//This method writes the result of build execution and tests for original project (without any updated dependencies.)
public void writeOriginalReport(string projectPath, TRXReader tr)
{
// testResult = readTestFile(projectPath + @"\" + testfile
tr = readTestFileMSTest(tr, projectPath);
original_errors = File.ReadLines(projectPath + @"\" + BUILD_ERROR_FILE).Count();
original_warnings = File.ReadLines(projectPath + @"\" + BUILD_WARN_FILE).Count();
original_passed_tests = tr.Passed_tests;
original_failed_tests = tr.Failed_tests;
Console.WriteLine("Errors: " + original_errors + " Warnings: " + original_warnings);
using (StreamWriter sw = File.AppendText(reportLocation + @"\" + reportName))
{
sw.WriteLine("Original Project: ");
sw.WriteLine("Errors: " + original_errors + " Warnings: " + original_warnings);
sw.WriteLine("Test Results: ");
sw.WriteLine(testResultOrig);
sw.WriteLine("------------------------------------------------------------------");
sw.WriteLine("Newer Versions: ");
}
}
//reads contents of .trx file
TRXReader readTestFileMSTest(TRXReader tr, string solutionPath)
{
testResultOrig = tr.read(solutionPath + @"\TestResults.trx");
return(tr);
}
static void Main(string[] args)
{
// set these variables before runing the tool
string project_name = "";
string project_path = @"";
string sandbox_path = @"";
string oldRootSol = @"";
string testLocation = @"";
//define script paths
string git_script = @"G:\new_demo\ApiMonkey\C#\nApiMonkey\nApiMonkey\scripts\gitcmd.sh";
string build_script = @"G:\new_demo\ApiMonkey\C#\nApiMonkey\nApiMonkey\scripts\build.bat";
string copy_script = @"G:\new_demo\ApiMonkey\C#\nApiMonkey\nApiMonkey\scripts\script.bat";
//end of variables
//Clone project from git. Can be skipped and done manually as well.
System.Diagnostics.Process.Start(git_script, project_path).WaitForExit();
Report repo = new Report();
repo.ReportLocation = project_path;
repo.ReportName = project_name + "Report.md";
repo.removeIfExists();
//Run msbuild and test executino on original project. and write the results to the report.
System.Diagnostics.Process.Start(build_script, oldRootSol + " " + project_name + ".sln " + testLocation).WaitForExit();
TRXReader tr = new TRXReader();
repo.writeOriginalReport(oldRootSol, tr);
PackageConfigReader reader = new PackageConfigReader();
//Read the entire project for packages.config files and build a dictionary with packages and the projects list which reference them.
List<string> packageFilePaths = reader.readAllConfigs(oldRootSol);
Dictionary<PackageElement, List<string>> dictionary = reader.readConfig(packageFilePaths, oldRootSol);
List<PackageElement> oldlist = new List<PackageElement>(dictionary.Keys);
//Check if newer versions are available for the packages.
List<PackageElement> update = checkUpdate(oldlist);
StringBuilder testResult = new StringBuilder();
if (update == null) Console.Write("No updates found");
else
{
//Go through all packages where update is available and create sandboxes for each of them
foreach (PackageElement e in update)
{
bool success=true;
List<string> paths = dictionary[e];
string newRootSol = sandbox_path + @"\" + project_name + @"_" + e.Packageid.Substring(0, e.Packageid.Length / 2 + 1) + e.Version.ToNormalizedString();
//string newProjectPath = newRootSol + @"\" + project_name;
Directory.CreateDirectory(newRootSol);
System.Diagnostics.Process.Start(copy_script, oldRootSol + " " + newRootSol + " " + project_name + ".sln ").WaitForExit();
//Update references to the new version for all projects which refer to it
foreach (string projectPath in paths)
{
Console.WriteLine("Updating " + projectPath);
PackageConfigReader newConfReader = new PackageConfigReader();
string newPathToPackages = newRootSol + projectPath + @"packages.config";
string newProjectPath = newRootSol + projectPath;
string project = Directory.EnumerateFiles(newProjectPath, "*.csproj?").First();
UpdateCommand updateCmd = new UpdateCommand();
bool update_success=updateCmd.Execute(e.Packageid, project, e.Version, newRootSol + @"\packages");
if (update_success == false)
{
success = false;
break;
}
newConfReader.writeToConfig(newPathToPackages, e.Packageid, e.Version);
}
if (success)
{
//If uodate is successful, run the build and write results to final report.
System.Diagnostics.Process.Start(@"G:\new_demo\ApiMonkey\C#\nApiMonkey\nApiMonkey\scripts\build.bat", newRootSol + " " + project_name + ".sln " + testLocation).WaitForExit();
tr = new TRXReader();
testResult = tr.read(newRootSol + @"\testResults.trx");
repo.writeBuildReport(newRootSol, e.Packageid, e.Version, testResult,true);
}
else
repo.writeBuildReport(newRootSol, e.Packageid, e.Version, testResult, false);
}
}
Console.ReadKey();
}
static void Main(string[] args)
{
// set these variables before runing the tool
string project_name = "";
string project_path = @"";
string sandbox_path = @"";
string oldRootSol = @"";
string testLocation = @"";
//define script paths
string git_script = @"G:\new_demo\ApiMonkey\C#\nApiMonkey\nApiMonkey\scripts\gitcmd.sh";
string build_script = @"G:\new_demo\ApiMonkey\C#\nApiMonkey\nApiMonkey\scripts\build.bat";
string copy_script = @"G:\new_demo\ApiMonkey\C#\nApiMonkey\nApiMonkey\scripts\script.bat";
//end of variables
//Clone project from git. Can be skipped and done manually as well.
System.Diagnostics.Process.Start(git_script, project_path).WaitForExit();
Report repo = new Report();
repo.ReportLocation = project_path;
repo.ReportName = project_name + "Report.md";
repo.removeIfExists();
//Run msbuild and test executino on original project. and write the results to the report.
System.Diagnostics.Process.Start(build_script, oldRootSol + " " + project_name + ".sln " + testLocation).WaitForExit();
TRXReader tr = new TRXReader();
repo.writeOriginalReport(oldRootSol, tr);
PackageConfigReader reader = new PackageConfigReader();
//Read the entire project for packages.config files and build a dictionary with packages and the projects list which reference them.
List <string> packageFilePaths = reader.readAllConfigs(oldRootSol);
Dictionary <PackageElement, List <string> > dictionary = reader.readConfig(packageFilePaths, oldRootSol);
List <PackageElement> oldlist = new List <PackageElement>(dictionary.Keys);
//Check if newer versions are available for the packages.
List <PackageElement> update = checkUpdate(oldlist);
StringBuilder testResult = new StringBuilder();
if (update == null)
{
Console.Write("No updates found");
}
else
{
//Go through all packages where update is available and create sandboxes for each of them
foreach (PackageElement e in update)
{
bool success = true;
List <string> paths = dictionary[e];
string newRootSol = sandbox_path + @"\" + project_name + @"_" + e.Packageid.Substring(0, e.Packageid.Length / 2 + 1) + e.Version.ToNormalizedString();
//string newProjectPath = newRootSol + @"\" + project_name;
Directory.CreateDirectory(newRootSol);
System.Diagnostics.Process.Start(copy_script, oldRootSol + " " + newRootSol + " " + project_name + ".sln ").WaitForExit();
//Update references to the new version for all projects which refer to it
foreach (string projectPath in paths)
{
Console.WriteLine("Updating " + projectPath);
PackageConfigReader newConfReader = new PackageConfigReader();
string newPathToPackages = newRootSol + projectPath + @"packages.config";
string newProjectPath = newRootSol + projectPath;
string project = Directory.EnumerateFiles(newProjectPath, "*.csproj?").First();
UpdateCommand updateCmd = new UpdateCommand();
bool update_success = updateCmd.Execute(e.Packageid, project, e.Version, newRootSol + @"\packages");
if (update_success == false)
{
success = false;
break;
}
newConfReader.writeToConfig(newPathToPackages, e.Packageid, e.Version);
}
if (success)
{
//If uodate is successful, run the build and write results to final report.
System.Diagnostics.Process.Start(@"G:\new_demo\ApiMonkey\C#\nApiMonkey\nApiMonkey\scripts\build.bat", newRootSol + " " + project_name + ".sln " + testLocation).WaitForExit();
tr = new TRXReader();
testResult = tr.read(newRootSol + @"\testResults.trx");
repo.writeBuildReport(newRootSol, e.Packageid, e.Version, testResult, true);
}
else
{
repo.writeBuildReport(newRootSol, e.Packageid, e.Version, testResult, false);
}
}
}
Console.ReadKey();
}