public string toCPkgFunctionDefinitionString()
{
string tempText = toCPkgFunctionPrototypeString();
tempText = tempText.Replace("XPLAT_DLL_API", "");
string startText = tempText.Substring(0, tempText.IndexOf("packStructPtr);\n") + ("packStructPtr)").Length);
string endText = tempText.Substring(tempText.IndexOf("packStructPtr);\n") + ("packStructPtr);\n").Length);
endText = endText.Substring(0, endText.Length - 2);
// Package Function Definition
startText += "\n{\n";
startText += "\t// Initialize pointer to start of packet area in output buffer\n\txplatAPI_Data->outPackBuffPtr = xplatAPI_Data->outputPacket;\n\t// Package bytes and increment pointer\n";
int PacketOffset = 0;
XPlatAutoGEN packXPlatAutoGEN = new XPlatAutoGEN(4);
XPlatAutoGEN unpackXPlatAutoGEN = new XPlatAutoGEN(4);
foreach (imsSerialParamData SPD in PacketSPDs)
{
if (LinkedCommSystem.SystemIsBigEndian)
{
packXPlatAutoGEN.AddLineTokens(SPD.toCPackFuncDefString(ref PacketOffset, "BIG"));
}
else
{
packXPlatAutoGEN.AddLineTokens(SPD.toCPackFuncDefString(ref PacketOffset, "little"));
}
}
packXPlatAutoGEN.AlignColumnsInputTokens();
startText += packXPlatAutoGEN.ReturnOutputLines() + "}\n";
// Unpack Function Definition
endText += "\n{\n";
endText += "\t// Initialize pointer to start of packet area in input buffer\n\txplatAPI_Data->inPackBuffPtr = xplatAPI_Data->inputPacket;\n\t// UnPack bytes and increment pointer\n";
endText += "\tswitch(xplatAPI_Data->inputBuffer[HDRPCKOFFSETINDEX])\n\t{\n";
PacketOffset = 0;
foreach (imsSerialParamData SPD in PacketSPDs)
{
if (LinkedCommSystem.SystemIsBigEndian)
{
unpackXPlatAutoGEN.AddLineTokens(SPD.toCUnPackFuncDefString(ref PacketOffset, "BIG"));
}
else
{
unpackXPlatAutoGEN.AddLineTokens(SPD.toCUnPackFuncDefString(ref PacketOffset, "little"));
}
}
unpackXPlatAutoGEN.AlignColumnsInputTokens();
endText += unpackXPlatAutoGEN.ReturnOutputLines() + "\n\t\tdefault:break;\n\t}\n}\n";
return(startText + endText);
}
