void GenerateTestRteHFile(ComponentDefenition compDef, String outputDir)
{
String FileName = outputDir + "\\" + Properties.Resources.TEST_RTE_H_FILENAME;
StreamWriter writer = new StreamWriter(FileName);
RteFunctionsGenerator.GenerateFileTitle(writer, Properties.Resources.TEST_RTE_H_FILENAME, "This file contains structure for provide test environment.");
String guardDefine = RteFunctionsGenerator.OpenGuardDefine(writer);
/* Add includes */
RteFunctionsGenerator.AddInclude(writer, Properties.Resources.RTE_DATATYPES_H_FILENAME);
RteFunctionsGenerator.AddInclude(writer, "Rte_" + compDef.Name + ".h");
RteFunctionsGenerator.AddInclude(writer, Properties.Resources.TEST_FRAMEWORK_H_FILENAME);
RteFunctionsGenerator.AddInclude(writer, "<string.h>");
/* Create structure */
CreateTestArtefactStructure(writer, compDef);
writer.WriteLine("/* All periodical runnables */");
foreach (PeriodicRunnableDefenition runnable in compDef.Runnables)
{
writer.WriteLine(RteFunctionsGenerator.Generate_RunnableFunction(compDef, runnable) + ";");
}
writer.WriteLine();
writer.WriteLine("/* All server calls */");
CreateRteCallFunctionDeclarations(writer, compDef);
writer.WriteLine();
RteFunctionsGenerator.CloseGuardDefine(writer);
RteFunctionsGenerator.WriteEndOfFile(writer);
writer.Close();
}
void GenerateTestRteCFile(ComponentDefenition compDef, String outputDir)
{
String FileName = outputDir + "\\" + Properties.Resources.TEST_RTE_C_FILENAME;
StreamWriter writer = new StreamWriter(FileName);
RteFunctionsGenerator.GenerateFileTitle(writer, Properties.Resources.TEST_RTE_C_FILENAME, "This file contains function for test environment.");
String guardDefine = RteFunctionsGenerator.OpenGuardDefine(writer);
/* Add includes */
RteFunctionsGenerator.AddInclude(writer, Properties.Resources.TEST_RTE_H_FILENAME);
writer.WriteLine();
/* Declare test structure */
writer.WriteLine(TestArtefactsStructureDataType + " " + TestArtefactsVariable + ";");
writer.WriteLine();
/* Create functions */
CreateRteWriteFunctions(writer, compDef);
CreateRteReadFunctions(writer, compDef);
CreateRteCDataFunctions(writer, compDef);
CreateRtePimFunctions(writer, compDef);
CreateRteCallFunctions(writer, compDef);
RteFunctionsGenerator.CloseGuardDefine(writer);
RteFunctionsGenerator.WriteEndOfFile(writer);
writer.Close();
}
void GenerateTestInitializationFile(ComponentDefenition compDef, String outputDir)
{
String FileName = outputDir + "\\" + Properties.Resources.TEST_INITIALIZATION_FILENAME;
StreamWriter writer = new StreamWriter(FileName);
RteFunctionsGenerator.GenerateFileTitle(writer, Properties.Resources.TEST_RTE_C_FILENAME, "This file contains functions for component initialization before each test");
String guardDefine = RteFunctionsGenerator.OpenGuardDefine(writer);
/* Add includes */
RteFunctionsGenerator.AddInclude(writer, Properties.Resources.TEST_RTE_H_FILENAME);
RteFunctionsGenerator.AddInclude(writer, Properties.Resources.RTE_DATATYPES_H_FILENAME);
writer.WriteLine();
/* Write parameters count as equal value to component instances */
ComponentInstancesList componentInstances = AutosarApplication.GetInstance().GetComponentInstanceByDefenition(compDef);
writer.WriteLine("const int " + ParametersCount + " = " + componentInstances.Count.ToString() + ";");
writer.WriteLine();
/* Add function for component variable initialization */
writer.WriteLine("/* User function for variable initialization */");
writer.WriteLine("extern void VariableInitialization();");
writer.WriteLine();
/* Declare test initialization function */
writer.WriteLine("void " + TestInitializationFunctionName + "(int paramIndex)");
writer.WriteLine("{");
/* Clear test structure */
writer.WriteLine(" memset(&" + TestArtefactsVariable + ", 0, sizeof(" + TestArtefactsStructureDataType + " ));");
if (componentInstances.Count > 0)
{
/* Fill CData constants */
writer.WriteLine(" switch(paramIndex)");
writer.WriteLine(" {");
for (int i = 0; i < componentInstances.Count; i++)
{
writer.WriteLine(" case " + i.ToString() + ":");
writer.WriteLine(" {");
/* CDATA */
for (int j = 0; j < compDef.CDataDefenitions.Count; j++)
{
CDataDefenition cdataDef = compDef.CDataDefenitions[j];
CDataInstance cdataInstance = componentInstances[i].CDataInstances.GetCData(cdataDef.GUID);
writer.Write(" " + TestArtefactsVariable + "." + RteFunctionsGenerator.GenerateShortCDataFunctionName(cdataDef) + ".Value = ");
IGUID datatype = cdataDef.DataType;
if ((datatype is BaseDataType) || (datatype is SimpleDataType) || (datatype is EnumDataType))
{
RteFunctionsGenerator.WriteDefaultValueForCDataDefenition(writer, componentInstances[i], cdataInstance);
}
writer.WriteLine(";");
}
for (int j = 0; j < compDef.PerInstanceMemoryList.Count; j++)
{
PimDefenition pimDef = compDef.PerInstanceMemoryList[j];
PimInstance pimInstance = componentInstances[i].PerInstanceMemories.GetPim(pimDef.GUID);
WritePIMDefaultValues(writer, pimInstance);
}
writer.WriteLine(" break;");
writer.WriteLine(" }");
}
writer.WriteLine(" }");
}
/* Write RTE_OK to all return functions */
foreach (PortDefenition portDef in compDef.Ports)
{
if (portDef.InterfaceDatatype is SenderReceiverInterface)
{
SenderReceiverInterface srInterface = (SenderReceiverInterface)portDef.InterfaceDatatype;
foreach (SenderReceiverInterfaceField srField in srInterface.Fields)
{
String fieldName = RteFunctionsGenerator.GenerateReadWriteFunctionName(portDef, srField);
writer.WriteLine(" " + TestArtefactsVariable + "." + fieldName + ".ReturnValue = RTE_E_OK;");
}
}
}
writer.WriteLine();
/* Initialize component variables */
writer.WriteLine(" VariableInitialization();");
writer.WriteLine("}");
RteFunctionsGenerator.CloseGuardDefine(writer);
RteFunctionsGenerator.WriteEndOfFile(writer);
writer.Close();
}
