protected internal static int symHasXdef(string symName, IECUFileInformation t5T, IECUFile fileData)
{
SymbolCollection symbols = t5T.SymbolCollection;
// Some symbols borrow size and axes from other maps (Far from complete list)
if (symName == "Ign_map_4")
{
symName = "Ign_map_0";
}
else if (symName == "Mis200_map" || symName == "Mis1000_map")
{
symName = "Misfire_map";
}
foreach (SymbolHelper sh in symbols)
{
if (sh.SmartVarname == symName + "_x_size!" && sh.Flash_start_address > 0x7FFF && sh.Length == 2)
{
byte[] data = fileData.ReadData((uint)sh.Flash_start_address, 2);
return(data[0] << 8 | data[1]);
}
}
return(0);
}
protected internal static void create(string filename, IECUFileInformation t5T, IECUFile fileData)
{
string outputfile = Path.GetDirectoryName(filename);
outputfile = Path.Combine(outputfile, Path.GetFileNameWithoutExtension(filename) + "-autogen.idc");
int romStart = 0x80000 - t5T.Filelength;
using (StreamWriter sw = new StreamWriter(outputfile))
{
sw.WriteLine("// ");
sw.WriteLine("// This file for Trionic 5 symboltable ");
sw.WriteLine("// ");
sw.WriteLine("// History: ");
sw.WriteLine("// ");
sw.WriteLine("// 23.12.12 19:00 Started by Dmitry Khoroshev");
sw.WriteLine("// 18-11-2014 21:04 Autogen by Mattias Claesson");
sw.WriteLine("// 14-03-2018 19:05 T5 by Christian Ivarsson ");
sw.WriteLine(" ");
sw.WriteLine("#include <idc.idc> ");
sw.WriteLine(" ");
sw.WriteLine("static namevar(name,addr,size) { ");
sw.WriteLine(" auto i; ");
sw.WriteLine(" ");
sw.WriteLine(" if (addr != 0) { ");
sw.WriteLine(" Message(name); ");
sw.WriteLine(" Message(\"\\n\"); ");
sw.WriteLine(" MakeByte(addr); ");
sw.WriteLine(" if(size==4) { ");
sw.WriteLine(" MakeDword(addr); ");
sw.WriteLine(" } ");
sw.WriteLine(" else if(size>1) { ");
sw.WriteLine(" MakeArray(addr,size); ");
sw.WriteLine(" } ");
sw.WriteLine(" MakeName(addr,name); ");
sw.WriteLine(" } ");
sw.WriteLine("} ");
sw.WriteLine("//------------------------------------------------------------------------");
sw.WriteLine("// General information ");
sw.WriteLine(" ");
sw.WriteLine("static GenInfo(void) { ");
sw.WriteLine(" ");
sw.WriteLine(" DeleteAll(); // purge database ");
sw.WriteLine(" SetPrcsr(\"68330\"); ");
sw.WriteLine(" StringStp(0xA); ");
sw.WriteLine(" Tabs(1); ");
sw.WriteLine(" Comments(1); ");
sw.WriteLine(" Voids(0); ");
sw.WriteLine(" XrefShow(2); ");
sw.WriteLine(" AutoShow(1); ");
sw.WriteLine(" Indent(16); ");
sw.WriteLine(" CmtIndent(40); ");
sw.WriteLine(" TailDepth(0x10); ");
sw.WriteLine(" ");
sw.WriteLine(" auto aOpt; "); // Change some of the default settings
sw.WriteLine(" aOpt = GetLongPrm(INF_AF); ");
sw.WriteLine(" aOpt = aOpt & ~AF_FINAL; "); // Untick Final pass
sw.WriteLine(" aOpt = aOpt & ~AF_UNK; "); // Untick Delete ins w/out xref (IDA is bad with jump tables and _WILL_ butcher functions if this is ticked)
sw.WriteLine(" SetLongPrm(INF_AF, aOpt); ");
sw.WriteLine(" aOpt = GetLongPrm(INF_AF2); ");
sw.WriteLine(" aOpt = aOpt | AF2_VERSP; "); // Tick Full stack analysis
sw.WriteLine(" SetLongPrm(INF_AF2, aOpt); ");
sw.WriteLine("} ");
sw.WriteLine(" ");
sw.WriteLine("//------------------------------------------------------------------------");
sw.WriteLine("// Information about segmentation ");
sw.WriteLine(" ");
sw.WriteLine("static Segments(void) { ");
sw.WriteLine(" SetSelector(0X1,0X0); ");
sw.WriteLine(String.Format(" SegCreate(0x{0},0X80000,0X0,1,1,2);", romStart.ToString("X")));
sw.WriteLine(String.Format(" SegRename(0x{0},\"ROM\"); ", romStart.ToString("X")));
sw.WriteLine(String.Format(" SegClass (0x{0},\"CODE\"); ", romStart.ToString("X")));
sw.WriteLine(String.Format(" SetSegmentType(0x{0},2); ", romStart.ToString("X")));
sw.WriteLine(" SegCreate(0X0,0X8000,0X0,1,1,2); ");
sw.WriteLine(" SegRename(0X0,\"RAM\"); ");
sw.WriteLine(" SegClass (0X0,\"\"); ");
sw.WriteLine(" SegCreate(0XF007F0, 0XF00810, 0X0, 1,1,2);");
sw.WriteLine(" SegRename(0XF007F0,\"CAN\"); ");
sw.WriteLine(" SegClass (0XF007F0,\"\"); ");
sw.WriteLine(" SegCreate(0XFFF000, 0XFFF800, 0X0, 1,1,2);");
sw.WriteLine(" SegRename(0XFFF000, \"TPURAM\"); ");
sw.WriteLine(" SegClass(0XFFF000, \"\"); ");
sw.WriteLine(" SegCreate(0XFFFA00, 0XFFFEFF, 0X0, 1,1,2);");
sw.WriteLine(" SegRename(0XFFFA00, \"Internal\"); ");
sw.WriteLine(" SegClass(0XFFFA00, \"\"); ");
sw.WriteLine(" SegCreate(0XFFFF00, 0XFFFFFF, 0X0, 1,1,2);");
sw.WriteLine(" SegRename(0XFFFF00, \"TPUPRAM\"); ");
sw.WriteLine(" SegClass(0XFFFF00, \"\"); ");
sw.WriteLine(" LowVoids(0x000000); ");
sw.WriteLine(" HighVoids(0x080000); ");
sw.WriteLine("} ");
sw.WriteLine(" ");
// Handle generation of entries in the interrupt table since Trionic 5 is inconsistent
sw.WriteLine("static GenTable(void) { ");
sw.WriteLine(String.Format(" auto currAddress = 0x{0}; ", (romStart + 4).ToString("X")));
sw.WriteLine(" auto Step = 1; ");
sw.WriteLine(String.Format(" MakeDword(0x{0}); ", romStart.ToString("X")));
sw.WriteLine(String.Format(" MakeName(0x{0},\"INIT_SP\");", romStart.ToString("X")));
sw.WriteLine(" MakeName(Dword(currAddress),\"INIT_Entry\");");
sw.WriteLine(" while (Step < 256) { ");
sw.WriteLine(" if (Dword(currAddress) != 0xFFFFFFFF && GetFunctionName(Dword(currAddress)) == 0) {");
sw.WriteLine(" if (MakeFunction(Dword(currAddress), BADADDR) == 0) { return; }");
sw.WriteLine(" } ");
sw.WriteLine(" MakeDword(currAddress); ");
sw.WriteLine(" currAddress = currAddress + 4; ");
sw.WriteLine(" Step ++; ");
sw.WriteLine("}} ");
sw.WriteLine(" ");
sw.WriteLine("static PrintFooter(void) { "); // Print out info in the footer area
sw.WriteLine(" auto Location = 0x80000 - 6; ");
sw.WriteLine(" auto Len, Type; ");
sw.WriteLine(" while (Byte(Location) != 0xFF && ");
sw.WriteLine(" Byte(Location + 1) != 0xFF) { ");
sw.WriteLine(" Len = Byte(Location + 1); ");
sw.WriteLine(" Type = Byte(Location); ");
sw.WriteLine(" Location = Location - Len; ");
sw.WriteLine(" if (Type == 0x01) { ");
sw.WriteLine(" MakeName(Location,\"Partnumber_1\");");
sw.WriteLine(" } else if (Type == 0x02) { ");
sw.WriteLine(" MakeName(Location,\"Partnumber_2\");");
sw.WriteLine(" } else if (Type == 0x03) { ");
sw.WriteLine(" MakeName(Location, \"Software_ID\");");
sw.WriteLine(" } else if (Type == 0x04) { ");
sw.WriteLine(" MakeName(Location, \"Eng_type\"); ");
sw.WriteLine(" } else if (Type == 0x05) { ");
sw.WriteLine(" MakeName(Location, \"VSS_Code\"); ");
sw.WriteLine(" } else if (Type == 0x06) { ");
sw.WriteLine(" MakeName(Location, \"Type\"); ");
sw.WriteLine(" } else if (Type == 0xFC) { ");
sw.WriteLine(" MakeName(Location, \"Flash_End\"); ");
sw.WriteLine(" } else if (Type == 0xFD) { ");
sw.WriteLine(" MakeName(Location, \"Flash_Start\");");
sw.WriteLine(" } else if (Type == 0xFE) { ");
sw.WriteLine(" MakeName(Location, \"Binary_End\"); ");
sw.WriteLine(" } ");
sw.WriteLine(" MakeStr(Location, Location + Len); "); // Turn text into a string
sw.WriteLine(" MakeArray(Location + Len, 2); "); // Neat up info-bytes (type and length)
sw.WriteLine(" Location = Location - 2; "); // Step down to next pair of info-bytes
sw.WriteLine("}} ");
sw.WriteLine(" ");
sw.WriteLine("static main(void) { "); // Main script
sw.WriteLine(" GenInfo(); ");
sw.WriteLine(" Segments(); ");
sw.WriteLine(" GenTable(); ");
SymbolCollection symbols = t5T.SymbolCollection;
if (symbols.Count > 0)
{
foreach (SymbolHelper sh in symbols)
{
string name = sh.SmartVarname.Replace(" ", "_").Replace("!", "");
int Len = sh.Length;
if (Len > 0)
{
long Address = sh.Flash_start_address < 0x8000 ? sh.Start_address : sh.Flash_start_address;
if (Address < 0x8000)
{
sw.WriteLine(String.Format(" namevar(\"r{0}\", 0x{1}, 0x{2});", name, Address.ToString("X"), Len.ToString("X")));
}
else
{
sw.WriteLine(String.Format(" namevar(\"f{0}\", 0x{1}, 0x{2});", name, Address.ToString("X"), Len.ToString("X")));
}
// Special case for known string(s)
if (name == "Data_namn")
{
sw.WriteLine(String.Format(" MakeStr(0x{0}, 0x{1});", Address.ToString("X"), (Address + Len).ToString("X")));
}
// Turn larger symbols into arrays (Must be named beforehand)
else if (Len > 4)
{
byte Divider = 1;
// Check size, alignment and width. If all pass, change it into a 16-bit symbol
if ((Len & 1) == 0 && (Address & 1) == 0 && t5T.isSixteenBitTable(sh.SmartVarname) == true)
{
Divider = 2;
sw.WriteLine(String.Format(" MakeWord(0x{0});", Address.ToString("X")));
}
// Turn it into an array
sw.WriteLine(String.Format(" MakeArray(0x{0}, 0x{1});", Address.ToString("X"), (Len / Divider).ToString("X")));
int symX = symHasXdef(name, t5T, fileData); // Look for corresponding X size
int arrX = symX == 0 ? 16 : symX; // Default do width of 16 if "sym_x_Size!" could not be found
int arrayXsize = Len >= arrX ? arrX : Len; // Shorten width in case it's larger than total symbol length
int arrayAlign = Divider == 2 ? 6 : 4; // Do not space bytes too wide apart or words too tight together
byte arrayFormat = 0x14; // Display index in hex (0x10), Enable index (0x04)
// Check for symbols that are signed (Not complete list)
if (name == "Ign_map_0" || name == "Ign_map_4")
{
arrayFormat |= 2; // Signed data
}
// Compact arrays in SRAM
if (Address < 0x8000)
{
arrayFormat |= 1; // "dup" construct
}
// Configure signedness, width and how to align contents
sw.WriteLine(String.Format(" SetArrayFormat(0x{0}, 0x{1}, 0x{2}, 0x{3});", Address.ToString("X"), arrayFormat.ToString("X"), arrayXsize.ToString("X"), arrayAlign.ToString("X")));
}
}
}
}
sw.WriteLine(" namevar(\"CAN_LONGACC\", 0xF007FE,0x1);"); // CAN
sw.WriteLine(" namevar(\"CAN_CMDPORT\", 0xF007FF,0x1);");
sw.WriteLine(" namevar(\"CAN_DATAPORT\",0xF00800,0x1);");
sw.WriteLine(" namevar(\"SIM_SIMCR\" , 0xFFFA00, 0x2);"); // SIM
sw.WriteLine(" namevar(\"SIM_SIMTR\" , 0xFFFA02, 0x2);");
sw.WriteLine(" namevar(\"SIM_SYNCR\" , 0xFFFA04, 0x2);");
sw.WriteLine(" namevar(\"SIM_RSR\" , 0xFFFA07, 0x1);");
sw.WriteLine(" namevar(\"SIM_SIMTRE\", 0xFFFA08, 0x2);");
sw.WriteLine(" namevar(\"SIM_PORTE0\", 0xFFFA11, 0x1);");
sw.WriteLine(" namevar(\"SIM_PORTE1\", 0xFFFA13, 0x1);");
sw.WriteLine(" namevar(\"SIM_DDRE\" , 0xFFFA15, 0x1);");
sw.WriteLine(" namevar(\"SIM_PEPAR\" , 0xFFFA17, 0x1);");
sw.WriteLine(" namevar(\"SIM_PORTF0\", 0xFFFA19, 0x1);");
sw.WriteLine(" namevar(\"SIM_PORTF1\", 0xFFFA1B, 0x1);");
sw.WriteLine(" namevar(\"SIM_DDRF\" , 0xFFFA1D, 0x1);");
sw.WriteLine(" namevar(\"SIM_PFPAR\" , 0xFFFA1F, 0x2);");
sw.WriteLine(" namevar(\"SIM_SYPCR\" , 0xFFFA21, 0x1);");
sw.WriteLine(" namevar(\"SIM_PICR\" , 0xFFFA22, 0x2);");
sw.WriteLine(" namevar(\"SIM_PITR\" , 0xFFFA24, 0x2);");
sw.WriteLine(" namevar(\"SIM_SWSRw\" , 0xFFFA26, 0x1);");
sw.WriteLine(" namevar(\"SIM_SWSR\" , 0xFFFA27, 0x1);");
sw.WriteLine(" namevar(\"SIM_TSTMSRA\",0xFFFA30, 0x2);");
sw.WriteLine(" namevar(\"SIM_TSTMSRB\",0xFFFA32, 0x2);");
sw.WriteLine(" namevar(\"SIM_TSTSC\" , 0xFFFA34, 0x2);");
sw.WriteLine(" namevar(\"SIM_TSTRC\" , 0xFFFA36, 0x2);");
sw.WriteLine(" namevar(\"SIM_CREG\" , 0xFFFA38, 0x2);");
sw.WriteLine(" namevar(\"SIM_DREG\" , 0xFFFA3A, 0x2);");
sw.WriteLine(" namevar(\"SIM_PORTC\" , 0xFFFA41, 0x1);");
sw.WriteLine(" namevar(\"SIM_CSPAR0\", 0xFFFA44, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSPAR1\", 0xFFFA46, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSBARBT\",0xFFFA48, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSORBT\", 0xFFFA4A, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSBAR0\", 0xFFFA4C, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSOR0\" , 0xFFFA4E, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSBAR1\", 0xFFFA50, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSOR1\" , 0xFFFA52, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSBAR2\", 0xFFFA54, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSOR2\" , 0xFFFA56, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSBAR3\", 0xFFFA58, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSOR3\" , 0xFFFA5A, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSBAR4\", 0xFFFA5C, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSOR4\" , 0xFFFA5E, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSBAR5\", 0xFFFA60, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSOR5\" , 0xFFFA62, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSBAR6\", 0xFFFA64, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSOR6\" , 0xFFFA66, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSBAR7\", 0xFFFA68, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSOR7\" , 0xFFFA6A, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSBAR8\", 0xFFFA6C, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSOR8\" , 0xFFFA6E, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSBAR9\", 0xFFFA70, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSOR9\" , 0xFFFA72, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSBAR10\",0xFFFA74, 0x2);");
sw.WriteLine(" namevar(\"SIM_CSOR10\", 0xFFFA76, 0x2);");
sw.WriteLine(" namevar(\"TPU_TRAMMCR\",0xFFFB00, 0x2);"); // TPURAM control
sw.WriteLine(" namevar(\"TPU_TRAMTST\",0xFFFB02, 0x2);");
sw.WriteLine(" namevar(\"TPU_TRAMBAR\",0xFFFB04, 0x2);");
sw.WriteLine(" namevar(\"QSM_QSMCR\" , 0xFFFC00, 0x2);"); // QSM
sw.WriteLine(" namevar(\"QSM_QTEST\" , 0xFFFC02, 0x2);");
sw.WriteLine(" namevar(\"QSM_QILR\" , 0xFFFC04, 0x1);");
sw.WriteLine(" namevar(\"QSM_QIVR\" , 0xFFFC05, 0x1);");
sw.WriteLine(" namevar(\"QSM_SCCR0\" , 0xFFFC08, 0x2);");
sw.WriteLine(" namevar(\"QSM_SCCR1\" , 0xFFFC0A, 0x2);");
sw.WriteLine(" namevar(\"QSM_SCSR\" , 0xFFFC0C, 0x2);");
sw.WriteLine(" namevar(\"QSM_SCDR\" , 0xFFFC0E, 0x2);");
sw.WriteLine(" namevar(\"QSM_PORTQSw\",0xFFFC14, 0x1);"); // They access it as word sometimes
sw.WriteLine(" namevar(\"QSM_PORTQS\", 0xFFFC15, 0x1);");
sw.WriteLine(" namevar(\"QSM_PQSPAR\", 0xFFFC16, 0x1);");
sw.WriteLine(" namevar(\"QSM_DDRQS\" , 0xFFFC17, 0x1);");
sw.WriteLine(" namevar(\"QSM_SPCR0\" , 0xFFFC18, 0x2);");
sw.WriteLine(" namevar(\"QSM_SPCR1\" , 0xFFFC1A, 0x2);");
sw.WriteLine(" namevar(\"QSM_SPCR2\" , 0xFFFC1C, 0x2);");
sw.WriteLine(" namevar(\"QSM_SPCR3\" , 0xFFFC1E, 0x1);");
sw.WriteLine(" namevar(\"QSM_SPSR\" , 0xFFFC1F, 0x1);");
sw.WriteLine(" namevar(\"QSM_QRXD\" , 0xFFFD00, 0x2);"); // First two are word arrays, last one is byte
sw.WriteLine(" MakeWord(0xFFFD00); ");
sw.WriteLine(" MakeArray(0xFFFD00, 16); ");
sw.WriteLine(" namevar(\"QSM_QTXD\" , 0xFFFD20, 0x2);");
sw.WriteLine(" MakeWord(0xFFFD20); ");
sw.WriteLine(" MakeArray(0xFFFD20, 16); ");
sw.WriteLine(" namevar(\"QSM_QCMD\" , 0xFFFD40, 0x1);");
sw.WriteLine(" MakeArray(0xFFFD40, 16); ");
sw.WriteLine(" namevar(\"TPU_TPUMCR\", 0xFFFE00, 0x2);"); // TPU
sw.WriteLine(" namevar(\"TPU_TCR\" , 0xFFFE02, 0x2);");
sw.WriteLine(" namevar(\"TPU_DSCR\" , 0xFFFE04, 0x2);");
sw.WriteLine(" namevar(\"TPU_DSSR\" , 0xFFFE06, 0x2);");
sw.WriteLine(" namevar(\"TPU_TICR\" , 0xFFFE08, 0x2);");
sw.WriteLine(" namevar(\"TPU_CIER\" , 0xFFFE0A, 0x2);");
sw.WriteLine(" namevar(\"TPU_CFSR0\" , 0xFFFE0C, 0x2);");
sw.WriteLine(" namevar(\"TPU_CFSR1\" , 0xFFFE0E, 0x2);");
sw.WriteLine(" namevar(\"TPU_CFSR2\" , 0xFFFE10, 0x2);");
sw.WriteLine(" namevar(\"TPU_CFSR3\" , 0xFFFE12, 0x2);");
sw.WriteLine(" namevar(\"TPU_HSQR0\" , 0xFFFE14, 0x2);");
sw.WriteLine(" namevar(\"TPU_HSQR1\" , 0xFFFE16, 0x2);");
sw.WriteLine(" namevar(\"TPU_HSRR0\" , 0xFFFE18, 0x2);");
sw.WriteLine(" namevar(\"TPU_HSRR1\" , 0xFFFE1A, 0x2);");
sw.WriteLine(" namevar(\"TPU_CPR0\" , 0xFFFE1C, 0x2);");
sw.WriteLine(" namevar(\"TPU_CPR1\" , 0xFFFE1E, 0x2);");
sw.WriteLine(" namevar(\"TPU_CISR\" , 0xFFFE20, 0x2);");
sw.WriteLine(" namevar(\"TPU_LR\" , 0xFFFE22, 0x2);");
sw.WriteLine(" namevar(\"TPU_SGLR\" , 0xFFFE24, 0x2);");
sw.WriteLine(" namevar(\"TPU_DCNR\" , 0xFFFE26, 0x2);");
sw.WriteLine(" MakeDword(0x07FFFC); "); // Mark checksum-bytes
sw.WriteLine(" MakeName(0x07FFFC, \"CHECKSUM\"); ");
sw.WriteLine(" PrintFooter(); ");
sw.WriteLine("} "); // End function
}
}
