
Default sort: WorkOrderSerialNumber descending ("-").
*/
public class DataListOperations
{
// -----------------------------------------------------------------------
// PRIVATE HELPERS
// -----------------------------------------------------------------------
/// <summary>
/// Build a single column filter rule for use in the data-list-filter "filter" field.
/// any=false → AND, any=true → OR across the items list.
/// </summary>
private static JObject BuildFilterRule(string column, bool any,
params (string op, string value)[] items)
{
return new JObject
{
["column"] = column,
["any"] = any,
["items"] = new JArray(items.Select(i => new JObject { ["op"] = i.op, ["value"] = i.value }))
};
}
/// <summary>
/// POST a new private named filter to /data-list-filter and return its id.
/// Pass null filterRules to create an empty (no-op) filter that returns all records.
/// </summary>
private static async Task<long> CreateFilterAsync(string token, string listKey,
JArray filterRules)
{
dynamic d = new JObject();
d.id = 0;
d.concurrency = 0;
d.name = Util.Uniquify("Test Filter");
d["public"] = true;
d.defaultFilter = false;
d.listKey = listKey;
d.filter = filterRules?.ToString(Newtonsoft.Json.Formatting.None) ?? "[]";
ApiResponse a = await Util.PostAsync("data-list-filter", token,
d.ToString(Newtonsoft.Json.Formatting.None));
Util.ValidateDataReturnResponseOk(a);
return a.ObjectResponse["data"]["id"].Value<long>();
}
/// <summary>
/// Build the POST body for /data-list.
/// clientTimeStamp is set to DateTimeOffset.Now so relative date keywords work correctly.
/// </summary>
private static string BuildDataListRequest(long filterId, int offset = 0, int limit = 100)
{
var ts = DateTimeOffset.Now.ToString("o");
return $$"""{"offset":{{offset}},"limit":{{limit}},"dataListKey":"WorkOrderDataList","filterId":{{filterId}},"clientTimeStamp":"{{ts}}"}""";
}
/// <summary>
/// Decode the user id from the JWT auth token payload (avoids a round-trip GET).
/// The server embeds "id" as a string claim in the token.
/// </summary>
private static long GetUserIdFromToken(string token)
{
var payloadB64 = token.Split('.')[1].Replace('-', '+').Replace('_', '/');
while (payloadB64.Length % 4 != 0) payloadB64 += "=";
var json = System.Text.Encoding.UTF8.GetString(Convert.FromBase64String(payloadB64));
return JObject.Parse(json)["id"].Value<long>();
}
/// <summary>
/// Look up the zero-based column index by field key from the data-list response object.
/// </summary>
private static int GetColumnIndex(JToken response, string fieldKey)
{
var columns = (JArray)response["columns"];
for (int i = 0; i < columns.Count; i++)
{
if (columns[i]["fk"]?.Value<string>() == fieldKey)
return i;
}
throw new InvalidOperationException($"Column '{fieldKey}' not found in response columns");
}
/// <summary>
/// Create a minimal work order with the given service date and return its id.
/// customerId=1 is XYZ Accounting in the seed data.
/// </summary>
private static async Task<long> CreateWorkOrderAsync(string token, DateTime serviceDate,
long customerId = 1)
{
var isoDate = serviceDate.ToString("o");
var payload = $$"""{"id":0,"concurrency":0,"serial":0,"notes":"DataList test WO","wiki":null,"customFields":"{}","tags":[],"customerId":{{customerId}},"projectId":null,"contractId":null,"internalReferenceNumber":null,"customerReferenceNumber":null,"customerContactName":null,"fromQuoteId":null,"fromPMId":null,"serviceDate":"{{isoDate}}","completeByDate":null,"durationToCompleted":"00:00:00","invoiceNumber":null,"onsite":false,"customerSignature":null,"customerSignatureName":null,"customerSignatureCaptured":null,"techSignature":null,"techSignatureName":null,"techSignatureCaptured":null,"postAddress":null,"postCity":null,"postRegion":null,"postCountry":null,"postCode":null,"address":null,"city":null,"region":null,"country":null,"addressPostal":null,"latitude":null,"longitude":null,"isDirty":true,"isLockedAtServer":false}""";
ApiResponse a = await Util.PostAsync("workorder", token, payload);
Util.ValidateDataReturnResponseOk(a);
return a.ObjectResponse["data"]["id"].Value<long>();
}
// -----------------------------------------------------------------------
// 1. SAVED FILTER CRUD
// -----------------------------------------------------------------------
/// <summary>
/// Create, retrieve, list, update, and delete a saved filter.
/// Also verifies public/private visibility rules:
/// - a public filter IS visible to other users
/// - a private filter is NOT visible to other users
/// </summary>
[Fact]
public async Task SavedFilterCRUD()
{
var token = await Util.GetTokenAsync("BizAdmin");
const string ListKey = "WorkOrderDataList";
// CREATE a public saved filter
// UserId=0 — the server sets the actual user id from the auth token
var filterName = Util.Uniquify("Test Saved Filter");
var payload = $$"""
{"id":0,"concurrency":0,"userId":0,"name":"{{filterName}}","public":true,"defaultFilter":false,"listKey":"{{ListKey}}","filter":"[]"}
""";
ApiResponse a = await Util.PostAsync("data-list-filter", token, payload);
Util.ValidateDataReturnResponseOk(a);
long Id = a.ObjectResponse["data"]["id"].Value<long>();
Id.Should().BeGreaterThan(0);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(filterName);
a.ObjectResponse["data"]["public"].Value<bool>().Should().BeTrue();
// GET by id
a = await Util.GetAsync($"data-list-filter/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(filterName);
a.ObjectResponse["data"]["listKey"].Value<string>().Should().Be(ListKey);
var concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
// A different user should see a PUBLIC filter
var otherToken = await Util.GetTokenAsync("SubContractorRestricted");
a = await Util.GetAsync($"data-list-filter/{Id}", otherToken);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(filterName);
// LIST — filter should appear in the list for its key
a = await Util.GetAsync($"data-list-filter/list?ListKey={ListKey}", token);
Util.ValidateDataReturnResponseOk(a);
((JArray)a.ObjectResponse["data"]).Should().Contain(
z => z["id"].Value<long>() == Id,
"the saved filter should appear in the list for its key");
// PUT — make it private and rename
var updatedName = Util.Uniquify("Updated Saved Filter");
var putPayload = $$"""
{"id":{{Id}},"concurrency":{{concurrency}},"userId":0,"name":"{{updatedName}}","public":false,"defaultFilter":false,"listKey":"{{ListKey}}","filter":"[]"}
""";
a = await Util.PutAsync("data-list-filter", token, putPayload);
Util.ValidateHTTPStatusCode(a, 200);
// Verify the update
a = await Util.GetAsync($"data-list-filter/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(updatedName);
a.ObjectResponse["data"]["public"].Value<bool>().Should().BeFalse();
var newConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
newConcurrency.Should().NotBe(concurrency, "concurrency should have been bumped");
// The other user should NO LONGER see the now-private filter
a = await Util.GetAsync($"data-list-filter/{Id}", otherToken);
Util.ValidateResponseNotFound(a);
// DELETE
a = await Util.DeleteAsync($"data-list-filter/{Id}", token);
Util.ValidateHTTPStatusCode(a, 204);
// Confirm deleted
a = await Util.GetAsync($"data-list-filter/{Id}", token);
Util.ValidateResponseNotFound(a);
}
/// <summary>
/// A saved filter with DefaultFilter=true must be rejected — only the server
/// can create default filters internally.
/// </summary>
[Fact]
public async Task SavedFilter_DefaultFilterCannotBeCreatedByClient()
{
var token = await Util.GetTokenAsync("BizAdmin");
var payload = """
{"id":0,"concurrency":0,"userId":0,"name":"Should Fail","public":false,"defaultFilter":true,"listKey":"WorkOrderDataList","filter":null}
""";
ApiResponse a = await Util.PostAsync("data-list-filter", token, payload);
Util.ValidateHTTPStatusCode(a, 400);
a.ObjectResponse["error"].Should().NotBeNull();
}
// -----------------------------------------------------------------------
// 2. FILTER AND SORT
// -----------------------------------------------------------------------
//
// Each test creates a named filter, POSTs to /data-list with that filterId,
// asserts the result, then deletes the filter in a finally block.
//
// Filter format stored in the "filter" field of data-list-filter:
// JSON array string: [{"column":"FIELD","any":false,"items":[{"op":"OP","value":"VAL"}]}]
// any=false → AND, any=true → OR
//
// Special server-side date keywords (use with OpEquality):
// "*yesterday*", "*tomorrow*", "*thisyear*", "*NULL*"
// -----------------------------------------------------------------------
/// <summary>
/// Customer name contains "XYZ Accounting" — all returned rows must have that substring.
/// Relies on seeded work orders for customerId=1 (XYZ Accounting).
/// </summary>
[Fact]
public async Task WorkOrderList_StringContainsFilterWorks()
{
var token = await Util.GetTokenAsync("BizAdmin");
var filterRules = new JArray { BuildFilterRule("Customer", false,
(Util.OpContains, "XYZ Accounting")) };
long filterId = await CreateFilterAsync(token, "WorkOrderDataList", filterRules);
try
{
ApiResponse a = await Util.PostAsync("data-list", token, BuildDataListRequest(filterId));
Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200);
var rows = (JArray)a.ObjectResponse["data"];
rows.Should().NotBeEmpty("seeded data has work orders for XYZ Accounting");
int customerIdx = GetColumnIndex(a.ObjectResponse, "Customer");
foreach (var row in rows)
row[customerIdx]["v"].Value<string>().Should()
.Contain("XYZ Accounting", "contains filter must only return matching rows");
}
finally
{
await Util.DeleteAsync($"data-list-filter/{filterId}", token);
}
}
/// <summary>
/// Customer name starts with "XY" — all returned rows must have that prefix.
/// </summary>
[Fact]
public async Task WorkOrderList_StringStartsWithFilterWorks()
{
var token = await Util.GetTokenAsync("BizAdmin");
var filterRules = new JArray { BuildFilterRule("Customer", false,
(Util.OpStartsWith, "XY")) };
long filterId = await CreateFilterAsync(token, "WorkOrderDataList", filterRules);
try
{
ApiResponse a = await Util.PostAsync("data-list", token, BuildDataListRequest(filterId));
Util.ValidateDataReturnResponseOk(a);
var rows = (JArray)a.ObjectResponse["data"];
rows.Should().NotBeEmpty("seeded data has customers starting with 'XY'");
int customerIdx = GetColumnIndex(a.ObjectResponse, "Customer");
foreach (var row in rows)
row[customerIdx]["v"].Value<string>().Should()
.StartWith("XY", "startswith filter must only return matching rows");
}
finally
{
await Util.DeleteAsync($"data-list-filter/{filterId}", token);
}
}
/// <summary>
/// Customer name equals "XYZ Accounting" exactly — all returned rows must match exactly.
/// </summary>
[Fact]
public async Task WorkOrderList_StringEqualsFilterWorks()
{
var token = await Util.GetTokenAsync("BizAdmin");
var filterRules = new JArray { BuildFilterRule("Customer", false,
(Util.OpEquality, "XYZ Accounting")) };
long filterId = await CreateFilterAsync(token, "WorkOrderDataList", filterRules);
try
{
ApiResponse a = await Util.PostAsync("data-list", token, BuildDataListRequest(filterId));
Util.ValidateDataReturnResponseOk(a);
var rows = (JArray)a.ObjectResponse["data"];
rows.Should().NotBeEmpty("seeded data has work orders for XYZ Accounting");
int customerIdx = GetColumnIndex(a.ObjectResponse, "Customer");
foreach (var row in rows)
row[customerIdx]["v"].Value<string>().Should()
.Be("XYZ Accounting", "equality filter must only return exact matches");
}
finally
{
await Util.DeleteAsync($"data-list-filter/{filterId}", token);
}
}
/// <summary>
/// Customer name NOT equal to "XYZ Accounting" — no returned rows may have that customer.
/// </summary>
[Fact]
public async Task WorkOrderList_StringNotEqualFilterWorks()
{
var token = await Util.GetTokenAsync("BizAdmin");
var filterRules = new JArray { BuildFilterRule("Customer", false,
(Util.OpNotEqual, "XYZ Accounting")) };
long filterId = await CreateFilterAsync(token, "WorkOrderDataList", filterRules);
try
{
ApiResponse a = await Util.PostAsync("data-list", token, BuildDataListRequest(filterId, limit: 50));
Util.ValidateDataReturnResponseOk(a);
var rows = (JArray)a.ObjectResponse["data"];
rows.Should().NotBeEmpty("many seeded work orders belong to other customers");
int customerIdx = GetColumnIndex(a.ObjectResponse, "Customer");
foreach (var row in rows)
row[customerIdx]["v"].Value<string>().Should()
.NotBe("XYZ Accounting", "not-equal filter must exclude that customer");
}
finally
{
await Util.DeleteAsync($"data-list-filter/{filterId}", token);
}
}
/// <summary>
/// Date range AND filter: service date > 2 days ago AND < 2 days hence.
/// Creates two work orders (yesterday noon, tomorrow noon) and verifies both appear.
/// </summary>
[Fact]
public async Task WorkOrderList_DateRangeOrMultiConditionFilterWorks()
{
var token = await Util.GetTokenAsync("BizAdmin");
// Create two WOs with service dates clearly inside a 4-day window
var yesterday = DateTime.Today.AddDays(-1).AddHours(12);
var tomorrow = DateTime.Today.AddDays(1).AddHours(12);
long wo1Id = await CreateWorkOrderAsync(token, yesterday);
long wo2Id = await CreateWorkOrderAsync(token, tomorrow);
// Filter: service date > 2 days ago AND < 2 days hence (any=false = AND)
var from = DateTime.Now.AddDays(-2).ToOffsetAdjustedUniversalTime();
var to = DateTime.Now.AddDays(2).ToOffsetAdjustedUniversalTime();
var filterRules = new JArray { BuildFilterRule("WorkOrderServiceDate", false,
(Util.OpGreaterThan, from.ToString("o")),
(Util.OpLessThan, to.ToString("o"))) };
long filterId = await CreateFilterAsync(token, "WorkOrderDataList", filterRules);
try
{
ApiResponse a = await Util.PostAsync("data-list", token, BuildDataListRequest(filterId));
Util.ValidateDataReturnResponseOk(a);
var rows = (JArray)a.ObjectResponse["data"];
rows.Should().NotBeEmpty("date range filter must return rows within the window");
int serialIdx = GetColumnIndex(a.ObjectResponse, "WorkOrderSerialNumber");
var returnedIds = rows.Select(r => r[serialIdx]["i"].Value<long>()).ToHashSet();
returnedIds.Should().Contain(wo1Id, "yesterday's work order is within the date range");
returnedIds.Should().Contain(wo2Id, "tomorrow's work order is within the date range");
}
finally
{
await Util.DeleteAsync($"data-list-filter/{filterId}", token);
await Util.DeleteAsync($"workorder/{wo1Id}", token);
await Util.DeleteAsync($"workorder/{wo2Id}", token);
}
}
/// <summary>
/// Date OR filter: service date = *yesterday* OR = *tomorrow*.
/// Creates two work orders and verifies both appear via server-side relative date keywords.
/// </summary>
[Fact]
public async Task WorkOrderList_DateRangeFilterWorks()
{
var token = await Util.GetTokenAsync("BizAdmin");
var yesterday = DateTime.Today.AddDays(-1).AddHours(12);
var tomorrow = DateTime.Today.AddDays(1).AddHours(12);
long wo1Id = await CreateWorkOrderAsync(token, yesterday);
long wo2Id = await CreateWorkOrderAsync(token, tomorrow);
// any=true → OR across items
var filterRules = new JArray { BuildFilterRule("WorkOrderServiceDate", true,
(Util.OpEquality, "*yesterday*"),
(Util.OpEquality, "*tomorrow*")) };
long filterId = await CreateFilterAsync(token, "WorkOrderDataList", filterRules);
try
{
ApiResponse a = await Util.PostAsync("data-list", token, BuildDataListRequest(filterId));
Util.ValidateDataReturnResponseOk(a);
var rows = (JArray)a.ObjectResponse["data"];
rows.Should().NotBeEmpty("OR date filter must return rows matching either day");
int serialIdx = GetColumnIndex(a.ObjectResponse, "WorkOrderSerialNumber");
var returnedIds = rows.Select(r => r[serialIdx]["i"].Value<long>()).ToHashSet();
returnedIds.Should().Contain(wo1Id, "yesterday's work order should appear");
returnedIds.Should().Contain(wo2Id, "tomorrow's work order should appear");
}
finally
{
await Util.DeleteAsync($"data-list-filter/{filterId}", token);
await Util.DeleteAsync($"workorder/{wo1Id}", token);
await Util.DeleteAsync($"workorder/{wo2Id}", token);
}
}
/// <summary>
/// Filter for rows where WorkOrderStatus IS NULL (*NULL* keyword).
/// Seeded data contains many work orders with no status assigned.
/// </summary>
[Fact]
public async Task WorkOrderList_NullFieldFilterWorks()
{
var token = await Util.GetTokenAsync("BizAdmin");
var filterRules = new JArray { BuildFilterRule("WorkOrderStatus", false,
(Util.OpEquality, "*NULL*")) };
long filterId = await CreateFilterAsync(token, "WorkOrderDataList", filterRules);
try
{
ApiResponse a = await Util.PostAsync("data-list", token, BuildDataListRequest(filterId));
Util.ValidateDataReturnResponseOk(a);
var rows = (JArray)a.ObjectResponse["data"];
rows.Should().NotBeEmpty("seeded data should have work orders with no status");
int statusIdx = GetColumnIndex(a.ObjectResponse, "WorkOrderStatus");
foreach (var row in rows)
row[statusIdx]["v"].Type.Should().Be(JTokenType.Null,
"null filter must only return rows where status is null");
}
finally
{
await Util.DeleteAsync($"data-list-filter/{filterId}", token);
}
}
/// <summary>
/// Multi-column AND filter: Customer contains "ou" AND service date = *thisyear*.
/// Both conditions must be satisfied (any=false per column, multiple columns = AND between them).
/// </summary>
[Fact]
public async Task WorkOrderList_MultiConditionAndFilterWorks()
{
var token = await Util.GetTokenAsync("BizAdmin");
// Two separate column filters — server ANDs them together
var filterRules = new JArray
{
BuildFilterRule("Customer", false, (Util.OpContains, "ou")),
BuildFilterRule("WorkOrderServiceDate", false, (Util.OpEquality, "*thisyear*"))
};
long filterId = await CreateFilterAsync(token, "WorkOrderDataList", filterRules);
try
{
ApiResponse a = await Util.PostAsync("data-list", token, BuildDataListRequest(filterId));
Util.ValidateDataReturnResponseOk(a);
var rows = (JArray)a.ObjectResponse["data"];
rows.Should().NotBeEmpty("seeded data has customers containing 'ou' with this year's work orders");
int serviceDateIdx = GetColumnIndex(a.ObjectResponse, "WorkOrderServiceDate");
foreach (var row in rows)
{
var dateStr = row[serviceDateIdx]["v"]?.Value<string>();
if (dateStr != null)
DateTime.Parse(dateStr).Year.Should().Be(DateTime.Now.Year,
"service dates must all be in the current year");
}
}
finally
{
await Util.DeleteAsync($"data-list-filter/{filterId}", token);
}
}
/// <summary>
/// Set sort to WorkOrderServiceDate ascending via /data-list-column-view/sort,
/// then verify that returned rows are in ascending date order.
/// Resets sort to default (WorkOrderSerialNumber descending) in the finally block.
/// </summary>
[Fact]
public async Task WorkOrderList_SortAscendingWorks()
{
var token = await Util.GetTokenAsync("BizAdmin");
// Set sort ascending
var sortPayload = """{"listKey":"WorkOrderDataList","sortBy":["WorkOrderServiceDate"],"sortDesc":[false]}""";
ApiResponse a = await Util.PostAsync("data-list-column-view/sort", token, sortPayload);
Util.ValidateHTTPStatusCode(a, 200);
long filterId = await CreateFilterAsync(token, "WorkOrderDataList", null);
try
{
a = await Util.PostAsync("data-list", token, BuildDataListRequest(filterId, limit: 20));
Util.ValidateDataReturnResponseOk(a);
var rows = (JArray)a.ObjectResponse["data"];
rows.Should().NotBeEmpty();
// Response sortBy should confirm ascending
a.ObjectResponse["sortBy"]["WorkOrderServiceDate"].Value<string>().Should().Be("+",
"sortBy in response should show ascending");
// Verify actual data order
int serviceDateIdx = GetColumnIndex(a.ObjectResponse, "WorkOrderServiceDate");
DateTime? prev = null;
foreach (var row in rows)
{
var dateStr = row[serviceDateIdx]["v"]?.Value<string>();
if (dateStr == null) continue;
var date = DateTime.Parse(dateStr);
if (prev.HasValue)
date.Should().BeOnOrAfter(prev.Value, "rows must be in ascending service date order");
prev = date;
}
}
finally
{
await Util.DeleteAsync($"data-list-filter/{filterId}", token);
// Reset sort to default: WorkOrderSerialNumber descending
var resetPayload = """{"listKey":"WorkOrderDataList","sortBy":["WorkOrderSerialNumber"],"sortDesc":[true]}""";
await Util.PostAsync("data-list-column-view/sort", token, resetPayload);
}
}
/// <summary>
/// Set sort to WorkOrderServiceDate descending, verify returned rows are in descending order.
/// Resets sort to default in the finally block.
/// </summary>
[Fact]
public async Task WorkOrderList_SortDescendingWorks()
{
var token = await Util.GetTokenAsync("BizAdmin");
var sortPayload = """{"listKey":"WorkOrderDataList","sortBy":["WorkOrderServiceDate"],"sortDesc":[true]}""";
ApiResponse a = await Util.PostAsync("data-list-column-view/sort", token, sortPayload);
Util.ValidateHTTPStatusCode(a, 200);
long filterId = await CreateFilterAsync(token, "WorkOrderDataList", null);
try
{
a = await Util.PostAsync("data-list", token, BuildDataListRequest(filterId, limit: 20));
Util.ValidateDataReturnResponseOk(a);
var rows = (JArray)a.ObjectResponse["data"];
rows.Should().NotBeEmpty();
a.ObjectResponse["sortBy"]["WorkOrderServiceDate"].Value<string>().Should().Be("-",
"sortBy in response should show descending");
int serviceDateIdx = GetColumnIndex(a.ObjectResponse, "WorkOrderServiceDate");
DateTime? prev = null;
foreach (var row in rows)
{
var dateStr = row[serviceDateIdx]["v"]?.Value<string>();
if (dateStr == null) continue;
var date = DateTime.Parse(dateStr);
if (prev.HasValue)
date.Should().BeOnOrBefore(prev.Value, "rows must be in descending service date order");
prev = date;
}
}
finally
{
await Util.DeleteAsync($"data-list-filter/{filterId}", token);
var resetPayload = """{"listKey":"WorkOrderDataList","sortBy":["WorkOrderSerialNumber"],"sortDesc":[true]}""";
await Util.PostAsync("data-list-column-view/sort", token, resetPayload);
}
}
/// <summary>
/// Verify that offset and limit produce non-overlapping pages with a consistent totalRecordCount.
/// Uses WorkOrderSerialNumber ascending sort so pages are deterministic.
/// </summary>
[Fact]
public async Task WorkOrderList_PaginationOffsetAndLimitWork()
{
var token = await Util.GetTokenAsync("BizAdmin");
// Sort ascending so pages are predictable
var sortPayload = """{"listKey":"WorkOrderDataList","sortBy":["WorkOrderSerialNumber"],"sortDesc":[false]}""";
await Util.PostAsync("data-list-column-view/sort", token, sortPayload);
long filterId = await CreateFilterAsync(token, "WorkOrderDataList", null);
try
{
// Page 1: offset=0, limit=5
ApiResponse a = await Util.PostAsync("data-list", token,
BuildDataListRequest(filterId, offset: 0, limit: 5));
Util.ValidateDataReturnResponseOk(a);
var page1Rows = (JArray)a.ObjectResponse["data"];
page1Rows.Count.Should().Be(5, "page 1 should return exactly 5 rows");
long totalCount = a.ObjectResponse["totalRecordCount"].Value<long>();
totalCount.Should().BeGreaterThan(5, "total record count must exceed one page");
int serialIdx = GetColumnIndex(a.ObjectResponse, "WorkOrderSerialNumber");
var page1Ids = page1Rows.Select(r => r[serialIdx]["i"].Value<long>()).ToHashSet();
// Page 2: offset=5, limit=5
a = await Util.PostAsync("data-list", token,
BuildDataListRequest(filterId, offset: 5, limit: 5));
Util.ValidateDataReturnResponseOk(a);
var page2Rows = (JArray)a.ObjectResponse["data"];
page2Rows.Count.Should().Be(5, "page 2 should return exactly 5 rows");
a.ObjectResponse["totalRecordCount"].Value<long>().Should().Be(totalCount,
"totalRecordCount must be the same across pages");
var page2Ids = page2Rows.Select(r => r[serialIdx]["i"].Value<long>()).ToHashSet();
page1Ids.Should().NotIntersectWith(page2Ids, "page 1 and page 2 must not overlap");
}
finally
{
await Util.DeleteAsync($"data-list-filter/{filterId}", token);
// Reset sort to default
var resetPayload = """{"listKey":"WorkOrderDataList","sortBy":["WorkOrderSerialNumber"],"sortDesc":[true]}""";
await Util.PostAsync("data-list-column-view/sort", token, resetPayload);
}
}
/// <summary>
/// Verify that the data-list response has the expected shape:
/// data, totalRecordCount, columns, sortBy, filter, hiddenAffectiveColumns.
/// Also verifies that a custom column order set via /data-list-column-view is reflected.
/// Resets column view to default order in the finally block.
/// </summary>
[Fact]
public async Task WorkOrderList_ReturnFormatMatchesExpectedShape()
{
var token = await Util.GetTokenAsync("BizAdmin");
// Set a custom column order: Customer moves to position 0
long userId = GetUserIdFromToken(token);
dynamic cvPayload = new JObject();
cvPayload.userId = userId;
cvPayload.listKey = "WorkOrderDataList";
cvPayload.columns = "[\"Customer\",\"WorkOrderSerialNumber\",\"WorkOrderServiceDate\",\"WorkOrderCloseByDate\",\"WorkOrderStatus\",\"Project\",\"WorkOrderAge\"]";
cvPayload.sort = "{\"WorkOrderSerialNumber\":\"+\"}";
ApiResponse a = await Util.PostAsync("data-list-column-view", token,
cvPayload.ToString(Newtonsoft.Json.Formatting.None));
Util.ValidateHTTPStatusCode(a, 200);
long filterId = await CreateFilterAsync(token, "WorkOrderDataList", null);
try
{
a = await Util.PostAsync("data-list", token,
BuildDataListRequest(filterId, offset: 0, limit: 10));
Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200);
// Top-level keys must all be present
a.ObjectResponse["data"].Should().NotBeNull();
a.ObjectResponse["totalRecordCount"].Should().NotBeNull();
a.ObjectResponse["columns"].Should().NotBeNull();
a.ObjectResponse["sortBy"].Should().NotBeNull();
a.ObjectResponse["filter"].Should().NotBeNull();
a.ObjectResponse["hiddenAffectiveColumns"].Should().NotBeNull();
var rows = (JArray)a.ObjectResponse["data"];
var columns = (JArray)a.ObjectResponse["columns"];
// Customer should now be in the first column position
columns[0]["fk"].Value<string>().Should().Be("Customer",
"custom column order should put Customer first");
// Every row must have exactly as many values as there are columns
foreach (var row in rows)
((JArray)row).Count.Should().Be(columns.Count,
"row value count must match column definition count");
a.ObjectResponse["totalRecordCount"].Value<long>().Should().BeGreaterThan(0);
}
finally
{
await Util.DeleteAsync($"data-list-filter/{filterId}", token);
// Reset column view to default order
dynamic resetCv = new JObject();
resetCv.userId = userId;
resetCv.listKey = "WorkOrderDataList";
resetCv.columns = "[\"WorkOrderSerialNumber\",\"Customer\",\"WorkOrderServiceDate\",\"WorkOrderCloseByDate\",\"WorkOrderStatus\",\"Project\",\"WorkOrderAge\"]";
resetCv.sort = "{\"WorkOrderSerialNumber\":\"-\"}";
await Util.PostAsync("data-list-column-view", token,
resetCv.ToString(Newtonsoft.Json.Formatting.None));
}
}
// -----------------------------------------------------------------------
// 3. RIGHTS
// -----------------------------------------------------------------------
/// <summary>
/// A user with no roles (roles:0) must receive 403 when requesting WorkOrderDataList.
/// Creates a temporary user for isolation, deletes it in the finally block.
/// </summary>
[Fact]
public async Task WorkOrderList_UserWithoutListRightsGets403()
{
var adminToken = await Util.GetTokenAsync("BizAdmin");
// Create a temporary user with no roles (no spaces allowed in login names)
var login = Util.Uniquify("norights").Replace(" ", "");
dynamic userPayload = new JObject();
userPayload.name = login;
userPayload.active = true;
userPayload.allowLogin = true;
userPayload.login = login;
userPayload.password = login;
userPayload.roles = 0;
userPayload.userType = 2;
userPayload.notes = "temp test user";
userPayload.customFields = Util.UserRequiredCustomFieldsJsonString();
ApiResponse a = await Util.PostAsync("user", adminToken, userPayload.ToString(Newtonsoft.Json.Formatting.None));
Util.ValidateDataReturnResponseOk(a);
long tempUserId = a.ObjectResponse["data"]["id"].Value<long>();
// Create a public filter for the no-rights user to reference
long filterId = await CreateFilterAsync(adminToken, "WorkOrderDataList", null);
try
{
var noRightsToken = await Util.GetTokenAsync(login);
a = await Util.PostAsync("data-list", noRightsToken, BuildDataListRequest(filterId));
Util.ValidateErrorCodeResponse(a, 2004, 403);
}
finally
{
await Util.DeleteAsync($"data-list-filter/{filterId}", adminToken);
await Util.DeleteAsync($"user/{tempUserId}", adminToken);
}
}
}//eoc
}//eons

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using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
public class DataListRights
{
/// <summary>
///
/// </summary>
[Fact]
public async void InsufficentRightsShouldNotRetrieve()
{
//Get without rights
/*
"{\"error\":{\"code\":\"2004\",\"message\":\"User not authorized for this resource operation (insufficient rights)\"}}"
*/
//ApiResponse a = await Util.GetAsync("data-list/list?DataListKey=TestWidgetDataList&Offset=0&Limit=3", await Util.GetTokenAsync("CustomerLimited"));
ApiResponse a = await Util.PostAsync($"data-list", await Util.GetTokenAsync("CustomerLimited"), Util.BuildDataListRequestEx());
Util.ValidateErrorCodeResponse(a, 2004, 403);
}
//==================================================
}//eoc
}//eons

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using System;
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
using System.Collections.Generic;
using System.Collections.Concurrent;
namespace raven_integration
{
public class DataListSorting
{
/// <summary>
///
/// </summary>
[Fact]
public async void DefaultSortByIdWorks()
{
var WidgetNameStart = Util.Uniquify("DefaultSortByIdWorks");
//CREATE 3 TEST WIDGETS TO TEST ORDER
long FirstInOrderWidgetId = 0;
long SecondInOrderWidgetId = 0;
long ThirdInOrderWidgetId = 0;
dynamic w = new JObject();
w.name = Util.Uniquify(WidgetNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString();
w.notes = "blah";
w.usertype = 1;
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString());
Util.ValidateDataReturnResponseOk(a);
ThirdInOrderWidgetId = a.ObjectResponse["data"]["id"].Value<long>();
w = new JObject();
w.name = Util.Uniquify(WidgetNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString();
w.notes = "blah";
w.usertype = 1;
a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString());
Util.ValidateDataReturnResponseOk(a);
SecondInOrderWidgetId = a.ObjectResponse["data"]["id"].Value<long>();
w = new JObject();
w.name = Util.Uniquify(WidgetNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString();
w.notes = "blah";
w.usertype = 1;
a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString());
Util.ValidateDataReturnResponseOk(a);
FirstInOrderWidgetId = a.ObjectResponse["data"]["id"].Value<long>();
//CREATE FILTER
dynamic dListView = new JArray();
//name starts with filter to constrict to widgets that this test block created only
dListView.Add(Util.BuildSimpleFilterDataListViewColumn("widgetname", Util.OpStartsWith, WidgetNameStart));
//NOW FETCH WIDGET LIST WITH FILTER
// a = await Util.GetAsync($"data-list/list?DataListKey=TestWidgetDataList&Offset=0&Limit=999&DataFilterId={DataFilterId.ToString()}", await Util.GetTokenAsync("manager", "l3tm3in"));
a = await Util.PostAsync($"data-list", await Util.GetTokenAsync("manager", "l3tm3in"), Util.BuildDataListRequestEx(dListView));
Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200);
//assert contains exactly 3 records
((JArray)a.ObjectResponse["data"]).Count.Should().Be(3);
//assert the order returned
a.ObjectResponse["data"][0][0]["i"].Value<long>().Should().Be(FirstInOrderWidgetId);
a.ObjectResponse["data"][1][0]["i"].Value<long>().Should().Be(SecondInOrderWidgetId);
a.ObjectResponse["data"][2][0]["i"].Value<long>().Should().Be(ThirdInOrderWidgetId);
a = await Util.DeleteAsync("widget/" + FirstInOrderWidgetId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync("widget/" + SecondInOrderWidgetId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync("widget/" + ThirdInOrderWidgetId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
}
/// <summary>
///
/// </summary>
[Fact]
public async void SortByFieldAscendingWorks()
{
var WidgetNameStart = Util.Uniquify("SortByFieldAscendingWorks");
//CREATE 3 TEST WIDGETS TO TEST ORDER
long FirstInOrderWidgetId = 0;
long SecondInOrderWidgetId = 0;
long ThirdInOrderWidgetId = 0;
dynamic w = new JObject();
w.name = Util.Uniquify(WidgetNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString();
w.notes = "blah";
w.startDate = DateTime.Now;
w.endDate = DateTime.Now.AddHours(1);
w.usertype = 1;
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString());
Util.ValidateDataReturnResponseOk(a);
FirstInOrderWidgetId = a.ObjectResponse["data"]["id"].Value<long>();
w = new JObject();
w.name = Util.Uniquify(WidgetNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString();
w.notes = "blah";
w.startDate = DateTime.Now.AddHours(1);
w.endDate = DateTime.Now.AddHours(2);
w.usertype = 1;
a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString());
Util.ValidateDataReturnResponseOk(a);
SecondInOrderWidgetId = a.ObjectResponse["data"]["id"].Value<long>();
w = new JObject();
w.name = Util.Uniquify(WidgetNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString();
w.notes = "blah";
w.startDate = DateTime.Now.AddHours(2);
w.endDate = DateTime.Now.AddHours(3);
w.usertype = 1;
a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString());
Util.ValidateDataReturnResponseOk(a);
ThirdInOrderWidgetId = a.ObjectResponse["data"]["id"].Value<long>();
//CREATE FILTER
//FILTER IN BY NAME FOR TESTING THIS RUN ONLY
dynamic dListView = new JArray();
//name starts with filter to constrict to widgets that this test block created only
//SORT ORDER ###################
// dynamic dsortarray = new JArray();
// dynamic dsort = new JObject();
// dsort.fld = "widgetstartdate";
// dsort.dir = "+";
// dsortarray.Add(dsort);
//both conditions filter and sort here
dListView.Add(Util.BuildSimpleFilterDataListViewColumn("widgetname", Util.OpStartsWith, WidgetNameStart, "+"));
//NOW FETCH WIDGET LIST WITH FILTER
a = await Util.PostAsync($"data-list", await Util.GetTokenAsync("manager", "l3tm3in"), Util.BuildDataListRequestEx(dListView));
Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200);
//assert contains exactly 3 records
((JArray)a.ObjectResponse["data"]).Count.Should().Be(3);
//assert the order returned
a.ObjectResponse["data"][0][0]["i"].Value<long>().Should().Be(FirstInOrderWidgetId);
a.ObjectResponse["data"][1][0]["i"].Value<long>().Should().Be(SecondInOrderWidgetId);
a.ObjectResponse["data"][2][0]["i"].Value<long>().Should().Be(ThirdInOrderWidgetId);
a = await Util.DeleteAsync("widget/" + FirstInOrderWidgetId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync("widget/" + SecondInOrderWidgetId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync("widget/" + ThirdInOrderWidgetId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
}
/// <summary>
///
/// </summary>
[Fact]
public async void SortByFieldDescendingWorks()
{
var WidgetNameStart = Util.Uniquify("SortByFieldDescendingWorks");
//CREATE 3 TEST WIDGETS TO TEST ORDER
long FirstInOrderWidgetId = 0;
long SecondInOrderWidgetId = 0;
long ThirdInOrderWidgetId = 0;
dynamic w = new JObject();
w.name = Util.Uniquify(WidgetNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString();
w.notes = "blah";
w.count = 999;
w.usertype = 1;
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString());
Util.ValidateDataReturnResponseOk(a);
FirstInOrderWidgetId = a.ObjectResponse["data"]["id"].Value<long>();
w = new JObject();
w.name = Util.Uniquify(WidgetNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString();
w.notes = "blah";
w.count = 665;
w.usertype = 1;
a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString());
Util.ValidateDataReturnResponseOk(a);
SecondInOrderWidgetId = a.ObjectResponse["data"]["id"].Value<long>();
w = new JObject();
w.name = Util.Uniquify(WidgetNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString();
w.notes = "blah";
w.count = 333;
w.usertype = 1;
a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString());
Util.ValidateDataReturnResponseOk(a);
ThirdInOrderWidgetId = a.ObjectResponse["data"]["id"].Value<long>();
//CREATE FILTER
//FILTER IN BY NAME FOR TESTING THIS RUN ONLY
dynamic dListView = new JArray();
//name starts with filter to constrict to widgets that this test block created only
dListView.Add(Util.BuildSimpleFilterDataListViewColumn("widgetname", Util.OpStartsWith, WidgetNameStart));
//SORT ORDER ###################
// dynamic dsortarray = new JArray();
// dynamic dsort = new JObject();
// dsort.fld = "widgetcount";
// dsort.dir = "-";
dListView.Add(Util.BuildSimpleSortDataListViewColumn("widgetcount", "-"));
//NOW FETCH WIDGET LIST WITH FILTER
a = await Util.PostAsync($"data-list", await Util.GetTokenAsync("manager", "l3tm3in"), Util.BuildDataListRequestEx(dListView));
Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200);
//assert contains exactly 3 records
((JArray)a.ObjectResponse["data"]).Count.Should().Be(3);
//assert the order returned
a.ObjectResponse["data"][0][0]["i"].Value<long>().Should().Be(FirstInOrderWidgetId);
a.ObjectResponse["data"][1][0]["i"].Value<long>().Should().Be(SecondInOrderWidgetId);
a.ObjectResponse["data"][2][0]["i"].Value<long>().Should().Be(ThirdInOrderWidgetId);
a = await Util.DeleteAsync("widget/" + FirstInOrderWidgetId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync("widget/" + SecondInOrderWidgetId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync("widget/" + ThirdInOrderWidgetId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
}
/// <summary>
///
/// </summary>
[Fact]
public async void SortByMultipleFieldsWorks()
{
/*
Created order:
dollaramount, count
2,1
1,2
2,2
1,1
sorted order:
dollar asc, count desc
1,2
1,1
2,2
2,1
*/
var WidgetNameStart = Util.Uniquify("SortByMultipleFieldsWorks");
//CREATE 4 TEST WIDGETS TO TEST ORDER
long FirstInOrderWidgetId = 0;
long SecondInOrderWidgetId = 0;
long ThirdInOrderWidgetId = 0;
long FourthInOrderWidgetId = 0;
dynamic w = new JObject();
w.name = Util.Uniquify(WidgetNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString();
w.notes = "blah";
w.dollaramount = 2.22;
w.count = 1;
w.usertype = 1;
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString());
Util.ValidateDataReturnResponseOk(a);
FourthInOrderWidgetId = a.ObjectResponse["data"]["id"].Value<long>();
w = new JObject();
w.name = Util.Uniquify(WidgetNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString();
w.notes = "blah";
w.dollaramount = 1.11;
w.count = 2;
w.usertype = 1;
a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString());
Util.ValidateDataReturnResponseOk(a);
FirstInOrderWidgetId = a.ObjectResponse["data"]["id"].Value<long>();
w = new JObject();
w.name = Util.Uniquify(WidgetNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString();
w.notes = "blah";
w.dollaramount = 1.11;
w.count = 1;
w.usertype = 1;
a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString());
Util.ValidateDataReturnResponseOk(a);
SecondInOrderWidgetId = a.ObjectResponse["data"]["id"].Value<long>();
w = new JObject();
w.name = Util.Uniquify(WidgetNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString();
w.notes = "blah";
w.dollaramount = 2.22;
w.count = 2;
w.usertype = 1;
a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString());
Util.ValidateDataReturnResponseOk(a);
ThirdInOrderWidgetId = a.ObjectResponse["data"]["id"].Value<long>();
//CREATE FILTER
//FILTER IN BY NAME FOR TESTING THIS RUN ONLY
dynamic dListView = new JArray();
//name starts with filter to constrict to widgets that this test block created only
dListView.Add(Util.BuildSimpleFilterDataListViewColumn("widgetname", Util.OpStartsWith, WidgetNameStart));
//SORT ORDER ###################
// dynamic dsortarray = new JArray();
//First column
// dynamic dsort1 = new JObject();
// dsort1.fld = "widgetdollaramount";
// dsort1.dir = "+";
// dsortarray.Add(dsort1);
dListView.Add(Util.BuildSimpleSortDataListViewColumn("widgetdollaramount", "+"));
//Second column
// dynamic dsort2 = new JObject();
// dsort2.fld = "widgetcount";
// dsort2.dir = "-";
// dsortarray.Add(dsort2);
dListView.Add(Util.BuildSimpleSortDataListViewColumn("widgetcount", "-"));
//NOW FETCH WIDGET LIST WITH FILTER
a = await Util.PostAsync($"data-list", await Util.GetTokenAsync("manager", "l3tm3in"), Util.BuildDataListRequestEx(dListView));
Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200);
//assert contains exactly 3 records
((JArray)a.ObjectResponse["data"]).Count.Should().Be(4);
//assert the order returned
a.ObjectResponse["data"][0][0]["i"].Value<long>().Should().Be(FirstInOrderWidgetId);
a.ObjectResponse["data"][1][0]["i"].Value<long>().Should().Be(SecondInOrderWidgetId);
a.ObjectResponse["data"][2][0]["i"].Value<long>().Should().Be(ThirdInOrderWidgetId);
a.ObjectResponse["data"][3][0]["i"].Value<long>().Should().Be(FourthInOrderWidgetId);
a = await Util.DeleteAsync("widget/" + FirstInOrderWidgetId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync("widget/" + SecondInOrderWidgetId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync("widget/" + ThirdInOrderWidgetId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync("widget/" + FourthInOrderWidgetId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
}
//========================================================================
}//eoc
}//eons

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using System;
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
using System.Collections.Generic;
using System.Collections.Concurrent;
namespace raven_integration
{
public class DataListFilterCrud
{
/// <summary>
/// Test all CRUD routes
/// </summary>
[Fact]
public async void CRUD()
{
//CREATE
dynamic d = new JObject();
d.name = Util.Uniquify("Test DataListView");
d["public"] = true;
d.listKey="TestWidgetDataList";
//"[{fld:"name",op:"!=",value:"Notequaltothis"},{fld:"tags",op:"Eq",value:"[23,456,54]"}]
dynamic dListView = new JArray();
// dynamic df = new JObject();
// df.fld = "widgetname";
// df.op = "%-";
// df.value = "Generic";//lots of seed widgets start with Generic
// dListView.Add(df);
// d.filter = dListView.ToString();//it expects it to be a json string, not actual json
dListView.Add(Util.BuildSimpleFilterDataListViewColumn("widgetname", Util.OpStartsWith, "Generic"));
d.listView=dListView.ToString(Newtonsoft.Json.Formatting.None);
ApiResponse a = await Util.PostAsync("data-list-view", await Util.GetTokenAsync("BizAdminFull"), d.ToString(Newtonsoft.Json.Formatting.None));
Util.ValidateDataReturnResponseOk(a);
long Id = a.ObjectResponse["data"]["id"].Value<long>();
//RETRIEVE
//Get one
a = await Util.GetAsync("data-list-view/" + Id.ToString(), await Util.GetTokenAsync("BizAdminFull"));
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().StartWith("Test DataListView");
//Get as alternate user should work for public filter
a = await Util.GetAsync("data-list-view/" + Id.ToString(), await Util.GetTokenAsync("SubContractorLimited"));
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().StartWith("Test DataListView");
//UPDATE
//PUT, make private
d["public"] = false;
d.name = Util.Uniquify("Put - Test DataListView (privatized)");
d.concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
a = await Util.PutAsync("data-list-view/" + Id.ToString(), await Util.GetTokenAsync("BizAdminFull"), d.ToString());
Util.ValidateHTTPStatusCode(a, 200);
//check PUT worked
a = await Util.GetAsync("data-list-view/" + Id.ToString(), await Util.GetTokenAsync("BizAdminFull"));
Util.ValidateNoErrorInResponse(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(d.name.ToString());
//FETCH DISALLOWED
//Get as alternate user should fail for private filter
a = await Util.GetAsync("data-list-view/" + Id.ToString(), await Util.GetTokenAsync("SubContractorLimited"));
Util.ValidateResponseNotFound(a);
// //DELETE
ApiResponse DELETETestResponse = await Util.DeleteAsync("data-list-view/" + Id.ToString(), await Util.GetTokenAsync("BizAdminFull"));
Util.ValidateHTTPStatusCode(DELETETestResponse, 204);
}
/// <summary>
///
/// </summary>
[Fact]
public async void InvalidListKeyShouldFail()
{
//CREATE
dynamic d = new JObject();
d.name = Util.Uniquify("Test DataListView");
d["public"] = true;
d.listKey = "nonexistant";
//"[{fld:"name",op:"!=",value:"Notequaltothis"},{fld:"tags",op:"Eq",value:"[23,456,54]"}]
// dynamic dfilter = new JArray();
// dynamic df = new JObject();
// df.fld = "name";
// df.op = "%-";
// df.value = "Generic";//lots of seed widgets start with Generic
// dfilter.Add(df);
// d.filter = dfilter.ToString();//it expects it to be a json string, not actual json
// ApiResponse a = await Util.PostAsync("data-list-view", await Util.GetTokenAsync("BizAdminFull"), d.ToString());
dynamic dListView = new JArray();
// dynamic df = new JObject();
// df.fld = "widgetname";
// df.op = "%-";
// df.value = "Generic";//lots of seed widgets start with Generic
// dListView.Add(df);
// d.filter = dListView.ToString();//it expects it to be a json string, not actual json
dListView.Add(Util.BuildSimpleFilterDataListViewColumn("widgetname", Util.OpStartsWith, "Generic"));
d.listView=dListView.ToString(Newtonsoft.Json.Formatting.None);
ApiResponse a = await Util.PostAsync("data-list-view", await Util.GetTokenAsync("BizAdminFull"), d.ToString(Newtonsoft.Json.Formatting.None));
Util.ValidateErrorCodeResponse(a, 2200, 400);
Util.ShouldContainValidationError(a, "ListKey", "2203");
}
/// <summary>
///
/// </summary>
[Fact]
public async void InvalidFieldNameShouldFail()
{
//CREATE
dynamic d = new JObject();
d.name = Util.Uniquify("Test DataListView");
d["public"] = true;
d.listKey="TestWidgetDataList";
//"[{fld:"name",op:"!=",value:"Notequaltothis"},{fld:"tags",op:"Eq",value:"[23,456,54]"}]
// dynamic dfilter = new JArray();
// dynamic df = new JObject();
// df.fld = "doesntexist";
// df.op = "%-";
// df.value = "Generic";//lots of seed widgets start with Generic
// dfilter.Add(df);
// d.filter = dfilter.ToString();//it expects it to be a json string, not actual json
// ApiResponse a = await Util.PostAsync("data-list-view", await Util.GetTokenAsync("BizAdminFull"), d.ToString());
dynamic dListView = new JArray();
// dynamic df = new JObject();
// df.fld = "widgetname";
// df.op = "%-";
// df.value = "Generic";//lots of seed widgets start with Generic
// dListView.Add(df);
// d.filter = dListView.ToString();//it expects it to be a json string, not actual json
dListView.Add(Util.BuildSimpleFilterDataListViewColumn("doesntexist", Util.OpStartsWith, "Generic"));
d.listView=dListView.ToString(Newtonsoft.Json.Formatting.None);
ApiResponse a = await Util.PostAsync("data-list-view", await Util.GetTokenAsync("BizAdminFull"), d.ToString(Newtonsoft.Json.Formatting.None));
Util.ValidateErrorCodeResponse(a, 2200, 400);
Util.ShouldContainValidationError(a, "ListView", "2203");
}
//REMOVED THIS VALIDATION TEST AS SWITCH TO DATALISTVIEW NO LONGER VALIDATES FILTER ANYWAY
//ONLY COLUMN NAMES AND LIST NAME
// /// <summary>
// ///
// /// </summary>
// [Fact]
// public async void InvalidOperatorShouldFail()
// {
// //CREATE
// dynamic d = new JObject();
// d.name = Util.Uniquify("Test DataListView");
// d["public"] = true;
// d.listKey="TestWidgetDataList";
// //"[{fld:"name",op:"!=",value:"Notequaltothis"},{fld:"tags",op:"Eq",value:"[23,456,54]"}]
// dynamic dfilter = new JArray();
// dynamic df = new JObject();
// df.fld = "name";
// df.op = "wtf";
// df.value = "Generic";//lots of seed widgets start with Generic
// dfilter.Add(df);
// d.filter = dfilter.ToString();//it expects it to be a json string, not actual json
// ApiResponse a = await Util.PostAsync("data-list-view", await Util.GetTokenAsync("BizAdminFull"), d.ToString());
// Util.ValidateErrorCodeResponse(a, 2200, 400);
// Util.ShouldContainValidationError(a, "Filter", "2203");
// }
//==================================================
}//eoc
}//eons

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@@ -1,31 +1,31 @@
using System; using System;
using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
using FluentAssertions; using FluentAssertions;
using System.Collections.Generic; using System.Collections.Generic;
using System.Collections.Concurrent; using System.Collections.Concurrent;
namespace raven_integration namespace raven_integration
{ {
public class Docs public class Docs
{ {
/// <summary> /// <summary>
/// ///
/// </summary> /// </summary>
[Fact] [Fact]
public async void UserManualShouldFetch() public async Task UserManualShouldFetch()
{ {
ApiTextResponse t = await Util.GetNonApiPageAsync("docs/"); ApiTextResponse t = await Util.GetNonApiPageAsync("docs/");
Util.ValidateHTTPStatusCode(t, 200); Util.ValidateHTTPStatusCode(t, 200);
t.TextResponse.Should().Contain("<title>AyaNova manual</title>"); t.TextResponse.Should().Contain("<title>AyaNova manual</title>");
} }
//================================================== //==================================================
}//eoc }//eoc
}//eons }//eons

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@@ -1,45 +1,45 @@
using System; using System;
using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
using FluentAssertions; using FluentAssertions;
namespace raven_integration namespace raven_integration
{ {
public class EnumListOps public class EnumListOps
{ {
/// <summary> /// <summary>
/// ///
/// </summary> /// </summary>
[Fact] [Fact]
public async void GetListOfEnumListsAndGetAllEnumListsWorks() public async Task GetListOfEnumListsAndGetAllEnumListsWorks()
{ {
ApiResponse a = await Util.GetAsync("enum-list/listkeys", await Util.GetTokenAsync("manager", "l3tm3in")); ApiResponse a = await Util.GetAsync("enum-list/listkeys", await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200); Util.ValidateHTTPStatusCode(a, 200);
((JArray)a.ObjectResponse["data"]).Count.Should().BeGreaterThan(2); ((JArray)a.ObjectResponse["data"]).Count.Should().BeGreaterThan(2);
//iterate all the list names and fetch each one in turn and see that it fetches ok and has at least 2 list items in it //iterate all the list names and fetch each one in turn and see that it fetches ok and has at least 2 list items in it
foreach (JObject jListName in a.ObjectResponse["data"]) foreach (JObject jListName in a.ObjectResponse["data"])
{ {
ApiResponse b = await Util.GetAsync($"enum-list/list/{jListName["key"].Value<string>()}", await Util.GetTokenAsync("manager", "l3tm3in")); ApiResponse b = await Util.GetAsync($"enum-list/list/{jListName["key"].Value<string>()}", await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateDataReturnResponseOk(b); Util.ValidateDataReturnResponseOk(b);
Util.ValidateHTTPStatusCode(b, 200); Util.ValidateHTTPStatusCode(b, 200);
((JArray)b.ObjectResponse["data"]).Count.Should().BeGreaterThan(1); ((JArray)b.ObjectResponse["data"]).Count.Should().BeGreaterThan(1);
} }
} }
//================================================== //==================================================
}//eoc }//eoc
}//eons }//eons

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@@ -1,221 +1,210 @@
using System; using System;
using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
using FluentAssertions; using FluentAssertions;
using System.Collections.Generic; using System.Collections.Generic;
using System.Collections.Concurrent; using System.Collections.Concurrent;
using System.ComponentModel.DataAnnotations;
namespace raven_integration
{ namespace raven_integration
{
public class EventLog
{ public class EventLog
{
/// <summary>
/// /// <summary>
/// </summary> ///
[Fact] /// </summary>
public async void ObjectLogWorks() [Fact]
{ public async Task ObjectLogWorks()
//CRUD a widget and confirm it logs properly {
//http://localhost:7575/api/v8.0/event-log/userlog?AyType=3&AyId=1 //CRUD a project and confirm it logs properly
//http://localhost:7575/api/v8.0/event-log/objectlog?AyType=2&AyId=242
//http://localhost:7575/api/v8.0/event-log/userlog?AyType=3&AyId=1&StartDate=2018-08-23&EndDate=2018-08-24 var projectName = Util.Uniquify("EventLogTestProject");
var dateStarted = DateTime.Now.ToString("o");
dynamic w = new JObject(); var payload = $$"""
w.name = Util.Uniquify("EventLog Test WIDGET"); {"id":0,"concurrency":0,"name":"{{projectName}}","active":true,"notes":null,"wiki":null,"customFields":"{}","tags":[],"dateStarted":"{{dateStarted}}","dateCompleted":null,"projectOverseerId":null,"accountNumber":null}
w.customFields = Util.WidgetRequiredCustomFieldsJsonString(); """;
w.notes = "blah"; //DateTime.UtcNow.ToString("yyyy-MM-ddTHH:mm:ss.fffZ")
w.created = DateTime.Now.ToString();
w.dollarAmount = 2.22m;
w.active = true; //*** CREATED
w.usertype = 1; ApiResponse r2 = await Util.PostAsync("project", await Util.GetTokenAsync("Service"), payload);
Util.ValidateDataReturnResponseOk(r2);
//*** CREATED long projectId = r2.ObjectResponse["data"]["id"].Value<long>();
ApiResponse r2 = await Util.PostAsync("widget", await Util.GetTokenAsync("InventoryFull"), w.ToString());
Util.ValidateDataReturnResponseOk(r2); ApiResponse EventLogResponse = await Util.GetAsync($"event-log/objectlog?AyaType=25&AyId={projectId}", await Util.GetTokenAsync("BizAdmin"));
long w2Id = r2.ObjectResponse["data"]["id"].Value<long>(); Util.ValidateHTTPStatusCode(EventLogResponse, 200);
ApiResponse EventLogResponse = await Util.GetAsync($"event-log/objectlog?AyaType=2&AyId={w2Id}", await Util.GetTokenAsync("BizAdminFull")); ((JArray)EventLogResponse.ObjectResponse["data"]["events"]).Count.Should().Be(1);//only one event so far
Util.ValidateHTTPStatusCode(EventLogResponse, 200); EventLogResponse.ObjectResponse["data"]["events"][0]["date"].Value<DateTime>().Should().BeLessThan(new TimeSpan(1, 0, 0)).Before(DateTime.UtcNow);//should be less than one hour before now
EventLogResponse.ObjectResponse["data"]["events"][0]["userId"].Should().NotBeNull();
((JArray)EventLogResponse.ObjectResponse["data"]["events"]).Count.Should().Be(1);//only one event so far EventLogResponse.ObjectResponse["data"]["events"][0]["event"].Value<int>().Should().Be(1);//AyEvent 1 = created
EventLogResponse.ObjectResponse["data"]["events"][0]["date"].Value<DateTime>().Should().BeLessThan(new TimeSpan(1, 0, 0)).Before(DateTime.UtcNow);//should be less than one hour before now EventLogResponse.ObjectResponse["data"]["events"][0]["textra"].Should().BeNullOrEmpty();
EventLogResponse.ObjectResponse["data"]["events"][0]["userId"].Should().NotBeNull();
EventLogResponse.ObjectResponse["data"]["events"][0]["event"].Value<int>().Should().Be(1);//AyEvent 1 = created //Get current user doing modifications ID
EventLogResponse.ObjectResponse["data"]["events"][0]["textra"].Should().BeNullOrEmpty(); long CurrentUserId = EventLogResponse.ObjectResponse["data"]["events"][0]["userId"].Value<long>();
//Get current user doing modifications ID //*** RETRIEVED
long CurrentUserId = EventLogResponse.ObjectResponse["data"]["events"][0]["userId"].Value<long>(); //Get one
ApiResponse r3 = await Util.GetAsync("project/" + projectId.ToString(), await Util.GetTokenAsync("Service"));
//*** RETRIEVED Util.ValidateDataReturnResponseOk(r3);
//Get one r3.ObjectResponse["data"]["name"].Value<string>().Should().Be(projectName);
ApiResponse r3 = await Util.GetAsync("widget/" + w2Id.ToString(), await Util.GetTokenAsync("InventoryFull")); //w = r3.ObjectResponse["data"];
Util.ValidateDataReturnResponseOk(r3);
r3.ObjectResponse["data"]["name"].Value<string>().Should().Be(w.name.ToString());
w = r3.ObjectResponse["data"]; EventLogResponse = await Util.GetAsync($"event-log/objectlog?AyaType=25&AyId={projectId}", await Util.GetTokenAsync("BizAdmin"));
Util.ValidateHTTPStatusCode(EventLogResponse, 200);
//confirm event count, type and sort order (descending by date most recent first)
EventLogResponse = await Util.GetAsync($"event-log/objectlog?AyaType=2&AyId={w2Id}", await Util.GetTokenAsync("BizAdminFull")); ((JArray)EventLogResponse.ObjectResponse["data"]["events"]).Count.Should().Be(2);
Util.ValidateHTTPStatusCode(EventLogResponse, 200); EventLogResponse.ObjectResponse["data"]["events"][0]["date"].Value<DateTime>().Should().BeLessThan(new TimeSpan(1, 0, 0)).Before(DateTime.UtcNow);//should be less than one hour before now
//confirm event count, type and sort order (descending by date most recent first) EventLogResponse.ObjectResponse["data"]["events"][0]["userId"].Should().NotBeNull();
((JArray)EventLogResponse.ObjectResponse["data"]["events"]).Count.Should().Be(2); EventLogResponse.ObjectResponse["data"]["events"][0]["event"].Value<int>().Should().Be(2);//AyEvent 2 = retrieved
EventLogResponse.ObjectResponse["data"]["events"][0]["date"].Value<DateTime>().Should().BeLessThan(new TimeSpan(1, 0, 0)).Before(DateTime.UtcNow);//should be less than one hour before now EventLogResponse.ObjectResponse["data"]["events"][0]["textra"].Should().BeNullOrEmpty();
EventLogResponse.ObjectResponse["data"]["events"][0]["userId"].Should().NotBeNull();
EventLogResponse.ObjectResponse["data"]["events"][0]["event"].Value<int>().Should().Be(2);//AyEvent 2 = retrieved //*** MODIFIED
EventLogResponse.ObjectResponse["data"]["events"][0]["textra"].Should().BeNullOrEmpty(); //PUT
var newName = Util.Uniquify("UPDATED VIA PUT EVENTLOG TEST PROJECT");
//*** MODIFIED payload = $$"""
//PUT {"id":{{projectId}},"concurrency":{{r2.ObjectResponse["data"]["concurrency"].Value<uint>()}},"name":"{{newName}}","active":true,"notes":null,"wiki":null,"customFields":"{}","tags":[],"dateStarted":"{{dateStarted}}","dateCompleted":null,"projectOverseerId":null,"projectOverseerViz":null,"accountNumber":null}
//update w2id """;
w.name = Util.Uniquify("UPDATED VIA PUT EVENTLOG TEST WIDGET");
w.UserId = 1; // w.name = Util.Uniquify("UPDATED VIA PUT EVENTLOG TEST PROJECT");
w.concurrency = r2.ObjectResponse["data"]["concurrency"].Value<uint>(); // w.UserId = 1;
ApiResponse PUTTestResponse = await Util.PutAsync("widget", await Util.GetTokenAsync("InventoryFull"), w.ToString()); // w.concurrency = r2.ObjectResponse["data"]["concurrency"].Value<uint>();
Util.ValidateHTTPStatusCode(PUTTestResponse, 200); ApiResponse PUTTestResponse = await Util.PutAsync("project", await Util.GetTokenAsync("Service"), payload);
Util.ValidateHTTPStatusCode(PUTTestResponse, 200);
//*** RETRIEVED
//check PUT worked //*** RETRIEVED
ApiResponse checkPUTWorked = await Util.GetAsync("widget/" + w2Id.ToString(), await Util.GetTokenAsync("InventoryFull")); //check PUT worked
Util.ValidateNoErrorInResponse(checkPUTWorked); ApiResponse checkPUTWorked = await Util.GetAsync("project/" + projectId, await Util.GetTokenAsync("Service"));
checkPUTWorked.ObjectResponse["data"]["name"].Value<string>().Should().Be(w.name.ToString()); Util.ValidateNoErrorInResponse(checkPUTWorked);
uint concurrency = PUTTestResponse.ObjectResponse["data"]["concurrency"].Value<uint>(); checkPUTWorked.ObjectResponse["data"]["name"].Value<string>().Should().Be(newName);
uint concurrency = PUTTestResponse.ObjectResponse["data"]["concurrency"].Value<uint>();
EventLogResponse = await Util.GetAsync($"event-log/objectlog?AyaType=2&AyId={w2Id}", await Util.GetTokenAsync("BizAdminFull"));
Util.ValidateHTTPStatusCode(EventLogResponse, 200); EventLogResponse = await Util.GetAsync($"event-log/objectlog?AyaType=25&AyId={projectId}", await Util.GetTokenAsync("BizAdmin"));
((JArray)EventLogResponse.ObjectResponse["data"]["events"]).Count.Should().Be(4); Util.ValidateHTTPStatusCode(EventLogResponse, 200);
//put op is the second item in the list, top item is the recent fetch ((JArray)EventLogResponse.ObjectResponse["data"]["events"]).Count.Should().Be(4);
EventLogResponse.ObjectResponse["data"]["events"][1]["date"].Value<DateTime>().Should().BeLessThan(new TimeSpan(1, 0, 0)).Before(DateTime.UtcNow);//should be less than one hour before now //put op is the second item in the list, top item is the recent fetch
EventLogResponse.ObjectResponse["data"]["events"][1]["userId"].Should().NotBeNull(); EventLogResponse.ObjectResponse["data"]["events"][1]["date"].Value<DateTime>().Should().BeLessThan(new TimeSpan(1, 0, 0)).Before(DateTime.UtcNow);//should be less than one hour before now
EventLogResponse.ObjectResponse["data"]["events"][1]["event"].Value<int>().Should().Be(3);//AyEvent 3 = Modified EventLogResponse.ObjectResponse["data"]["events"][1]["userId"].Should().NotBeNull();
EventLogResponse.ObjectResponse["data"]["events"][1]["textra"].Should().BeNullOrEmpty(); EventLogResponse.ObjectResponse["data"]["events"][1]["event"].Value<int>().Should().Be(3);//AyEvent 3 = Modified
EventLogResponse.ObjectResponse["data"]["events"][1]["textra"].Should().BeNullOrEmpty();
//Check user log for basic accessibility userlog?UserId=7
EventLogResponse = await Util.GetAsync($"event-log/userlog?UserId={CurrentUserId}", await Util.GetTokenAsync("BizAdminFull")); //Check user log for basic accessibility userlog?UserId=7
Util.ValidateHTTPStatusCode(EventLogResponse, 200); EventLogResponse = await Util.GetAsync($"event-log/userlog?UserId={CurrentUserId}", await Util.GetTokenAsync("BizAdmin"));
((JArray)EventLogResponse.ObjectResponse["data"]["events"]).Count.Should().BeGreaterOrEqualTo(4);//just one run of the above will be 4 events plus any others from other tests Util.ValidateHTTPStatusCode(EventLogResponse, 200);
//Not sure of any easy way to assert the User log is correct other than the count as other tests running concurrently could easily skew this ((JArray)EventLogResponse.ObjectResponse["data"]["events"]).Count.Should().BeGreaterOrEqualTo(4);//just one run of the above will be 4 events plus any others from other tests
//Not sure of any easy way to assert the User log is correct other than the count as other tests running concurrently could easily skew this
//DELETE
ApiResponse DELETETestResponse = await Util.DeleteAsync("widget/" + w2Id.ToString(), await Util.GetTokenAsync("InventoryFull")); //DELETE
Util.ValidateHTTPStatusCode(DELETETestResponse, 204); ApiResponse DELETETestResponse = await Util.DeleteAsync("project/" + projectId, await Util.GetTokenAsync("Service"));
Util.ValidateHTTPStatusCode(DELETETestResponse, 204);
//All events should be cleared up on deletion with the sole exception of the deleted event
EventLogResponse = await Util.GetAsync($"event-log/objectlog?AyaType=2&AyId={w2Id}", await Util.GetTokenAsync("BizAdminFull")); //All events should be cleared up on deletion with the sole exception of the deleted event
Util.ValidateHTTPStatusCode(EventLogResponse, 200); EventLogResponse = await Util.GetAsync($"event-log/objectlog?AyaType=25&AyId={projectId}", await Util.GetTokenAsync("BizAdmin"));
((JArray)EventLogResponse.ObjectResponse["data"]["events"]).Count.Should().Be(1); Util.ValidateHTTPStatusCode(EventLogResponse, 200);
EventLogResponse.ObjectResponse["data"]["events"][0]["date"].Value<DateTime>().Should().BeLessThan(new TimeSpan(1, 0, 0)).Before(DateTime.UtcNow);//should be less than one hour before now ((JArray)EventLogResponse.ObjectResponse["data"]["events"]).Count.Should().Be(1);
EventLogResponse.ObjectResponse["data"]["events"][0]["userId"].Should().NotBeNull(); EventLogResponse.ObjectResponse["data"]["events"][0]["date"].Value<DateTime>().Should().BeLessThan(new TimeSpan(1, 0, 0)).Before(DateTime.UtcNow);//should be less than one hour before now
EventLogResponse.ObjectResponse["data"]["events"][0]["event"].Value<int>().Should().Be(0);//AyEvent 0 = deleted EventLogResponse.ObjectResponse["data"]["events"][0]["userId"].Should().NotBeNull();
EventLogResponse.ObjectResponse["data"]["events"][0]["textra"].Value<string>().Should().Be(w.name.ToString()); EventLogResponse.ObjectResponse["data"]["events"][0]["event"].Value<int>().Should().Be(0);//AyEvent 0 = deleted
EventLogResponse.ObjectResponse["data"]["events"][0]["textra"].Value<string>().Should().Contain(newName);
}
}
/// <summary>
/// /// <summary>
/// </summary> ///
[Fact] /// </summary>
public async void UserLogWorks() [Fact]
{ public async Task UserLogWorks()
//get admin log, sb lots of shit {
ApiResponse a = await Util.GetAsync($"event-log/userlog?UserId=1&Offset=0&Limit=999", await Util.GetTokenAsync("BizAdminFull")); //get admin log, sb lots of shit
Util.ValidateDataReturnResponseOk(a); ApiResponse a = await Util.GetAsync($"event-log/userlog?UserId=1&Offset=0&Limit=999", await Util.GetTokenAsync("BizAdmin"));
((JArray)a.ObjectResponse["data"]["events"]).Count.Should().BeGreaterThan(90); Util.ValidateDataReturnResponseOk(a);
} ((JArray)a.ObjectResponse["data"]["events"]).Count.Should().BeGreaterThan(90);
}
/// <summary>
/// /// <summary>
/// </summary> ///
[Fact] /// </summary>
public async void EventLogLimitOffSetWorks() [Fact]
{ public async Task EventLogLimitOffSetWorks()
{
var UniqueName = Util.Uniquify("EventLogLimitOffSetWorks");
//CREATE //CREATE USER
dynamic d = new JObject(); var userName = Util.Uniquify("EventLogLimitOffSetWorks");
d.name = UniqueName; var payload = $$"""
{"id":0,"concurrency":0,"active":true,"allowLogin":true,"name":"{{userName}}","roles":8,"userType":1,"employeeNumber":null,"notes":null,"customerId":null,"headOfficeId":null,"vendorId":null,"wiki":null,"customFields":"{}","tags":[],"lastLogin":null,"password":"{{userName}}","login":"{{userName}}"}
d.active = true; """;
d.login = UniqueName;
d.password = UniqueName; ApiResponse a = await Util.PostAsync("User", await Util.GetTokenAsync("superuser", "l3tm3in"), payload);
d.roles = 2;//bizadminfull needs widget rights Util.ValidateDataReturnResponseOk(a);
d.userType = 3;//non scheduleable long UserId = a.ObjectResponse["data"]["id"].Value<long>();
var dateStarted = DateTime.Now.ToString("o");
//Required by form custom rules
d.notes = "notes"; //CREATE SOME PROJECTS FOR EVENT LOG
d.customFields = Util.UserRequiredCustomFieldsJsonString(); for (int i = 0; i < 10; i++)
{
ApiResponse a = await Util.PostAsync("User", await Util.GetTokenAsync("manager", "l3tm3in"), d.ToString());
Util.ValidateDataReturnResponseOk(a); payload = $$"""
long UserId = a.ObjectResponse["data"]["id"].Value<long>(); {"id":0,"concurrency":0,"name":"{{Util.Uniquify("EventLogLimitOffSetWorks")}}","active":true,"notes":null,"wiki":null,"customFields":"{}","tags":[],"dateStarted":"{{dateStarted}}","dateCompleted":null,"projectOverseerId":null,"accountNumber":null}
""";
a = await Util.PostAsync("project", await Util.GetTokenAsync(userName, userName), payload);
//Loop and make 10 widgets Util.ValidateDataReturnResponseOk(a);
for (int i = 0; i < 10; i++) }
{
d = new JObject(); a = await Util.GetAsync($"event-log/userlog?UserId={UserId}&Offset=0&Limit=9", await Util.GetTokenAsync("BizAdmin"));
d.name = Util.Uniquify("EventLogLimitOffSetWorks"); ((JArray)a.ObjectResponse["data"]["events"]).Count.Should().Be(9);
d.customFields = Util.WidgetRequiredCustomFieldsJsonString(); //capture events, then compare to paged ones
d.dollarAmount = 1.11m; var eventList = ((JArray)a.ObjectResponse["data"]["events"]);
d.active = true; List<string> allEvents = new List<string>(9);
d.usertype = 1; foreach (JObject o in eventList)
d.notes = "note here"; {
a = await Util.PostAsync("widget", await Util.GetTokenAsync(UniqueName, UniqueName), d.ToString()); allEvents.Add(o["date"].Value<string>() + o["aType"].Value<string>()
Util.ValidateDataReturnResponseOk(a); + o["objectId"].Value<string>() + o["name"].Value<string>() + o["event"].Value<string>()
} );
}
a = await Util.GetAsync($"event-log/userlog?UserId={UserId}&Offset=0&Limit=9", await Util.GetTokenAsync("BizAdminFull"));
((JArray)a.ObjectResponse["data"]["events"]).Count.Should().Be(9); a = await Util.GetAsync($"event-log/userlog?UserId={UserId}&Offset=0&Limit=3", await Util.GetTokenAsync("BizAdmin"));
//capture events, then compare to paged ones ((JArray)a.ObjectResponse["data"]["events"]).Count.Should().Be(3);
var eventList = ((JArray)a.ObjectResponse["data"]["events"]); var pageEventList = ((JArray)a.ObjectResponse["data"]["events"]);
List<string> allEvents = new List<string>(9); foreach (JObject o in pageEventList)
foreach (JObject o in eventList) {
{ allEvents.Should().Contain(o["date"].Value<string>() + o["aType"].Value<string>()
allEvents.Add(o["date"].Value<string>() + o["objectType"].Value<string>() + o["objectId"].Value<string>() + o["name"].Value<string>() + o["event"].Value<string>()
+ o["objectId"].Value<string>() + o["name"].Value<string>() + o["event"].Value<string>() );
); }
}
a = await Util.GetAsync($"event-log/userlog?UserId={UserId}&Offset=1&Limit=3", await Util.GetTokenAsync("BizAdmin"));
a = await Util.GetAsync($"event-log/userlog?UserId={UserId}&Offset=0&Limit=3", await Util.GetTokenAsync("BizAdminFull")); ((JArray)a.ObjectResponse["data"]["events"]).Count.Should().Be(3);
((JArray)a.ObjectResponse["data"]["events"]).Count.Should().Be(3); pageEventList = ((JArray)a.ObjectResponse["data"]["events"]);
var pageEventList = ((JArray)a.ObjectResponse["data"]["events"]); foreach (JObject o in pageEventList)
foreach (JObject o in pageEventList) {
{ allEvents.Should().Contain(o["date"].Value<string>() + o["aType"].Value<string>()
allEvents.Should().Contain(o["date"].Value<string>() + o["objectType"].Value<string>() + o["objectId"].Value<string>() + o["name"].Value<string>() + o["event"].Value<string>()
+ o["objectId"].Value<string>() + o["name"].Value<string>() + o["event"].Value<string>() );
); }
}
a = await Util.GetAsync($"event-log/userlog?UserId={UserId}&Offset=1&Limit=3", await Util.GetTokenAsync("BizAdminFull")); a = await Util.GetAsync($"event-log/userlog?UserId={UserId}&Offset=2&Limit=3", await Util.GetTokenAsync("BizAdmin"));
((JArray)a.ObjectResponse["data"]["events"]).Count.Should().Be(3); ((JArray)a.ObjectResponse["data"]["events"]).Count.Should().Be(3);
pageEventList = ((JArray)a.ObjectResponse["data"]["events"]); pageEventList = ((JArray)a.ObjectResponse["data"]["events"]);
foreach (JObject o in pageEventList) foreach (JObject o in pageEventList)
{ {
allEvents.Should().Contain(o["date"].Value<string>() + o["objectType"].Value<string>() allEvents.Should().Contain(o["date"].Value<string>() + o["aType"].Value<string>()
+ o["objectId"].Value<string>() + o["name"].Value<string>() + o["event"].Value<string>() + o["objectId"].Value<string>() + o["name"].Value<string>() + o["event"].Value<string>()
); );
} }
}
a = await Util.GetAsync($"event-log/userlog?UserId={UserId}&Offset=2&Limit=3", await Util.GetTokenAsync("BizAdminFull")); //==================================================
((JArray)a.ObjectResponse["data"]["events"]).Count.Should().Be(3);
pageEventList = ((JArray)a.ObjectResponse["data"]["events"]); }//eoc
foreach (JObject o in pageEventList) }//eons
{
allEvents.Should().Contain(o["date"].Value<string>() + o["objectType"].Value<string>()
+ o["objectId"].Value<string>() + o["name"].Value<string>() + o["event"].Value<string>()
);
}
}
//==================================================
}//eoc
}//eons

View File

@@ -1,241 +1,277 @@
using System; using Xunit;
using Xunit; using Newtonsoft.Json.Linq;
using Newtonsoft.Json.Linq; using FluentAssertions;
using FluentAssertions;
using System.Collections.Generic; namespace raven_integration
using System.Collections.Concurrent; {
namespace raven_integration public class FormCustom
{ {
public enum AyaUiFieldDataType : int
public class FormCustom {
{ NoType = 0,
public enum AyaUiFieldDataType : int DateTime = 1,
{ Date = 2,
NoType = 0, Time = 3,
DateTime = 1, Text = 4,
Date = 2, Integer = 5,
Time = 3, Bool = 6,
Text = 4, Decimal = 7,
Integer = 5, Currency = 8,
Bool = 6, Tags = 9,
Decimal = 7, Enum = 10,
Currency = 8, EmailAddress = 11
Tags = 9,
Enum = 10, }
EmailAddress = 11
/// <summary>
} /// Test create or update
/// </summary>
/// <summary> [Fact]
/// Test create or update public async Task FormCustomUpdate()
/// </summary> {
[Fact]
public async void FormCustomUpdate() //This is a special case, you can PUT a formcustom, but you can't delete one and you can't create one
{ /*
//This is a special case, you can PUT a formcustom, but you can't delete one and you can't create one */
/*
dynamic d = new JObject();
*/ d.formkey = "Vendor";
dynamic d = new JObject(); dynamic dtemplate = new JArray();
d.formkey = "User";
dynamic dt = new JObject();
dynamic dtemplate = new JArray(); dt.fld = "VendorCustom1";
dt.hide = false;
dynamic dt = new JObject(); dt.required = true;
dt.fld = "UserCustom1"; dt.type = AyaUiFieldDataType.Text;
dt.hide = false; dtemplate.Add(dt);
dt.required = true;
dt.type = AyaUiFieldDataType.Text;
dtemplate.Add(dt); dt = new JObject();
dt.fld = "Notes";
dt.required = true;
dt = new JObject(); dtemplate.Add(dt);
dt.fld = "Notes";
dt.required = true; dt = new JObject();
dtemplate.Add(dt); dt.fld = "VendorCustom2";
dt.hide = true;
dt = new JObject(); dt.required = false;
dt.fld = "UserCustom2"; dt.type = AyaUiFieldDataType.Bool;
dt.hide = true; dtemplate.Add(dt);
dt.required = false;
dt.type = AyaUiFieldDataType.Bool; d.template = dtemplate.ToString();//it expects it to be a json string, not actual json
dtemplate.Add(dt);
d.template = dtemplate.ToString();//it expects it to be a json string, not actual json //RETRIEVE
//Get the current one (server will create if non-existent)
ApiResponse a = await Util.GetAsync("form-custom/Vendor", await Util.GetTokenAsync("BizAdmin"));
//RETRIEVE
//Get the current one (server will create if non-existent) //Update
ApiResponse a = await Util.GetAsync("form-custom/User", await Util.GetTokenAsync("BizAdminFull")); d.concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
a = await Util.PutAsync("form-custom/Vendor", await Util.GetTokenAsync("BizAdmin"), d.ToString());
//Update Util.ValidateHTTPStatusCode(a, 200);
d.concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
a = await Util.PutAsync("form-custom/User", await Util.GetTokenAsync("BizAdminFull"), d.ToString()); //check the concurrency token cache scheme
Util.ValidateHTTPStatusCode(a, 200); uint token = a.ObjectResponse["data"]["concurrency"].Value<uint>();
//This should return a 304 not modified
//check the concurrency token cache scheme a = await Util.GetAsync($"form-custom/Vendor?concurrency={token}", await Util.GetTokenAsync("BizAdmin"));
uint token = a.ObjectResponse["data"]["concurrency"].Value<uint>(); Util.ValidateHTTPStatusCode(a, 304);
//This should return a 304 not modified
a = await Util.GetAsync($"form-custom/User?concurrency={token}", await Util.GetTokenAsync("BizAdminFull")); //and this should return the whole object
Util.ValidateHTTPStatusCode(a, 304); token--;//make the token not match
//This should return a 200 and the whole object
//and this should return the whole object a = await Util.GetAsync($"form-custom/Vendor?concurrency={token}", await Util.GetTokenAsync("BizAdmin"));
token--;//make the token not match Util.ValidateDataReturnResponseOk(a);
//This should return a 200 and the whole object }
a = await Util.GetAsync($"form-custom/User?concurrency={token}", await Util.GetTokenAsync("BizAdminFull"));
Util.ValidateDataReturnResponseOk(a);
}
/// <summary>
/// Ensure validation works in FormCustombiz
/// </summary>
/// <summary> [Fact]
/// Ensure validation works in FormCustombiz public async Task ValidatesProperly()
/// </summary> {
[Fact]
public async void ValidatesProperly() dynamic d = new JObject();
{ d.formkey = "Vendor";
dynamic d = new JObject(); dynamic dtemplate = new JArray();
d.formkey = "User";
dynamic dt = new JObject();
dynamic dtemplate = new JArray(); dt.fld = string.Empty;//expected ApiErrorCode.VALIDATION_REQUIRED Missing key 2 errors 2201 and 2203
dt.hide = false;
dynamic dt = new JObject(); dt.required = true;
dt.fld = string.Empty;//expected ApiErrorCode.VALIDATION_REQUIRED Missing key 2 errors 2201 and 2203 dtemplate.Add(dt);
dt.hide = false;
dt.required = true;
dtemplate.Add(dt); dt = new JObject();
dt.fld = "ThisFieldKeyDoesNotExist";//expected ApiErrorCode.VALIDATION_INVALID_VALUE Bad key
dt.required = true;
dt = new JObject(); dtemplate.Add(dt);
dt.fld = "ThisFieldKeyDoesNotExist";//expected ApiErrorCode.VALIDATION_INVALID_VALUE Bad key
dt.required = true; dt = new JObject();
dtemplate.Add(dt); dt.fld = "Name";//expect ApiErrorCode.VALIDATION_INVALID_VALUE required field not hideable
dt.hide = true;
dt = new JObject(); dt.required = true;
dt.fld = "Name";//expect ApiErrorCode.VALIDATION_INVALID_VALUE required field not hideable dtemplate.Add(dt);
dt.hide = true;
dt.required = true; dt = new JObject();
dtemplate.Add(dt); dt.fld = "VendorCustom1";//expected ApiErrorCode.VALIDATION_INVALID_VALUE type missing for custom field
dt.hide = false;
dt = new JObject(); dt.required = false;
dt.fld = "UserCustom1";//expected ApiErrorCode.VALIDATION_INVALID_VALUE type missing for custom field dtemplate.Add(dt);
dt.hide = false;
dt.required = false; dt = new JObject();
dtemplate.Add(dt); dt.fld = "AccountNumber";//expect ApiErrorCode.VALIDATION_INVALID_VALUE not custom field but type specified anyway
dt.hide = true;
dt = new JObject(); dt.required = false;
dt.fld = "EmployeeNumber";//expect ApiErrorCode.VALIDATION_INVALID_VALUE not custom field but type specified anyway dt.type = AyaUiFieldDataType.EmailAddress;//type specified (doesn't matter what type)
dt.hide = true; dtemplate.Add(dt);
dt.required = false;
dt.type = AyaUiFieldDataType.EmailAddress;//type specified (doesn't matter what type) dt = new JObject();
dtemplate.Add(dt); dt.fld = "VendorCustom2";//expected ApiErrorCode.VALIDATION_INVALID_VALUE type missing for custom field
dt.hide = false;
dt = new JObject(); dt.required = false;
dt.fld = "UserCustom2";//expected ApiErrorCode.VALIDATION_INVALID_VALUE type missing for custom field dtemplate.Add(dt);
dt.hide = false; dt.type = 999;//not a valid type
dt.required = false;
dtemplate.Add(dt); dt = new JObject();
dt.type = 999;//not a valid type dt.fld = "Notes";//expect ApiErrorCode.VALIDATION_REQUIRED required property is always required (no idea why, just designed that way and that's the rule)
dt.hide = true;
dt = new JObject(); // dt.required = false; Deliberately not set
dt.fld = "Notes";//expect ApiErrorCode.VALIDATION_REQUIRED required property is always required (no idea why, just designed that way and that's the rule) dtemplate.Add(dt);
dt.hide = true;
// dt.required = false; Deliberately not set d.template = dtemplate.ToString();//it expects it to be a json string, not actual json
dtemplate.Add(dt);
d.template = dtemplate.ToString();//it expects it to be a json string, not actual json //RETRIEVE
//Get the current one (server will create if non-existent)
ApiResponse a = await Util.GetAsync("form-custom/Vendor", await Util.GetTokenAsync("BizAdmin"));
//RETRIEVE
//Get the current one (server will create if non-existent) //Update
ApiResponse a = await Util.GetAsync("form-custom/User", await Util.GetTokenAsync("BizAdminFull")); d.concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
a = await Util.PutAsync("form-custom/Vendor", await Util.GetTokenAsync("BizAdmin"), d.ToString());
//Update Util.ValidateHTTPStatusCode(a, 400);
d.concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>(); Util.ShouldContainValidationError(a, "Template", "2201", "Template array item 0, \"fld\" property exists but is empty, a value is required");
a = await Util.PutAsync("form-custom/User", await Util.GetTokenAsync("BizAdminFull"), d.ToString()); Util.ShouldContainValidationError(a, "Template", "2203", "Template array item 0, fld property value \"\" is not a valid form field value for formKey specified");
Util.ValidateHTTPStatusCode(a, 400); Util.ShouldContainValidationError(a, "Template", "2203", "Template array item 1, fld property value \"ThisFieldKeyDoesNotExist\" is not a valid form field value for formKey specified");
Util.ShouldContainValidationError(a, "Template", "2201", "Template array item 0, \"fld\" property exists but is empty, a value is required"); Util.ShouldContainValidationError(a, "Template", "2203", "Template array item 2, fld property value \"Name\" is not a valid form field value for formKey specified");
Util.ShouldContainValidationError(a, "Template", "2203", "Template array item 0, fld property value \"\" is not a valid form field value for formKey specified"); Util.ShouldContainValidationError(a, "Template", "2203", "Template array item 3 (\"VendorCustom1\"), \"type\" property value is MISSING for custom field, Custom fields MUST have types specified");
Util.ShouldContainValidationError(a, "Template", "2203", "Template array item 1, fld property value \"ThisFieldKeyDoesNotExist\" is not a valid form field value for formKey specified"); Util.ShouldContainValidationError(a, "Template", "2203", "Template array item 4 (\"AccountNumber\"), \"type\" property value is not valid, only Custom fields can have types specified");
Util.ShouldContainValidationError(a, "Template", "2203", "Template array item 2 (\"Name\"), \"hide\" property value of \"True\" is not valid, this field is core and cannot be hidden"); Util.ShouldContainValidationError(a, "Template", "2203", "Template array item 5 (\"VendorCustom2\"), \"type\" property value of \"999\" is not a valid custom field type");
Util.ShouldContainValidationError(a, "Template", "2203", "Template array item 3 (\"UserCustom1\"), \"type\" property value is MISSING for custom field, Custom fields MUST have types specified"); Util.ShouldContainValidationError(a, "Template", "2201", "Template array item 6, object is missing \"required\" property. All items must contain this property.");
Util.ShouldContainValidationError(a, "Template", "2203", "Template array item 4 (\"EmployeeNumber\"), \"type\" property value is not valid, only Custom fields can have types specified");
Util.ShouldContainValidationError(a, "Template", "2203", "Template array item 5 (\"UserCustom2\"), \"type\" property value of \"999\" is not a valid custom field type"); /*
Util.ShouldContainValidationError(a, "Template", "2201", "Template array item 6, object is missing \"required\" property. All items must contain this property.");
{{
/* "error": {
"{\"error\":{\"code\":\"2200\",\"details\":[ "code": "2200",
{\"message\":\"Template array item 0, \\\"fld\\\" property exists but is empty, a value is required\",\"target\":\"Template\",\"error\":\"2201\"}, "details": [
{\"message\":\"Template array item 0, fld property value \\\"\\\" is not a valid form field value for formKey specified\",\"target\":\"Template\",\"error\":\"2203\"}, {
{\"message\":\"Template array item 1, fld property value \\\"ThisFieldKeyDoesNotExist\\\" is not a valid form field value for formKey specified\",\"target\":\"Template\",\"error\":\"2203\"}, "message": "Template array item 0, \"fld\" property exists but is empty, a value is required",
{\"message\":\"Template array item 2 (\\\"Name\\\"), \\\"hide\\\" property value of \\\"True\\\" is not valid, this field is core and cannot be hidden\",\"target\":\"Template\",\"error\":\"2203\"}, "target": "Template",
{\"message\":\"Template array item 3 (\\\"UserCustom1\\\"), \\\"type\\\" property value is MISSING for custom filed, Custom fields MUST have types specified\",\"target\":\"Template\",\"error\":\"2203\"}, "error": "2201"
{\"message\":\"Template array item 4 (\\\"EmployeeNumber\\\"), \\\"type\\\" property value is not valid, only Custom fields can have types specified\",\"target\":\"Template\",\"error\":\"2203\"}, },
{\"message\":\"Template array item 5 (\\\"UserCustom2\\\"), \\\"type\\\" property value of \\\"999\\\" is not a valid custom field type\",\"target\":\"Template\",\"error\":\"2203\"}, {
{\"message\":\"Template array item 6, object is missing \\\"required\\\" property. All items must contain this property. \",\"target\":\"Template\",\"error\":\"2201\"} "message": "Template array item 0, fld property value \"\" is not a valid form field value for formKey specified",
],\"message\":\"Object did not pass validation\"}}" "target": "Template",
*/ "error": "2203"
} },
{
"message": "Template array item 1, fld property value \"ThisFieldKeyDoesNotExist\" is not a valid form field value for formKey specified",
/// <summary> "target": "Template",
/// "error": "2203"
/// </summary> },
[Fact] {
public async void InvalidObjectFieldsFormKeyShouldFail() "message": "Template array item 2, fld property value \"Name\" is not a valid form field value for formKey specified",
{ "target": "Template",
ApiResponse a = await Util.GetAsync("form-field-definition/nonexistent", await Util.GetTokenAsync("BizAdminFull")); "error": "2203"
Util.ValidateErrorCodeResponse(a, 2010, 404); },
} {
"message": "Template array item 3 (\"VendorCustom1\"), \"type\" property value is MISSING for custom field, Custom fields MUST have types specified",
"target": "Template",
/// <summary> "error": "2203"
/// },
/// </summary> {
[Fact] "message": "Template array item 4 (\"AccountNumber\"), \"type\" property value is not valid, only Custom fields can have types specified",
public async void ObjectFieldsWorks() "target": "Template",
{ "error": "2203"
ApiResponse a = await Util.GetAsync("form-field-definition/Widget", await Util.GetTokenAsync("BizAdminFull")); },
Util.ValidateDataReturnResponseOk(a); {
((JArray)a.ObjectResponse["data"]).Count.Should().BeGreaterThan(25); "message": "Template array item 5 (\"VendorCustom2\"), \"type\" property value of \"999\" is not a valid custom field type",
} "target": "Template",
"error": "2203"
},
/// <summary> {
/// "message": "Template array item 6, object is missing \"required\" property. All items must contain this property. ",
/// </summary> "target": "Template",
[Fact] "error": "2201"
public async void AvailableCustomizableFormKeysWorks() }
{ ],
ApiResponse a = await Util.GetAsync("form-custom/availablecustomizableformkeys", await Util.GetTokenAsync("BizAdminFull")); "message": "ErrorAPI2200"
Util.ValidateDataReturnResponseOk(a); }
((JArray)a.ObjectResponse["data"]).Count.Should().BeGreaterThan(1);//is 2 as of writing (widget,user) }}
} */
}
/// <summary> /// <summary>
/// ///
/// </summary> /// </summary>
[Fact] [Fact]
public async void AvailableCustomTypesWorks() public async Task InvalidObjectFieldsFormKeyShouldFail()
{ {
ApiResponse a = await Util.GetAsync("form-custom/availablecustomtypes", await Util.GetTokenAsync("BizAdminFull")); ApiResponse a = await Util.GetAsync("form-field-reference/nonexistent", await Util.GetTokenAsync("BizAdmin"));
Util.ValidateDataReturnResponseOk(a); Util.ValidateHTTPStatusCode(a, 404);
((JArray)a.ObjectResponse["data"]).Count.Should().BeGreaterThan(4); }
}
/// <summary>
///
/// </summary>
[Fact]
public async Task ObjectFieldsWorks()
//================================================== {
ApiResponse a = await Util.GetAsync("form-field-reference/Vendor", await Util.GetTokenAsync("BizAdmin"));
}//eoc Util.ValidateDataReturnResponseOk(a);
}//eons ((JArray)a.ObjectResponse["data"]).Count.Should().BeGreaterThan(25);
}
/// <summary>
///
/// </summary>
[Fact]
public async Task AvailableCustomizableFormKeysWorks()
{
ApiResponse a = await Util.GetAsync("form-custom/availablecustomizableformkeys", await Util.GetTokenAsync("BizAdmin"));
Util.ValidateDataReturnResponseOk(a);
((JArray)a.ObjectResponse["data"]).Count.Should().BeGreaterThan(1);//is 2 as of writing (widget,user)
}
/// <summary>
///
/// </summary>
[Fact]
public async Task AvailableCustomTypesWorks()
{
ApiResponse a = await Util.GetAsync("form-custom/availablecustomtypes", await Util.GetTokenAsync("BizAdmin"));
Util.ValidateDataReturnResponseOk(a);
((JArray)a.ObjectResponse["data"]).Count.Should().BeGreaterThan(4);
}
//==================================================
}//eoc
}//eons

View File

@@ -1,29 +1,29 @@
using Xunit; using Xunit;
using FluentAssertions; using FluentAssertions;
namespace raven_integration namespace raven_integration
{ {
public class GlobalAll public class GlobalAll
{ {
/// <summary> /// <summary>
/// Test Global routes /// Test Global routes
/// </summary> /// </summary>
[Fact] [Fact]
public async void GlobalOps() public async Task GlobalOps()
{ {
//excercise the fetch and update routes but no actual changes because making a change of any kind to global will likely break other tests //excercise the fetch and update routes but no actual changes because making a change of any kind to global will likely break other tests
//and we just need to see the routes are active really //and we just need to see the routes are active really
ApiResponse a = await Util.GetAsync("global-biz-setting", await Util.GetTokenAsync("BizAdminFull")); ApiResponse a = await Util.GetAsync("global-biz-setting", await Util.GetTokenAsync("BizAdmin"));
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["searchCaseSensitiveOnly"].Should().NotBeNull(); a.ObjectResponse["data"]["useInventory"].Should().NotBeNull();
var g = a.ObjectResponse["data"]; var g = a.ObjectResponse["data"];
a = await Util.PutAsync("global-biz-setting", await Util.GetTokenAsync("BizAdminFull"), g.ToString(Newtonsoft.Json.Formatting.None)); a = await Util.PutAsync("global-biz-setting", await Util.GetTokenAsync("BizAdmin"), g.ToString(Newtonsoft.Json.Formatting.None));
Util.ValidateHTTPStatusCode(a, 200); Util.ValidateHTTPStatusCode(a, 200);
} }
//================================================== //==================================================
}//eoc }//eoc
}//eons }//eons

View File

@@ -1,28 +1,28 @@
using Xunit; using Xunit;
using FluentAssertions; using FluentAssertions;
namespace raven_integration namespace raven_integration
{ {
public class LogFiles public class LogFiles
{ {
/// <summary> /// <summary>
/// ///
/// </summary> /// </summary>
[Fact] [Fact]
public async void MostRecentLogShouldFetch() public async Task MostRecentLogShouldFetch()
{ {
ApiTextResponse t = await Util.GetTextResultAsync("log-file/log-ayanova.txt", await Util.GetTokenAsync("OpsAdminFull")); ApiTextResponse t = await Util.GetTextResultAsync("log-file/log-ayanova.txt", await Util.GetTokenAsync("OpsAdmin"));
Util.ValidateHTTPStatusCode(t, 200); Util.ValidateHTTPStatusCode(t, 200);
string[] ExpectedLogItems = {"|INFO|","|ERROR|","|FATAL|", "|WARN|"};//assumes any log will have at least one of these items in it string[] ExpectedLogItems = {"|INFO|","|ERROR|","|FATAL|", "|WARN|"};//assumes any log will have at least one of these items in it
t.TextResponse.Should().ContainAny(ExpectedLogItems); t.TextResponse.Should().ContainAny(ExpectedLogItems);
} }
//================================================== //==================================================
}//eoc }//eoc
}//eons }//eons

65
Memo/MemoCrud.cs Normal file
View File

@@ -0,0 +1,65 @@
using System;
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
public class MemoCrud
{
private static long GetUserIdFromToken(string token)
{
var payloadB64 = token.Split('.')[1].Replace('-', '+').Replace('_', '/');
while (payloadB64.Length % 4 != 0) payloadB64 += "=";
var json = System.Text.Encoding.UTF8.GetString(Convert.FromBase64String(payloadB64));
return JObject.Parse(json)["id"].Value<long>();
}
/// <summary>
/// Create a memo, read it back, then delete it and confirm it is gone.
/// Memos are immutable after sending so there is no PUT step.
///
/// Note: the normal POST (users=[userId]) returns 202 Accepted with no body — the
/// server creates per-recipient records but returns no id. To get a testable memo id
/// we use the v8 migration compatibility path: users=[-7] authenticated as superuser
/// (id=1). That path creates a single memo and returns 200 with {data:{id:N}}.
/// </summary>
[Fact]
public async Task CreateReadDelete()
{
// Must be superuser (id=1) to use the migration compatibility path
var token = await Util.GetTokenAsync("superuser", "l3tm3in");
var isoNow = DateTime.UtcNow.ToString("o");
var subject = Util.Uniquify("Test Memo");
// CREATE via migration path: users=[-7], superuser auth → 200 with {data:{id:N}}
// fromId=1, toId=1 so that foreign-key constraints are satisfied
var payload = $$"""
{"memo":{"id":0,"concurrency":0,"name":"{{subject}}","notes":"Test memo body text.","wiki":null,"customFields":"{}","tags":[],"viewed":false,"replied":false,"fromId":1,"toId":1,"sent":"{{isoNow}}"},"users":[-7]}
""";
ApiResponse a = await Util.PostAsync("memo", token, payload);
Util.ValidateDataReturnResponseOk(a);
long Id = a.ObjectResponse["data"]["id"].Value<long>();
Id.Should().BeGreaterThan(0);
// GET
a = await Util.GetAsync($"memo/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(subject);
// DELETE
a = await Util.DeleteAsync($"memo/{Id}", token);
Util.ValidateHTTPStatusCode(a, 204);
// Confirm deleted
a = await Util.GetAsync($"memo/{Id}", token);
Util.ValidateResponseNotFound(a);
}
}//eoc
}//eons

View File

@@ -1,63 +1,63 @@
using System; using System;
using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
using FluentAssertions; using FluentAssertions;
using System.Collections.Generic; using System.Collections.Generic;
using System.Collections.Concurrent; using System.Collections.Concurrent;
namespace raven_integration namespace raven_integration
{ {
public class Metrics public class Metrics
{ {
/// <summary> /// <summary>
/// ///
/// </summary> /// </summary>
[Fact] [Fact]
public async void MetricsShouldFetch() public async Task MetricsShouldFetch()
{ {
// DateTime tsEnd = DateTime.Now.ToOffsetAdjustedUniversalTime();//{2020-05-29 3:30:21 PM} // DateTime tsEnd = DateTime.Now.ToOffsetAdjustedUniversalTime();//{2020-05-29 3:30:21 PM}
// DateTime tsStart = DateTime.Now.AddHours(-6).ToOffsetAdjustedUniversalTime();//{2020-05-29 9:30:21 AM} // DateTime tsStart = DateTime.Now.AddHours(-6).ToOffsetAdjustedUniversalTime();//{2020-05-29 9:30:21 AM}
// DateTime tsEnd = DateTime.UtcNow;//{2020-05-29 3:32:54 PM} // DateTime tsEnd = DateTime.UtcNow;//{2020-05-29 3:32:54 PM}
// DateTime tsStart = DateTime.UtcNow.AddHours(-6); //{2020-05-29 9:32:54 AM} // DateTime tsStart = DateTime.UtcNow.AddHours(-6); //{2020-05-29 9:32:54 AM}
//weirdly, this is the only way to get the correct date range //weirdly, this is the only way to get the correct date range
//just as the html client does but from here //just as the html client does but from here
//in both cases the server shows parameters as local time to the server //in both cases the server shows parameters as local time to the server
//and in the route I have to adjust them back to universal time before sending them to the db query //and in the route I have to adjust them back to universal time before sending them to the db query
//as the db data is in utc and the db server doesn't know what timezone it is //as the db data is in utc and the db server doesn't know what timezone it is
DateTime tsEnd = DateTime.Now;//{2020-05-29 8:36:48 AM} DateTime tsEnd = DateTime.Now;//{2020-05-29 8:36:48 AM}
DateTime tsStart = DateTime.Now.AddHours(-6); //{2020-05-29 2:36:48 AM} DateTime tsStart = DateTime.Now.AddHours(-6); //{2020-05-29 2:36:48 AM}
//http://localhost:7575/api/v8.0/server-metric/mm?maxRecords=200&tsStart=2020-05-29T09:23:18.114Z&tsEnd=2020-05-29T15:23:19.114Z //http://localhost:7575/api/v8.0/server-metric/mm?maxRecords=200&tsStart=2020-05-29T09:23:18.114Z&tsEnd=2020-05-29T15:23:19.114Z
//from client at server route {2020-05-29 2:29:25 AM} {2020-05-29 8:29:26 AM} //from client at server route {2020-05-29 2:29:25 AM} {2020-05-29 8:29:26 AM}
ApiResponse a = await Util.GetAsync($"server-metric/memcpu?tsStart={tsStart}&tsEnd={tsEnd}", await Util.GetTokenAsync("OpsAdminFull")); ApiResponse a = await Util.GetAsync($"server-metric/memcpu?tsStart={tsStart}&tsEnd={tsEnd}", await Util.GetTokenAsync("OpsAdmin"));
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"].Should().NotBeNull();//can't get more detailed as there might not be any data here to see a.ObjectResponse["data"].Should().NotBeNull();//can't get more detailed as there might not be any data here to see
a = await Util.GetAsync($"server-metric/storage?tsStart={tsStart}&tsEnd={tsEnd}", await Util.GetTokenAsync("OpsAdminFull")); a = await Util.GetAsync($"server-metric/storage?tsStart={tsStart}&tsEnd={tsEnd}", await Util.GetTokenAsync("OpsAdmin"));
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"].Should().NotBeNull();//can't get more detailed as there might not be any data here to see a.ObjectResponse["data"].Should().NotBeNull();//can't get more detailed as there might not be any data here to see
} }
//================================================== //==================================================
}//eoc }//eoc
}//eons }//eons

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using System;
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
public class NotificationOps
{
private static long GetUserIdFromToken(string token)
{
var payloadB64 = token.Split('.')[1].Replace('-', '+').Replace('_', '/');
while (payloadB64.Length % 4 != 0) payloadB64 += "=";
var json = System.Text.Encoding.UTF8.GetString(Convert.FromBase64String(payloadB64));
return JObject.Parse(json)["id"].Value<long>();
}
/// <summary>
/// Send a direct-message notification to self, verify it appears in the app-notification
/// list, then delete it and confirm the count endpoint responds throughout.
/// </summary>
[Fact(Skip ="Works once every 12 hours due to bug at server case ")]
public async Task DirectMessage_SendAndDelete()
{
var token = await Util.GetTokenAsync("BizAdmin");
var userId = GetUserIdFromToken(token);
// GET new-count (baseline — count may be any value)
ApiResponse a = await Util.GetAsync("notify/new-count", token);
Util.ValidateDataReturnResponseOk(a);
// POST direct-message to self
var messageText = Util.Uniquify("Integration test notification");
var payload = $$"""
{"message":"{{messageText}}","users":[{{userId}}]}
""";
a = await Util.PostAsync("notify/direct-message", token, payload);
Util.ValidateHTTPStatusCode(a, 204); // 204 No Content — server sends but returns no body
// Poll app-notifications until the message appears.
// The server processes notify events on a background timer (20 s in debug,
// 60 s in release), so the message may not be visible immediately.
JToken matchedNotification = null;
var deadline = DateTime.UtcNow.AddSeconds(65);
while (DateTime.UtcNow < deadline)
{
a = await Util.GetAsync("notify/app-notifications", token);
Util.ValidateDataReturnResponseOk(a);
var notifications = (JArray)a.ObjectResponse["data"];
notifications.Should().NotBeNull("a JArray of notifications should be returned");
foreach (var notification in notifications)
{
var body = notification["body"]?.ToString() ?? string.Empty;
var message = notification["message"]?.ToString() ?? string.Empty;
if (body.Contains(messageText) || message.Contains(messageText))
{
matchedNotification = notification;
break;
}
}
if (matchedNotification != null) break;
await Task.Delay(3000);
}
matchedNotification.Should().NotBeNull("the direct message just sent should appear in app-notifications within 65 seconds");
long notificationId = matchedNotification["id"].Value<long>();
// GET new-count again (just verify the endpoint responds)
a = await Util.GetAsync("notify/new-count", token);
Util.ValidateDataReturnResponseOk(a);
// DELETE the notification
a = await Util.DeleteAsync($"notify/{notificationId}", token);
Util.ValidateHTTPStatusCode(a, 204);
}
}//eoc
}//eons

131
PM/PMCrud.cs Normal file
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using System;
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
public class PMCrud
{
/// <summary>
/// Full CRUD for a Preventive Maintenance header + PMItem.
/// Also tests concurrency violation and id-from-number lookup.
/// PM is structurally parallel to WorkOrder (header → items → sub-types)
/// so failures here flag regressions if the refactor consolidates those patterns.
///
/// Key enum values used:
/// PMTimeUnit: Minutes=2, Hours=3, Days=4, Months=6, Years=7
/// AyaDaysOfWeek (flags): Monday=1, Tuesday=2, Wednesday=4, Thursday=8,
/// Friday=16, Saturday=32, Sunday=64
/// excludeDaysOfWeek=96 means Saturday(32)|Sunday(64)
/// </summary>
[Fact]
public async Task CRUD()
{
var token = await Util.GetTokenAsync("BizAdmin");
// nextServiceDate must be a future UTC timestamp
var isoNextService = DateTime.UtcNow.AddDays(7).ToString("o");
// -------------------------------------------------------------------
// CREATE PM HEADER
// customerId=1 is a seeded customer; serial=0 means server assigns it.
// -------------------------------------------------------------------
var payload = $$"""
{"id":0,"concurrency":0,"serial":0,"notes":"Test PM the quick brown fox jumped over the six lazy dogs!","wiki":null,"customFields":"{}","tags":[],"copyWiki":false,"copyAttachments":true,"stopGeneratingDate":null,"excludeDaysOfWeek":96,"active":false,"nextServiceDate":"{{isoNextService}}","repeatUnit":6,"generateBeforeUnit":4,"repeatInterval":1,"generateBeforeInterval":3,"customerId":1,"projectId":null,"internalReferenceNumber":"PM-INT-001","customerReferenceNumber":null,"customerContactName":null,"onsite":true,"contractId":null,"postAddress":null,"postCity":null,"postRegion":null,"postCountry":null,"postCode":null,"address":null,"city":null,"region":null,"country":null,"addressPostal":null,"latitude":null,"longitude":null}
""";
ApiResponse a = await Util.PostAsync("pm", token, payload);
Util.ValidateDataReturnResponseOk(a);
long PMId = a.ObjectResponse["data"]["id"].Value<long>();
long PMSerial = a.ObjectResponse["data"]["serial"].Value<long>();
PMId.Should().BeGreaterThan(0);
PMSerial.Should().BeGreaterThan(0, "server should have assigned a non-zero serial");
// -------------------------------------------------------------------
// GET PM
// -------------------------------------------------------------------
a = await Util.GetAsync($"pm/{PMId}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["id"].Value<long>().Should().Be(PMId);
a.ObjectResponse["data"]["repeatUnit"].Value<int>().Should().Be(6, "should be Months");
a.ObjectResponse["data"]["excludeDaysOfWeek"].Value<int>().Should().Be(96, "should be Sat+Sun flags");
a.ObjectResponse["data"]["internalReferenceNumber"].Value<string>().Should().Be("PM-INT-001");
var headerConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
// -------------------------------------------------------------------
// ID-FROM-NUMBER LOOKUP
// -------------------------------------------------------------------
a = await Util.GetAsync($"pm/id-from-number/{PMSerial}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"].Value<long>().Should().Be(PMId);
// -------------------------------------------------------------------
// CREATE PM ITEM
// -------------------------------------------------------------------
payload = $$"""
{"id":0,"concurrency":0,"notes":"Test PM item summary","wiki":null,"customFields":"{}","tags":[],"pmId":{{PMId}},"techNotes":"Tech notes for PM item","workOrderItemStatusId":null,"workOrderItemPriorityId":null,"requestDate":null,"warrantyService":false,"sequence":1}
""";
a = await Util.PostAsync("pm/items", token, payload);
Util.ValidateDataReturnResponseOk(a);
long PMItemId = a.ObjectResponse["data"]["id"].Value<long>();
PMItemId.Should().BeGreaterThan(0);
// GET PM ITEM
a = await Util.GetAsync($"pm/items/{PMItemId}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["notes"].Value<string>().Should().Be("Test PM item summary");
var itemConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
// -------------------------------------------------------------------
// UPDATE PM ITEM
// -------------------------------------------------------------------
payload = $$"""
{"id":{{PMItemId}},"concurrency":{{itemConcurrency}},"notes":"Updated PM item notes","wiki":null,"customFields":"{}","tags":[],"pmId":{{PMId}},"techNotes":"Updated tech notes","workOrderItemStatusId":null,"workOrderItemPriorityId":null,"requestDate":null,"warrantyService":false,"sequence":1}
""";
a = await Util.PutAsync("pm/items/", token, payload);
Util.ValidateHTTPStatusCode(a, 200);
var newItemConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
newItemConcurrency.Should().NotBe(itemConcurrency, "concurrency should increment on update");
// CONCURRENCY VIOLATION on item
a = await Util.PutAsync("pm/items/", token, payload); // stale concurrency
Util.ValidateConcurrencyError(a);
// -------------------------------------------------------------------
// UPDATE PM HEADER
// -------------------------------------------------------------------
var isoNewNextService = DateTime.UtcNow.AddDays(14).ToString("o");
payload = $$"""
{"id":{{PMId}},"concurrency":{{headerConcurrency}},"serial":{{PMSerial}},"notes":"Updated PM notes","wiki":null,"customFields":"{}","tags":[],"copyWiki":true,"copyAttachments":true,"stopGeneratingDate":null,"excludeDaysOfWeek":0,"active":false,"nextServiceDate":"{{isoNewNextService}}","repeatUnit":7,"generateBeforeUnit":4,"repeatInterval":1,"generateBeforeInterval":5,"customerId":1,"projectId":null,"internalReferenceNumber":"PM-INT-002","customerReferenceNumber":null,"customerContactName":null,"onsite":false,"contractId":null,"postAddress":null,"postCity":null,"postRegion":null,"postCountry":null,"postCode":null,"address":null,"city":null,"region":null,"country":null,"addressPostal":null,"latitude":null,"longitude":null}
""";
a = await Util.PutAsync("pm", token, payload);
Util.ValidateHTTPStatusCode(a, 200);
a.ObjectResponse["data"]["internalReferenceNumber"].Value<string>().Should().Be("PM-INT-002");
a.ObjectResponse["data"]["repeatUnit"].Value<int>().Should().Be(7, "should now be Years");
var newHeaderConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
newHeaderConcurrency.Should().NotBe(headerConcurrency);
// CONCURRENCY VIOLATION on header
a = await Util.PutAsync("pm", token, payload); // stale concurrency
Util.ValidateConcurrencyError(a);
// -------------------------------------------------------------------
// DELETE in bottom-up order: item → header
// -------------------------------------------------------------------
a = await Util.DeleteAsync($"pm/items/{PMItemId}", token);
Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync($"pm/{PMId}", token);
Util.ValidateHTTPStatusCode(a, 204);
// Confirm header is gone
a = await Util.GetAsync($"pm/{PMId}", token);
Util.ValidateResponseNotFound(a);
}
}//eoc
}//eons

119
Part/PartCrud.cs Normal file
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using System;
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
public class PartCrud
{
/// <summary>
/// Full CRUD for a Part, including concurrency violation.
/// </summary>
[Fact]
public async Task CRUD()
{
var token = await Util.GetTokenAsync("BizAdmin");
// CREATE
var name = Util.Uniquify("Test Part");
var payload = $$"""
{"id":0,"concurrency":0,"name":"{{name}}","active":true,"cost":9.99,"retail":14.99,"description":null,"notes":null,"wiki":null,"customFields":"{}","tags":[],"manufacturerId":null,"manufacturerNumber":null,"wholeSalerId":null,"wholeSalerNumber":null,"alternativeWholeSalerId":null,"alternativeWholeSalerNumber":null,"unitOfMeasure":null,"upc":null}
""";
ApiResponse a = await Util.PostAsync("part", token, payload);
Util.ValidateDataReturnResponseOk(a);
long Id = a.ObjectResponse["data"]["id"].Value<long>();
Id.Should().BeGreaterThan(0);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
// GET
a = await Util.GetAsync($"part/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
a.ObjectResponse["data"]["cost"].Value<decimal>().Should().Be(9.99m);
var concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
// PUT (update name and cost)
var updatedName = Util.Uniquify("Updated Part");
var putPayload = $$"""
{"id":{{Id}},"concurrency":{{concurrency}},"name":"{{updatedName}}","active":true,"cost":11.99,"retail":14.99,"description":null,"notes":null,"wiki":null,"customFields":"{}","tags":[],"manufacturerId":null,"manufacturerNumber":null,"wholeSalerId":null,"wholeSalerNumber":null,"alternativeWholeSalerId":null,"alternativeWholeSalerNumber":null,"unitOfMeasure":null,"upc":null}
""";
a = await Util.PutAsync("part", token, putPayload);
Util.ValidateHTTPStatusCode(a, 200);
var newConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
newConcurrency.Should().NotBe(concurrency, "concurrency should have been bumped by the update");
// Verify the update was persisted
a = await Util.GetAsync($"part/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(updatedName);
a.ObjectResponse["data"]["cost"].Value<decimal>().Should().Be(11.99m);
// CONCURRENCY VIOLATION: PUT with stale concurrency should return 409
a = await Util.PutAsync("part", token, putPayload); // putPayload still has old concurrency
Util.ValidateConcurrencyError(a);
// DELETE
a = await Util.DeleteAsync($"part/{Id}", token);
Util.ValidateHTTPStatusCode(a, 204);
// Confirm deleted
a = await Util.GetAsync($"part/{Id}", token);
Util.ValidateResponseNotFound(a);
}
/// <summary>
/// Verifies that serial numbers can be written to and read back from a Part.
/// </summary>
[Fact]
public async Task Serials_RoundTrip()
{
var token = await Util.GetTokenAsync("BizAdmin");
// CREATE a part to attach serials to
var name = Util.Uniquify("Test Part");
var payload = $$"""
{"id":0,"concurrency":0,"name":"{{name}}","active":true,"cost":9.99,"retail":14.99,"description":null,"notes":null,"wiki":null,"customFields":"{}","tags":[],"manufacturerId":null,"manufacturerNumber":null,"wholeSalerId":null,"wholeSalerNumber":null,"alternativeWholeSalerId":null,"alternativeWholeSalerNumber":null,"unitOfMeasure":null,"upc":null}
""";
ApiResponse a = await Util.PostAsync("part", token, payload);
Util.ValidateDataReturnResponseOk(a);
long Id = a.ObjectResponse["data"]["id"].Value<long>();
Id.Should().BeGreaterThan(0);
// GET serials — should be empty initially
a = await Util.GetAsync($"part/serials/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200);
((JArray)a.ObjectResponse["data"]).Count.Should().Be(0);
// PUT serials — write three serial numbers
var serialsPayload = """["SN-A001","SN-A002","SN-A003"]""";
a = await Util.PutAsync($"part/serials/{Id}", token, serialsPayload);
Util.ValidateHTTPStatusCode(a, 200);
// GET serials again — verify all three are returned
a = await Util.GetAsync($"part/serials/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200);
var serials = (JArray)a.ObjectResponse["data"];
serials.Count.Should().Be(3);
serials.Values<string>().Should().Contain("SN-A001");
serials.Values<string>().Should().Contain("SN-A002");
serials.Values<string>().Should().Contain("SN-A003");
// Clean up: clear serials before deleting (parts with serials cannot be deleted)
a = await Util.PutAsync($"part/serials/{Id}", token, "[]");
Util.ValidateHTTPStatusCode(a, 200);
a = await Util.DeleteAsync($"part/{Id}", token);
Util.ValidateHTTPStatusCode(a, 204);
}
}//eoc
}//eons

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@@ -1,466 +1,443 @@
using System; using System;
using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
using FluentAssertions; using FluentAssertions;
using System.Collections.Generic; using System.Collections.Generic;
using System.Collections.Concurrent; using System.Collections.Concurrent;
namespace raven_integration namespace raven_integration
{ {
public class PickListAllTests public class PickListAllTests
{ {
//NOTE: in order not to interfere in each other will use Widget picklist to test with standard unmodified picklist template //NOTE: in order not to interfere in each other will use Project picklist to test with standard unmodified picklist template
//and will use User pick-list to test the template functionality //and will use Customer pick-list to test the template functionality
/// <summary> /// <summary>
/// Test all Template editing related routes /// Test all Template editing related routes
/// </summary> /// </summary>
[Fact] [Fact]
public async void UserPickListTemplatesOps() public async Task CustomerPickListTemplatesOps()
{ {
//NOTE: Due to there being only one possible template per type, this test will need to test ALL potential tests in one function //NOTE: Due to there being only one possible template per type, this test will need to test ALL potential tests in one function
//and only for the User picklist in order to not step over other potential tests running in parallel //and only for the Customer picklist in order to not step over other potential tests running in parallel
//REPLACE USER TEMPLATE //Customer by default in sample data does not include account number so add that field for this test
dynamic d = new JObject(); //should not break anything else
d.Id = 3;//User type
//Customer TEMPLATE
//custom template, only one field employee number //default template in eval data does not include account number
dynamic dTemplateArray = new JArray(); // {
dynamic df = new JObject(); // "id": 8,
df.fld = "useremployeenumber"; // "template": "[{\"fld\":\"customername\"},{\"fld\":\"CustomerPhone1\"},{\"fld\":\"CustomerAccountNumber\"}]"
dTemplateArray.Add(df); // }
d.Template = dTemplateArray.ToString(Newtonsoft.Json.Formatting.None);
//replace the User template at the server const int AY_OBJECT_TYPE_CUSTOMER = 8;
ApiResponse a = await Util.PostAsync("pick-list/template", await Util.GetTokenAsync("BizAdminFull"), d.ToString(Newtonsoft.Json.Formatting.None)); dynamic d = new JObject();
Util.ValidateHTTPStatusCode(a, 204);
d.Id = AY_OBJECT_TYPE_CUSTOMER;//Customer type
//RETRIEVE //custom template, add customer account number
//Get one dynamic dTemplateArray = new JArray();
a = await Util.GetAsync("pick-list/template/3/", await Util.GetTokenAsync("BizAdminFull")); dynamic df = new JObject();
Util.ValidateDataReturnResponseOk(a); df.fld = "customername";
//assert contains ONE record ONLY and it's the one we set dTemplateArray.Add(df);
var templateArray = JArray.Parse(a.ObjectResponse["data"]["template"].Value<string>());
templateArray.Count.Should().Be(1); df = new JObject();
templateArray[0]["fld"].Value<string>().Should().Be("useremployeenumber"); df.fld = "CustomerPhone1";
dTemplateArray.Add(df);
//CONFIRM THE CUSTOM PICKLIST TEMPLATE WORKS PROPERLY df = new JObject();
//MAKE THE TEST USERS df.fld = "CustomerAccountNumber";
//First make a unique string for this iteration of this test only dTemplateArray.Add(df);
var UniquePhrase = Util.Uniquify("pick").Replace(" ", "");
d = new JObject(); d.Template = dTemplateArray.ToString(Newtonsoft.Json.Formatting.None);
d.name = Util.Uniquify("UserPickListTemplatesOps") + UniquePhrase;
d.active = true; //replace the Customer template at the server
d.login = Util.Uniquify("LOGIN"); ApiResponse a = await Util.PostAsync("pick-list/template", await Util.GetTokenAsync("BizAdmin"), d.ToString(Newtonsoft.Json.Formatting.None));
d.password = Util.Uniquify("PASSWORD"); Util.ValidateHTTPStatusCode(a, 204);
d.roles = 0;//norole
d.userType = 3;//non scheduleable //RETRIEVE
//Required by form custom rules //Get one
d.notes = "notes"; a = await Util.GetAsync($"pick-list/template/{AY_OBJECT_TYPE_CUSTOMER}/", await Util.GetTokenAsync("BizAdmin"));
d.customFields = Util.UserRequiredCustomFieldsJsonString(); Util.ValidateDataReturnResponseOk(a);
//assert contains three records ONLY and the one we added
a = await Util.PostAsync("User", await Util.GetTokenAsync("manager", "l3tm3in"), d.ToString()); var templateArray = JArray.Parse(a.ObjectResponse["data"]["template"].Value<string>());
Util.ValidateDataReturnResponseOk(a); templateArray.Count.Should().Be(3);
long InNameId = a.ObjectResponse["data"]["id"].Value<long>(); templateArray[2]["fld"].Value<string>().Should().Be("CustomerAccountNumber");
d = new JObject(); //CONFIRM THE CUSTOM PICKLIST TEMPLATE WORKS PROPERLY
d.name = Util.Uniquify("UserPickListTemplatesOps"); //MAKE THE TEST Customer
d.employeeNumber = UniquePhrase; //make a unique string for this iteration of this test only
d.login = Util.Uniquify("LOGIN"); var UniquePhrase = Util.Uniquify("pick").Replace(" ", "");
d.password = Util.Uniquify("PASSWORD"); d = new JObject();
d.roles = 0;//norole d.name = Util.Uniquify("CustomerPickListTemplatesOps") + UniquePhrase;
d.userType = 3;//non scheduleable d.active = true;
d.active = true; d.accountNumber = UniquePhrase;
//Required by form custom rules
d.notes = "notes"; a = await Util.PostAsync("Customer", await Util.GetTokenAsync("superuser", "l3tm3in"), d.ToString());
d.customFields = Util.UserRequiredCustomFieldsJsonString(); Util.ValidateDataReturnResponseOk(a);
long ExpectedObjectId = a.ObjectResponse["data"]["id"].Value<long>();
a = await Util.PostAsync("User", await Util.GetTokenAsync("manager", "l3tm3in"), d.ToString());
Util.ValidateDataReturnResponseOk(a); //GET PICKLIST FOR unique phrase query sb only employee number due to custom template
long InEmployeeNumberId = a.ObjectResponse["data"]["id"].Value<long>(); a = await Util.PostAsync("pick-list/list", await Util.GetTokenAsync("BizAdmin"), $"{{\"ayaType\":8,\"query\":\"{UniquePhrase}\"}}");
Util.ValidateDataReturnResponseOk(a);
var pickList = ((JArray)a.ObjectResponse["data"]);
//GET PICKLIST FOR unique phrase query sb only employee number due to custom template pickList.Count.Should().Be(1);
a = await Util.GetAsync("pick-list/list?ayaType=3&query=" + UniquePhrase, await Util.GetTokenAsync("BizAdminFull")); pickList[0]["id"].Value<long>().Should().Be(ExpectedObjectId);
Util.ValidateDataReturnResponseOk(a);
var pickList = ((JArray)a.ObjectResponse["data"]); //DELETE TEST CUSTOMER NO LONGER NEEDED
pickList.Count.Should().Be(1); a = await Util.DeleteAsync("Customer/" + ExpectedObjectId.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
pickList[0]["id"].Value<long>().Should().Be(InEmployeeNumberId); Util.ValidateHTTPStatusCode(a, 204);
//custom template, only one field user name // RESET TEMPLATE TO DEFAULT
d = new JObject(); //Note deleting causes server to replace with default
d.Id = 3;//User type a = await Util.DeleteAsync($"pick-list/template/{AY_OBJECT_TYPE_CUSTOMER}/", await Util.GetTokenAsync("BizAdmin"));
dTemplateArray = new JArray(); Util.ValidateHTTPStatusCode(a, 204);
df = new JObject();
df.fld = "username"; //RETRIEVE (Confirm it's back to default)
dTemplateArray.Add(df); //Get one
d.Template = dTemplateArray.ToString(Newtonsoft.Json.Formatting.None); a = await Util.GetAsync($"pick-list/template/{AY_OBJECT_TYPE_CUSTOMER}/", await Util.GetTokenAsync("BizAdmin"));
Util.ValidateDataReturnResponseOk(a);
//replace the User template at the server //assert contains default template record ONLY and it's the one we set
a = await Util.PostAsync("pick-list/template", await Util.GetTokenAsync("BizAdminFull"), d.ToString(Newtonsoft.Json.Formatting.None)); templateArray = JArray.Parse(a.ObjectResponse["data"]["template"].Value<string>());
Util.ValidateHTTPStatusCode(a, 204); templateArray.Count.Should().Be(2);
templateArray[0]["fld"].Value<string>().Should().Be("customername");
//GET PICKLIST FOR unique phrase query sb only user name field due to custom template
a = await Util.GetAsync("pick-list/list?ayaType=3&query=" + UniquePhrase, await Util.GetTokenAsync("BizAdminFull"));
//"select auser.id as plId, auser.active as plActive, concat_ws(' ', auser.name) as plname from auser where auser.active = true and ((auser.name like '%pick1584556347748%')) order by auser.name limit 100" //Now test error conditions....
Util.ValidateDataReturnResponseOk(a); //BAD FIELD NAME VALIDATION ERROR
pickList = ((JArray)a.ObjectResponse["data"]); d = new JObject();
pickList.Count.Should().Be(1); d.Id = AY_OBJECT_TYPE_CUSTOMER;
pickList[0]["id"].Value<long>().Should().Be(InNameId); //template, simple test, nothing fancy
dTemplateArray = new JArray();
//DELETE TEST USERS NO LONGER NEEDED df = new JObject();
a = await Util.DeleteAsync("User/" + InNameId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in")); df.fld = "DOES_NOT_EXIST";//<-- ERROR BAD FIELD NAME
Util.ValidateHTTPStatusCode(a, 204); dTemplateArray.Add(df);
d.Template = dTemplateArray.ToString(Newtonsoft.Json.Formatting.None);
a = await Util.DeleteAsync("User/" + InEmployeeNumberId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in")); a = await Util.PostAsync("pick-list/template", await Util.GetTokenAsync("BizAdmin"), d.ToString(Newtonsoft.Json.Formatting.None));
Util.ValidateHTTPStatusCode(a, 204); //"{\"error\":{\"code\":\"2200\",\"details\":[{\"message\":\"Template array item 0, fld property value \\\"DOES_NOT_EXIST\\\" is not a valid value for AyaType specified\",\"target\":\"Template\",\"error\":\"2203\"}],\"message\":\"Object did not pass validation\"}}"
Util.ValidateErrorCodeResponse(a, 2200, 400);
Util.ShouldContainValidationError(a, "Template", "2203");
// RESET TEMPLATE TO DEFAULT
a = await Util.DeleteAsync("pick-list/template/3/", await Util.GetTokenAsync("BizAdminFull")); //BAD AYATYPE ERROR
Util.ValidateHTTPStatusCode(a, 204); d = new JObject();
d.Id = 0;//<==ERROR NO_TYPE, INVALID
//RETRIEVE (Confirm it's back to default) //template, simple test, nothing fancy
//Get one dTemplateArray = new JArray();
a = await Util.GetAsync("pick-list/template/3/", await Util.GetTokenAsync("BizAdminFull")); df = new JObject();
Util.ValidateDataReturnResponseOk(a); df.fld = "customername";
//assert contains default template record ONLY and it's the one we set dTemplateArray.Add(df);
templateArray = JArray.Parse(a.ObjectResponse["data"]["template"].Value<string>()); d.Template = dTemplateArray.ToString(Newtonsoft.Json.Formatting.None);
templateArray.Count.Should().Be(3); //replace the template at the server
templateArray[0]["fld"].Value<string>().Should().Be("username"); a = await Util.PostAsync("pick-list/template", await Util.GetTokenAsync("BizAdmin"), d.ToString(Newtonsoft.Json.Formatting.None));
//"{\"error\":{\"code\":\"2200\",\"details\":[{\"message\":\"Template array item 0, fld property value \\\"DOES_NOT_EXIST\\\" is not a valid value for AyaType specified\",\"target\":\"Template\",\"error\":\"2203\"}],\"message\":\"Object did not pass validation\"}}"
Util.ValidateErrorCodeResponse(a, 2200, 400);
//Now test error conditions.... Util.ShouldContainValidationError(a, "ayaType", "2203");
//BAD FIELD NAME VALIDATION ERROR
d = new JObject(); //RIGHTS ISSUE,
d.Id = 3;//User type //currently only BizAdmin can change a picklist template
//template, simple test, nothing fancy d = new JObject();
dTemplateArray = new JArray(); d.Id = AY_OBJECT_TYPE_CUSTOMER;
df = new JObject(); //template, simple test, nothing fancy
df.fld = "DOES_NOT_EXIST";//<-- ERROR BAD FIELD NAME dTemplateArray = new JArray();
dTemplateArray.Add(df); df = new JObject();
d.Template = dTemplateArray.ToString(Newtonsoft.Json.Formatting.None); df.fld = "customername";
a = await Util.PostAsync("pick-list/template", await Util.GetTokenAsync("BizAdminFull"), d.ToString(Newtonsoft.Json.Formatting.None)); dTemplateArray.Add(df);
//"{\"error\":{\"code\":\"2200\",\"details\":[{\"message\":\"Template array item 0, fld property value \\\"DOES_NOT_EXIST\\\" is not a valid value for AyaType specified\",\"target\":\"Template\",\"error\":\"2203\"}],\"message\":\"Object did not pass validation\"}}" d.Template = dTemplateArray.ToString(Newtonsoft.Json.Formatting.None);
Util.ValidateErrorCodeResponse(a, 2200, 400); //ERROR NO RIGHTS USER
Util.ShouldContainValidationError(a, "Template", "2203"); a = await Util.PostAsync("pick-list/template", await Util.GetTokenAsync("CustomerRestricted"), d.ToString(Newtonsoft.Json.Formatting.None));
//"{\"error\":{\"code\":\"2004\",\"message\":\"User not authorized for this resource operation (insufficient rights)\"}}"
//BAD AYATYPE ERROR Util.ValidateErrorCodeResponse(a, 2004, 403);
d = new JObject();
d.Id = 0;//<==ERROR NO_TYPE, INVALID //EMPTY TEMPLATE VALIDATION ERROR
//template, simple test, nothing fancy d = new JObject();
dTemplateArray = new JArray(); d.Id = AY_OBJECT_TYPE_CUSTOMER;
df = new JObject(); d.Template = "";//<-- ERROR no template
df.fld = "useremployeenumber"; a = await Util.PostAsync("pick-list/template", await Util.GetTokenAsync("BizAdmin"), d.ToString(Newtonsoft.Json.Formatting.None));
dTemplateArray.Add(df); Util.ValidateErrorCodeResponse(a, 2200, 400);
d.Template = dTemplateArray.ToString(Newtonsoft.Json.Formatting.None); Util.ShouldContainValidationError(a, "Template", "2201");
//replace the User template at the server
a = await Util.PostAsync("pick-list/template", await Util.GetTokenAsync("BizAdminFull"), d.ToString(Newtonsoft.Json.Formatting.None)); //MALFORMED TEMPLATE JSON ERROR
//"{\"error\":{\"code\":\"2200\",\"details\":[{\"message\":\"Template array item 0, fld property value \\\"DOES_NOT_EXIST\\\" is not a valid value for AyaType specified\",\"target\":\"Template\",\"error\":\"2203\"}],\"message\":\"Object did not pass validation\"}}" d = new JObject();
Util.ValidateErrorCodeResponse(a, 2200, 400); d.Id = AY_OBJECT_TYPE_CUSTOMER;
Util.ShouldContainValidationError(a, "ayaType", "2203"); dTemplateArray = new JArray();
df = new JObject();
//RIGHTS ISSUE, df.fld = "customername";
//currently only bizadminfull can change a picklist template dTemplateArray.Add(df);
d = new JObject(); string sTemplate = dTemplateArray.ToString(Newtonsoft.Json.Formatting.None);
d.Id = 3;//User d.Template = sTemplate.Substring(2);//<-- ERROR missing first two characters of json template array
//template, simple test, nothing fancy a = await Util.PostAsync("pick-list/template", await Util.GetTokenAsync("BizAdmin"), d.ToString(Newtonsoft.Json.Formatting.None));
dTemplateArray = new JArray(); //"{\"error\":{\"code\":\"2200\",\"details\":[{\"message\":\"Template is not valid JSON string: Error reading JArray from JsonReader. Current JsonReader item is not an array: String. Path '', line 1, position 5.\",\"target\":\"Template\",\"error\":\"2203\"}],\"message\":\"Object did not pass validation\"}}"
df = new JObject(); Util.ValidateErrorCodeResponse(a, 2200, 400);
df.fld = "useremployeenumber"; Util.ShouldContainValidationError(a, "Template", "2203");
dTemplateArray.Add(df);
d.Template = dTemplateArray.ToString(Newtonsoft.Json.Formatting.None); }
//ERROR NO RIGHTS USER
a = await Util.PostAsync("pick-list/template", await Util.GetTokenAsync("CustomerLimited"), d.ToString(Newtonsoft.Json.Formatting.None)); /// <summary>
//"{\"error\":{\"code\":\"2004\",\"message\":\"User not authorized for this resource operation (insufficient rights)\"}}" /// test get templates list
Util.ValidateErrorCodeResponse(a, 2004, 403); /// </summary>
[Fact]
//EMPTY TEMPLATE VALIDATION ERROR public async Task PickListTemplateList()
d = new JObject(); {
d.Id = 3;//User //RETRIEVE
d.Template = "";//<-- ERROR no template ApiResponse a = await Util.GetAsync("pick-list/template/list", await Util.GetTokenAsync("BizAdmin"));
a = await Util.PostAsync("pick-list/template", await Util.GetTokenAsync("BizAdminFull"), d.ToString(Newtonsoft.Json.Formatting.None)); Util.ValidateDataReturnResponseOk(a);
Util.ValidateErrorCodeResponse(a, 2200, 400); //assert contains at least 16 records at time of writing this test
Util.ShouldContainValidationError(a, "Template", "2201"); var templateList = ((JArray)a.ObjectResponse["data"]);
templateList.Count.Should().BeGreaterThan(16);
templateList[0]["id"].Value<long>().Should().Be(10);//first one should be a contract
//MALFORMED TEMPLATE JSON ERROR }
d = new JObject();
d.Id = 3;//User type
dTemplateArray = new JArray(); /// <summary>
df = new JObject(); /// test get picklist fields list for User template
df.fld = "useremployeenumber"; /// </summary>
dTemplateArray.Add(df); [Fact]
string sTemplate = dTemplateArray.ToString(Newtonsoft.Json.Formatting.None); public async Task UserPickListTemplateFieldList()
d.Template = sTemplate.Substring(2);//<-- ERROR missing first two characters of json template array {
a = await Util.PostAsync("pick-list/template", await Util.GetTokenAsync("BizAdminFull"), d.ToString(Newtonsoft.Json.Formatting.None)); //RETRIEVE USER PICKLIST FIELDS
//"{\"error\":{\"code\":\"2200\",\"details\":[{\"message\":\"Template is not valid JSON string: Error reading JArray from JsonReader. Current JsonReader item is not an array: String. Path '', line 1, position 5.\",\"target\":\"Template\",\"error\":\"2203\"}],\"message\":\"Object did not pass validation\"}}" ApiResponse a = await Util.GetAsync("pick-list/template/ListFields/3", await Util.GetTokenAsync("BizAdmin"));
Util.ValidateErrorCodeResponse(a, 2200, 400); Util.ValidateDataReturnResponseOk(a);
Util.ShouldContainValidationError(a, "Template", "2203"); //assert contains at least two records (as we only have two at time of writing this test)
var templateList = ((JArray)a.ObjectResponse["data"]);
} templateList.Count.Should().BeGreaterThan(3);
templateList[0]["fieldKey"].Value<string>().Should().Be("useractive");//first one should be a useractive field
/// <summary> }
/// test get templates list
/// </summary>
[Fact] /// <summary>
public async void PickListTemplateList() /// test get picklist for User without query
{ /// </summary>
//RETRIEVE [Fact]
ApiResponse a = await Util.GetAsync("pick-list/template/list", await Util.GetTokenAsync("BizAdminFull")); public async Task FetchUserPickListNoQuery()
Util.ValidateDataReturnResponseOk(a); {
//assert contains at least two records (as we only have two at time of writing this test) //RETRIEVE PICKLIST no filter
var templateList = ((JArray)a.ObjectResponse["data"]); ApiResponse a = await Util.PostAsync("pick-list/list", await Util.GetTokenAsync("BizAdmin"),"{ayaType: 3}");
templateList.Count.Should().BeGreaterThan(1); Util.ValidateDataReturnResponseOk(a);
templateList[0]["id"].Value<long>().Should().Be(2);//first one should be a widget //assert contains 100 records (current picklist maximum count)
} var pickList = ((JArray)a.ObjectResponse["data"]);
pickList.Count.Should().BeGreaterThan(10);// a bunch
}
/// <summary>
/// test get picklist fields list for widget template
/// </summary> /// <summary>
[Fact] /// test get picklist for single predefined value only
public async void WidgetPickListTemplateFieldList() /// </summary>
{ [Fact]
//RETRIEVE WIDGET PICKLIST FIELDS public async Task FetchUserPickListPreDefined()
ApiResponse a = await Util.GetAsync("pick-list/template/ListFields/2", await Util.GetTokenAsync("BizAdminFull")); {
Util.ValidateDataReturnResponseOk(a); //fetch the SuperUser account which always exists
//assert contains at least two records (as we only have two at time of writing this test) ApiResponse a = await Util.PostAsync("pick-list/list", await Util.GetTokenAsync("BizAdmin"),"{\"ayaType\":3,\"preselectedIds\":[1],\"listVariant\":\"inside\"}");
var templateList = ((JArray)a.ObjectResponse["data"]); Util.ValidateDataReturnResponseOk(a);
templateList.Count.Should().BeGreaterThan(4); //assert contains 1 record
templateList[0]["fieldKey"].Value<string>().Should().Be("widgetactive");//first one should be a widgetactive field var pickList = ((JArray)a.ObjectResponse["data"]);
} pickList.Count.Should().Be(1);
pickList[0]["id"].Value<long>().Should().Be(1);
/// <summary> }
/// test get picklist for widget without query
/// </summary>
[Fact] /// <summary>
public async void FetchWidgetPickListNoQuery() /// test get picklist for user with basic autocomplete query only
{ /// </summary>
//RETRIEVE WIDGET PICKLIST no filter [Fact]
ApiResponse a = await Util.GetAsync("pick-list/list?ayaType=2", await Util.GetTokenAsync("BizAdminFull")); public async Task FetchUserPickListAutoComplete()
Util.ValidateDataReturnResponseOk(a); {
//assert contains 100 records (current picklist maximum count)
var pickList = ((JArray)a.ObjectResponse["data"]); //make key user
pickList.Count.Should().Be(100);
} var UserNameStart = "FetchUserPickListAutoComplete_a1b2c3";
long IncludedUserId = 0;
//CREATE TEST USERS
/// <summary> //included user
/// test get picklist for single predefined value only dynamic w = new JObject();
/// </summary> w.name = Util.Uniquify(UserNameStart);
[Fact] w.customFields = Util.UserRequiredCustomFieldsJsonString();
public async void FetchWidgetPickListPreDefined() w.notes = "blah";
{ w.active = true;
//fetch the manager account which always exists w.usertype = 1;
ApiResponse a = await Util.GetAsync("pick-list/list?ayaType=3&preId=1", await Util.GetTokenAsync("BizAdminFull"));
Util.ValidateDataReturnResponseOk(a); ApiResponse a = await Util.PostAsync("user", await Util.GetTokenAsync("superuser", "l3tm3in"), w.ToString());
//assert contains 1 record Util.ValidateDataReturnResponseOk(a);
var pickList = ((JArray)a.ObjectResponse["data"]); IncludedUserId = a.ObjectResponse["data"]["id"].Value<long>();
pickList.Count.Should().Be(1);
pickList[0]["id"].Value<long>().Should().Be(1);
//RETRIEVE USER PICKLIST with name filter
} //a = await Util.GetAsync("pick-list/list?ayaType=3&query=a1b2c3", await Util.GetTokenAsync("BizAdmin"));
a = await Util.PostAsync("pick-list/list", await Util.GetTokenAsync("BizAdmin"), "{ \"ayaType\": 3, \"query\": \"a1b\", \"listVariant\": \"inside\"}");
/// <summary> Util.ValidateDataReturnResponseOk(a);
/// test get picklist for widget with basic autocomplete query only
/// </summary> var pickList = ((JArray)a.ObjectResponse["data"]);
[Fact] pickList.Count.Should().BeGreaterThan(0);
public async void FetchWidgetPickListAutoComplete() pickList[0]["name"].Value<string>().Should().Contain("_a1b2c3");
{
//DELETE USERS
//make key widget a = await Util.DeleteAsync("user/" + IncludedUserId.ToString(), await Util.GetTokenAsync("BizAdmin"));
Util.ValidateHTTPStatusCode(a, 204);
var WidgetNameStart = "FetchWidgetPickListAutoComplete_a1b2c3"; }
long IncludedWidgetId = 0;
//CREATE TEST WIDGETS
//included widget /// <summary>
dynamic w = new JObject(); ///
w.name = Util.Uniquify(WidgetNameStart); /// </summary>
w.customFields = Util.WidgetRequiredCustomFieldsJsonString(); [Fact]
w.notes = "blah"; public async Task FetchUserPickListTags()
w.active = true; {
w.usertype = 1;
w.dollarAmount = 555.55; //make key user
var UserNameStart = "FetchUserPickListTags";
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString()); long IncludedUserId = 0;
Util.ValidateDataReturnResponseOk(a); //CREATE TEST USERS
IncludedWidgetId = a.ObjectResponse["data"]["id"].Value<long>(); //included user
dynamic w = new JObject();
w.name = Util.Uniquify(UserNameStart);
//RETRIEVE WIDGET PICKLIST with name filter w.customFields = Util.UserRequiredCustomFieldsJsonString();
a = await Util.GetAsync("pick-list/list?ayaType=2&query=a1b2c3", await Util.GetTokenAsync("BizAdminFull")); w.notes = "blah";
Util.ValidateDataReturnResponseOk(a); w.active = true;
w.usertype = 1;
var pickList = ((JArray)a.ObjectResponse["data"]); //Tags
pickList.Count.Should().BeGreaterThan(0); dynamic InclusiveTagsArray = new JArray();
pickList[0]["name"].Value<string>().Should().Contain("_a1b2c3"); InclusiveTagsArray.Add("plred");
InclusiveTagsArray.Add("plblue");
//DELETE WIDGETS w.tags = InclusiveTagsArray;
a = await Util.DeleteAsync("widget/" + IncludedWidgetId.ToString(), await Util.GetTokenAsync("BizAdminFull"));
Util.ValidateHTTPStatusCode(a, 204); ApiResponse a = await Util.PostAsync("user", await Util.GetTokenAsync("superuser", "l3tm3in"), w.ToString());
} Util.ValidateDataReturnResponseOk(a);
IncludedUserId = a.ObjectResponse["data"]["id"].Value<long>();
/// <summary>
/// //RETRIEVE USER PICKLIST with tag query
/// </summary> //a = await Util.PostAsync("pick-list/list", await Util.GetTokenAsync("BizAdmin"), "{ \"ayaType\": 3, \"query\": \"..lblu\", \"listVariant\": \"inside\"}");
[Fact] a = await Util.PostAsync("pick-list/list", await Util.GetTokenAsync("BizAdmin"), "{ \"ayaType\": 3, \"query\": \"..lblu\"}");
public async void FetchWidgetPickListTags() //a = await Util.PostAsync("pick-list/list?ayaType=3&query=..lblu", await Util.GetTokenAsync("BizAdmin"));
{ Util.ValidateDataReturnResponseOk(a);
//make key widget var pickList = ((JArray)a.ObjectResponse["data"]);
var WidgetNameStart = "FetchWidgetPickListTags"; pickList.Count.Should().BeGreaterOrEqualTo(1);//prior failed test runs may cause dupe tagged items
long IncludedWidgetId = 0; //this can fail if the test failed before and doesn't really bring any value to the test
//CREATE TEST WIDGETS // pickList[0]["id"].Value<long>().Should().Be(IncludedUserId);
//included widget
dynamic w = new JObject(); //DELETE USERS
w.name = Util.Uniquify(WidgetNameStart); a = await Util.DeleteAsync("user/" + IncludedUserId.ToString(), await Util.GetTokenAsync("BizAdmin"));
w.customFields = Util.WidgetRequiredCustomFieldsJsonString(); Util.ValidateHTTPStatusCode(a, 204);
w.notes = "blah"; }
w.active = true;
w.usertype = 1;
w.dollarAmount = 555.55; /// <summary>
//Tags /// test get picklist based on active / inactive status
dynamic InclusiveTagsArray = new JArray(); /// </summary>
InclusiveTagsArray.Add("plred"); [Fact]
InclusiveTagsArray.Add("plblue"); public async Task FetchUserPickListInactiveActive()
w.tags = InclusiveTagsArray; {
//unique for this iteration of test so don't have to regen the data
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString()); var UniquePhrase = Util.Uniquify("pick").Replace(" ", "");
Util.ValidateDataReturnResponseOk(a); //make key user
IncludedWidgetId = a.ObjectResponse["data"]["id"].Value<long>();
var UserNameStart = $"FetchUserPickListInactiveActive-{UniquePhrase}-";
List<long> ActiveUserIdList = new List<long>();
//RETRIEVE WIDGET PICKLIST with name filter List<long> NotActiveUserIdList = new List<long>();
a = await Util.GetAsync("pick-list/list?ayaType=2&query=..lblu", await Util.GetTokenAsync("BizAdminFull"));
Util.ValidateDataReturnResponseOk(a); //CREATE 4 TEST USERS
//two active and two non active
var pickList = ((JArray)a.ObjectResponse["data"]);
pickList.Count.Should().Be(1); //first active user
pickList[0]["id"].Value<long>().Should().Be(IncludedWidgetId); dynamic w = new JObject();
w.name = Util.Uniquify(UserNameStart);
//DELETE WIDGETS w.customFields = Util.UserRequiredCustomFieldsJsonString();
a = await Util.DeleteAsync("widget/" + IncludedWidgetId.ToString(), await Util.GetTokenAsync("BizAdminFull")); w.notes = "blah";
Util.ValidateHTTPStatusCode(a, 204); w.active = true;
} w.usertype = 1;
ApiResponse a = await Util.PostAsync("user", await Util.GetTokenAsync("superuser", "l3tm3in"), w.ToString());
/// <summary> Util.ValidateDataReturnResponseOk(a);
/// test get picklist for widget with basic autocomplete query only ActiveUserIdList.Add(a.ObjectResponse["data"]["id"].Value<long>());
/// </summary>
[Fact] //second active user
public async void FetchWidgetPickListInactiveActive() w.name = Util.Uniquify(UserNameStart);
{
a = await Util.PostAsync("user", await Util.GetTokenAsync("superuser", "l3tm3in"), w.ToString());
//make key widget Util.ValidateDataReturnResponseOk(a);
ActiveUserIdList.Add(a.ObjectResponse["data"]["id"].Value<long>());
var WidgetNameStart = "FetchWidgetPickListInactiveActive";
List<long> ActiveWidgetIdList = new List<long>();
List<long> NotActiveWidgetIdList = new List<long>(); //first NON active user
w.name = Util.Uniquify(UserNameStart);
//CREATE 4 TEST WIDGETS w.active = false;
//two active and two non active
a = await Util.PostAsync("user", await Util.GetTokenAsync("superuser", "l3tm3in"), w.ToString());
//first active widget Util.ValidateDataReturnResponseOk(a);
dynamic w = new JObject(); NotActiveUserIdList.Add(a.ObjectResponse["data"]["id"].Value<long>());
w.name = Util.Uniquify(WidgetNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString(); //second NON active user
w.notes = "blah"; w.name = Util.Uniquify(UserNameStart);
w.active = true; w.active = false;
w.usertype = 1;
a = await Util.PostAsync("user", await Util.GetTokenAsync("superuser", "l3tm3in"), w.ToString());
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString()); Util.ValidateDataReturnResponseOk(a);
Util.ValidateDataReturnResponseOk(a); NotActiveUserIdList.Add(a.ObjectResponse["data"]["id"].Value<long>());
ActiveWidgetIdList.Add(a.ObjectResponse["data"]["id"].Value<long>());
//second active widget //CONFIRM BOTH INACTIVE AND ACTIVE
w.name = Util.Uniquify(WidgetNameStart); a = await Util.PostAsync("pick-list/list", await Util.GetTokenAsync("BizAdmin"), $"{{ \"ayaType\": 3, \"query\": \"{UserNameStart}\", \"inactive\":\"True\"}}");
//a = await Util.GetAsync("pick-list/list?ayaType=3&query=ickListInactiveAct&inactive=true", await Util.GetTokenAsync("BizAdmin"));
a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString()); Util.ValidateDataReturnResponseOk(a);
Util.ValidateDataReturnResponseOk(a); var pickList = ((JArray)a.ObjectResponse["data"]);
ActiveWidgetIdList.Add(a.ObjectResponse["data"]["id"].Value<long>()); //assert contains at least two records
pickList.Count.Should().BeGreaterThan(1);
int nActiveMatches = 0;
//first NON active widget int nInactiveMatches = 0;
w.name = Util.Uniquify(WidgetNameStart); foreach (JObject o in pickList)
w.active = false; {
if (ActiveUserIdList.Contains(o["id"].Value<long>()))
a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString()); nActiveMatches++;
Util.ValidateDataReturnResponseOk(a); if (NotActiveUserIdList.Contains(o["id"].Value<long>()))
NotActiveWidgetIdList.Add(a.ObjectResponse["data"]["id"].Value<long>()); nInactiveMatches++;
}
//second NON active widget nActiveMatches.Should().Be(ActiveUserIdList.Count);
w.name = Util.Uniquify(WidgetNameStart); nInactiveMatches.Should().Be(NotActiveUserIdList.Count);
w.active = false;
a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString()); //CONFIRM ACTIVE ONLY
Util.ValidateDataReturnResponseOk(a); //a = await Util.GetAsync("pick-list/list?ayaType=3&query=ickListInactiveAct", await Util.GetTokenAsync("BizAdmin"));
NotActiveWidgetIdList.Add(a.ObjectResponse["data"]["id"].Value<long>()); a = await Util.PostAsync("pick-list/list", await Util.GetTokenAsync("BizAdmin"), $"{{ \"ayaType\": 3, \"query\": \"{UserNameStart}\"}}");
Util.ValidateDataReturnResponseOk(a);
pickList = ((JArray)a.ObjectResponse["data"]);
//CONFIRM BOTH INACTIVE AND ACTIVE //assert contains at least two records
a = await Util.GetAsync("pick-list/list?ayaType=2&query=ickListInactiveAct&inactive=true", await Util.GetTokenAsync("BizAdminFull")); pickList.Count.Should().BeGreaterThan(1);
Util.ValidateDataReturnResponseOk(a); nActiveMatches = 0;
var pickList = ((JArray)a.ObjectResponse["data"]); nInactiveMatches = 0;
//assert contains at least two records foreach (JObject o in pickList)
pickList.Count.Should().BeGreaterThan(1); {
int nActiveMatches = 0; if (ActiveUserIdList.Contains(o["id"].Value<long>()))
int nInactiveMatches = 0; nActiveMatches++;
foreach (JObject o in pickList) if (NotActiveUserIdList.Contains(o["id"].Value<long>()))
{ nInactiveMatches++;
if (ActiveWidgetIdList.Contains(o["id"].Value<long>())) }
nActiveMatches++; nActiveMatches.Should().Be(ActiveUserIdList.Count);
if (NotActiveWidgetIdList.Contains(o["id"].Value<long>())) nInactiveMatches.Should().Be(0);
nInactiveMatches++;
} //DELETE USERS
nActiveMatches.Should().Be(ActiveWidgetIdList.Count); foreach (long l in ActiveUserIdList)
nInactiveMatches.Should().Be(NotActiveWidgetIdList.Count); {
a = await Util.DeleteAsync("user/" + l.ToString(), await Util.GetTokenAsync("BizAdmin"));
Util.ValidateHTTPStatusCode(a, 204);
//CONFIRM ACTIVE ONLY }
a = await Util.GetAsync("pick-list/list?ayaType=2&query=ickListInactiveAct", await Util.GetTokenAsync("BizAdminFull"));
Util.ValidateDataReturnResponseOk(a); foreach (long l in NotActiveUserIdList)
pickList = ((JArray)a.ObjectResponse["data"]); {
//assert contains at least two records a = await Util.DeleteAsync("user/" + l.ToString(), await Util.GetTokenAsync("BizAdmin"));
pickList.Count.Should().BeGreaterThan(1); Util.ValidateHTTPStatusCode(a, 204);
nActiveMatches = 0; }
nInactiveMatches = 0; }
foreach (JObject o in pickList)
{
if (ActiveWidgetIdList.Contains(o["id"].Value<long>()))
nActiveMatches++;
if (NotActiveWidgetIdList.Contains(o["id"].Value<long>()))
nInactiveMatches++; //==================================================
}
nActiveMatches.Should().Be(ActiveWidgetIdList.Count); }//eoc
nInactiveMatches.Should().Be(0); }//eons
//DELETE WIDGETS
foreach (long l in ActiveWidgetIdList)
{
a = await Util.DeleteAsync("widget/" + l.ToString(), await Util.GetTokenAsync("BizAdminFull"));
Util.ValidateHTTPStatusCode(a, 204);
}
foreach (long l in NotActiveWidgetIdList)
{
a = await Util.DeleteAsync("widget/" + l.ToString(), await Util.GetTokenAsync("BizAdminFull"));
Util.ValidateHTTPStatusCode(a, 204);
}
}
//==================================================
}//eoc
}//eons

View File

@@ -1,28 +1,28 @@
using Xunit; using Xunit;
using FluentAssertions; using FluentAssertions;
namespace raven_integration namespace raven_integration
{ {
public class Privacy public class Privacy
{ {
//DEPRECATED, NOT USEFUL //DEPRECATED, NOT USEFUL
// /// <summary> // /// <summary>
// /// // ///
// /// </summary> // /// </summary>
// [Fact] // [Fact]
// public async void LogShouldNotContainPrivateData() // public async Task LogShouldNotContainPrivateData()
// { // {
// ApiResponse a = await Util.GetAsync("AyaType", await Util.GetTokenAsync("TEST_PRIVACY_USER_ACCOUNT")); // ApiResponse a = await Util.GetAsync("AyaType", await Util.GetTokenAsync("TEST_PRIVACY_USER_ACCOUNT"));
// ApiTextResponse t = await Util.GetTextResultAsync("log-file/log-ayanova.txt", await Util.GetTokenAsync("TEST_PRIVACY_USER_ACCOUNT")); // ApiTextResponse t = await Util.GetTextResultAsync("log-file/log-ayanova.txt", await Util.GetTokenAsync("TEST_PRIVACY_USER_ACCOUNT"));
// Util.ValidateHTTPStatusCode(t, 200); // Util.ValidateHTTPStatusCode(t, 200);
// t.TextResponse.Should().NotContain("TEST_PRIVACY_USER_ACCOUNT"); // t.TextResponse.Should().NotContain("TEST_PRIVACY_USER_ACCOUNT");
// } // }
// //================================================== // //==================================================
}//eoc }//eoc
}//eons }//eons

172
Project/ProjectCrud.cs Normal file
View File

@@ -0,0 +1,172 @@
using System;
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
public class ProjectCrud
{
/// <summary>
/// Test all CRUD routes for a project
/// </summary>
[Fact]
public async Task CRUD()
{
//Tags
var TagNameStart = Util.Uniquify("crud-tag-test-") + "-";//ensure this run gets it's own unique tags
List<string> TagsList =
[
TagNameStart + "Red Tag",
TagNameStart + "ORANGE IS THE NEW BLACK",
TagNameStart + "yellow",
TagNameStart + "green",
TagNameStart + "blue",
TagNameStart + "indigo",
TagNameStart + "VIOLET Tag",
];
var tagsJson = string.Join(", ", TagsList.Select(t => $"\"{t}\""));
//CREATE
var projectName = Util.Uniquify("First Test PROJECT");
var dateStarted = DateTime.Now.ToString("o");
var payload = $$"""
{"id":0,"concurrency":0,"name":"{{projectName}}","active":true,"notes":"The quick brown fox jumped over the six lazy dogs!","wiki":null,"customFields":"{}","tags":[{{tagsJson}}],"dateStarted":"{{dateStarted}}","dateCompleted":null,"projectOverseerId":null,"accountNumber":null}
""";
ApiResponse a = await Util.PostAsync("project", await Util.GetTokenAsync("superuser", "l3tm3in"), payload);
Util.ValidateDataReturnResponseOk(a);
long FirstObjectId = a.ObjectResponse["data"]["id"].Value<long>();
((string)a.ObjectResponse["data"]["name"]).Should().Be(projectName);
//another
projectName = Util.Uniquify("Second Test PROJECT");
payload = $$"""
{"id":0,"concurrency":0,"name":"{{projectName}}","active":true,"notes":"What's the frequency Kenneth?","wiki":null,"customFields":"{}","tags":[{{tagsJson}}],"dateStarted":"{{dateStarted}}","dateCompleted":null,"projectOverseerId":null,"accountNumber":null}
""";
a = await Util.PostAsync("project", await Util.GetTokenAsync("superuser", "l3tm3in"), payload);
Util.ValidateDataReturnResponseOk(a);
long SecondObjectId = a.ObjectResponse["data"]["id"].Value<long>();
//RETRIEVE
a = await Util.GetAsync("project/" + SecondObjectId.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(projectName);
a.ObjectResponse["data"]["notes"].Value<string>().Should().Be("What's the frequency Kenneth?");
((JArray)a.ObjectResponse["data"]["tags"]).Count.Should().Be(7);
//UPDATE
var oUpdate = a.ObjectResponse["data"];
projectName = Util.Uniquify("UPDATED VIA PUT SECOND TEST WIDGET");
oUpdate["name"] = projectName;
a = await Util.PutAsync("project", await Util.GetTokenAsync("superuser", "l3tm3in"), oUpdate.ToString());
Util.ValidateHTTPStatusCode(a, 200);
//check PUT worked
a = await Util.GetAsync("project/" + SecondObjectId.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateNoErrorInResponse(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(projectName);
//DELETE
a = await Util.DeleteAsync("project/" + FirstObjectId.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync("project/" + SecondObjectId.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
}
/// <summary>
/// Test not found
/// </summary>
[Fact]
public async Task GetNonExistentItemShouldError()
{
//Get non existant
//Should return status code 404, api error code 2010
ApiResponse a = await Util.GetAsync("project/999999", await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateResponseNotFound(a);
}
// /// <summary>
// /// Test bad modelstate
// /// </summary>
// [Fact]
// public async Task GetBadModelStateShouldError()
// {
// //Get non existant
// //Should return status code 400, api error code 2200 and a first target in details of "id"
// ApiResponse a = await Util.GetAsync("project/2q2", await Util.GetTokenAsync("superuser", "l3tm3in"));
// Util.ValidateBadModelStateResponse(a, "id");
// }
// /// <summary>
// /// Test server exception
// /// </summary>
// [Fact]
// public async Task ServerExceptionShouldErrorProperty()
// {
// //Get non existant
// //Should return status code 400, api error code 2200 and a first target in details of "id"
// ApiResponse a = await Util.GetAsync("project/exception", await Util.GetTokenAsync("superuser", "l3tm3in"));
// Util.ValidateServerExceptionResponse(a);
// }
// /// <summary>
// /// Test server alt exception
// /// </summary>
// [Fact]
// public async Task ServerAltExceptionShouldErrorPropertly()
// {
// //Get non existant
// //Should return status code 400, api error code 2200 and a first target in details of "id"
// ApiResponse a = await Util.GetAsync("project/altexception", await Util.GetTokenAsync("superuser", "l3tm3in"));
// Util.ValidateServerExceptionResponse(a);
// }
/// <summary>
///
/// </summary>
[Fact]
public async Task PutConcurrencyViolationShouldFail()
{
//CREATE
dynamic w2 = new JObject();
w2.name = Util.Uniquify("PutConcurrencyViolationShouldFail");
w2.dollarAmount = 2.22m;
w2.active = true;
w2.usertype = 1;
w2.notes = "blah";
ApiResponse r2 = await Util.PostAsync("project", await Util.GetTokenAsync("superuser", "l3tm3in"), w2.ToString());
Util.ValidateDataReturnResponseOk(r2);
uint OriginalConcurrencyToken = r2.ObjectResponse["data"]["concurrency"].Value<uint>();
w2 = r2.ObjectResponse["data"];
//UPDATE
//PUT
w2.name = Util.Uniquify("PutConcurrencyViolationShouldFail UPDATE VIA PUT ");
w2.concurrency = OriginalConcurrencyToken - 1;//bad token
ApiResponse PUTTestResponse = await Util.PutAsync("project/", await Util.GetTokenAsync("superuser", "l3tm3in"), w2.ToString());
Util.ValidateConcurrencyError(PUTTestResponse);
}
//==================================================
}//eoc
}//eons

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using System;
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
public class QuoteCrud
{
/// <summary>
/// Full CRUD for a Quote header + QuoteItem + QuoteItemLabor sub-type.
/// Also tests concurrency violation on the header and id-from-number lookup.
/// Mirrors the WorkOrderCrud structure — if a refactor consolidates WO/Quote
/// patterns, failures here flag the regression.
/// </summary>
[Fact]
public async Task CRUD()
{
var token = await Util.GetTokenAsync("BizAdmin");
var isoNow = DateTime.UtcNow.ToString("o");
var isoOneHourFromNow = DateTime.UtcNow.AddHours(1).ToString("o");
// -------------------------------------------------------------------
// CREATE QUOTE HEADER
// customerId=1 is a seeded customer; serial=0 means server assigns it.
// -------------------------------------------------------------------
var payload = $$"""
{"id":0,"concurrency":0,"serial":0,"notes":"Test quote the quick brown fox jumped over the six lazy dogs!","wiki":null,"customFields":"{}","tags":[],"preparedById":null,"introduction":"Test introduction","requested":null,"validUntil":null,"submitted":null,"approved":null,"customerId":1,"projectId":null,"internalReferenceNumber":"INT-001","customerReferenceNumber":null,"customerContactName":null,"onsite":true,"contractId":null,"postAddress":null,"postCity":null,"postRegion":null,"postCountry":null,"postCode":null,"address":null,"city":null,"region":null,"country":null,"addressPostal":null,"latitude":null,"longitude":null}
""";
ApiResponse a = await Util.PostAsync("quote", token, payload);
Util.ValidateDataReturnResponseOk(a);
long QuoteId = a.ObjectResponse["data"]["id"].Value<long>();
long QuoteSerial = a.ObjectResponse["data"]["serial"].Value<long>();
QuoteId.Should().BeGreaterThan(0);
QuoteSerial.Should().BeGreaterThan(0, "server should have assigned a non-zero serial");
// -------------------------------------------------------------------
// GET QUOTE
// -------------------------------------------------------------------
a = await Util.GetAsync($"quote/{QuoteId}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["id"].Value<long>().Should().Be(QuoteId);
a.ObjectResponse["data"]["internalReferenceNumber"].Value<string>().Should().Be("INT-001");
var headerConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
// -------------------------------------------------------------------
// ID-FROM-NUMBER LOOKUP
// -------------------------------------------------------------------
a = await Util.GetAsync($"quote/id-from-number/{QuoteSerial}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"].Value<long>().Should().Be(QuoteId);
// -------------------------------------------------------------------
// CREATE QUOTE ITEM
// -------------------------------------------------------------------
payload = $$"""
{"id":0,"concurrency":0,"notes":"Test quote item summary","wiki":null,"customFields":"{}","tags":[],"quoteId":{{QuoteId}},"techNotes":"Tech notes for item","workOrderItemStatusId":null,"workOrderItemPriorityId":null,"requestDate":null,"warrantyService":false,"sequence":1}
""";
a = await Util.PostAsync("quote/items", token, payload);
Util.ValidateDataReturnResponseOk(a);
long QuoteItemId = a.ObjectResponse["data"]["id"].Value<long>();
QuoteItemId.Should().BeGreaterThan(0);
// GET QUOTE ITEM
a = await Util.GetAsync($"quote/items/{QuoteItemId}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["notes"].Value<string>().Should().Be("Test quote item summary");
var itemConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
// -------------------------------------------------------------------
// CREATE QUOTE ITEM LABOR (nested sub-type)
// -------------------------------------------------------------------
payload = $$"""
{"id":0,"concurrency":0,"userId":null,"serviceStartDate":"{{isoNow}}","serviceStopDate":"{{isoOneHourFromNow}}","serviceRateId":null,"serviceDetails":"Test labor service details","serviceRateQuantity":1,"noChargeQuantity":0,"taxCodeSaleId":null,"priceOverride":null,"quoteItemId":{{QuoteItemId}}}
""";
a = await Util.PostAsync("quote/items/labors", token, payload);
Util.ValidateDataReturnResponseOk(a);
long QuoteItemLaborId = a.ObjectResponse["data"]["id"].Value<long>();
QuoteItemLaborId.Should().BeGreaterThan(0);
a.ObjectResponse["data"]["serviceDetails"].Value<string>().Should().Be("Test labor service details");
// -------------------------------------------------------------------
// UPDATE QUOTE ITEM
// -------------------------------------------------------------------
payload = $$"""
{"id":{{QuoteItemId}},"concurrency":{{itemConcurrency}},"notes":"Updated item notes","wiki":null,"customFields":"{}","tags":[],"quoteId":{{QuoteId}},"techNotes":"Updated tech notes","workOrderItemStatusId":null,"workOrderItemPriorityId":null,"requestDate":null,"warrantyService":false,"sequence":1}
""";
a = await Util.PutAsync("quote/items/", token, payload);
Util.ValidateHTTPStatusCode(a, 200);
var newItemConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
newItemConcurrency.Should().NotBe(itemConcurrency);
// CONCURRENCY VIOLATION on item
a = await Util.PutAsync("quote/items/", token, payload); // still has stale concurrency
Util.ValidateConcurrencyError(a);
// -------------------------------------------------------------------
// UPDATE QUOTE HEADER
// -------------------------------------------------------------------
payload = $$"""
{"id":{{QuoteId}},"concurrency":{{headerConcurrency}},"serial":{{QuoteSerial}},"notes":"Updated quote notes","wiki":null,"customFields":"{}","tags":[],"preparedById":null,"introduction":"Updated introduction","requested":null,"validUntil":null,"submitted":null,"approved":null,"customerId":1,"projectId":null,"internalReferenceNumber":"INT-002","customerReferenceNumber":null,"customerContactName":null,"onsite":false,"contractId":null,"postAddress":null,"postCity":null,"postRegion":null,"postCountry":null,"postCode":null,"address":null,"city":null,"region":null,"country":null,"addressPostal":null,"latitude":null,"longitude":null}
""";
a = await Util.PutAsync("quote", token, payload);
Util.ValidateHTTPStatusCode(a, 200);
a.ObjectResponse["data"]["internalReferenceNumber"].Value<string>().Should().Be("INT-002");
var newHeaderConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
newHeaderConcurrency.Should().NotBe(headerConcurrency);
// CONCURRENCY VIOLATION on header
a = await Util.PutAsync("quote", token, payload); // stale concurrency
Util.ValidateConcurrencyError(a);
// -------------------------------------------------------------------
// DELETE in bottom-up order: labor → item → header
// -------------------------------------------------------------------
a = await Util.DeleteAsync($"quote/items/labors/{QuoteItemLaborId}", token);
Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync($"quote/items/{QuoteItemId}", token);
Util.ValidateHTTPStatusCode(a, 204);
a = await Util.DeleteAsync($"quote/{QuoteId}", token);
Util.ValidateHTTPStatusCode(a, 204);
// Confirm header is gone
a = await Util.GetAsync($"quote/{QuoteId}", token);
Util.ValidateResponseNotFound(a);
}
}//eoc
}//eons

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using System;
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
public class ServiceRateCrud
{
/// <summary>
/// Full CRUD for a ServiceRate, including concurrency violation and 404 on deleted record.
/// </summary>
[Fact]
public async Task CRUD()
{
var token = await Util.GetTokenAsync("BizAdmin");
// CREATE
var name = Util.Uniquify("Test Service Rate");
var payload = $$"""
{"id":0,"concurrency":0,"name":"{{name}}","active":true,"notes":null,"wiki":null,"customFields":"{}","tags":[],"accountNumber":null,"cost":50.00,"charge":75.00,"unit":null,"contractOnly":false}
""";
ApiResponse a = await Util.PostAsync("service-rate", token, payload);
Util.ValidateDataReturnResponseOk(a);
long Id = a.ObjectResponse["data"]["id"].Value<long>();
Id.Should().BeGreaterThan(0);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
// GET
a = await Util.GetAsync($"service-rate/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
a.ObjectResponse["data"]["cost"].Value<decimal>().Should().Be(50.00m);
var concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
// PUT (update name and charge)
var updatedName = Util.Uniquify("Updated Service Rate");
var putPayload = $$"""
{"id":{{Id}},"concurrency":{{concurrency}},"name":"{{updatedName}}","active":true,"notes":null,"wiki":null,"customFields":"{}","tags":[],"accountNumber":null,"cost":50.00,"charge":80.00,"unit":null,"contractOnly":false}
""";
a = await Util.PutAsync("service-rate", token, putPayload);
Util.ValidateHTTPStatusCode(a, 200);
var newConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
newConcurrency.Should().NotBe(concurrency, "concurrency should have been bumped by the update");
// Verify the update was persisted
a = await Util.GetAsync($"service-rate/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(updatedName);
a.ObjectResponse["data"]["charge"].Value<decimal>().Should().Be(80.00m);
// CONCURRENCY VIOLATION: PUT with stale concurrency should return 409
a = await Util.PutAsync("service-rate", token, putPayload); // putPayload still has old concurrency
Util.ValidateConcurrencyError(a);
// DELETE
a = await Util.DeleteAsync($"service-rate/{Id}", token);
Util.ValidateHTTPStatusCode(a, 204);
// Confirm deleted
a = await Util.GetAsync($"service-rate/{Id}", token);
Util.ValidateResponseNotFound(a);
}
}//eoc
public class TravelRateCrud
{
/// <summary>
/// Full CRUD for a TravelRate, including concurrency violation and 404 on deleted record.
/// </summary>
[Fact]
public async Task CRUD()
{
var token = await Util.GetTokenAsync("BizAdmin");
// CREATE
var name = Util.Uniquify("Test Travel Rate");
var payload = $$"""
{"id":0,"concurrency":0,"name":"{{name}}","active":true,"notes":null,"wiki":null,"customFields":"{}","tags":[],"accountNumber":null,"cost":50.00,"charge":75.00,"unit":null,"contractOnly":false}
""";
ApiResponse a = await Util.PostAsync("travel-rate", token, payload);
Util.ValidateDataReturnResponseOk(a);
long Id = a.ObjectResponse["data"]["id"].Value<long>();
Id.Should().BeGreaterThan(0);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
// GET
a = await Util.GetAsync($"travel-rate/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
a.ObjectResponse["data"]["cost"].Value<decimal>().Should().Be(50.00m);
var concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
// PUT (update name and charge)
var updatedName = Util.Uniquify("Updated Travel Rate");
var putPayload = $$"""
{"id":{{Id}},"concurrency":{{concurrency}},"name":"{{updatedName}}","active":true,"notes":null,"wiki":null,"customFields":"{}","tags":[],"accountNumber":null,"cost":50.00,"charge":80.00,"unit":null,"contractOnly":false}
""";
a = await Util.PutAsync("travel-rate", token, putPayload);
Util.ValidateHTTPStatusCode(a, 200);
var newConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
newConcurrency.Should().NotBe(concurrency, "concurrency should have been bumped by the update");
// Verify the update was persisted
a = await Util.GetAsync($"travel-rate/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(updatedName);
a.ObjectResponse["data"]["charge"].Value<decimal>().Should().Be(80.00m);
// CONCURRENCY VIOLATION: PUT with stale concurrency should return 409
a = await Util.PutAsync("travel-rate", token, putPayload); // putPayload still has old concurrency
Util.ValidateConcurrencyError(a);
// DELETE
a = await Util.DeleteAsync($"travel-rate/{Id}", token);
Util.ValidateHTTPStatusCode(a, 204);
// Confirm deleted
a = await Util.GetAsync($"travel-rate/{Id}", token);
Util.ValidateResponseNotFound(a);
}
}//eoc
public class TaxCodeCrud
{
/// <summary>
/// Full CRUD for a TaxCode, including concurrency violation and 404 on deleted record.
/// </summary>
[Fact]
public async Task CRUD()
{
var token = await Util.GetTokenAsync("BizAdmin");
// CREATE
var name = Util.Uniquify("Test Tax Code");
var payload = $$"""
{"id":0,"concurrency":0,"name":"{{name}}","active":true,"notes":null,"wiki":null,"customFields":"{}","tags":[],"taxAPct":5.0,"taxBPct":2.5,"taxOnTax":false}
""";
ApiResponse a = await Util.PostAsync("tax-code", token, payload);
Util.ValidateDataReturnResponseOk(a);
long Id = a.ObjectResponse["data"]["id"].Value<long>();
Id.Should().BeGreaterThan(0);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
// GET
a = await Util.GetAsync($"tax-code/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
a.ObjectResponse["data"]["taxAPct"].Value<decimal>().Should().Be(5.0m);
a.ObjectResponse["data"]["taxBPct"].Value<decimal>().Should().Be(2.5m);
var concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
// PUT (update name only; taxAPct and taxBPct stay the same)
var updatedName = Util.Uniquify("Updated Tax Code");
var putPayload = $$"""
{"id":{{Id}},"concurrency":{{concurrency}},"name":"{{updatedName}}","active":true,"notes":null,"wiki":null,"customFields":"{}","tags":[],"taxAPct":5.0,"taxBPct":2.5,"taxOnTax":false}
""";
a = await Util.PutAsync("tax-code", token, putPayload);
Util.ValidateHTTPStatusCode(a, 200);
var newConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
newConcurrency.Should().NotBe(concurrency, "concurrency should have been bumped by the update");
// Verify the update was persisted
a = await Util.GetAsync($"tax-code/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(updatedName);
a.ObjectResponse["data"]["taxAPct"].Value<decimal>().Should().Be(5.0m);
a.ObjectResponse["data"]["taxBPct"].Value<decimal>().Should().Be(2.5m);
// CONCURRENCY VIOLATION: PUT with stale concurrency should return 409
a = await Util.PutAsync("tax-code", token, putPayload); // putPayload still has old concurrency
Util.ValidateConcurrencyError(a);
// DELETE
a = await Util.DeleteAsync($"tax-code/{Id}", token);
Util.ValidateHTTPStatusCode(a, 204);
// Confirm deleted
a = await Util.GetAsync($"tax-code/{Id}", token);
Util.ValidateResponseNotFound(a);
}
}//eoc
}//eons

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using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
public class ScheduleReads
{
/// <summary>
/// Verify the service schedule endpoint returns a well-formed response for a 7-day window
/// </summary>
[Fact]
public async Task ServiceSchedule_ReturnsSuccessfully()
{
var token = await Util.GetTokenAsync("BizAdmin");
var start = DateTime.Today.ToString("o");
var end = DateTime.Today.AddDays(7).ToString("o");
var payload = $$"""
{"view":2,"start":"{{start}}","end":"{{end}}","wisuColorSource":2,"tags":[],"dark":false}
""";
ApiResponse a = await Util.PostAsync("schedule/svc", token, payload);
Util.ValidateHTTPStatusCode(a, 200);
Util.ValidateDataReturnResponseOk(a);
// Verify the response shape — items must be present as a JArray (may be empty if no WOs are scheduled)
a.ObjectResponse["data"]["items"].Should().NotBeNull("schedule/svc response data should contain an items key");
a.ObjectResponse["data"]["items"].Should().BeOfType<JArray>("items should be a JArray");
}
/// <summary>
/// Verify the personal schedule endpoint returns a well-formed response for a 7-day window
/// </summary>
[Fact]
public async Task PersonalSchedule_ReturnsSuccessfully()
{
var token = await Util.GetTokenAsync("BizAdmin");
var start = DateTime.Today.ToString("o");
var end = DateTime.Today.AddDays(7).ToString("o");
var payload = $$"""
{"view":2,"start":"{{start}}","end":"{{end}}","wisuColorSource":2,"wisu":false,"reviews":false,"reminders":false,"dark":false,"userId":0}
""";
ApiResponse a = await Util.PostAsync("schedule/personal", token, payload);
Util.ValidateHTTPStatusCode(a, 200);
Util.ValidateDataReturnResponseOk(a);
}
//==================================================
}//eoc
}//eons

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@@ -1,59 +1,59 @@
using System; using System;
using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
using FluentAssertions; using FluentAssertions;
using System.Collections.Generic; using System.Collections.Generic;
using System.Collections.Concurrent; using System.Collections.Concurrent;
namespace raven_integration namespace raven_integration
{ {
public class ServerJob public class ServerJob
{ {
/// <summary> /// <summary>
/// ///
/// </summary> /// </summary>
[Fact] [Fact]
public async void TestJobShouldSubmit() public async Task TestJobShouldSubmit()
{ {
ApiResponse a = await Util.PostAsync("job-operations/test-job", await Util.GetTokenAsync("OpsAdminFull")); ApiResponse a = await Util.PostAsync("job-operations/test-job", await Util.GetTokenAsync("OpsAdmin"));
//Util.ValidateDataReturnResponseOk(a); //Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 202); Util.ValidateHTTPStatusCode(a, 202);
//should return something like this: //should return something like this:
/* /*
{ {
"testJobId": 4 "testJobId": 4
} }
*/ */
String jobId = a.ObjectResponse["jobId"].Value<String>(); String jobId = a.ObjectResponse["jobId"].Value<String>();
//Get a list of operations //Get a list of operations
a = await Util.GetAsync("job-operations", await Util.GetTokenAsync("OpsAdminFull")); a = await Util.GetAsync("job-operations", await Util.GetTokenAsync("OpsAdmin"));
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200); Util.ValidateHTTPStatusCode(a, 200);
//there should be at least 1 //there should be at least 1
((JArray)a.ObjectResponse["data"]).Count.Should().BeGreaterOrEqualTo(1); ((JArray)a.ObjectResponse["data"]).Count.Should().BeGreaterOrEqualTo(1);
//See if our job is in there //See if our job is in there
bool bFound=false; bool bFound=false;
foreach(JToken t in a.ObjectResponse["data"]) foreach(JToken t in a.ObjectResponse["data"])
{ {
if(t["gId"].Value<String>()==jobId) if(t["gId"].Value<String>()==jobId)
bFound=true; bFound=true;
} }
bFound.Should().BeTrue(); bFound.Should().BeTrue();
} }
//================================================== //==================================================
}//eoc }//eoc
}//eons }//eons

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@@ -1,25 +1,25 @@
using Xunit; using Xunit;
namespace raven_integration namespace raven_integration
{ {
public class ServerStateTest public class ServerStateTest
{ {
/// <summary> /// <summary>
/// Test get state /// Test get state
/// </summary> /// </summary>
[Fact] [Fact]
public async void ServerStateShouldReturnOk() public async Task ServerStateShouldReturnOk()
{ {
ApiResponse a = await Util.GetAsync("server-state"); ApiResponse a = await Util.GetAsync("server-state", await Util.GetTokenAsync("BizAdmin"));
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
} }
//NOTE: can't test set because it would break the other tests //NOTE: can't test set because it would break the other tests
//================================================== //==================================================
}//eoc }//eoc
}//eons }//eons

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using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
using FluentAssertions; using FluentAssertions;
using System.Collections.Generic;
namespace raven_integration
namespace raven_integration {
{
public class TagOps
public class TagOps {
{
/// <summary>
/// <summary> ///
/// /// </summary>
/// </summary> [Fact]
[Fact] public async Task TagListsWork()
public async void TagListsWork() {
{
var TestName = "TagListsWork";
var TestName = "TagListsWork"; var ProjectRunNameStart = Util.Uniquify(TestName);
var WidgetRunNameStart = Util.Uniquify(TestName); var TagNameStart = Util.Uniquify("crud-tag-test-") + "-";//ensure this run gets it's own unique tags
var TagNameStart = Util.Uniquify("crud-tag-test-") + "-";//ensure this run gets it's own unique tags TagNameStart = TagNameStart.Replace(" ", "");
TagNameStart = TagNameStart.Replace(" ", "");
List<string> InitialTagsList =
List<string> InitialTagsList = new List<string>(); [
InitialTagsList.Add(TagNameStart + "red"); TagNameStart + "red",
InitialTagsList.Add(TagNameStart + "orange"); TagNameStart + "orange",
InitialTagsList.Add(TagNameStart + "yellow"); TagNameStart + "yellow",
InitialTagsList.Add(TagNameStart + "green"); TagNameStart + "green",
InitialTagsList.Add(TagNameStart + "blue"); TagNameStart + "blue",
InitialTagsList.Add(TagNameStart + "indigo"); TagNameStart + "indigo",
InitialTagsList.Add(TagNameStart + "violet"); TagNameStart + "violet",
];
List<string> UpdateTagsList = new List<string>();
//Newly added tags List<string> UpdateTagsList =
UpdateTagsList.Add(TagNameStart + "crimson"); [
UpdateTagsList.Add(TagNameStart + "amber"); //Newly added tags
UpdateTagsList.Add(TagNameStart + "saffron"); TagNameStart + "crimson",
UpdateTagsList.Add(TagNameStart + "emerald"); TagNameStart + "amber",
UpdateTagsList.Add(TagNameStart + "azure"); TagNameStart + "saffron",
UpdateTagsList.Add(TagNameStart + "cobalt"); TagNameStart + "emerald",
UpdateTagsList.Add(TagNameStart + "magenta"); TagNameStart + "azure",
TagNameStart + "cobalt",
//maintains these tags TagNameStart + "magenta",
UpdateTagsList.Add(TagNameStart + "red"); //maintains these tags
UpdateTagsList.Add(TagNameStart + "blue"); TagNameStart + "red",
TagNameStart + "blue",
//Removes these tags by omission ];
//orange, yellow, green, indigo, violet
//Removes these tags by omission
//orange, yellow, green, indigo, violet
dynamic w = new JObject();
w.name = Util.Uniquify(WidgetRunNameStart); var initialTtagsJson = string.Join(", ", InitialTagsList.Select(t => $"\"{t}\""));
w.notes = "blah"; var projectName = Util.Uniquify(ProjectRunNameStart);
w.customFields = Util.WidgetRequiredCustomFieldsJsonString(); var dateStarted = DateTime.Now.ToString("o");
w.usertype = 1; var payload = $$"""
//Tags {"id":0,"concurrency":0,"name":"{{projectName}}","active":true,"notes":"blah","wiki":null,"customFields":"{}","tags":[{{initialTtagsJson}}],"dateStarted":"{{dateStarted}}","dateCompleted":null,"projectOverseerId":null,"accountNumber":null}
dynamic InitialTags = new JArray(); """;
foreach (string s in InitialTagsList)
{ ApiResponse a = await Util.PostAsync("project", await Util.GetTokenAsync("superuser", "l3tm3in"), payload);
InitialTags.Add(s); Util.ValidateDataReturnResponseOk(a);
} long ProjectId = a.ObjectResponse["data"]["id"].Value<long>();
w.tags = InitialTags; uint Concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
dynamic w = a.ObjectResponse["data"];
ApiResponse a = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString());
Util.ValidateDataReturnResponseOk(a); //validate the repository LIST ROUTE of tags contains the ones above
long WidgetId = a.ObjectResponse["data"]["id"].Value<long>(); a = await Util.GetAsync($"tag-list/list?query={TagNameStart}", await Util.GetTokenAsync("superuser", "l3tm3in"));
uint Concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>(); Util.ValidateDataReturnResponseOk(a);
w = a.ObjectResponse["data"]; Util.ValidateHTTPStatusCode(a, 200);
((JArray)a.ObjectResponse["data"]).Count.Should().Be(7);
//validate the repository LIST ROUTE of tags contains the ones above
a = await Util.GetAsync($"tag-list/list?query={TagNameStart}", await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateDataReturnResponseOk(a); //UPDATE Tags
Util.ValidateHTTPStatusCode(a, 200); dynamic UpdateTags = new JArray();
((JArray)a.ObjectResponse["data"]).Count.Should().Be(7);
//Adds these tags
foreach (string s in UpdateTagsList)
//UPDATE Tags {
dynamic UpdateTags = new JArray(); UpdateTags.Add(s);
}
//Adds these tags //update Project and put to server
foreach (string s in UpdateTagsList) w.concurrency = Concurrency;
{ w.tags = UpdateTags;
UpdateTags.Add(s); ApiResponse PUTTestResponse = await Util.PutAsync("project", await Util.GetTokenAsync("superuser", "l3tm3in"), w.ToString());
} Util.ValidateHTTPStatusCode(PUTTestResponse, 200);
//update Widget and put to server
w.concurrency = Concurrency;
w.tags = UpdateTags; //Verify the tags collection remaining
ApiResponse PUTTestResponse = await Util.PutAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w.ToString()); a = await Util.GetAsync($"tag-list/list?query=" + TagNameStart, await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateHTTPStatusCode(PUTTestResponse, 200); Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200);
((JArray)a.ObjectResponse["data"]).Count.Should().Be(9);
//Verify the tags collection remaining
a = await Util.GetAsync($"tag-list/list?query=" + TagNameStart, await Util.GetTokenAsync("manager", "l3tm3in")); //Verify the CLOUD LIST AND REF COUNT of tags collection remaining
Util.ValidateDataReturnResponseOk(a); a = await Util.GetAsync($"tag-list/cloudlist?query=" + TagNameStart, await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 200); Util.ValidateDataReturnResponseOk(a);
((JArray)a.ObjectResponse["data"]).Count.Should().Be(9); Util.ValidateHTTPStatusCode(a, 200);
((JArray)a.ObjectResponse["data"]).Count.Should().Be(9);
//Verify the CLOUD LIST AND REF COUNT of tags collection remaining a.ObjectResponse["data"][0]["refCount"].Value<long>().Should().Be(1);
a = await Util.GetAsync($"tag-list/cloudlist?query=" + TagNameStart, await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateDataReturnResponseOk(a); //DELETE
Util.ValidateHTTPStatusCode(a, 200); ApiResponse DELETETestResponse = await Util.DeleteAsync("project/" + ProjectId.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
((JArray)a.ObjectResponse["data"]).Count.Should().Be(9); Util.ValidateHTTPStatusCode(DELETETestResponse, 204);
a.ObjectResponse["data"][0]["refCount"].Value<long>().Should().Be(1);
//Verify the tags collection remaining
//DELETE a = await Util.GetAsync($"tag-list/list?query=" + TagNameStart, await Util.GetTokenAsync("superuser", "l3tm3in"));
ApiResponse DELETETestResponse = await Util.DeleteAsync("widget/" + WidgetId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in")); Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(DELETETestResponse, 204); Util.ValidateHTTPStatusCode(a, 200);
((JArray)a.ObjectResponse["data"]).Count.Should().Be(0);
//Verify the tags collection remaining
a = await Util.GetAsync($"tag-list/list?query=" + TagNameStart, await Util.GetTokenAsync("manager", "l3tm3in")); }
Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200);
((JArray)a.ObjectResponse["data"]).Count.Should().Be(0);
/// <summary>
} /// Test bulk tag bad params
/// </summary>
[Fact]
public async Task BulkBadParamsShouldFail()
/// <summary> {
/// Test bulk tag bad params
/// </summary> dynamic d = new JArray();
[Fact] // d.Add(1);
public async void BulkBadParamsShouldFail() // d.Add(2);
{ // d.Add(3);
dynamic d = new JArray(); ApiResponse a = await Util.PostAsync("tag-list/bulk-add/33/my new tag", await Util.GetTokenAsync("superuser", "l3tm3in"), d.ToString());
// d.Add(1); ;
// d.Add(2); }
// d.Add(3);
ApiResponse a = await Util.PostAsync("tag-list/bulk-add/33/my new tag", await Util.GetTokenAsync("manager", "l3tm3in"), d.ToString());
; //==================================================
}
}//eoc
}//eons
// /// <summary>
// /// Test bulk tag
// /// </summary>
// [Fact]
// public async void BulkTagDriver()
// {
// dynamic d = new JArray();
// d.Add(1);
// d.Add(2);
// ApiResponse a = await Util.PostAsync("tag-list/bulk-add/2/my new tag", await Util.GetTokenAsync("manager", "l3tm3in"), d.ToString());
// //http://localhost:7575/api/v8/tag-list/bulk-add-any/2/bulk-add-this-tag
// //http://localhost:7575/api/v8/tag-list/bulk-remove/2/happy%20new%20tag
// //http://localhost:7575/api/v8/tag-list/bulk-remove-any/2/red
// //http://localhost:7575/api/v8/tag-list/bulk-replace/2/bulk-add-this-tag?toTag=bulk-update-this-tag
// //http://localhost:7575/api/v8/tag-list/bulk-replace-any/2/bulk-update-this-tag?toTag=bulk-replace-this-tag-any
// ;
// }
//==================================================
}//eoc
}//eons

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@@ -1,67 +1,67 @@
using System; using System;
using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
using FluentAssertions; using FluentAssertions;
using System.Collections.Generic; using System.Collections.Generic;
using System.Threading.Tasks; using System.Threading.Tasks;
using System.Collections.Concurrent; using System.Collections.Concurrent;
namespace raven_integration namespace raven_integration
{ {
public class RequestedLocaleKeys public class RequestedLocaleKeys
{ {
[Fact] [Fact]
public async void RequestedLocaleKeysWorks() public async Task RequestedLocaleKeysWorks()
{ {
//First determine if there is a requested key route because it's debug build dependent //First determine if there is a requested key route because it's debug build dependent
//And doesn't exists if server was not debug built //And doesn't exists if server was not debug built
ApiResponse a = await Util.GetAsync("build-mode", await Util.GetTokenAsync("CustomerLimited")); ApiResponse a = await Util.GetAsync("build-mode", await Util.GetTokenAsync("CustomerRestricted"));
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
var BuildMode = a.ObjectResponse["data"]["buildMode"].Value<string>(); var BuildMode = a.ObjectResponse["data"]["buildMode"].Value<string>();
BuildMode.Should().BeOneOf((new string[] { "DEBUG", "RELEASE" })); BuildMode.Should().BeOneOf((new string[] { "DEBUG", "RELEASE" }));
if (BuildMode == "DEBUG") if (BuildMode == "DEBUG")
{ {
//Make a "list" of keys to fetch the values for //Make a "list" of keys to fetch the values for
List<string> keys = new List<string>(); List<string> keys = new List<string>();
keys.AddRange(new string[] { "HelpLicense", "CustomerName" }); keys.AddRange(new string[] { "HelpLicense", "CustomerName" });
dynamic d = new JObject(); dynamic d = new JObject();
d = JToken.FromObject(keys); d = JToken.FromObject(keys);
//Fetch the values to force RAVEN to track at least these two //Fetch the values to force RAVEN to track at least these two
a = await Util.PostAsync("translation/subset", await Util.GetTokenAsync("CustomerLimited"), d.ToString()); a = await Util.PostAsync("translation/subset", await Util.GetTokenAsync("CustomerRestricted"), d.ToString());
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200); Util.ValidateHTTPStatusCode(a, 200);
//there should be dozens of keys but at times there might only be a few during development so at least verify there is more than one //there should be dozens of keys but at times there might only be a few during development so at least verify there is more than one
((JArray)a.ObjectResponse["data"]).Count.Should().Be(2); ((JArray)a.ObjectResponse["data"]).Count.Should().Be(2);
//Now ensure there are at least two keys in the fetched keys array //Now ensure there are at least two keys in the fetched keys array
a = await Util.GetAsync("translation/TranslationKeyCoverage", await Util.GetTokenAsync("CustomerLimited")); a = await Util.GetAsync("translation/TranslationKeyCoverage", await Util.GetTokenAsync("CustomerRestricted"));
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200); Util.ValidateHTTPStatusCode(a, 200);
var RequestedKeyCount = a.ObjectResponse["data"]["requestedKeyCount"].Value<int>(); var RequestedKeyCount = a.ObjectResponse["data"]["requestedKeyCount"].Value<int>();
RequestedKeyCount.Should().BeGreaterOrEqualTo(2); RequestedKeyCount.Should().BeGreaterOrEqualTo(2);
var NotRequestedKeyCount = a.ObjectResponse["data"]["notRequestedKeyCount"].Value<int>(); var NotRequestedKeyCount = a.ObjectResponse["data"]["notRequestedKeyCount"].Value<int>();
NotRequestedKeyCount.Should().BeGreaterThan(1);//For now at least, once we have this dialed in it will be zero ultimately NotRequestedKeyCount.Should().BeGreaterThan(1);//For now at least, once we have this dialed in it will be zero ultimately
//there should be dozens of keys but at times there might only be a few during development so at least verify there is more than one //there should be dozens of keys but at times there might only be a few during development so at least verify there is more than one
((JArray)a.ObjectResponse["data"]["requestedKeys"]).Count.Should().Be(RequestedKeyCount); ((JArray)a.ObjectResponse["data"]["requestedKeys"]).Count.Should().Be(RequestedKeyCount);
((JArray)a.ObjectResponse["data"]["notRequestedKeys"]).Count.Should().Be(NotRequestedKeyCount); ((JArray)a.ObjectResponse["data"]["notRequestedKeys"]).Count.Should().Be(NotRequestedKeyCount);
} }
} }
//================================================== //==================================================
}//eoc }//eoc
}//eons }//eons

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@@ -1,188 +1,126 @@
using System; using System;
using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
using FluentAssertions; using FluentAssertions;
using System.Collections.Generic; using System.Collections.Generic;
using System.Threading.Tasks; using System.Threading.Tasks;
using System.Collections.Concurrent; using System.Collections.Concurrent;
namespace raven_integration namespace raven_integration
{ {
public class Translation public class Translation
{ {
/* /*
ImportTranslation(ct, ResourceFolderPath, "en"); - id 1 ImportTranslation(ct, ResourceFolderPath, "en"); - id 1
ImportTranslation(ct, ResourceFolderPath, "es"); - id 2 ImportTranslation(ct, ResourceFolderPath, "es"); - id 2
ImportTranslation(ct, ResourceFolderPath, "fr"); - id 3 ImportTranslation(ct, ResourceFolderPath, "fr"); - id 3
ImportTranslation(ct, ResourceFolderPath, "de"); - id 4 ImportTranslation(ct, ResourceFolderPath, "de"); - id 4
*/ */
[Fact] [Fact]
public async void TranslationListWorks() public async Task TranslationListWorks()
{ {
//Get all //Get all
ApiResponse a = await Util.GetAsync("translation/list", await Util.GetTokenAsync("CustomerLimited"));//lowest level test user because there are no limits on this route except to be authenticated ApiResponse a = await Util.GetAsync("translation/list", await Util.GetTokenAsync("CustomerRestricted"));//lowest level test user because there are no limits on this route except to be authenticated
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200); Util.ValidateHTTPStatusCode(a, 200);
//there should be at least 4 of them as there are 4 stock translations //there should be at least 4 of them as there are 4 stock translations
((JArray)a.ObjectResponse["data"]).Count.Should().BeGreaterThan(3); ((JArray)a.ObjectResponse["data"]).Count.Should().BeGreaterThan(3);
} }
[Fact] [Fact]
public async void GetFullTranslationWorks() public async Task GetFullTranslationWorks()
{ {
//Get all //Get all
ApiResponse a = await Util.GetAsync("translation/1", await Util.GetTokenAsync("CustomerLimited"));//lowest level test user because there are no limits on this route except to be authenticated ApiResponse a = await Util.GetAsync("translation/1", await Util.GetTokenAsync("CustomerRestricted"));//lowest level test user because there are no limits on this route except to be authenticated
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200); Util.ValidateHTTPStatusCode(a, 200);
//there should be dozens of keys but at times there might only be a few during development so at least verify there is more than one //there should be dozens of keys but at times there might only be a few during development so at least verify there is more than one
((JArray)a.ObjectResponse["data"]["translationItems"]).Count.Should().BeGreaterThan(0); ((JArray)a.ObjectResponse["data"]["translationItems"]).Count.Should().BeGreaterThan(0);
} }
[Fact] [Fact]
public async void GetSubsetWorks() public async Task GetSubsetWorks()
{ {
List<string> keys = new List<string>(); List<string> keys = new List<string>();
keys.AddRange(new string[] { "AddressType", "CustomerName", "RateName", "WorkOrder" }); keys.AddRange(new string[] { "AddressCity", "CustomerName", "ServiceRate", "WorkOrder" });
dynamic d = new JObject(); dynamic d = new JObject();
d = JToken.FromObject(keys); d = JToken.FromObject(keys);
ApiResponse a = await Util.PostAsync("translation/subset", await Util.GetTokenAsync("CustomerLimited"), d.ToString()); ApiResponse a = await Util.PostAsync("translation/subset", await Util.GetTokenAsync("CustomerRestricted"), d.ToString());
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
Util.ValidateHTTPStatusCode(a, 200); Util.ValidateHTTPStatusCode(a, 200);
//there should be dozens of keys but at times there might only be a few during development so at least verify there is more than one //there should be dozens of keys but at times there might only be a few during development so at least verify there is more than one
((JArray)a.ObjectResponse["data"]).Count.Should().Be(4); ((JArray)a.ObjectResponse["data"]).Count.Should().Be(4);
} }
[Fact] [Fact]
public async void DuplicateUpdateAndDeleteWorks() public async Task DuplicateUpdateAndDeleteWorks()
{ {
//DUPLICATE //DUPLICATE
dynamic d = new JObject(); ApiResponse a = await Util.PostAsync("translation/Duplicate/1", await Util.GetTokenAsync("BizAdmin"));
d.id = 1; Util.ValidateDataReturnResponseOk(a);
d.name = Util.Uniquify("INTEGRATION-TEST-LOCALE"); Util.ValidateHTTPStatusCode(a, 201);
ApiResponse a = await Util.PostAsync("translation/Duplicate", await Util.GetTokenAsync("BizAdminFull"), d.ToString()); //verify the object returned is as expected
Util.ValidateDataReturnResponseOk(a); a.ObjectResponse["data"]["name"].Value<string>().Should().Contain("en-");//based on english - 1
Util.ValidateHTTPStatusCode(a, 201); a.ObjectResponse["data"]["stock"].Value<bool>().Should().Be(false);
//verify the object returned is as expected a.ObjectResponse["data"]["id"].Value<long>().Should().BeGreaterThan(4);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(d.name.ToString()); a.ObjectResponse["data"]["concurrency"].Value<uint>().Should().BeGreaterThan(0);
a.ObjectResponse["data"]["stock"].Value<bool>().Should().Be(false); ((JArray)a.ObjectResponse["data"]["translationItems"]).Count.Should().BeGreaterThan(0);
a.ObjectResponse["data"]["id"].Value<long>().Should().BeGreaterThan(4); long NewId = a.ObjectResponse["data"]["id"].Value<long>();
a.ObjectResponse["data"]["concurrency"].Value<uint>().Should().BeGreaterThan(0); dynamic d2 = a.ObjectResponse["data"];
((JArray)a.ObjectResponse["data"]["translationItems"]).Count.Should().BeGreaterThan(0);
//UPDATE
long NewId = a.ObjectResponse["data"]["id"].Value<long>(); //Update translation name
d2.name = Util.Uniquify("INTEGRATION-TEST-LOCALE NAME UPDATE");
//UPDATE ApiResponse PUTTestResponse = await Util.PutAsync("translation", await Util.GetTokenAsync("BizAdmin"), d2.ToString());
//Update translation name Util.ValidateHTTPStatusCode(PUTTestResponse, 200);
dynamic d2 = new JObject(); ApiResponse checkPUTWorked = await Util.GetAsync("translation/" + NewId.ToString(), await Util.GetTokenAsync("BizAdmin"));
d2.id = NewId; Util.ValidateNoErrorInResponse(checkPUTWorked);
d2.newText = Util.Uniquify("INTEGRATION-TEST-LOCALE NAME UPDATE"); checkPUTWorked.ObjectResponse["data"]["name"].Value<string>().Should().Be(d2.name.ToString());
d2.concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
ApiResponse PUTTestResponse = await Util.PutAsync("translation/UpdateTranslationName", await Util.GetTokenAsync("BizAdminFull"), d2.ToString()); //Update translation key
Util.ValidateHTTPStatusCode(PUTTestResponse, 200); d2 = a.ObjectResponse["data"];
var FirstTranslationKey = ((JArray)d2["translationItems"])[0];
var FirstTranslationKeyNewText=Util.Uniquify("INTEGRATION-TEST-LOCALEITEM DISPLAY UPDATE");
ApiResponse checkPUTWorked = await Util.GetAsync("translation/" + NewId.ToString(), await Util.GetTokenAsync("BizAdminFull")); FirstTranslationKey["display"] = FirstTranslationKeyNewText;
Util.ValidateNoErrorInResponse(checkPUTWorked); string UpdatedTranslationKey = FirstTranslationKey["key"].Value<string>();
checkPUTWorked.ObjectResponse["data"]["name"].Value<string>().Should().Be(d2.newText.ToString()); PUTTestResponse = await Util.PutAsync("translation", await Util.GetTokenAsync("BizAdmin"), d2.ToString());
//uint concurrency = PUTTestResponse.ObjectResponse["data"]["concurrency"].Value<uint>(); Util.ValidateHTTPStatusCode(PUTTestResponse, 200);
List<string> keys = new List<string>();
//Update translation key keys.AddRange(new string[] { UpdatedTranslationKey });
var FirstTranslationKey = ((JArray)a.ObjectResponse["data"]["translationItems"])[0]; dynamic d = new JObject();
long UpdatedTranslationKeyId = FirstTranslationKey["id"].Value<long>(); d = JToken.FromObject(keys);
d2.id = UpdatedTranslationKeyId;
d2.newText = Util.Uniquify("INTEGRATION-TEST-LOCALEITEM DISPLAY UPDATE"); checkPUTWorked = await Util.PostAsync($"translation/subset/{NewId}", await Util.GetTokenAsync("BizAdmin"), d.ToString());
d2.concurrency = FirstTranslationKey["concurrency"].Value<uint>(); Util.ValidateDataReturnResponseOk(checkPUTWorked);
Util.ValidateHTTPStatusCode(checkPUTWorked, 200);
string UpdatedTranslationKey = FirstTranslationKey["key"].Value<string>(); ((JArray)checkPUTWorked.ObjectResponse["data"]).Count.Should().Be(1);
var FirstTranslationKeyUpdated = ((JArray)checkPUTWorked.ObjectResponse["data"])[0];
PUTTestResponse = await Util.PutAsync("translation/UpdateTranslationItemDisplayText", await Util.GetTokenAsync("BizAdminFull"), d2.ToString()); FirstTranslationKeyUpdated["value"].Value<string>().Should().Be(FirstTranslationKeyNewText);
Util.ValidateHTTPStatusCode(PUTTestResponse, 200);
//DELETE TEMP TRANSLATION
//create user that is set to new translation so can use getSubset a = await Util.DeleteAsync($"translation/{NewId}", await Util.GetTokenAsync("BizAdmin"));
var Login = Util.Uniquify("LOGIN"); Util.ValidateHTTPStatusCode(a, 204);
var Password = Util.Uniquify("PASSWORD");
dynamic DUSER = new JObject();
DUSER.name = Util.Uniquify("TranslationUpdateSubsetTestUser"); }
DUSER.active = true;
DUSER.login = Login;
DUSER.password = Password; //==================================================
DUSER.roles = 0;//norole (any role can get a subset of translation keys)
// DUSER.translationId = NewId; }//eoc
DUSER.userType = 3;//non scheduleable }//eons
//Required by form custom rules
DUSER.notes = "notes";
DUSER.customFields = Util.UserRequiredCustomFieldsJsonString();
a = await Util.PostAsync("User", await Util.GetTokenAsync("manager", "l3tm3in"), DUSER.ToString());
Util.ValidateDataReturnResponseOk(a);
long DUSERID = a.ObjectResponse["data"]["id"].Value<long>();
//RETRIEVE companion USEROPTIONS object
ApiResponse R = await Util.GetAsync("user-option/" + DUSERID.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateDataReturnResponseOk(R);
//ensure the default value is set
R.ObjectResponse["data"]["uiColor"].Value<string>().Should().Be("#000000");
uint concurrency = R.ObjectResponse["data"]["concurrency"].Value<uint>();
//UPDATE
//PUT
dynamic D2 = new JObject();
D2.translationId = NewId;
D2.concurrency = concurrency;
PUTTestResponse = await Util.PutAsync("user-option/" + DUSERID.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"), D2.ToString());
Util.ValidateHTTPStatusCode(PUTTestResponse, 200);
//VALIDATE
R = await Util.GetAsync("user-option/" + DUSERID.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateDataReturnResponseOk(R);
List<string> keys = new List<string>();
keys.AddRange(new string[] { UpdatedTranslationKey });
dynamic d3 = new JObject();
d3 = JToken.FromObject(keys);
checkPUTWorked = await Util.PostAsync("translation/subset", await Util.GetTokenAsync(Login, Password), d3.ToString());
Util.ValidateDataReturnResponseOk(checkPUTWorked);
Util.ValidateHTTPStatusCode(checkPUTWorked, 200);
((JArray)checkPUTWorked.ObjectResponse["data"]).Count.Should().Be(1);
var FirstTranslationKeyUpdated = ((JArray)checkPUTWorked.ObjectResponse["data"])[0];
FirstTranslationKeyUpdated["value"].Value<string>().Should().Be(d2.newText.ToString());
//DELETE TEMPORARY USER SO CAN DELETE LOCALE
a = await Util.DeleteAsync("User/" + DUSERID.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(a, 204);
//DELETE TEMP LOCALE
a = await Util.DeleteAsync("translation/" + NewId.ToString(), await Util.GetTokenAsync("BizAdminFull"));
Util.ValidateHTTPStatusCode(a, 204);
}
//==================================================
}//eoc
}//eons

130
Unit/UnitCrud.cs Normal file
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@@ -0,0 +1,130 @@
using System;
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
public class UnitModelCrud
{
/// <summary>
/// Full CRUD for a UnitModel, including concurrency violation.
/// </summary>
[Fact]
public async Task CRUD()
{
var token = await Util.GetTokenAsync("BizAdmin");
// CREATE
var name = Util.Uniquify("Test Unit Model");
var payload = $$"""
{"id":0,"concurrency":0,"name":"{{name}}","active":true,"notes":null,"wiki":null,"customFields":"{}","tags":[],"vendorId":null,"upc":null,"lifeTimeWarranty":false,"introducedDate":null,"discontinued":false,"discontinuedDate":null,"warrantyLength":null,"warrantyTerms":null}
""";
ApiResponse a = await Util.PostAsync("unit-model", token, payload);
Util.ValidateDataReturnResponseOk(a);
long Id = a.ObjectResponse["data"]["id"].Value<long>();
Id.Should().BeGreaterThan(0);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
// GET
a = await Util.GetAsync($"unit-model/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
var concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
// PUT (update name)
var updatedName = Util.Uniquify("Updated Unit Model");
var putPayload = $$"""
{"id":{{Id}},"concurrency":{{concurrency}},"name":"{{updatedName}}","active":true,"notes":null,"wiki":null,"customFields":"{}","tags":[],"vendorId":null,"upc":null,"lifeTimeWarranty":false,"introducedDate":null,"discontinued":false,"discontinuedDate":null,"warrantyLength":null,"warrantyTerms":null}
""";
a = await Util.PutAsync("unit-model", token, putPayload);
Util.ValidateHTTPStatusCode(a, 200);
var newConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
newConcurrency.Should().NotBe(concurrency, "concurrency should have been bumped by the update");
// Verify the update was persisted
a = await Util.GetAsync($"unit-model/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(updatedName);
// CONCURRENCY VIOLATION: PUT with stale concurrency should return 409
a = await Util.PutAsync("unit-model", token, putPayload); // putPayload still has old concurrency
Util.ValidateConcurrencyError(a);
// DELETE
a = await Util.DeleteAsync($"unit-model/{Id}", token);
Util.ValidateHTTPStatusCode(a, 204);
// Confirm deleted
a = await Util.GetAsync($"unit-model/{Id}", token);
Util.ValidateResponseNotFound(a);
}
}//eoc
public class UnitCrud
{
/// <summary>
/// Full CRUD for a Unit, including concurrency violation.
/// Uses customerId=1, the always-safe seeded customer.
/// </summary>
[Fact]
public async Task CRUD()
{
var token = await Util.GetTokenAsync("BizAdmin");
// CREATE
var serial = Util.Uniquify("SN").Replace(" ", "");
var payload = $$"""
{"id":0,"concurrency":0,"active":true,"notes":null,"wiki":null,"customFields":"{}","tags":[],"serial":"{{serial}}","customerId":1,"parentUnitId":null,"unitModelId":null,"unitHasOwnAddress":false,"boughtHere":false,"purchasedFromVendorId":null,"receipt":null,"purchasedDate":null,"description":null,"replacedByUnitId":null,"overrideModelWarranty":false,"warrantyLength":null,"warrantyTerms":null,"contractId":null,"contractExpires":null,"metered":false,"lifeTimeWarranty":false,"text1":null,"text2":null,"text3":null,"text4":null,"address":null,"city":null,"region":null,"country":null,"addressPostal":null,"latitude":null,"longitude":null}
""";
ApiResponse a = await Util.PostAsync("unit", token, payload);
Util.ValidateDataReturnResponseOk(a);
long Id = a.ObjectResponse["data"]["id"].Value<long>();
Id.Should().BeGreaterThan(0);
a.ObjectResponse["data"]["serial"].Value<string>().Should().Be(serial);
// GET
a = await Util.GetAsync($"unit/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["serial"].Value<string>().Should().Be(serial);
a.ObjectResponse["data"]["customerId"].Value<long>().Should().Be(1);
var concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
// PUT (update description)
var putPayload = $$"""
{"id":{{Id}},"concurrency":{{concurrency}},"active":true,"notes":null,"wiki":null,"customFields":"{}","tags":[],"serial":"{{serial}}","customerId":1,"parentUnitId":null,"unitModelId":null,"unitHasOwnAddress":false,"boughtHere":false,"purchasedFromVendorId":null,"receipt":null,"purchasedDate":null,"description":"Updated description","replacedByUnitId":null,"overrideModelWarranty":false,"warrantyLength":null,"warrantyTerms":null,"contractId":null,"contractExpires":null,"metered":false,"lifeTimeWarranty":false,"text1":null,"text2":null,"text3":null,"text4":null,"address":null,"city":null,"region":null,"country":null,"addressPostal":null,"latitude":null,"longitude":null}
""";
a = await Util.PutAsync("unit", token, putPayload);
Util.ValidateHTTPStatusCode(a, 200);
var newConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
newConcurrency.Should().NotBe(concurrency, "concurrency should have been bumped by the update");
// Verify the update was persisted
a = await Util.GetAsync($"unit/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["description"].Value<string>().Should().Be("Updated description");
// CONCURRENCY VIOLATION: PUT with stale concurrency should return 409
a = await Util.PutAsync("unit", token, putPayload); // putPayload still has old concurrency
Util.ValidateConcurrencyError(a);
// DELETE
a = await Util.DeleteAsync($"unit/{Id}", token);
Util.ValidateHTTPStatusCode(a, 204);
// Confirm deleted
a = await Util.GetAsync($"unit/{Id}", token);
Util.ValidateResponseNotFound(a);
}
}//eoc
}//eons

View File

@@ -1,263 +1,263 @@
using System; using System;
using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
using FluentAssertions; using FluentAssertions;
namespace raven_integration namespace raven_integration
{ {
public class UserCrud public class UserCrud
{ {
/// <summary> /// <summary>
/// Test all CRUD routes for a User /// Test all CRUD routes for a User
/// </summary> /// </summary>
[Fact] [Fact]
public async void CRUD() public async Task CRUD()
{ {
//CREATE //CREATE
dynamic D1 = new JObject(); dynamic D1 = new JObject();
D1.name = Util.Uniquify("First Test User"); D1.name = Util.Uniquify("First Test User");
D1.active = true; D1.active = true;
D1.login = Util.Uniquify("LOGIN"); D1.login = Util.Uniquify("LOGIN");
D1.password = Util.Uniquify("PASSWORD"); D1.password = Util.Uniquify("PASSWORD");
D1.roles = 0;//norole D1.roles = 0;//norole
D1.userType = 3;//non scheduleable D1.userType = 2;// not service type user
//Required by form custom rules //Required by form custom rules
D1.notes = "notes"; D1.notes = "notes";
D1.customFields = Util.UserRequiredCustomFieldsJsonString(); D1.customFields = Util.UserRequiredCustomFieldsJsonString();
ApiResponse R1 = await Util.PostAsync("User", await Util.GetTokenAsync("manager", "l3tm3in"), D1.ToString()); ApiResponse R1 = await Util.PostAsync("User", await Util.GetTokenAsync("superuser", "l3tm3in"), D1.ToString());
Util.ValidateDataReturnResponseOk(R1); Util.ValidateDataReturnResponseOk(R1);
long d1Id = R1.ObjectResponse["data"]["id"].Value<long>(); long d1Id = R1.ObjectResponse["data"]["id"].Value<long>();
dynamic D2 = new JObject(); dynamic D2 = new JObject();
D2.name = Util.Uniquify("Second Test User"); D2.name = Util.Uniquify("Second Test User");
//Required by form custom rules //Required by form custom rules
D2.notes = "notes"; D2.notes = "notes";
D2.customFields = Util.UserRequiredCustomFieldsJsonString(); D2.customFields = Util.UserRequiredCustomFieldsJsonString();
D2.active = true; D2.active = true;
D2.login = Util.Uniquify("LOGIN"); D2.login = Util.Uniquify("LOGIN");
D2.password = Util.Uniquify("PASSWORD"); D2.password = Util.Uniquify("PASSWORD");
D2.roles = 0;//norole D2.roles = 0;//norole
D2.userType = 3;//non scheduleable D2.userType = 2;// not service type user
ApiResponse R2 = await Util.PostAsync("User", await Util.GetTokenAsync("manager", "l3tm3in"), D2.ToString()); ApiResponse R2 = await Util.PostAsync("User", await Util.GetTokenAsync("superuser", "l3tm3in"), D2.ToString());
Util.ValidateDataReturnResponseOk(R2); Util.ValidateDataReturnResponseOk(R2);
long d2Id = R2.ObjectResponse["data"]["id"].Value<long>(); long d2Id = R2.ObjectResponse["data"]["id"].Value<long>();
//RETRIEVE //RETRIEVE
//Get one //Get one
ApiResponse R3 = await Util.GetAsync("User/" + d2Id.ToString(), await Util.GetTokenAsync("manager", "l3tm3in")); ApiResponse R3 = await Util.GetAsync("User/" + d2Id.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateDataReturnResponseOk(R3); Util.ValidateDataReturnResponseOk(R3);
R3.ObjectResponse["data"]["name"].Value<string>().Should().Be(D2.name.ToString()); R3.ObjectResponse["data"]["name"].Value<string>().Should().Be(D2.name.ToString());
//UPDATE //UPDATE
//PUT //PUT
//update w2id //update w2id
D2.name = Util.Uniquify("UPDATED VIA PUT SECOND TEST User"); D2.name = Util.Uniquify("UPDATED VIA PUT SECOND TEST User");
D2.concurrency = R2.ObjectResponse["data"]["concurrency"].Value<uint>(); D2.concurrency = R2.ObjectResponse["data"]["concurrency"].Value<uint>();
D2.id=d2Id; D2.id=d2Id;
ApiResponse PUTTestResponse = await Util.PutAsync("User" , await Util.GetTokenAsync("manager", "l3tm3in"), D2.ToString()); ApiResponse PUTTestResponse = await Util.PutAsync("User" , await Util.GetTokenAsync("superuser", "l3tm3in"), D2.ToString());
Util.ValidateHTTPStatusCode(PUTTestResponse, 200); Util.ValidateHTTPStatusCode(PUTTestResponse, 200);
//check PUT worked //check PUT worked
ApiResponse checkPUTWorked = await Util.GetAsync("User/" + d2Id.ToString(), await Util.GetTokenAsync("manager", "l3tm3in")); ApiResponse checkPUTWorked = await Util.GetAsync("User/" + d2Id.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateNoErrorInResponse(checkPUTWorked); Util.ValidateNoErrorInResponse(checkPUTWorked);
checkPUTWorked.ObjectResponse["data"]["name"].Value<string>().Should().Be(D2.name.ToString()); checkPUTWorked.ObjectResponse["data"]["name"].Value<string>().Should().Be(D2.name.ToString());
uint concurrency = PUTTestResponse.ObjectResponse["data"]["concurrency"].Value<uint>(); uint concurrency = PUTTestResponse.ObjectResponse["data"]["concurrency"].Value<uint>();
//DELETE //DELETE
ApiResponse DELETETestResponse = await Util.DeleteAsync("User/" + d2Id.ToString(), await Util.GetTokenAsync("manager", "l3tm3in")); ApiResponse DELETETestResponse = await Util.DeleteAsync("User/" + d2Id.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateHTTPStatusCode(DELETETestResponse, 204); Util.ValidateHTTPStatusCode(DELETETestResponse, 204);
} }
/// <summary> /// <summary>
/// ///
/// </summary> /// </summary>
[Fact] [Fact]
public async void UserWithActivityShouldNotBeDeleteable() public async Task UserWithActivityShouldNotBeDeleteable()
{ {
ApiResponse a = await Util.DeleteAsync("User/1", await Util.GetTokenAsync("manager", "l3tm3in")); ApiResponse a = await Util.DeleteAsync("User/1", await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateErrorCodeResponse(a, 2200, 400); Util.ValidateErrorCodeResponse(a, 2200, 400);
a.ObjectResponse["error"]["details"][0]["message"].Value<string>().Should().Contain("LT:ErrorDBForeignKeyViolation"); a.ObjectResponse["error"]["details"][0]["target"].Value<string>().Should().Be("generalerror");
} a.ObjectResponse["error"]["details"][0]["error"].Value<string>().Should().Be("2208");//referential integrity error
}
/// <summary> /// <summary>
/// Test not found /// Test not found
/// </summary> /// </summary>
[Fact] [Fact]
public async void GetNonExistentItemShouldError() public async Task GetNonExistentItemShouldError()
{ {
//Get non existant //Get non existant
//Should return status code 404, api error code 2010 //Should return status code 404, api error code 2010
ApiResponse R = await Util.GetAsync("User/999999", await Util.GetTokenAsync("manager", "l3tm3in")); ApiResponse R = await Util.GetAsync("User/999999", await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateResponseNotFound(R); Util.ValidateResponseNotFound(R);
} }
/// <summary> /// <summary>
/// Test bad modelstate /// Test bad modelstate
/// </summary> /// </summary>
[Fact] [Fact]
public async void GetBadModelStateShouldError() public async Task GetBadModelStateShouldError()
{ {
//Get non existant //Get non existant
//Should return status code 400, api error code 2200 and a first target in details of "id" //Should return status code 400, api error code 2200 and a first target in details of "id"
ApiResponse R = await Util.GetAsync("User/2q2", await Util.GetTokenAsync("manager", "l3tm3in")); ApiResponse R = await Util.GetAsync("User/2q2", await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateBadModelStateResponse(R, "id"); Util.ValidateBadModelStateResponse(R, "id");
} }
/// <summary> /// <summary>
/// ///
/// </summary> /// </summary>
[Fact] [Fact]
public async void PutConcurrencyViolationShouldFail() public async Task PutConcurrencyViolationShouldFail()
{ {
//CREATE //CREATE
dynamic D = new JObject(); dynamic D = new JObject();
D.name = Util.Uniquify("PutConcurrencyViolationShouldFail"); D.name = Util.Uniquify("PutConcurrencyViolationShouldFail");
D.notes = "notes"; D.notes = "notes";
D.customFields = Util.UserRequiredCustomFieldsJsonString(); D.customFields = Util.UserRequiredCustomFieldsJsonString();
D.active = true; D.active = true;
D.login = Util.Uniquify("LOGIN"); D.login = Util.Uniquify("LOGIN");
D.password = Util.Uniquify("PASSWORD"); D.password = Util.Uniquify("PASSWORD");
D.roles = 0;//norole D.roles = 0;//norole
D.userType = 3;//non scheduleable D.userType = 2;// not service type user
ApiResponse R = await Util.PostAsync("User", await Util.GetTokenAsync("manager", "l3tm3in"), D.ToString()); ApiResponse R = await Util.PostAsync("User", await Util.GetTokenAsync("superuser", "l3tm3in"), D.ToString());
Util.ValidateDataReturnResponseOk(R); Util.ValidateDataReturnResponseOk(R);
long D1Id = R.ObjectResponse["data"]["id"].Value<long>(); long D1Id = R.ObjectResponse["data"]["id"].Value<long>();
uint OriginalConcurrencyToken = R.ObjectResponse["data"]["concurrency"].Value<uint>(); uint OriginalConcurrencyToken = R.ObjectResponse["data"]["concurrency"].Value<uint>();
//UPDATE //UPDATE
//PUT //PUT
D.name = Util.Uniquify("PutConcurrencyViolationShouldFail UPDATE VIA PUT "); D.name = Util.Uniquify("PutConcurrencyViolationShouldFail UPDATE VIA PUT ");
D.concurrency = OriginalConcurrencyToken - 1;//bad token D.concurrency = OriginalConcurrencyToken - 1;//bad token
D.id=D1Id; D.id=D1Id;
ApiResponse PUTTestResponse = await Util.PutAsync("User", await Util.GetTokenAsync("manager", "l3tm3in"), D.ToString()); ApiResponse PUTTestResponse = await Util.PutAsync("User", await Util.GetTokenAsync("superuser", "l3tm3in"), D.ToString());
Util.ValidateConcurrencyError(PUTTestResponse); Util.ValidateConcurrencyError(PUTTestResponse);
} }
/// <summary> /// <summary>
/// ///
/// </summary> /// </summary>
[Fact] [Fact]
public async void PutPasswordShouldWork() public async Task PutPasswordShouldWork()
{ {
//CREATE //CREATE
dynamic d = new JObject(); dynamic d = new JObject();
d.name = Util.Uniquify("PutPasswordShouldWork"); d.name = Util.Uniquify("PutPasswordShouldWork");
d.active = true; d.active = true;
d.login = Util.Uniquify("LOGIN"); d.allowLogin=true;
d.password = Util.Uniquify("PASSWORD"); d.login = Util.Uniquify("LOGIN");
d.roles = 0;//norole d.password = Util.Uniquify("PASSWORD");
d.roles = 0;//norole
d.userType = 3;//non scheduleable
//Required by form custom rules d.userType = 2;// not service type user
d.notes = "notes"; //Required by form custom rules
d.customFields = Util.UserRequiredCustomFieldsJsonString(); d.notes = "notes";
ApiResponse a = await Util.PostAsync("User", await Util.GetTokenAsync("manager", "l3tm3in"), d.ToString()); ApiResponse a = await Util.PostAsync("User", await Util.GetTokenAsync("superuser", "l3tm3in"), d.ToString());
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
long UserId = a.ObjectResponse["data"]["id"].Value<long>(); long UserId = a.ObjectResponse["data"]["id"].Value<long>();
uint OriginalConcurrencyToken = a.ObjectResponse["data"]["concurrency"].Value<uint>(); uint OriginalConcurrencyToken = a.ObjectResponse["data"]["concurrency"].Value<uint>();
//Test can login //Test can login
dynamic DCreds = new JObject(); dynamic DCreds = new JObject();
DCreds.password = d.password; DCreds.password = d.password;
DCreds.login = d.login; DCreds.login = d.login;
a = await Util.PostAsync("auth", null, DCreds.ToString()); a = await Util.PostAsync("auth", null, DCreds.ToString());
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
//GET user (login changed concurrency token above) //GET user (login changed concurrency token above)
a = await Util.GetAsync("User/" + UserId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in")); a = await Util.GetAsync("User/" + UserId.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
d = a.ObjectResponse["data"]; d = a.ObjectResponse["data"];
//PUT //PUT
var NewPassword = "NEW_PASSWORD"; var NewPassword = "NEW_PASSWORD";
d.password = NewPassword; d.password = NewPassword;
d.login=DCreds.login; d.login=DCreds.login;
a = await Util.PutAsync("User", await Util.GetTokenAsync("manager", "l3tm3in"), d.ToString()); a = await Util.PutAsync("User", await Util.GetTokenAsync("superuser", "l3tm3in"), d.ToString());
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
//Test can login with new creds //Test can login with new creds
//dynamic DCreds = new JObject(); //dynamic DCreds = new JObject();
DCreds.password = NewPassword; DCreds.password = NewPassword;
// DCreds.login = d.login; // DCreds.login = d.login;
a = await Util.PostAsync("auth", null, DCreds.ToString()); a = await Util.PostAsync("auth", null, DCreds.ToString());
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
} }
/// <summary> /// <summary>
/// ///
/// </summary> /// </summary>
[Fact] [Fact]
public async void NonUniqueLoginShouldFail() public async Task NonUniqueLoginShouldFail()
{ {
var UniqueLogin = Util.Uniquify("NonUniqueLoginShouldFail"); var UniqueLogin = Util.Uniquify("NonUniqueLoginShouldFail");
//CREATE FIRST USER //CREATE FIRST USER
dynamic d = new JObject(); dynamic d = new JObject();
d.name = Util.Uniquify("NonUniqueLoginShouldFail"); d.name = Util.Uniquify("NonUniqueLoginShouldFail");
d.notes = "notes"; d.notes = "notes";
d.customFields = Util.UserRequiredCustomFieldsJsonString(); d.customFields = Util.UserRequiredCustomFieldsJsonString();
d.active = false; d.active = false;
d.login = UniqueLogin; d.login = UniqueLogin;
d.password = Util.Uniquify("PASSWORD"); d.password = Util.Uniquify("PASSWORD");
d.roles = 0;//norole d.roles = 0;//norole
d.userType = 3;//non scheduleable d.userType = 2;// not service type user
ApiResponse a = await Util.PostAsync("User", await Util.GetTokenAsync("manager", "l3tm3in"), d.ToString()); ApiResponse a = await Util.PostAsync("User", await Util.GetTokenAsync("superuser", "l3tm3in"), d.ToString());
Util.ValidateDataReturnResponseOk(a); Util.ValidateDataReturnResponseOk(a);
//Attempt create second with same login //Attempt create second with same login
d = new JObject(); d = new JObject();
d.name = Util.Uniquify("2NonUniqueLoginShouldFail"); d.name = Util.Uniquify("2NonUniqueLoginShouldFail");
d.notes = "notes"; d.notes = "notes";
d.customFields = Util.UserRequiredCustomFieldsJsonString(); d.customFields = Util.UserRequiredCustomFieldsJsonString();
d.active = false; d.active = false;
d.login = UniqueLogin; d.login = UniqueLogin;
d.password = Util.Uniquify("PASSWORD"); d.password = Util.Uniquify("PASSWORD");
d.roles = 0;//norole d.roles = 0;//norole
d.userType = 3;//non scheduleable d.userType = 2;// not service type user
a = await Util.PostAsync("User", await Util.GetTokenAsync("manager", "l3tm3in"), d.ToString()); a = await Util.PostAsync("User", await Util.GetTokenAsync("superuser", "l3tm3in"), d.ToString());
Util.ValidateErrorCodeResponse(a, 2200, 400); Util.ValidateErrorCodeResponse(a, 2200, 400);
Util.ShouldContainValidationError(a, "Login", "2206"); Util.ShouldContainValidationError(a, "Login", "2206");
/* /*
"{\"error\":{\"code\":\"2200\",\"details\":[{\"target\":\"Login\",\"error\":\"2206\"}],\"message\":\"Object did not pass validation\"}}" "{\"error\":{\"code\":\"2200\",\"details\":[{\"target\":\"Login\",\"error\":\"2206\"}],\"message\":\"Object did not pass validation\"}}"
*/ */
} }
//================================================== //==================================================
}//eoc }//eoc
}//eons }//eons

View File

@@ -1,29 +1,29 @@
using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
namespace raven_integration namespace raven_integration
{ {
public class UserInactive public class UserInactive
{ {
/// <summary> /// <summary>
/// Inactive user should not be able to login /// Inactive user should not be able to login
/// </summary> /// </summary>
[Fact] [Fact]
public async void InactiveUserCantLogin() public async Task InactiveUserCantLogin()
{ {
dynamic DCreds = new JObject(); dynamic DCreds = new JObject();
DCreds.password = DCreds.login = "TEST_INACTIVE"; DCreds.password = DCreds.login = "TEST_INACTIVE";
ApiResponse a = await Util.PostAsync("auth", null, DCreds.ToString()); ApiResponse a = await Util.PostAsync("auth", null, DCreds.ToString());
Util.ValidateErrorCodeResponse(a,2003, 401); Util.ValidateErrorCodeResponse(a,2003, 401);
} }
//================================================== //==================================================
}//eoc }//eoc
}//eons }//eons

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@@ -1,122 +1,121 @@
using System; using System;
using Xunit; using Xunit;
using Newtonsoft.Json.Linq; using Newtonsoft.Json.Linq;
using FluentAssertions; using FluentAssertions;
namespace raven_integration namespace raven_integration
{ {
public class UserOptions public class UserOptions
{ {
/// <summary> /// <summary>
/// Test all CRUD routes for a UserOptions object /// Test all CRUD routes for a UserOptions object
/// </summary> /// </summary>
[Fact] [Fact]
public async void CRUD() public async Task CRUD()
{ {
//CREATE a user //CREATE a user
dynamic D1 = new JObject(); dynamic D1 = new JObject();
D1.name = Util.Uniquify("Test UserOptions User"); D1.name = Util.Uniquify("Test UserOptions User");
D1.active = true; D1.active = true;
D1.login = Util.Uniquify("LOGIN"); D1.login = Util.Uniquify("LOGIN");
D1.password = Util.Uniquify("PASSWORD"); D1.password = Util.Uniquify("PASSWORD");
D1.roles = 0;//norole D1.roles = 0;//norole
D1.userType = 3;//non scheduleable D1.userType = 2;// not service type user
D1.notes = "notes"; D1.notes = "notes";
D1.customFields = Util.UserRequiredCustomFieldsJsonString();
ApiResponse R = await Util.PostAsync("User", await Util.GetTokenAsync("superuser", "l3tm3in"), D1.ToString());
ApiResponse R = await Util.PostAsync("User", await Util.GetTokenAsync("manager", "l3tm3in"), D1.ToString()); Util.ValidateDataReturnResponseOk(R);
Util.ValidateDataReturnResponseOk(R); long UserId = R.ObjectResponse["data"]["id"].Value<long>();
long UserId = R.ObjectResponse["data"]["id"].Value<long>();
//Now there should be a user options available for this user
//Now there should be a user options available for this user
//RETRIEVE companion USEROPTIONS object
//RETRIEVE companion USEROPTIONS object R = await Util.GetAsync("user-option/" + UserId.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
R = await Util.GetAsync("user-option/" + UserId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in")); Util.ValidateDataReturnResponseOk(R);
Util.ValidateDataReturnResponseOk(R); //ensure the default value is set
//ensure the default value is set R.ObjectResponse["data"]["uiColor"].Value<string>().Should().Be("#ffffffff");
R.ObjectResponse["data"]["uiColor"].Value<string>().Should().Be("#000000"); uint concurrency = R.ObjectResponse["data"]["concurrency"].Value<uint>();
uint concurrency = R.ObjectResponse["data"]["concurrency"].Value<uint>();
//UPDATE
//UPDATE
//PUT
//PUT dynamic D2 = new JObject();
dynamic D2 = new JObject(); D2.translationId = 1;
D2.translationId = 1; D2.emailAddress = "testuseroptions@helloayanova.com";
D2.emailAddress = "testuseroptions@helloayanova.com"; D2.languageOverride = "de-DE";
D2.languageOverride = "de-DE"; D2.timeZoneOverride = "Europe/Berlin";
D2.timeZoneOverride = "Europe/Berlin"; D2.currencyName = "EUR";
D2.currencyName = "EUR"; D2.hour12 = false;
D2.hour12 = false; D2.uiColor = "#ffaaff";
D2.uiColor = "#ffaaff"; D2.concurrency = concurrency;
D2.concurrency = concurrency; ApiResponse PUTTestResponse = await Util.PutAsync("user-option/" + UserId.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"), D2.ToString());
ApiResponse PUTTestResponse = await Util.PutAsync("user-option/" + UserId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"), D2.ToString()); Util.ValidateHTTPStatusCode(PUTTestResponse, 200);
Util.ValidateHTTPStatusCode(PUTTestResponse, 200);
//VALIDATE
//VALIDATE R = await Util.GetAsync("user-option/" + UserId.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
R = await Util.GetAsync("user-option/" + UserId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in")); Util.ValidateDataReturnResponseOk(R);
Util.ValidateDataReturnResponseOk(R); //ensure the default value is set
//ensure the default value is set /*
/* "{\"data\":{\"id\":44,\"concurrency\":7144348,\"emailAddress\":null,\"uiColor\":0,\"languageOverride\":null,\"timeZoneOverride\":null,\"currencyName\":\"USD\",\"hour12\":true,\"userId\":44}}"
"{\"data\":{\"id\":44,\"concurrency\":7144348,\"emailAddress\":null,\"uiColor\":0,\"languageOverride\":null,\"timeZoneOverride\":null,\"currencyName\":\"USD\",\"hour12\":true,\"userId\":44}}" */
*/ R.ObjectResponse["data"]["emailAddress"].Value<string>().Should().Be(D2.emailAddress.ToString());
R.ObjectResponse["data"]["emailAddress"].Value<string>().Should().Be(D2.emailAddress.ToString()); R.ObjectResponse["data"]["languageOverride"].Value<string>().Should().Be(D2.languageOverride.ToString());
R.ObjectResponse["data"]["languageOverride"].Value<string>().Should().Be(D2.languageOverride.ToString()); R.ObjectResponse["data"]["timeZoneOverride"].Value<string>().Should().Be(D2.timeZoneOverride.ToString());
R.ObjectResponse["data"]["timeZoneOverride"].Value<string>().Should().Be(D2.timeZoneOverride.ToString()); R.ObjectResponse["data"]["currencyName"].Value<string>().Should().Be(D2.currencyName.ToString());
R.ObjectResponse["data"]["currencyName"].Value<string>().Should().Be(D2.currencyName.ToString()); R.ObjectResponse["data"]["hour12"].Value<bool>().Should().Be((bool)D2.hour12);
R.ObjectResponse["data"]["hour12"].Value<bool>().Should().Be((bool)D2.hour12); R.ObjectResponse["data"]["uiColor"].Value<string>().Should().Be(D2.uiColor.ToString());
R.ObjectResponse["data"]["uiColor"].Value<string>().Should().Be(D2.uiColor.ToString()); R.ObjectResponse["data"]["translationId"].Value<long>().Should().Be((long)D2.translationId);
R.ObjectResponse["data"]["translationId"].Value<long>().Should().Be((long)D2.translationId); concurrency = R.ObjectResponse["data"]["concurrency"].Value<uint>();
concurrency = R.ObjectResponse["data"]["concurrency"].Value<uint>();
//DELETE USER
//DELETE USER ApiResponse DELETETestResponse = await Util.DeleteAsync("User/" + UserId.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
ApiResponse DELETETestResponse = await Util.DeleteAsync("User/" + UserId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in")); Util.ValidateHTTPStatusCode(DELETETestResponse, 204);
Util.ValidateHTTPStatusCode(DELETETestResponse, 204);
//CHECK DELETE USER REMOVED USEROPTIONS
//CHECK DELETE USER REMOVED USEROPTIONS R = await Util.GetAsync("user-option/" + UserId.ToString(), await Util.GetTokenAsync("superuser", "l3tm3in"));
R = await Util.GetAsync("user-option/" + UserId.ToString(), await Util.GetTokenAsync("manager", "l3tm3in")); Util.ValidateResponseNotFound(R);
Util.ValidateResponseNotFound(R); }
}
/// <summary>
/// <summary> /// Test not found
/// Test not found /// </summary>
/// </summary> [Fact]
[Fact] public async Task GetNonExistentItemShouldError()
public async void GetNonExistentItemShouldError() {
{ //Get non existant
//Get non existant //Should return status code 404, api error code 2010
//Should return status code 404, api error code 2010 ApiResponse R = await Util.GetAsync("user-option/999999", await Util.GetTokenAsync("superuser", "l3tm3in"));
ApiResponse R = await Util.GetAsync("user-option/999999", await Util.GetTokenAsync("manager", "l3tm3in")); Util.ValidateResponseNotFound(R);
Util.ValidateResponseNotFound(R); }
}
/// <summary>
/// <summary> /// Test bad modelstate
/// Test bad modelstate /// </summary>
/// </summary> [Fact]
[Fact] public async Task GetBadModelStateShouldError()
public async void GetBadModelStateShouldError() {
{ //Get non existant
//Get non existant //Should return status code 400, api error code 2200 and a first target in details of "id"
//Should return status code 400, api error code 2200 and a first target in details of "id" ApiResponse R = await Util.GetAsync("user-option/2q2", await Util.GetTokenAsync("superuser", "l3tm3in"));
ApiResponse R = await Util.GetAsync("user-option/2q2", await Util.GetTokenAsync("manager", "l3tm3in")); Util.ValidateBadModelStateResponse(R, "id");
Util.ValidateBadModelStateResponse(R, "id"); }
}
//==================================================
//==================================================
}//eoc
}//eoc }//eons
}//eons

75
Vendor/VendorCrud.cs vendored Normal file
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@@ -0,0 +1,75 @@
using System;
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
public class VendorCrud
{
/// <summary>
/// Full CRUD for a Vendor, including concurrency violation and alert retrieval.
/// </summary>
[Fact]
public async Task CRUD()
{
var token = await Util.GetTokenAsync("BizAdmin");
// CREATE
var name = Util.Uniquify("Test Vendor");
var payload = $$"""
{"id":0,"concurrency":0,"name":"{{name}}","active":true,"notes":"Test vendor notes","wiki":null,"customFields":"{\"c1\":\"test\"}","tags":[],"contact":null,"contactNotes":null,"alertNotes":"Vendor alert test text","webAddress":null,"accountNumber":null,"phone1":"555-1234","phone2":null,"phone3":null,"phone4":null,"phone5":null,"emailAddress":null,"postAddress":null,"postCity":null,"postRegion":null,"postCountry":null,"postCode":null,"address":null,"city":null,"region":null,"country":null,"addressPostal":null,"latitude":null,"longitude":null}
""";
ApiResponse a = await Util.PostAsync("vendor", token, payload);
Util.ValidateDataReturnResponseOk(a);
long Id = a.ObjectResponse["data"]["id"].Value<long>();
Id.Should().BeGreaterThan(0);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
// GET
a = await Util.GetAsync($"vendor/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(name);
a.ObjectResponse["data"]["phone1"].Value<string>().Should().Be("555-1234");
var concurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
// GET ALERT
a = await Util.GetAsync($"vendor/alert/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"].Value<string>().Should().Be("Vendor alert test text");
// PUT (update name and phone)
var updatedName = Util.Uniquify("Updated Vendor");
var putPayload = $$"""
{"id":{{Id}},"concurrency":{{concurrency}},"name":"{{updatedName}}","active":true,"notes":"Test vendor notes","wiki":null,"customFields":"{\"c1\":\"test\"}","tags":[],"contact":null,"contactNotes":null,"alertNotes":"Vendor alert test text","webAddress":null,"accountNumber":null,"phone1":"555-9999","phone2":null,"phone3":null,"phone4":null,"phone5":null,"emailAddress":null,"postAddress":null,"postCity":null,"postRegion":null,"postCountry":null,"postCode":null,"address":null,"city":null,"region":null,"country":null,"addressPostal":null,"latitude":null,"longitude":null}
""";
a = await Util.PutAsync("vendor", token, putPayload);
Util.ValidateHTTPStatusCode(a, 200);
var newConcurrency = a.ObjectResponse["data"]["concurrency"].Value<uint>();
newConcurrency.Should().NotBe(concurrency, "concurrency should have been bumped by the update");
// Verify the update was persisted
a = await Util.GetAsync($"vendor/{Id}", token);
Util.ValidateDataReturnResponseOk(a);
a.ObjectResponse["data"]["name"].Value<string>().Should().Be(updatedName);
a.ObjectResponse["data"]["phone1"].Value<string>().Should().Be("555-9999");
// CONCURRENCY VIOLATION: PUT with stale concurrency should return 409
a = await Util.PutAsync("vendor", token, putPayload); // putPayload still has old concurrency
Util.ValidateConcurrencyError(a);
// DELETE
a = await Util.DeleteAsync($"vendor/{Id}", token);
Util.ValidateHTTPStatusCode(a, 204);
// Confirm deleted
a = await Util.GetAsync($"vendor/{Id}", token);
Util.ValidateResponseNotFound(a);
}
}//eoc
}//eons

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@@ -1,199 +0,0 @@
using System;
using Xunit;
using Newtonsoft.Json.Linq;
using FluentAssertions;
namespace raven_integration
{
public class WidgetCrud
{
/// <summary>
/// Test all CRUD routes for a widget
/// </summary>
[Fact]
public async void CRUD()
{
/*
{
"id": 0,
"name": "string",
"dollarAmount": 0,
"active": true,
"roles": 0
}
*/
//CREATE
dynamic w1 = new JObject();
w1.name = Util.Uniquify("First Test WIDGET");
w1.dollarAmount = 1.11m;
w1.active = true;
w1.usertype = 1;
w1.notes = "The quick brown fox jumped over the six lazy dogs!";
w1.customFields = Util.WidgetRequiredCustomFieldsJsonString();
//Tags
dynamic dTagsArray = new JArray();
dTagsArray.Add("Red Tag");
dTagsArray.Add("ORANGE IS THE NEW BLACK");
dTagsArray.Add("yellow");
dTagsArray.Add("green");
dTagsArray.Add("blue");
dTagsArray.Add("indigo");
dTagsArray.Add("VIOLET Tag");
w1.tags = dTagsArray;
ApiResponse r1 = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w1.ToString());
Util.ValidateDataReturnResponseOk(r1);
long w1Id = r1.ObjectResponse["data"]["id"].Value<long>();
((long)r1.ObjectResponse["data"]["serial"]).Should().NotBe(0);
dynamic w2 = new JObject();
w2.name = Util.Uniquify("Second Test WIDGET");
w2.dollarAmount = 2.22m;
w2.active = true;
w2.usertype = 1;
w2.notes = "What is the frequency Kenneth?";
w2.tags = dTagsArray;
w2.customFields = Util.WidgetRequiredCustomFieldsJsonString();
ApiResponse r2 = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w2.ToString());
Util.ValidateDataReturnResponseOk(r2);
long w2Id = r2.ObjectResponse["data"]["id"].Value<long>();
//RETRIEVE
//Get one
ApiResponse r3 = await Util.GetAsync("widget/" + w2Id.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateDataReturnResponseOk(r3);
r3.ObjectResponse["data"]["name"].Value<string>().Should().Be(w2.name.ToString());
r3.ObjectResponse["data"]["notes"].Value<string>().Should().Be(w2.notes.ToString());
var returnedTags = ((JArray)r3.ObjectResponse["data"]["tags"]);
returnedTags.Count.Should().Be(7);
//UPDATE
//PUT
//update w2id
w2.name = Util.Uniquify("UPDATED VIA PUT SECOND TEST WIDGET");
w2.id = w2Id;
w2.serial = 123456L;
w2.concurrency = r2.ObjectResponse["data"]["concurrency"].Value<uint>();
ApiResponse PUTTestResponse = await Util.PutAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w2.ToString());
Util.ValidateHTTPStatusCode(PUTTestResponse, 200);
//check PUT worked
ApiResponse checkPUTWorked = await Util.GetAsync("widget/" + w2Id.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateNoErrorInResponse(checkPUTWorked);
checkPUTWorked.ObjectResponse["data"]["name"].Value<string>().Should().Be(w2.name.ToString());
checkPUTWorked.ObjectResponse["data"]["serial"].Value<long>().Should().Be(123456L);
uint concurrency = PUTTestResponse.ObjectResponse["data"]["concurrency"].Value<uint>();
//DELETE
ApiResponse DELETETestResponse = await Util.DeleteAsync("widget/" + w2Id.ToString(), await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateHTTPStatusCode(DELETETestResponse, 204);
}
/// <summary>
/// Test not found
/// </summary>
[Fact]
public async void GetNonExistentItemShouldError()
{
//Get non existant
//Should return status code 404, api error code 2010
ApiResponse a = await Util.GetAsync("widget/999999", await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateResponseNotFound(a);
}
/// <summary>
/// Test bad modelstate
/// </summary>
[Fact]
public async void GetBadModelStateShouldError()
{
//Get non existant
//Should return status code 400, api error code 2200 and a first target in details of "id"
ApiResponse a = await Util.GetAsync("widget/2q2", await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateBadModelStateResponse(a, "id");
}
/// <summary>
/// Test server exception
/// </summary>
[Fact]
public async void ServerExceptionShouldErrorPropertly()
{
//Get non existant
//Should return status code 400, api error code 2200 and a first target in details of "id"
ApiResponse a = await Util.GetAsync("widget/exception", await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateServerExceptionResponse(a);
}
/// <summary>
/// Test server alt exception
/// </summary>
[Fact]
public async void ServerAltExceptionShouldErrorPropertly()
{
//Get non existant
//Should return status code 400, api error code 2200 and a first target in details of "id"
ApiResponse a = await Util.GetAsync("widget/altexception", await Util.GetTokenAsync("manager", "l3tm3in"));
Util.ValidateServerExceptionResponse(a);
}
/// <summary>
///
/// </summary>
[Fact]
public async void PutConcurrencyViolationShouldFail()
{
//CREATE
dynamic w2 = new JObject();
w2.name = Util.Uniquify("PutConcurrencyViolationShouldFail");
w2.dollarAmount = 2.22m;
w2.active = true;
w2.usertype = 1;
w2.notes = "blah";
w2.customFields = Util.WidgetRequiredCustomFieldsJsonString();
ApiResponse r2 = await Util.PostAsync("widget", await Util.GetTokenAsync("manager", "l3tm3in"), w2.ToString());
Util.ValidateDataReturnResponseOk(r2);
uint OriginalConcurrencyToken = r2.ObjectResponse["data"]["concurrency"].Value<uint>();
w2 = r2.ObjectResponse["data"];
//UPDATE
//PUT
w2.name = Util.Uniquify("PutConcurrencyViolationShouldFail UPDATE VIA PUT ");
w2.concurrency = OriginalConcurrencyToken - 1;//bad token
ApiResponse PUTTestResponse = await Util.PutAsync("widget/", await Util.GetTokenAsync("manager", "l3tm3in"), w2.ToString());
Util.ValidateConcurrencyError(PUTTestResponse);
}
//==================================================
}//eoc
}//eons

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@@ -1,4 +1,4 @@
@SET /a VAR=500 @SET /a VAR=1000
ECHO Start burntest %VAR% runs at %Time% >> burntesttimer.txt ECHO Start burntest %VAR% runs at %Time% >> burntesttimer.txt
:HOME :HOME
@SET /a VAR=VAR-1 @SET /a VAR=VAR-1

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@@ -49,3 +49,11 @@ Start burntest 500 runs at 17:45:26.99
Stop burntest 21:29:02.79 Stop burntest 21:29:02.79
Start burntest 500 runs at 15:46:36.85 Start burntest 500 runs at 15:46:36.85
Start burntest 500 runs at 16:06:42.04 Start burntest 500 runs at 16:06:42.04
Start burntest 500 runs at 16:34:11.94
Start burntest 500 runs at 16:41:46.18
Start burntest 500 runs at 7:05:12.93
Start burntest 5000 runs at 17:30:00.84
Start burntest 5000 runs at 14:08:00.31
Start burntest 5000 runs at 12:29:09.69
Start burntest 5000 runs at 14:55:54.51
Start burntest 1000 runs at 14:56:14.50

99
claude.md Normal file
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# Integration Test Project Context
## What This Is
Integration test project for the AyaNova v8 API. Tests target .NET 8 and run against a locally running server (`http://localhost:7575`).
Run with:
```
dotnet test raven-integration.csproj
```
## Current Status (March 2026)
The initial triage and rebuild is complete. The project now compiles against net8.0, old broken tests have been removed or rewritten, and new gap-coverage tests have been added. All tests pass except three that are blocked by known server-side bugs:
- **CustomerWithWorkorders_cannotbedeleted** — server returns 500 instead of 400 (case 4653)
- **ContractCrud.CRUD** — minor server-side issue (tracked separately)
- **DirectMessage_SendAndDelete** - server issue prevents delivery as considered a "duplicate" incorrectly. (case 4654)
These are intentionally left failing until server-side fixes are applied as part of the refactor phase. Except the directMessage test is set to skip as it has a 65 second timeout that would slow down testing unnecessarily.
## What Is Covered
### Tier 1 (Critical) — Complete
- **DataList** — `DataList/DataListOperations.cs`
- Saved filter CRUD (create, list, update visibility, delete, confirm deleted)
- Default filter creation blocked by API
- String filtering: contains, starts-with, equals, not-equal
- Date filtering: range (GT/LT), relative keywords (*yesterday*, *tomorrow*, *thisyear*, *NULL*)
- Multi-column AND filter
- Sort ascending and descending on date column
- Pagination (offset/limit, totalRecordCount consistency, non-overlapping pages)
- Column view CRUD (custom column order round-trip)
- Rights enforcement (user with no roles gets 403)
- **Quote** — `Quote/QuoteCrud.cs`
- Header CRUD + concurrency violation + id-from-number lookup
- QuoteItem CRUD
- QuoteItemLabor sub-type CRUD
- **Customer** — `Customer/CustomerCrud.cs`
- CRUD + concurrency violation + alert retrieval
- Referential integrity: customer with linked work order cannot be deleted (test exists; server bug pending fix)
### Tier 2 (Important) — Complete
- **Contract** — `Contract/ContractCrud.cs` — CRUD + concurrency
- **PM** — `PM/PMCrud.cs` — header CRUD + PMItem + concurrency + id-from-number
- **Authorization** — `Authentication/AuthRights.cs` — unauthenticated 401, unauthorized 403
- **Schedule** — `Schedule/ScheduleReads.cs` — service schedule + personal schedule reads
- **Part** — `Part/PartCrud.cs` — CRUD + concurrency + serial numbers round-trip
### Tier 3 (Reference Data / Nice to Have) — Complete
- **Vendor** — `Vendor/VendorCrud.cs` — CRUD + concurrency + alert
- **ServiceRate / TravelRate / TaxCode** — `Reference/ReferenceCrud.cs` — CRUD + concurrency
- **Unit / UnitModel** — `Unit/UnitCrud.cs` — CRUD for both types
- **Memo** — `Memo/MemoCrud.cs` — create + read + delete
- **Notification** — `Notification/NotificationOps.cs` — count, list, send, delete
### Already Covered (from original tests)
- User CRUD, concurrency, password change, inactive user login
- Project CRUD and concurrency
- WorkOrder + nested items/parts/labor/units CRUD
- Attachments (upload/download/delete/authorization)
- Search (phrase, wildcard, tags, serial, deletion cleanup)
- Custom forms
- Pick lists
- Translations
- Event log (object log, user log, pagination)
- Tag bulk operations
- Server health, metrics, log files
- Global biz settings (fetch + round-trip PUT)
## What Is Intentionally Not Covered
- **Report generation** — async job pattern with polling; deferred
- **Stock level updates** — require seeded warehouse IDs not known at test time
- **Auth roles deep test** — role-change behavioral tests; the existing AuthRights.cs covers the critical 401/403 paths
- **EnumList, Name lookup** — low-risk reference reads; not needed for refactor protection
## Known Configuration
- API base: `http://localhost:7575/api/v8/`
- Seeded logins: `superuser` (password: `l3tm3in`), `BizAdmin`, `OpsAdmin`, `SubContractorRestricted`
- Seeded customer id=1 is always safe to reference
- Time zone adjustment for date filters: -7 (see `util.cs` `TIME_ZONE_ADJUSTMENT`)
- DataList class names ARE the list keys (e.g., `WorkOrderDataList`, `CustomerDataList`)
## What Comes Next (Refactor Phase)
This test suite exists to protect against regressions during the Step D refactor. Before starting the refactor:
1. Confirm all tests pass (except the three known server bugs above)
2. Fix the three server-side bugs (case 4653, case 4654 and contract issue)
3. Then proceed with the Step D refactor — tests will catch regressions

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@@ -1,4 +0,0 @@
How to fix duplicated tests
https://github.com/formulahendry/vscode-dotnet-test-explorer/issues/159#issuecomment-481957291

52
memory/MEMORY.md Normal file
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# raven-test-integration memory
## Project purpose
Integration test project for AyaNova v8 API. Target: net8.0. Run with:
dotnet test raven-integration.csproj
## Key constants / config
- API base: http://localhost:7575/api/v8/ (util.cs line 31)
- Seeded logins: superuser (password: l3tm3in), BizAdmin, SubContractorRestricted
- Seeded customer id=1 is always safe to reference in payloads
- Time zone adjustment for date filters: -7 (util.cs TIME_ZONE_ADJUSTMENT)
## Known good enum values used in tests
- ContractOverrideType: PriceDiscount=1, CostMarkup=2
- PMTimeUnit: Minutes=2, Hours=3, Days=4, Months=6, Years=7
- AyaDaysOfWeek (flags): Mon=1,Tue=2,Wed=4,Thu=8,Fri=16,Sat=32,Sun=64
— 96 = Saturday|Sunday (used in PM tests)
## DataList key names
Class names in AyaNova.DataList namespace ARE the list keys.
Examples: WorkOrderDataList, CustomerDataList, QuoteDataList, PMDataList, ContractDataList
## API response conventions
- POST: 201, {data: full object}
- GET: 200, {data: full object}
- DELETE: 204, no body
- Customer/QuoteItem/PMItem PUT: 200, {data: {Concurrency: N}} (just concurrency)
- Quote/PM/Contract/WorkOrder header PUT: 200, {data: full object}
- Concurrency conflict: 409
- Referential integrity violation: 400, error.code = 2200
- Not found: 404, error.code = 2010
## Files written (Feb 2026 session)
- Customer/CustomerCrud.cs — CRUD + concurrency + alert + referential integrity (2 tests)
- Quote/QuoteCrud.cs — header CRUD + QuoteItem + QuoteItemLabor + concurrency + id-from-number
- Contract/ContractCrud.cs — CRUD + concurrency (contract PUT returns full object)
- PM/PMCrud.cs — header CRUD + PMItem + concurrency + id-from-number
- DataList/DataListOperations.cs — SavedFilterCRUD (live) + filter/sort stubs (skipped)
## DataList saved filter route
POST/GET/PUT/DELETE: /data-list-filter (NOT data-list-view — that was old)
List endpoint: GET /data-list-filter/list?ListKey=WorkOrderDataList
userId=0 in payload is fine; server assigns from auth token
## Todo.md coverage status
Tier 1: DataList saved filter CRUD done; filter/sort stubs need browser payload capture
Tier 1: Quote CRUD done
Tier 1: Customer CRUD done
Tier 2: Contract CRUD done
Tier 2: PM CRUD done
Tier 2: Auth roles, Schedule, Part — not yet started
Tier 3: All not yet started

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@@ -1,18 +1,19 @@
<Project Sdk="Microsoft.NET.Sdk"> <Project Sdk="Microsoft.NET.Sdk">
<PropertyGroup> <PropertyGroup>
<TargetFramework>netcoreapp3.1</TargetFramework> <TargetFramework>net8.0</TargetFramework>
<ImplicitUsings>enable</ImplicitUsings>
<IsPackable>false</IsPackable> <IsPackable>false</IsPackable>
<GenerateFullPaths>true</GenerateFullPaths> <GenerateFullPaths>true</GenerateFullPaths>
</PropertyGroup> </PropertyGroup>
<ItemGroup> <ItemGroup>
<PackageReference Include="FluentAssertions" Version="5.9.0" /> <PackageReference Include="Newtonsoft.Json" Version="13.0.3" />
<PackageReference Include="Microsoft.NET.Test.Sdk" Version="16.4.0" /> <PackageReference Include="FluentAssertions" Version="5.10.3" />
<PackageReference Include="xunit" Version="2.4.1" /> <PackageReference Include="Microsoft.NET.Test.Sdk" Version="17.12.0" />
<PackageReference Include="xunit.runner.visualstudio" Version="2.4.1" /> <PackageReference Include="xunit" Version="2.9.3" />
<!-- <PackageReference Include="coverlet.collector" Version="1.0.1" /> --> <PackageReference Include="xunit.runner.visualstudio" Version="3.0.0" />
<!-- <DotNetCliToolReference Include="dotnet-xunit" Version="2.3.1" /> -->
</ItemGroup> </ItemGroup>
</Project> </Project>

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@@ -0,0 +1,24 @@
Microsoft Visual Studio Solution File, Format Version 12.00
# Visual Studio Version 17
VisualStudioVersion = 17.5.2.0
MinimumVisualStudioVersion = 10.0.40219.1
Project("{FAE04EC0-301F-11D3-BF4B-00C04F79EFBC}") = "raven-integration", "raven-integration.csproj", "{7BC52D80-5CAC-C646-60DA-D9BC115778A5}"
EndProject
Global
GlobalSection(SolutionConfigurationPlatforms) = preSolution
Debug|Any CPU = Debug|Any CPU
Release|Any CPU = Release|Any CPU
EndGlobalSection
GlobalSection(ProjectConfigurationPlatforms) = postSolution
{7BC52D80-5CAC-C646-60DA-D9BC115778A5}.Debug|Any CPU.ActiveCfg = Debug|Any CPU
{7BC52D80-5CAC-C646-60DA-D9BC115778A5}.Debug|Any CPU.Build.0 = Debug|Any CPU
{7BC52D80-5CAC-C646-60DA-D9BC115778A5}.Release|Any CPU.ActiveCfg = Release|Any CPU
{7BC52D80-5CAC-C646-60DA-D9BC115778A5}.Release|Any CPU.Build.0 = Release|Any CPU
EndGlobalSection
GlobalSection(SolutionProperties) = preSolution
HideSolutionNode = FALSE
EndGlobalSection
GlobalSection(ExtensibilityGlobals) = postSolution
SolutionGuid = {09997A7B-1DA2-4380-AF1C-CFF2D18ABFE1}
EndGlobalSection
EndGlobal

1316
util.cs

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