public GitHubActions.Trigger ProcessSchedulesV2(string schedulesYaml)
{
Schedule[] schedules = null;
if (schedulesYaml != null)
{
try
{
schedules = GenericObjectSerialization.DeserializeYaml <Schedule[]>(schedulesYaml);
}
catch (Exception ex)
{
ConversionUtility.WriteLine($"DeserializeYaml<Schedule[]>(schedulesYaml) swallowed an exception: " + ex.Message, _verbose);
}
}
//Convert the pieces to GitHub
string[] schedule = ProcessSchedules(schedules);
//Build the return results
if (schedule != null)
{
return(new GitHubActions.Trigger
{
schedule = schedule
});
}
else
{
return(null);
}
}
public AzurePipelines.Job[] ProcessJobFromPipelineRootV2(string poolYaml, string strategyYaml, string stepsYaml)
{
Pool pool = null;
if (poolYaml != null)
{
GeneralProcessing gp = new GeneralProcessing(_verbose);
pool = gp.ProcessPoolV2(poolYaml);
}
AzurePipelines.Strategy strategy = null;
try
{
//Most often, the pool will be in this structure
strategy = GenericObjectSerialization.DeserializeYaml <AzurePipelines.Strategy>(strategyYaml);
}
catch (Exception ex)
{
ConversionUtility.WriteLine($"DeserializeYaml<AzurePipelines.Strategy>(strategyYaml) swallowed an exception: " + ex.Message, _verbose);
}
AzurePipelines.Step[] steps = null;
if (stepsYaml != null)
{
try
{
steps = GenericObjectSerialization.DeserializeYaml <AzurePipelines.Step[]>(stepsYaml);
}
catch (Exception ex)
{
ConversionUtility.WriteLine($"DeserializeYaml<AzurePipelines.Step[]>(stepsYaml) swallowed an exception: " + ex.Message, _verbose);
}
}
AzurePipelines.Job job = new AzurePipelines.Job
{
pool = pool,
strategy = strategy,
steps = steps
};
//Don't add the build name unless there is content
if (job.pool != null || job.strategy != null || steps != null)
{
AzurePipelines.Job[] jobs = new AzurePipelines.Job[1];
job.job = "build";
jobs[0] = job;
return(jobs);
}
else
{
return(null);
}
}
/// <summary>
/// Convert a single Azure DevOps Pipeline task to a GitHub Actions task
/// </summary>
/// <param name="input">Yaml to convert</param>
/// <returns>Converion object, with original yaml, processed yaml, and comments on the conversion</returns>
public ConversionResponse ConvertAzurePipelineTaskToGitHubActionTask(string input)
{
string yaml = "";
string processedInput = ConversionUtility.StepsPreProcessing(input);
GitHubActions.Step gitHubActionStep = new GitHubActions.Step();
//Process the YAML for the individual job
AzurePipelines.Job azurePipelinesJob = GenericObjectSerialization.DeserializeYaml <AzurePipelines.Job>(processedInput);
if (azurePipelinesJob != null && azurePipelinesJob.steps != null && azurePipelinesJob.steps.Length > 0)
{
//As we needed to create an entire (but minimal) pipelines job, we need to now extract the step for processing
StepsProcessing stepsProcessing = new StepsProcessing();
gitHubActionStep = stepsProcessing.ProcessStep(azurePipelinesJob.steps[0]);
//Find all variables in this text block, we need this for a bit later
VariablesProcessing vp = new VariablesProcessing(_verbose);
List <string> variableList = vp.SearchForVariables(processedInput);
//Create the GitHub YAML and apply some adjustments
if (gitHubActionStep != null)
{
//add the step into a github job so it renders correctly
GitHubActions.Job gitHubJob = new GitHubActions.Job
{
steps = new GitHubActions.Step[1] //create an array of size 1
};
//Load the step into the single item array
gitHubJob.steps[0] = gitHubActionStep;
//Finally, we can serialize the job back to yaml
yaml = GitHubActionsSerialization.SerializeJob(gitHubJob, variableList);
}
}
//Load failed tasks and comments for processing
List <string> allComments = new List <string>();
if (gitHubActionStep != null)
{
allComments.Add(gitHubActionStep.step_message);
}
//Return the final conversion result, with the original (pipeline) yaml, processed (actions) yaml, and any comments
return(new ConversionResponse
{
pipelinesYaml = input,
actionsYaml = yaml,
comments = allComments
});
}
public void GitHubActionYamlToGenericObjectTest()
{
//Arrange
string yaml = @"
on:
schedule:
- cron: ""0 0 * * *""
";
//Act
object yamlObject = GenericObjectSerialization.DeserializeYaml <object>(yaml);
//Assert
Assert.AreNotEqual(null, yamlObject);
}
public Resources ExtractResourcesV2(string resourcesYaml)
{
if (resourcesYaml != null)
{
try
{
Resources resources = GenericObjectSerialization.DeserializeYaml <Resources>(resourcesYaml);
return(resources);
}
catch (Exception ex)
{
ConversionUtility.WriteLine($"DeserializeYaml<Resources>(resourcesYaml) swallowed an exception: " + ex.Message, _verbose);
}
}
return(null);
}
public AzurePipelines.Strategy ProcessStrategyV2(string strategyYaml)
{
if (strategyYaml != null)
{
try
{
//Most often, the pool will be in this structure
AzurePipelines.Strategy strategy = GenericObjectSerialization.DeserializeYaml <AzurePipelines.Strategy>(strategyYaml);
return(strategy);
}
catch (Exception ex)
{
ConversionUtility.WriteLine($"DeserializeYaml<AzurePipelines.Strategy>(strategyYaml) swallowed an exception: " + ex.Message, _verbose);
}
}
return(null);
}
public string[] ProcessDependsOnV2(string dependsOnYaml)
{
string[] dependsOn = null;
if (dependsOnYaml != null)
{
try
{
string simpleDependsOn = GenericObjectSerialization.DeserializeYaml <string>(dependsOnYaml);
dependsOn = new string[1];
dependsOn[0] = simpleDependsOn;
}
catch (Exception ex)
{
ConversionUtility.WriteLine($"DeserializeYaml<string>(dependsOnYaml) swallowed an exception: " + ex.Message, _verbose);
dependsOn = GenericObjectSerialization.DeserializeYaml <string[]>(dependsOnYaml);
}
}
//Build the return results
return(dependsOn);
}
public GitHubActions.Trigger ProcessTriggerV2(string triggerYaml)
{
AzurePipelines.Trigger trigger = null;
if (triggerYaml != null)
{
try
{
string[] simpleTrigger = GenericObjectSerialization.DeserializeYaml <string[]>(triggerYaml);
trigger = new AzurePipelines.Trigger
{
branches = new IncludeExclude
{
include = simpleTrigger
}
};
}
catch (Exception ex)
{
ConversionUtility.WriteLine($"DeserializeYaml<string[]>(triggerYaml) swallowed an exception: " + ex.Message, _verbose);
trigger = GenericObjectSerialization.DeserializeYaml <AzurePipelines.Trigger>(triggerYaml);
}
}
//Convert the pieces to GitHub
GitHubActions.Trigger push = ProcessComplexTrigger(trigger);
//Build the return results
if (push != null)
{
return(new GitHubActions.Trigger
{
push = push?.push
});
}
else
{
return(null);
}
}
public AzurePipelines.Job[] ExtractAzurePipelinesJobsV2(JToken jobsJson, string strategyYaml)
{
GeneralProcessing gp = new GeneralProcessing(_verbose);
AzurePipelines.Job[] jobs = new AzurePipelines.Job[jobsJson.Count()];
if (jobsJson != null)
{
int i = 0;
foreach (JToken jobJson in jobsJson)
{
AzurePipelines.Job job = new AzurePipelines.Job
{
job = jobJson["job"]?.ToString(),
deployment = jobJson["deployment"]?.ToString(),
displayName = jobJson["displayName"]?.ToString(),
template = jobJson["template"]?.ToString()
};
if (jobJson["pool"] != null)
{
job.pool = gp.ProcessPoolV2(jobJson["pool"].ToString());
}
if (jobJson["strategy"] != null)
{
job.strategy = gp.ProcessStrategyV2(jobJson["strategy"].ToString());
}
else if (strategyYaml != null)
{
job.strategy = gp.ProcessStrategyV2(strategyYaml);
}
if (jobJson["dependsOn"] != null)
{
job.dependsOn = gp.ProcessDependsOnV2(jobJson["dependsOn"].ToString());
}
if (jobJson["condition"] != null)
{
job.condition = ConditionsProcessing.TranslateConditions(jobJson["condition"].ToString());
}
if (jobJson["environment"] != null)
{
job.environment = gp.ProcessEnvironmentV2(jobJson["environment"].ToString());
}
if (jobJson["timeoutInMinutes"] != null)
{
int.TryParse(jobJson["timeoutInMinutes"].ToString(), out int timeOut);
if (timeOut > 0)
{
job.timeoutInMinutes = timeOut;
}
}
if (jobJson["continueOnError"] != null)
{
bool.TryParse(jobJson["continueOnError"].ToString(), out bool continueOnError);
job.continueOnError = continueOnError;
}
if (jobJson["variables"] != null)
{
VariablesProcessing vp = new VariablesProcessing(_verbose);
job.variables = vp.ProcessParametersAndVariablesV2(null, jobJson["variables"].ToString());
}
if (jobJson["steps"] != null)
{
try
{
job.steps = GenericObjectSerialization.DeserializeYaml <AzurePipelines.Step[]>(jobJson["steps"].ToString());
}
catch (Exception ex)
{
ConversionUtility.WriteLine($"DeserializeYaml<AzurePipelines.Step[]>(jobJson[\"steps\"].ToString() swallowed an exception: " + ex.Message, _verbose);
}
}
jobs[i] = job;
i++;
}
}
return(jobs);
}
public Dictionary <string, string> ProcessParametersAndVariablesV2(string parametersYaml, string variablesYaml)
{
List <Parameter> parameters = null;
if (parametersYaml != null)
{
try
{
Dictionary <string, string> simpleParameters = GenericObjectSerialization.DeserializeYaml <Dictionary <string, string> >(parametersYaml);
parameters = new List <Parameter>();
foreach (KeyValuePair <string, string> item in simpleParameters)
{
parameters.Add(new Parameter
{
name = item.Key,
@default = item.Value
});
}
}
catch (Exception ex)
{
ConversionUtility.WriteLine($"DeserializeYaml<Dictionary<string, string>>(parametersYaml) swallowed an exception: " + ex.Message, _verbose);
parameters = GenericObjectSerialization.DeserializeYaml <List <Parameter> >(parametersYaml);
}
}
List <Variable> variables = null;
if (variablesYaml != null)
{
try
{
Dictionary <string, string> simpleVariables = GenericObjectSerialization.DeserializeYaml <Dictionary <string, string> >(variablesYaml);
variables = new List <Variable>();
foreach (KeyValuePair <string, string> item in simpleVariables)
{
variables.Add(new Variable
{
name = item.Key,
value = item.Value
});
}
}
catch (Exception ex)
{
ConversionUtility.WriteLine($"DeserializeYaml<Dictionary<string, string>>(variablesYaml) swallowed an exception: " + ex.Message, _verbose);
variables = GenericObjectSerialization.DeserializeYaml <List <Variable> >(variablesYaml);
}
}
Dictionary <string, string> env = new Dictionary <string, string>();
Dictionary <string, string> processedParameters = ProcessComplexParametersV2(parameters);
Dictionary <string, string> processedVariables = ProcessComplexVariablesV2(variables);
foreach (KeyValuePair <string, string> item in processedParameters)
{
if (env.ContainsKey(item.Key) == false)
{
env.Add(item.Key, item.Value);
}
}
foreach (KeyValuePair <string, string> item in processedVariables)
{
if (env.ContainsKey(item.Key) == false)
{
env.Add(item.Key, item.Value);
}
}
if (env.Count > 0)
{
return(env);
}
else
{
return(null);
}
}
public AzurePipelines.Environment ProcessEnvironmentV2(string environmentYaml)
{
AzurePipelines.Environment environment = null;
if (environmentYaml != null)
{
try
{
environment = GenericObjectSerialization.DeserializeYaml <AzurePipelines.Environment>(environmentYaml);
}
catch (Exception ex1)
{
ConversionUtility.WriteLine($"DeserializeYaml<AzurePipelines.Environment>(environmentYaml) swallowed an exception: " + ex1.Message, _verbose);
try
{
//when the environment is just a simple string, e.g. //environment: environmentName.resourceName
string simpleEnvironment = GenericObjectSerialization.DeserializeYaml <string>(environmentYaml);
environment = new AzurePipelines.Environment
{
name = simpleEnvironment
};
}
catch (Exception ex2)
{
JObject json = JSONSerialization.DeserializeStringToObject(environmentYaml);
if (json["tags"].Type.ToString() == "String")
{
string name = null;
if (json["name"] != null)
{
name = json["name"].ToString();
}
string resourceName = null;
if (json["resourceName"] != null)
{
name = json["resourceName"].ToString();
}
string resourceId = null;
if (json["resourceId"] != null)
{
name = json["resourceId"].ToString();
}
string resourceType = null;
if (json["resourceType"] != null)
{
name = json["resourceType"].ToString();
}
environment = new AzurePipelines.Environment
{
name = name,
resourceName = resourceName,
resourceId = resourceId,
resourceType = resourceType
};
//Move the single string demands to an array
environment.tags = new string[1];
environment.tags[0] = json["tags"].ToString();
}
else
{
ConversionUtility.WriteLine($"Manual deserialization with demands string swallowed an exception: " + ex2.Message, _verbose);
}
}
}
}
return(environment);
}
public Pool ProcessPoolV2(string poolYaml)
{
Pool pool = null;
if (poolYaml != null)
{
try
{
//Most often, the pool will be in this structure
pool = GenericObjectSerialization.DeserializeYaml <Pool>(poolYaml);
}
catch (Exception ex)
{
ConversionUtility.WriteLine($"DeserializeYaml<Pool>(poolYaml) swallowed an exception: " + ex.Message, _verbose);
//If it's a simple pool string, and has no json in it, assign it to the name
if (poolYaml.IndexOf("{") < 0)
{
pool = new Pool
{
name = poolYaml
};
}
else
{
//otherwise, demands is probably a string, instead of string[], let's fix it
JObject json = JSONSerialization.DeserializeStringToObject(poolYaml);
if (json["demands"].Type.ToString() == "String")
{
string name = null;
if (json["name"] != null)
{
name = json["name"].ToString();
}
string vmImage = null;
if (json["vmImage"] != null)
{
vmImage = json["vmImage"].ToString();
}
string demands = null;
if (json["demands"] != null)
{
demands = json["demands"].ToString();
}
pool = new Pool
{
name = name,
vmImage = vmImage
};
//Move the single string demands to an array
pool.demands = new string[1];
pool.demands[0] = demands;
}
else
{
ConversionUtility.WriteLine($"Manual deserialization with demands string swallowed an exception: " + ex.Message, _verbose);
}
}
}
}
return(pool);
}