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This commit is contained in:
John Cardinal
2020-05-29 18:37:24 +00:00
parent 2d16052936
commit 09e245b06d
1 changed files with 77 additions and 84 deletions
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161
server/AyaNova/Controllers/ServerMetricsController.cs
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@@ -50,14 +50,14 @@ namespace AyaNova.Api.Controllers
/// <summary>
/// Get minute frequency server metrics for time period specified
/// Get Memory and CPU server metrics for time period specified
/// </summary>
/// <param name="tsStart">Start timestamp UTC</param>
/// <param name="tsEnd">End timestamp UTC</param>
/// <param name="maxRecords">Optional maximum records to return (downsampled). There is a 400 record maximum fixed default</param>
/// <returns>Snapshot of metrics</returns>
[HttpGet("mm")]
public async Task<IActionResult> GetMMMetrics([FromQuery, Required] DateTime? tsStart, [FromQuery, Required] DateTime? tsEnd, [FromQuery] int? maxRecords)
[HttpGet("memcpu")]
public async Task<IActionResult> GetMemCPUetrics([FromQuery, Required] DateTime? tsStart, [FromQuery, Required] DateTime? tsEnd, [FromQuery] int? maxRecords)
{
//Note: the date and times are nullable and required so that the regular modelstate code kicks in to ensure they are present
if (serverState.IsClosed)
@@ -96,7 +96,7 @@ namespace AyaNova.Api.Controllers
var dsGen2 = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.Gen2)).ToList();
dsGen2 = Util.DataUtil.LargestTriangleThreeBuckets(dsGen2, (int)maxRecords) as List<Tuple<double, double>>;
var MetricMM = new
var Metric = new
{
cpu = dsCPU.Select(z => new MetricDouble(DateTime.FromOADate(z.Item1), z.Item2)).ToArray(),
gen0 = dsGen0.Select(z => new MetricInt(DateTime.FromOADate(z.Item1), z.Item2)).ToArray(),
@@ -107,95 +107,88 @@ namespace AyaNova.Api.Controllers
privateBytes = dsPrivateBytes.Select(z => new MetricLong(DateTime.FromOADate(z.Item1), z.Item2 / MB)).ToArray()
};
var ret = new
{
MetricMM = MetricMM
};
await EventLogProcessor.LogEventToDatabaseAsync(new Event(UserIdFromContext.Id(HttpContext.Items), 0, AyaType.Metrics, AyaEvent.Retrieved), ct);
return Ok(ApiOkResponse.Response(ret));
return Ok(ApiOkResponse.Response(Metric));
}
// /// <summary>
// /// Get hourly server metrics for time period specified
// /// </summary>
// /// <param name="tsStart">Start timestamp UTC</param>
// /// <param name="tsEnd">End timestamp UTC</param>
// /// <param name="maxRecords">Optional maximum records to return (downsampled). There is a 400 record maximum fixed default</param>
// /// <returns>Snapshot of metrics</returns>
// [HttpGet("hh")]
// public async Task<IActionResult> GetHHMetrics([FromQuery, Required] DateTime? tsStart, [FromQuery, Required] DateTime? tsEnd, [FromQuery] int? maxRecords)
// {
// //Note: the date and times are nullable and required so that the regular modelstate code kicks in to ensure they are present
// if (serverState.IsClosed)
// return StatusCode(503, new ApiErrorResponse(serverState.ApiErrorCode, null, serverState.Reason));
// if (!Authorized.HasReadFullRole(HttpContext.Items, AyaType.Metrics))
// return StatusCode(403, new ApiNotAuthorizedResponse());
// if (!ModelState.IsValid)
// return BadRequest(new ApiErrorResponse(ModelState));
// maxRecords ??= DEFAULT_MAX_RECORDS;
// List<MetricMM> MinuteMetrics = new List<MetricMM>();
// //touniversal is because the parameters are converted to local time here
// //but then sent to the query as local time as well and not universal time which is what it should be
// MinuteMetrics = await ct.MetricMM.AsNoTracking().Where(z => z.t >= ((DateTime)tsStart).ToUniversalTime() && z.t <= ((DateTime)tsEnd).ToUniversalTime()).OrderBy(z => z.t).ToListAsync();
// var dsCPU = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.CPU)).ToList();
// dsCPU = Util.DataUtil.LargestTriangleThreeBuckets(dsCPU, (int)maxRecords) as List<Tuple<double, double>>;
// var dsAllocated = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.Allocated)).ToList();
// dsAllocated = Util.DataUtil.LargestTriangleThreeBuckets(dsAllocated, (int)maxRecords) as List<Tuple<double, double>>;
// var dsWorkingSet = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.WorkingSet)).ToList();
// dsWorkingSet = Util.DataUtil.LargestTriangleThreeBuckets(dsWorkingSet, (int)maxRecords) as List<Tuple<double, double>>;
// var dsPrivateBytes = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.PrivateBytes)).ToList();
// dsPrivateBytes = Util.DataUtil.LargestTriangleThreeBuckets(dsPrivateBytes, (int)maxRecords) as List<Tuple<double, double>>;
// var dsGen0 = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.Gen0)).ToList();
// dsGen0 = Util.DataUtil.LargestTriangleThreeBuckets(dsGen0, (int)maxRecords) as List<Tuple<double, double>>;
// var dsGen1 = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.Gen1)).ToList();
// dsGen1 = Util.DataUtil.LargestTriangleThreeBuckets(dsGen1, (int)maxRecords) as List<Tuple<double, double>>;
// var dsGen2 = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.Gen2)).ToList();
// dsGen2 = Util.DataUtil.LargestTriangleThreeBuckets(dsGen2, (int)maxRecords) as List<Tuple<double, double>>;
// var MetricMM = new
// {
// cpu = dsCPU.Select(z => new MetricDouble(DateTime.FromOADate(z.Item1), z.Item2)).ToArray(),
// gen0 = dsGen0.Select(z => new MetricInt(DateTime.FromOADate(z.Item1), z.Item2)).ToArray(),
// gen1 = dsGen1.Select(z => new MetricInt(DateTime.FromOADate(z.Item1), z.Item2)).ToArray(),
// gen2 = dsGen2.Select(z => new MetricInt(DateTime.FromOADate(z.Item1), z.Item2)).ToArray(),
// allocated = dsAllocated.Select(z => new MetricLong(DateTime.FromOADate(z.Item1), z.Item2 / MB)).ToArray(),
// workingSet = dsWorkingSet.Select(z => new MetricLong(DateTime.FromOADate(z.Item1), z.Item2 / MB)).ToArray(),
// privateBytes = dsPrivateBytes.Select(z => new MetricLong(DateTime.FromOADate(z.Item1), z.Item2 / MB)).ToArray()
// };
// var ret = new
// {
// MetricMM = MetricMM
// };
// await EventLogProcessor.LogEventToDatabaseAsync(new Event(UserIdFromContext.Id(HttpContext.Items), 0, AyaType.Metrics, AyaEvent.Retrieved), ct);
// return Ok(ApiOkResponse.Response(ret));
// }
/// <summary>
/// Get hourly server metrics for time period specified
/// Get storage server metrics for time period specified
/// </summary>
/// <param name="tsStart">Start timestamp UTC</param>
/// <param name="tsEnd">End timestamp UTC</param>
/// <param name="maxRecords">Optional maximum records to return (downsampled). There is a 400 record maximum fixed default</param>
/// <returns>Snapshot of metrics</returns>
[HttpGet("hh")]
public async Task<IActionResult> GetHHMetrics([FromQuery, Required] DateTime? tsStart, [FromQuery, Required] DateTime? tsEnd, [FromQuery] int? maxRecords)
{
//Note: the date and times are nullable and required so that the regular modelstate code kicks in to ensure they are present
if (serverState.IsClosed)
return StatusCode(503, new ApiErrorResponse(serverState.ApiErrorCode, null, serverState.Reason));
if (!Authorized.HasReadFullRole(HttpContext.Items, AyaType.Metrics))
return StatusCode(403, new ApiNotAuthorizedResponse());
if (!ModelState.IsValid)
return BadRequest(new ApiErrorResponse(ModelState));
maxRecords ??= DEFAULT_MAX_RECORDS;
List<MetricMM> MinuteMetrics = new List<MetricMM>();
//touniversal is because the parameters are converted to local time here
//but then sent to the query as local time as well and not universal time which is what it should be
MinuteMetrics = await ct.MetricMM.AsNoTracking().Where(z => z.t >= ((DateTime)tsStart).ToUniversalTime() && z.t <= ((DateTime)tsEnd).ToUniversalTime()).OrderBy(z => z.t).ToListAsync();
var dsCPU = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.CPU)).ToList();
dsCPU = Util.DataUtil.LargestTriangleThreeBuckets(dsCPU, (int)maxRecords) as List<Tuple<double, double>>;
var dsAllocated = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.Allocated)).ToList();
dsAllocated = Util.DataUtil.LargestTriangleThreeBuckets(dsAllocated, (int)maxRecords) as List<Tuple<double, double>>;
var dsWorkingSet = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.WorkingSet)).ToList();
dsWorkingSet = Util.DataUtil.LargestTriangleThreeBuckets(dsWorkingSet, (int)maxRecords) as List<Tuple<double, double>>;
var dsPrivateBytes = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.PrivateBytes)).ToList();
dsPrivateBytes = Util.DataUtil.LargestTriangleThreeBuckets(dsPrivateBytes, (int)maxRecords) as List<Tuple<double, double>>;
var dsGen0 = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.Gen0)).ToList();
dsGen0 = Util.DataUtil.LargestTriangleThreeBuckets(dsGen0, (int)maxRecords) as List<Tuple<double, double>>;
var dsGen1 = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.Gen1)).ToList();
dsGen1 = Util.DataUtil.LargestTriangleThreeBuckets(dsGen1, (int)maxRecords) as List<Tuple<double, double>>;
var dsGen2 = MinuteMetrics.Select(z => new Tuple<double, double>(z.t.ToOADate(), z.Gen2)).ToList();
dsGen2 = Util.DataUtil.LargestTriangleThreeBuckets(dsGen2, (int)maxRecords) as List<Tuple<double, double>>;
var MetricMM = new
{
cpu = dsCPU.Select(z => new MetricDouble(DateTime.FromOADate(z.Item1), z.Item2)).ToArray(),
gen0 = dsGen0.Select(z => new MetricInt(DateTime.FromOADate(z.Item1), z.Item2)).ToArray(),
gen1 = dsGen1.Select(z => new MetricInt(DateTime.FromOADate(z.Item1), z.Item2)).ToArray(),
gen2 = dsGen2.Select(z => new MetricInt(DateTime.FromOADate(z.Item1), z.Item2)).ToArray(),
allocated = dsAllocated.Select(z => new MetricLong(DateTime.FromOADate(z.Item1), z.Item2 / MB)).ToArray(),
workingSet = dsWorkingSet.Select(z => new MetricLong(DateTime.FromOADate(z.Item1), z.Item2 / MB)).ToArray(),
privateBytes = dsPrivateBytes.Select(z => new MetricLong(DateTime.FromOADate(z.Item1), z.Item2 / MB)).ToArray()
};
var ret = new
{
MetricMM = MetricMM
};
await EventLogProcessor.LogEventToDatabaseAsync(new Event(UserIdFromContext.Id(HttpContext.Items), 0, AyaType.Metrics, AyaEvent.Retrieved), ct);
return Ok(ApiOkResponse.Response(ret));
}
/// <summary>
/// Get daily server metrics for time period specified
/// </summary>
/// <param name="tsStart">Start timestamp UTC</param>
/// <param name="tsEnd">End timestamp UTC</param>
/// <param name="maxRecords">Optional maximum records to return (downsampled). There is a 400 record maximum fixed default</param>
/// <returns>Snapshot of metrics</returns>
[HttpGet("dd")]
public async Task<IActionResult> GetDDMetrics([FromQuery, Required] DateTime? tsStart, [FromQuery, Required] DateTime? tsEnd, [FromQuery] int? maxRecords)
[HttpGet("storage")]
public async Task<IActionResult> GetStorageMetrics([FromQuery, Required] DateTime? tsStart, [FromQuery, Required] DateTime? tsEnd, [FromQuery] int? maxRecords)
{
//Note: the date and times are nullable and required so that the regular modelstate code kicks in to ensure they are present
if (serverState.IsClosed)