protected override IAsyncResult BeginExecute(AsyncCodeActivityContext context, AsyncCallback callback, object state)
{
string configurationFile = ConfigurationFile.Get(context);
int timeoutMinutes = TimeOutMinutes.Get(context);
string xpoFile = XPOFile.Get(context);
StringList layerCodes = LayerCodes.Get(context);
string modelManifest = ModelManifestFile.Get(context);
string modelName;
string publisher;
string layer;
string layerCode;
Helper.ExtractClientLayerModelInfo(configurationFile, layerCodes, modelManifest, out modelName, out publisher, out layer, out layerCode);
var clientConfig = Helper.GetClientConfig(configurationFile);
Client.AutoRun.AxaptaAutoRun autoRun = new Client.AutoRun.AxaptaAutoRun()
{
ExitWhenDone = true, LogFile = string.Format(@"{0}\ImportLog-{1}.xml", Environment.ExpandEnvironmentVariables(clientConfig.LogDirectory), Guid.NewGuid())
};
autoRun.Steps.Add(new Client.AutoRun.XpoImport()
{
File = xpoFile
});
string autoRunFile = string.Format(@"{0}\AutoRun-ImportXPO-{1}.xml", Environment.GetEnvironmentVariable("temp"), Guid.NewGuid());
Client.AutoRun.AxaptaAutoRun.SerializeAutoRun(autoRun, autoRunFile);
context.TrackBuildMessage(string.Format("Importing XPO {0} into model {1}", xpoFile, modelName));
Process process = Client.Client.StartCommand(new Client.Commands.AutoRun()
{
ConfigurationFile = configurationFile, Layer = layer, LayerCode = layerCode, Model = modelName, ModelPublisher = publisher, Filename = autoRunFile
});
Func <int, int, Exception> processWaitDelegate = new Func <int, int, Exception>(CommandContext.WaitForProcess);
context.UserState = new CommandContext {
Delegate = processWaitDelegate, Process = process, AutoRun = autoRun, AutoRunFile = autoRunFile, LogFile = autoRun.LogFile
};
return(processWaitDelegate.BeginInvoke(process.Id, timeoutMinutes, callback, state));
}
protected override IAsyncResult BeginExecute(AsyncCodeActivityContext context, AsyncCallback callback, object state)
{
int timeOutMinutes = TimeOutMinutes.Get(context);
string clientExePath = ClientExecutablePath.Get(context);
string configurationFile = ConfigurationFile.Get(context);
context.TrackBuildMessage("Generating CIL.");
Client.Commands.GenerateCIL compile = new Client.Commands.GenerateCIL()
{
Minimize = true,
LazyClassLoading = true,
LazyTableLoading = true
};
if (!string.IsNullOrEmpty(configurationFile))
{
compile.ConfigurationFile = configurationFile;
}
Process process = null;
if (string.IsNullOrEmpty(clientExePath))
{
process = Client.Client.StartCommand(compile);
}
else
{
process = Client.Client.StartCommand(clientExePath, compile);
}
var alternateBinDirectory = Helper.GetServerConfig(configurationFile).AlternateBinDirectory;
Func <int, int, Exception> processWaitDelegate = new Func <int, int, Exception>(CommandContext.WaitForProcess);
context.UserState = new CommandContext {
Delegate = processWaitDelegate, Process = process, AutoRun = null, AutoRunFile = null, LogFile = string.Format(@"{0}\XppIL\Dynamics.Ax.Application.dll.log", Environment.ExpandEnvironmentVariables(alternateBinDirectory))
};
return(processWaitDelegate.BeginInvoke(process.Id, timeOutMinutes, callback, state));
}
protected override IAsyncResult BeginExecute(AsyncCodeActivityContext context, AsyncCallback callback, object state)
{
int timeOutMinutes = TimeOutMinutes.Get(context);
AXBuild.Commands.Compile compile = new AXBuild.Commands.Compile()
{
Workers = Workers.Get(context),
LogPath = Directory.CreateDirectory(Path.Combine(Path.GetTempPath(), Path.GetRandomFileName())).FullName
};
string configurationFile = ConfigurationFile.Get(context);
string serverBinPath = Helper.GetServerConfig(configurationFile).AlternateBinDirectory;
if (string.IsNullOrEmpty(serverBinPath))
{
throw new Exception("Could not determine server binaries path");
}
string altBin = AlternateBinaryFolder.Get(context);
if (string.IsNullOrEmpty(altBin))
{
altBin = Helper.GetClientConfig(configurationFile).BinaryDirectory;
}
compile.Compiler = Path.Combine(serverBinPath, "Ax32Serv.exe");
compile.AOSInstance = Helper.GetServerNumber(configurationFile).ToString("D2");
compile.AltBinDir = altBin;
context.TrackBuildMessage("Compiling application using AXBuild", BuildMessageImportance.Normal);
Process process = AXBuild.AXBuild.StartCommand(serverBinPath, compile);
Func <int, int, Exception> processWaitDelegate = new Func <int, int, Exception>(CommandContext.WaitForProcess);
context.UserState = new CommandContext {
Delegate = processWaitDelegate, Process = process, AutoRun = null, AutoRunFile = null, LogFile = Path.Combine(compile.LogPath, "AxCompileAll.html")
};
return(processWaitDelegate.BeginInvoke(process.Id, timeOutMinutes, callback, state));
}
protected override IAsyncResult BeginExecute(AsyncCodeActivityContext context, AsyncCallback callback, object state)
{
bool updateXRef = UpdateCrossReference.Get(context);
int timeOutMinutes = TimeOutMinutes.Get(context);
string clientExePath = ClientExecutablePath.Get(context);
string configurationFile = ConfigurationFile.Get(context);
context.TrackBuildMessage(string.Format("Compiling application {0} cross-reference update.", updateXRef ? "with" : "without"));
Client.Commands.Compile compile = new Client.Commands.Compile()
{
Minimize = true,
LazyClassLoading = true,
LazyTableLoading = true,
UpdateCrossReference = updateXRef
};
if (!string.IsNullOrEmpty(configurationFile))
{
compile.ConfigurationFile = configurationFile;
}
StringList layerCodes = LayerCodes.Get(context);
if (layerCodes != null)
{
string modelManifest = ModelManifestFile.Get(context);
if (!string.IsNullOrEmpty(modelManifest))
{
string model;
string publisher;
string layer;
string layerCode;
Helper.ExtractClientLayerModelInfo(configurationFile, layerCodes, modelManifest, out model, out publisher, out layer, out layerCode);
compile.Model = model;
compile.ModelPublisher = publisher;
compile.Layer = layer;
compile.LayerCode = layerCode;
}
}
Process process = null;
if (string.IsNullOrEmpty(clientExePath))
{
process = Client.Client.StartCommand(compile);
}
else
{
process = Client.Client.StartCommand(clientExePath, compile);
}
var clientConfig = Helper.GetClientConfig(configurationFile);
Func <int, int, Exception> processWaitDelegate = new Func <int, int, Exception>(CommandContext.WaitForProcess);
context.UserState = new CommandContext {
Delegate = processWaitDelegate, Process = process, AutoRun = null, AutoRunFile = null, LogFile = string.Format(@"{0}\{1}", Environment.ExpandEnvironmentVariables(clientConfig.LogDirectory), "AxCompileAll.html")
};
return(processWaitDelegate.BeginInvoke(process.Id, timeOutMinutes, callback, state));
}
protected override IAsyncResult BeginExecute(AsyncCodeActivityContext context, AsyncCallback callback, object state)
{
string configurationFile = ConfigurationFile.Get(context);
int timeoutMinutes = TimeOutMinutes.Get(context);
string vsProjectsFolder = VSProjectsFolder.Get(context);
StringList layerCodes = LayerCodes.Get(context);
if (!Directory.Exists(vsProjectsFolder))
{
context.TrackBuildMessage(string.Format("VS Projects folder {0} not found.", vsProjectsFolder));
// TODO Is there a better way with this? can we just return null or something?
Func <int, int, Exception> bogusDelegate = new Func <int, int, Exception>(CommandContext.WaitForProcess);
context.UserState = new CommandContext {
Delegate = bogusDelegate, Process = null, AutoRun = null, AutoRunFile = null
};
return(bogusDelegate.BeginInvoke(0, 0, callback, state));
}
string modelName;
string publisher;
string layer;
string layerCode;
string modelManifest = ModelManifestFile.Get(context);
Helper.ExtractClientLayerModelInfo(configurationFile, layerCodes, modelManifest, out modelName, out publisher, out layer, out layerCode);
var clientConfig = Helper.GetClientConfig(configurationFile);
Client.AutoRun.AxaptaAutoRun autoRun = new Client.AutoRun.AxaptaAutoRun()
{
ExitWhenDone = true, LogFile = string.Format(@"{0}\VSImportLog-{1}.xml", Environment.ExpandEnvironmentVariables(clientConfig.LogDirectory), Guid.NewGuid())
};
var filesToProcess = from filter in new[] { "*.csproj", "*.dynamicsproj", "*.vbproj" }
select Directory.GetFiles(vsProjectsFolder, filter, SearchOption.AllDirectories);
foreach (string filename in filesToProcess.SelectMany(f => f))
{
autoRun.Steps.Add(new Client.AutoRun.Run()
{
Type = Client.AutoRun.RunType.@class, Name = "SysTreeNodeVSProject", Method = "importProject", Parameters = string.Format("@'{0}'", filename)
});
}
string autoRunFile = string.Format(@"{0}\AutoRun-VSImport-{1}.xml", Environment.GetEnvironmentVariable("temp"), Guid.NewGuid());
Client.AutoRun.AxaptaAutoRun.SerializeAutoRun(autoRun, autoRunFile);
context.TrackBuildMessage(string.Format("Importing VS Projects from folder {0} into model {1}", vsProjectsFolder, modelName));
Process process = Client.Client.StartCommand(new Client.Commands.AutoRun()
{
ConfigurationFile = configurationFile, Layer = layer, LayerCode = layerCode, Model = modelName, ModelPublisher = publisher, Filename = autoRunFile
});
Func <int, int, Exception> processWaitDelegate = new Func <int, int, Exception>(CommandContext.WaitForProcess);
context.UserState = new CommandContext {
Delegate = processWaitDelegate, Process = process, AutoRun = autoRun, AutoRunFile = autoRunFile, LogFile = autoRun.LogFile
};
return(processWaitDelegate.BeginInvoke(process.Id, timeoutMinutes, callback, state));
}
protected override IAsyncResult BeginExecute(AsyncCodeActivityContext context, AsyncCallback callback, object state)
{
int timeoutMinutes = TimeOutMinutes.Get(context);
string configurationFile = ConfigurationFile.Get(context);
StringList layerCodes = LayerCodes.Get(context);
string labelFilesFolder = LabelFilesFolder.Get(context);
if (!Directory.Exists(labelFilesFolder))
{
context.TrackBuildWarning(string.Format("Label file folder {0} not found.", labelFilesFolder));
// TODO Is there a better way with this? can we just return null or something?
Func <int, int, Exception> bogusDelegate = new Func <int, int, Exception>(CommandContext.WaitForProcess);
context.UserState = new CommandContext {
Delegate = bogusDelegate, Process = null, AutoRun = null, AutoRunFile = null
};
return(bogusDelegate.BeginInvoke(0, 0, callback, state));
}
string modelName;
string publisher;
string layer;
string layerCode;
string modelManifest = ModelManifestFile.Get(context);
Helper.ExtractClientLayerModelInfo(configurationFile, layerCodes, modelManifest, out modelName, out publisher, out layer, out layerCode);
var clientConfig = Helper.GetClientConfig(configurationFile);
Client.AutoRun.AxaptaAutoRun autoRun = new Client.AutoRun.AxaptaAutoRun()
{
ExitWhenDone = true, LogFile = string.Format(@"{0}\LabelFlushLog-{1}.xml", Environment.ExpandEnvironmentVariables(clientConfig.LogDirectory), Guid.NewGuid())
};
Client.Commands.ImportLabelFile importCommand = new Client.Commands.ImportLabelFile()
{
ConfigurationFile = configurationFile, Layer = layer, LayerCode = layerCode, Model = modelName, ModelPublisher = publisher
};
foreach (string filename in Directory.GetFiles(labelFilesFolder, "*.ald"))
{
if (!IsEmptyLabelFile(filename))
{
context.TrackBuildMessage(string.Format("Importing label file {0} into model {1} ({2})", filename, modelName, publisher));
importCommand.Filename = filename;
Client.Client.ExecuteCommand(importCommand, timeoutMinutes);
string labelFile = Path.GetFileNameWithoutExtension(filename).Substring(2, 3);
string labelLanguage = Path.GetFileNameWithoutExtension(filename).Substring(5);
autoRun.Steps.Add(new Client.AutoRun.Run()
{
Type = Client.AutoRun.RunType.@class, Name = "Global", Method = "info", Parameters = string.Format("strFmt(\"Flush label {0} language {1}: %1\", Label::flush(\"{0}\",\"{1}\"))", labelFile, labelLanguage)
});
}
}
string autoRunFile = string.Format(@"{0}\AutoRun-LabelFlush-{1}.xml", Environment.GetEnvironmentVariable("temp"), Guid.NewGuid());
Client.AutoRun.AxaptaAutoRun.SerializeAutoRun(autoRun, autoRunFile);
context.TrackBuildMessage(string.Format("Flushing imported label files"));
Process process = Client.Client.StartCommand(new Client.Commands.AutoRun()
{
ConfigurationFile = configurationFile, Layer = layer, LayerCode = layerCode, Model = modelName, ModelPublisher = publisher, Filename = autoRunFile
});
Func <int, int, Exception> processWaitDelegate = new Func <int, int, Exception>(CommandContext.WaitForProcess);
context.UserState = new CommandContext {
Delegate = processWaitDelegate, Process = process, AutoRun = autoRun, AutoRunFile = autoRunFile, LogFile = autoRun.LogFile
};
return(processWaitDelegate.BeginInvoke(process.Id, timeoutMinutes, callback, state));
}
protected override void EndExecute(AsyncCodeActivityContext context, IAsyncResult result)
{
CommandContext userState = context.UserState as CommandContext;
if (userState != null)
{
Func <int, int, Exception> processWaitDelegate = userState.Delegate;
Exception processWaitException = processWaitDelegate.EndInvoke(result);
if (processWaitException != null)
{
throw processWaitException;
}
Client.CILGenerationOutput output = null;
try
{
output = Client.CILGenerationOutput.CreateFromFile(userState.LogFile);
}
catch (FileNotFoundException)
{
throw new Exception("CIL generation log could not be found");
}
catch (Exception ex)
{
throw new Exception(string.Format("Error parsing CIL generation log: {0}", ex.Message));
}
bool hasErrors = false;
foreach (var item in output.Output)
{
string compileMessage;
if (item.LineNumber > 0)
{
compileMessage = string.Format("Object {0} method {1}, line {2} : {3}", item.ElementName, item.MethodName, item.LineNumber, item.Message);
}
else
{
compileMessage = string.Format("Object {0} method {1} : {2}", item.ElementName, item.MethodName, item.Message);
}
switch (item.Severity)
{
// Compile Errors
case 0:
context.TrackBuildError(compileMessage);
hasErrors = true;
break;
// Compile Warnings
case 1:
context.TrackBuildWarning(compileMessage);
break;
// "Other"
case 4:
default:
context.TrackBuildMessage(item.Message);
break;
}
}
if (hasErrors)
{
throw new Exception("CIL error(s) found");
}
}
}