public void DeploymentFrequencyNullOneDayTest()
{
//Arrange
DeploymentFrequency metrics = new DeploymentFrequency();
int numberOfDays = 1;
List <KeyValuePair <DateTime, DateTime> > deploymentFrequencyList = null;
//Act
float metric = metrics.ProcessDeploymentFrequency(deploymentFrequencyList, numberOfDays);
DeploymentFrequencyModel model = new DeploymentFrequencyModel
{
DeploymentsPerDayMetric = metric,
DeploymentsPerDayMetricDescription = metrics.GetDeploymentFrequencyRating(metric),
IsProjectView = true,
ItemOrder = 1,
RateLimitHit = false
};
//Assert
Assert.IsTrue(model != null);
Assert.AreEqual(0f, model.DeploymentsPerDayMetric);
Assert.AreEqual("None", model.DeploymentsPerDayMetricDescription);
Assert.AreEqual(0, model.DeploymentsToDisplayMetric);
Assert.AreEqual("times per month", model.DeploymentsToDisplayUnit);
Assert.AreEqual(true, model.IsProjectView);
Assert.AreEqual(1, model.ItemOrder);
Assert.AreEqual(false, model.RateLimitHit);
}
public void DeploymentFrequencyFiveSevenDaysTest()
{
//Arrange
DeploymentFrequency metrics = new DeploymentFrequency();
int numberOfDays = 7;
List <KeyValuePair <DateTime, DateTime> > deploymentFrequencyList = new List <KeyValuePair <DateTime, DateTime> >
{
new KeyValuePair <DateTime, DateTime>(DateTime.Now, DateTime.Now),
new KeyValuePair <DateTime, DateTime>(DateTime.Now.AddDays(-1), DateTime.Now.AddDays(-1)),
new KeyValuePair <DateTime, DateTime>(DateTime.Now.AddDays(-2), DateTime.Now.AddDays(-2)),
new KeyValuePair <DateTime, DateTime>(DateTime.Now.AddDays(-3), DateTime.Now.AddDays(-3)),
new KeyValuePair <DateTime, DateTime>(DateTime.Now.AddDays(-4), DateTime.Now.AddDays(-4)),
new KeyValuePair <DateTime, DateTime>(DateTime.Now.AddDays(-8), DateTime.Now.AddDays(-8)) //this record should be out of range, as it's older than 7 days
};
//Act
float metric = metrics.ProcessDeploymentFrequency(deploymentFrequencyList, numberOfDays);
DeploymentFrequencyModel model = new DeploymentFrequencyModel
{
DeploymentsPerDayMetric = metric,
DeploymentsPerDayMetricDescription = metrics.GetDeploymentFrequencyRating(metric)
};
//Assert
Assert.IsTrue(model != null);
Assert.AreEqual(0.7143f, model.DeploymentsPerDayMetric);
Assert.AreEqual("High", model.DeploymentsPerDayMetricDescription);
Assert.AreEqual(5.0000997f, model.DeploymentsToDisplayMetric);
Assert.AreEqual("times per week", model.DeploymentsToDisplayUnit);
}
public void DeploymentFrequencySingleOneDayTest()
{
//Arrange
DeploymentFrequency metrics = new DeploymentFrequency();
int numberOfDays = 1;
List <KeyValuePair <DateTime, DateTime> > deploymentFrequencyList = new List <KeyValuePair <DateTime, DateTime> >
{
new KeyValuePair <DateTime, DateTime>(DateTime.Now, DateTime.Now)
};
//Act
float metric = metrics.ProcessDeploymentFrequency(deploymentFrequencyList, numberOfDays);
DeploymentFrequencyModel model = new DeploymentFrequencyModel
{
DeploymentsPerDayMetric = metric,
DeploymentsPerDayMetricDescription = metrics.GetDeploymentFrequencyRating(metric)
};
//Assert
Assert.IsTrue(model != null);
Assert.AreEqual(1f, model.DeploymentsPerDayMetric);
Assert.AreEqual("High", model.DeploymentsPerDayMetricDescription);
Assert.AreEqual(7, model.DeploymentsToDisplayMetric);
Assert.AreEqual("times per week", model.DeploymentsToDisplayUnit);
}
public async Task <DeploymentFrequencyModel> GetAzureDevOpsDeploymentFrequency(bool getSampleData, string patToken, TableStorageAuth tableStorageAuth,
string organization, string project, string branch, string buildName,
int numberOfDays, int maxNumberOfItems, bool useCache)
{
ListUtility <Build> utility = new ListUtility <Build>();
DeploymentFrequency deploymentFrequency = new DeploymentFrequency();
if (getSampleData == false)
{
//Get a list of builds
BuildsDA buildsDA = new BuildsDA();
List <AzureDevOpsBuild> azureDevOpsBuilds = await buildsDA.GetAzureDevOpsBuilds(patToken, tableStorageAuth, organization, project, buildName, useCache);
if (azureDevOpsBuilds != null)
{
//Translate the Azure DevOps build to a generic build object
List <Build> builds = new List <Build>();
foreach (AzureDevOpsBuild item in azureDevOpsBuilds)
{
//Only return completed builds on the target branch, within the targeted date range
if (item.status == "completed" && item.sourceBranch == branch && item.queueTime > DateTime.Now.AddDays(-numberOfDays))
{
builds.Add(
new Build
{
Id = item.id,
Branch = item.sourceBranch,
BuildNumber = item.buildNumber,
StartTime = item.queueTime,
EndTime = item.finishTime,
BuildDurationPercent = item.buildDurationPercent,
Status = item.status,
Url = item.url
}
);
}
}
//Get the total builds used in the calculation
int buildTotal = builds.Count;
//then build the calcuation, loading the dates into a date array
List <KeyValuePair <DateTime, DateTime> > dateList = new List <KeyValuePair <DateTime, DateTime> >();
foreach (Build item in builds)
{
KeyValuePair <DateTime, DateTime> newItem = new KeyValuePair <DateTime, DateTime>(item.StartTime, item.EndTime);
dateList.Add(newItem);
}
//then build the calcuation, loading the dates into a date array
float deploymentsPerDay;
deploymentsPerDay = deploymentFrequency.ProcessDeploymentFrequency(dateList, numberOfDays);
//Filter the results to return the last n (maxNumberOfItems), to return to the UI
builds = utility.GetLastNItems(builds, maxNumberOfItems);
//Find the max build duration
float maxBuildDuration = 0f;
foreach (Build item in builds)
{
if (item.BuildDuration > maxBuildDuration)
{
maxBuildDuration = item.BuildDuration;
}
}
//Calculate the percent scaling
foreach (Build item in builds)
{
float interiumResult = ((item.BuildDuration / maxBuildDuration) * 100f);
item.BuildDurationPercent = Scaling.ScaleNumberToRange(interiumResult, 0, 100, 20, 100);
}
//Return the completed model
DeploymentFrequencyModel model = new DeploymentFrequencyModel
{
TargetDevOpsPlatform = DevOpsPlatform.AzureDevOps,
DeploymentName = buildName,
BuildList = builds,
DeploymentsPerDayMetric = deploymentsPerDay,
DeploymentsPerDayMetricDescription = deploymentFrequency.GetDeploymentFrequencyRating(deploymentsPerDay),
NumberOfDays = numberOfDays,
MaxNumberOfItems = builds.Count,
TotalItems = buildTotal
};
return(model);
}
else
{
return(null);
}
}
else
{
//Get sample data
List <Build> builds = utility.GetLastNItems(GetSampleAzureDevOpsBuilds(), maxNumberOfItems);
DeploymentFrequencyModel model = new DeploymentFrequencyModel
{
TargetDevOpsPlatform = DevOpsPlatform.AzureDevOps,
DeploymentName = buildName,
BuildList = builds,
DeploymentsPerDayMetric = 10f,
DeploymentsPerDayMetricDescription = "Elite",
NumberOfDays = numberOfDays,
MaxNumberOfItems = builds.Count,
TotalItems = builds.Count
};
return(model);
}
}
public async Task <DeploymentFrequencyModel> GetGitHubDeploymentFrequency(bool getSampleData, string clientId, string clientSecret, TableStorageAuth tableStorageAuth,
string owner, string repo, string branch, string workflowName, string workflowId,
int numberOfDays, int maxNumberOfItems, bool useCache)
{
ListUtility <Build> utility = new ListUtility <Build>();
DeploymentFrequency deploymentFrequency = new DeploymentFrequency();
if (getSampleData == false)
{
//Get a list of builds
BuildsDA buildsDA = new BuildsDA();
List <GitHubActionsRun> gitHubRuns = await buildsDA.GetGitHubActionRuns(clientId, clientSecret, tableStorageAuth, owner, repo, workflowName, workflowId, useCache);
if (gitHubRuns != null)
{
//Translate the GitHub build to a generic build object
List <Build> builds = new List <Build>();
foreach (GitHubActionsRun item in gitHubRuns)
{
//Only return completed builds on the target branch, within the targeted date range
if (item.status == "completed" && item.head_branch == branch && item.created_at > DateTime.Now.AddDays(-numberOfDays))
{
builds.Add(
new Build
{
Id = item.run_number,
Branch = item.head_branch,
BuildNumber = item.run_number,
StartTime = item.created_at,
EndTime = item.updated_at,
BuildDurationPercent = item.buildDurationPercent,
Status = item.status,
Url = item.html_url
}
);
}
}
//Get the total builds used in the calculation
int buildTotal = builds.Count;
//then build the calcuation, loading the dates into a date array
List <KeyValuePair <DateTime, DateTime> > dateList = new List <KeyValuePair <DateTime, DateTime> >();
foreach (Build item in builds)
{
KeyValuePair <DateTime, DateTime> newItem = new KeyValuePair <DateTime, DateTime>(item.StartTime, item.EndTime);
dateList.Add(newItem);
}
//then build the calcuation, loading the dates into a date array
float deploymentsPerDay;
deploymentsPerDay = deploymentFrequency.ProcessDeploymentFrequency(dateList, numberOfDays);
//Filter the results to return the last n (maxNumberOfItems), to return to the UI
builds = utility.GetLastNItems(builds, maxNumberOfItems);
//Find the max build duration
float maxBuildDuration = 0f;
foreach (Build item in builds)
{
if (item.BuildDuration > maxBuildDuration)
{
maxBuildDuration = item.BuildDuration;
}
}
//Calculate the percent scaling
foreach (Build item in builds)
{
float interiumResult = ((item.BuildDuration / maxBuildDuration) * 100f);
item.BuildDurationPercent = Scaling.ScaleNumberToRange(interiumResult, 0, 100, 20, 100);
}
//Return the completed model
DeploymentFrequencyModel model = new DeploymentFrequencyModel
{
TargetDevOpsPlatform = DevOpsPlatform.GitHub,
DeploymentName = workflowName,
BuildList = builds,
DeploymentsPerDayMetric = deploymentsPerDay,
DeploymentsPerDayMetricDescription = deploymentFrequency.GetDeploymentFrequencyRating(deploymentsPerDay),
NumberOfDays = numberOfDays,
MaxNumberOfItems = builds.Count,
TotalItems = buildTotal
};
return(model);
}
else
{
return(null);
}
}
else
{
List <Build> builds = utility.GetLastNItems(GetSampleGitHubBuilds(), maxNumberOfItems);
DeploymentFrequencyModel model = new DeploymentFrequencyModel
{
TargetDevOpsPlatform = DevOpsPlatform.GitHub,
DeploymentName = workflowName,
BuildList = builds,
DeploymentsPerDayMetric = 10f,
DeploymentsPerDayMetricDescription = "Elite",
NumberOfDays = numberOfDays,
MaxNumberOfItems = builds.Count,
TotalItems = builds.Count
};
return(model);
}
}