-//
-// DBGManager.cpp: Debugger information manager
-//
-// by Jean-Paul Mari
-//
-// JPM = Jean-Paul Mari <djipi.mari@gmail.com>
-//
-// WHO WHEN WHAT
-// --- ---------- ------------------------------------------------------------
-// JPM 12/21/2016 Created this file
-// JPM Various efforts to set the ELF format support
-// JPM Various efforts to set the DWARF format support
-
-#include <stdlib.h>
-#include <string.h>
-#include <stdint.h>
-#include "libelf/libelf.h"
-#include "libelf/gelf.h"
-#include "log.h"
-#include "ELFManager.h"
-#include "DwarfManager.h"
-#include "DBGManager.h"
-#include "HWLABELManager.h"
-#include "settings.h"
-#include "memory.h"
-
-
-//
-char *DBGManager_GetVariableValueFromAdr(uint32_t Adr, uint32_t TypeEncoding, uint32_t TypeByteSize);
-
-
-//
-struct Value
-{
- union
- {
- char C[10];
- double D;
- float F;
- int32_t SI;
- int64_t SL;
- uint32_t UI;
- uint64_t UL;
- };
-}S_Value;
-
-
-// Common debugger variables
-int DBGType;
-char value[1000];
-
-
-// Common debugger initialisation
-void DBGManager_Init(void)
-{
- DBGType = DBG_NO_TYPE;
- ELFManager_Init();
- DWARFManager_Init();
-}
-
-
-// Common debugger reset
-void DBGManager_Reset(void)
-{
- if ((DBGType & DBG_DWARF))
- {
- DWARFManager_Reset();
- }
-
- if ((DBGType & DBG_ELF))
- {
- ELFManager_Reset();
- }
-
- DBGType = vjs.displayHWlabels ? DBG_HWLABEL : DBG_NO_TYPE;
-}
-
-
-// Common debugger set
-void DBGManager_SetType(int DBGTypeSet)
-{
- DBGType |= DBGTypeSet;
-}
-
-
-// Common debugger close
-void DBGManager_Close(void)
-{
- if ((DBGType & DBG_DWARF))
- {
- DWARFManager_Close();
- }
-
- if ((DBGType & DBG_ELF))
- {
- ELFManager_Close();
- }
-}
-
-
-// Get source filename based on the memeory address
-// return NULL if no source filename
-char *DBGManager_GetFullSourceFilenameFromAdr(size_t Adr, bool *Error)
-{
- if ((DBGType & DBG_ELFDWARF))
- {
- return DWARFManager_GetFullSourceFilenameFromAdr(Adr, Error);
- }
- else
- {
- return NULL;
- }
-}
-
-
-// Get number of external variables
-// Return 0 if none has been found
-size_t DBGManager_GetNbExternalVariables(void)
-{
- if ((DBGType & DBG_ELFDWARF))
- {
- return DWARFManager_GetNbExternalVariables();
- }
- else
- {
- return 0;
- }
-}
-
-
-//
-size_t DBGManager_GetAdrFromSymbolName(char *SymbolName)
-{
- if ((DBGType & DBG_ELF))
- {
- return ELFManager_GetAdrFromSymbolName(SymbolName);
- }
- else
- {
- return 0;
- }
-}
-
-
-// Get external variable's Address based on his Name
-// Return found Address
-// Return NULL if no Address has been found
-size_t DBGManager_GetExternalVariableAdrFromName(char *VariableName)
-{
- if ((DBGType & DBG_ELFDWARF))
- {
- return DWARFManager_GetExternalVariableAdrFromName(VariableName);
- }
- else
- {
- return 0;
- }
-}
-
-
-//
-size_t DBGManager_GetExternalVariableTypeTag(size_t Index)
-{
- if ((DBGType & DBG_ELFDWARF))
- {
- return DWARFManager_GetExternalVariableTypeTag(Index);
- }
- else
- {
- return 0;
- }
-}
-
-
-// Get external variable's type name based on his Index
-// Return type name's text pointer found
-// Return NULL if no type name has been found
-char *DBGManager_GetExternalVariableTypeName(size_t Index)
-{
- if ((DBGType & DBG_ELFDWARF))
- {
- return DWARFManager_GetExternalVariableTypeName(Index);
- }
- else
- {
- return NULL;
- }
-}
-
-
-// Get external variable's Address based on his Index
-// Return the Address found
-// Return 0 if no Address has been found
-size_t DBGManager_GetExternalVariableAdr(size_t Index)
-{
- if ((DBGType & DBG_ELFDWARF))
- {
- return DWARFManager_GetExternalVariableAdr(Index);
- }
- else
- {
- return 0;
- }
-}
-
-
-// Get external variable's type byte size based on his Index
-// Return the type's byte size found
-// Return 0 if no type's byte size has been found
-size_t DBGManager_GetExternalVariableTypeByteSize(size_t Index)
-{
- if ((DBGType & DBG_ELFDWARF))
- {
- return DWARFManager_GetExternalVariableTypeByteSize(Index);
- }
- else
- {
- return 0;
- }
-}
-
-
-// Get external variable's type encoding based on his Index
-// Return the type encoding found
-// Return 0 if no type encoding has been found
-size_t DBGManager_GetExternalVariableTypeEncoding(size_t Index)
-{
- if ((DBGType & DBG_ELFDWARF))
- {
- return DWARFManager_GetExternalVariableTypeEncoding(Index);
- }
- else
- {
- return 0;
- }
-}
-
-
-// Get external variable value based on his Index
-// Return value as a text pointer
-// Note: Pointer may point on a 0 lenght text
-char *DBGManager_GetExternalVariableValue(size_t Index)
-{
- uint32_t Adr = 0;
- uint32_t TypeEncoding = DBG_NO_TYPEENCODING;
- uint32_t TypeByteSize = 0;
-
- if ((DBGType & DBG_ELFDWARF))
- {
- Adr = DWARFManager_GetExternalVariableAdr(Index);
- TypeEncoding = DWARFManager_GetExternalVariableTypeEncoding(Index);
- TypeByteSize = DWARFManager_GetExternalVariableTypeByteSize(Index);
- }
-
- return DBGManager_GetVariableValueFromAdr(Adr, TypeEncoding, TypeByteSize);
-}
-
-
-// Get variable value based on his Adresse, Encoding Type and Size
-// Return value as a text pointer
-// Note: Pointer may point on a 0 lenght text if Adress is NULL
-char *DBGManager_GetVariableValueFromAdr(uint32_t Adr, uint32_t TypeEncoding, uint32_t TypeByteSize)
-{
- Value V;
- char *Ptrvalue = value;
-
- value[0] = 0;
-
- if (Adr)
- {
- memset(&V, 0, sizeof(Value));
-#if 0
- for (uint32_t i = 0; i < TypeByteSize; i++)
- jaguarMainRAM[Adr + i] = 0;
- //jaguarMainRAM[Adr + i] = rand();
- jaguarMainRAM[Adr + TypeByteSize - 1] = 0x10;
-#endif
-#if 1
- for (uint32_t i = 0, j = TypeByteSize; i < TypeByteSize; i++, j--)
- {
- V.C[i] = jaguarMainRAM[Adr + j - 1];
- }
-#endif
-
- switch (TypeEncoding)
- {
- case DBG_ATE_address:
- break;
-
- case DBG_ATE_boolean:
- break;
-
- case DBG_ATE_complex_float:
- break;
-
- case DBG_ATE_float:
- switch (TypeByteSize)
- {
- case 4:
- sprintf(value, "%F", V.F);
- break;
-
- case 8:
- //V.D = (double)jaguarMainRAM[Adr];
- //sprintf(value, "%10.10F", V.D);
- sprintf(value, "%F", V.D);
- break;
-
- default:
- break;
- }
- break;
-
- case DBG_ATE_signed:
- switch (TypeByteSize)
- {
- case 4:
- sprintf(value, "%i", V.SI);
- break;
-
- case 8:
- sprintf(value, "%i", V.SL);
- break;
-
- default:
- break;
- }
- break;
-
- case DBG_ATE_signed_char:
- break;
-
- case DBG_ATE_unsigned:
- switch (TypeByteSize)
- {
- case 4:
- sprintf(value, "%u", V.UI);
- break;
-
- case 8:
- sprintf(value, "%u", V.UL);
- break;
-
- default:
- break;
- }
- break;
-
- case DBG_ATE_unsigned_char:
- break;
-
- case DBG_ATE_ptr:
- switch (TypeByteSize)
- {
- case 4:
- sprintf(value, "0x%06x", V.UI);
- break;
-
- default:
- break;
- }
-
- default:
- break;
- }
- }
-
- return Ptrvalue;
-}
-
-
-// Get external variable name based on his Index
-// Return variable name's text pointer found
-// Return NULL if no variable name has been found
-char *DBGManager_GetExternalVariableName(size_t Index)
-{
- if ((DBGType & DBG_ELFDWARF))
- {
- return DWARFManager_GetExternalVariableName(Index);
- }
- else
- {
- return NULL;
- }
-}
-
-
-// Get line number from address and his tag
-// Return line number on the symbol name found
-// Return 0 if no symbol name has been found
-size_t DBGManager_GetNumLineFromAdr(size_t Adr, size_t Tag)
-{
- if ((DBGType & DBG_ELFDWARF))
- {
- return DWARFManager_GetNumLineFromAdr(Adr, Tag);
- }
- else
- {
- return 0;
- }
-}
-
-
-// Get symbol name from address
-// Return text pointer on the symbol name found
-// Return NULL if no symbol name has been found
-char *DBGManager_GetSymbolnameFromAdr(size_t Adr)
-{
- char *Symbolname = NULL;
-
- if ((DBGType & DBG_HWLABEL) || vjs.displayHWlabels)
- {
- Symbolname = HWLABELManager_GetSymbolnameFromAdr(Adr);
- }
-
- if (Symbolname == NULL)
- {
- if ((DBGType & DBG_ELFDWARF))
- {
- Symbolname = DWARFManager_GetSymbolnameFromAdr(Adr);
- }
-
- if ((DBGType & DBG_ELF) && (Symbolname == NULL))
- {
- Symbolname = ELFManager_GetSymbolnameFromAdr(Adr);
- }
- }
-
- return Symbolname;
-}
-
-
-// Get source line based on the Address and his Tag
-// Return text pointer on the source line found
-// Return NULL if no source line has been found
-char *DBGManager_GetLineSrcFromAdr(size_t Adr, size_t Tag)
-{
- char *Symbolname = NULL;
-
- if ((DBGType & DBG_ELFDWARF))
- {
- Symbolname = DWARFManager_GetLineSrcFromAdr(Adr, Tag);
- }
-
- return Symbolname;
-}
-
-
-// Get text line from source based on address and num line (starting by 1)
-// Return NULL if no text line has been found
-char *DBGManager_GetLineSrcFromAdrNumLine(size_t Adr, size_t NumLine)
-{
- char *Symbolname = NULL;
-
- if ((DBGType & DBG_ELFDWARF))
- {
- Symbolname = DWARFManager_GetLineSrcFromAdrNumLine(Adr, NumLine);
- }
-
- return Symbolname;
-}
-
-
-// Get text line from source based on address and num line (starting by 1)
-// Return NULL if no text line has been found
-char *DBGManager_GetLineSrcFromNumLineBaseAdr(size_t Adr, size_t NumLine)
-{
- char *Symbolname = NULL;
-
- if ((DBGType & DBG_ELFDWARF))
- {
- Symbolname = DWARFManager_GetLineSrcFromNumLineBaseAdr(Adr, NumLine);
- }
-
- return Symbolname;
-}
-
+//\r
+// DBGManager.cpp: Debugger information manager\r
+//\r
+// by Jean-Paul Mari\r
+//\r
+// JPM = Jean-Paul Mari <djipi.mari@gmail.com>\r
+//\r
+// WHO WHEN WHAT\r
+// --- ---------- ------------------------------------------------------------\r
+// JPM 12/21/2016 Created this file\r
+// JPM Various efforts to set the ELF format support\r
+// JPM Various efforts to set the DWARF format support\r
+\r
+#include <stdlib.h>\r
+#include <string.h>\r
+#include <stdint.h>\r
+#include "libelf/libelf.h"\r
+#include "libelf/gelf.h"\r
+#include "log.h"\r
+#include "ELFManager.h"\r
+#include "DwarfManager.h"\r
+#include "DBGManager.h"\r
+#include "HWLABELManager.h"\r
+#include "settings.h"\r
+#include "memory.h"\r
+\r
+\r
+// \r
+char *DBGManager_GetVariableValueFromAdr(uint32_t Adr, uint32_t TypeEncoding, uint32_t TypeByteSize);\r
+\r
+\r
+//\r
+struct Value\r
+{\r
+ union\r
+ {\r
+ char C[10];\r
+ double D;\r
+ float F;\r
+ int32_t SI;\r
+ int64_t SL;\r
+ uint32_t UI;\r
+ uint64_t UL;\r
+ };\r
+}S_Value;\r
+\r
+\r
+// Common debugger variables\r
+size_t DBGType;\r
+char value[1000];\r
+\r
+\r
+// Common debugger initialisation\r
+void DBGManager_Init(void)\r
+{\r
+ DBGType = DBG_NO_TYPE;\r
+ ELFManager_Init();\r
+ DWARFManager_Init();\r
+}\r
+\r
+\r
+// Common debugger reset\r
+void DBGManager_Reset(void)\r
+{\r
+ if ((DBGType & DBG_DWARF))\r
+ {\r
+ DWARFManager_Reset();\r
+ }\r
+\r
+ if ((DBGType & DBG_ELF))\r
+ {\r
+ ELFManager_Reset();\r
+ }\r
+\r
+ //DBGType = vjs.displayHWlabels ? DBG_HWLABEL : DBG_NO_TYPE;\r
+ DBGType = DBG_NO_TYPE;\r
+}\r
+\r
+\r
+// Common debugger set\r
+void DBGManager_SetType(size_t DBGTypeSet)\r
+{\r
+ DBGType |= DBGTypeSet;\r
+}\r
+\r
+\r
+// Common debugger close\r
+void DBGManager_Close(void)\r
+{\r
+ if ((DBGType & DBG_DWARF))\r
+ {\r
+ DWARFManager_Close();\r
+ }\r
+\r
+ if ((DBGType & DBG_ELF))\r
+ {\r
+ ELFManager_Close();\r
+ }\r
+}\r
+\r
+\r
+// Get source filename based on the memeory address\r
+// return NULL if no source filename\r
+char *DBGManager_GetFullSourceFilenameFromAdr(size_t Adr, bool *Error)\r
+{\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ return DWARFManager_GetFullSourceFilenameFromAdr(Adr, Error);\r
+ }\r
+ else\r
+ {\r
+ return NULL;\r
+ }\r
+}\r
+\r
+\r
+// Get number of external variables\r
+// Return 0 if none has been found\r
+size_t DBGManager_GetNbExternalVariables(void)\r
+{\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ return DWARFManager_GetNbExternalVariables();\r
+ }\r
+ else\r
+ {\r
+ return 0;\r
+ }\r
+}\r
+\r
+\r
+//\r
+size_t DBGManager_GetAdrFromSymbolName(char *SymbolName)\r
+{\r
+ if ((DBGType & DBG_ELF))\r
+ {\r
+ return ELFManager_GetAdrFromSymbolName(SymbolName);\r
+ }\r
+ else\r
+ {\r
+ return 0;\r
+ }\r
+}\r
+\r
+\r
+// Get external variable's Address based on his Name\r
+// Return found Address\r
+// Return NULL if no Address has been found\r
+size_t DBGManager_GetExternalVariableAdrFromName(char *VariableName)\r
+{\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ return DWARFManager_GetExternalVariableAdrFromName(VariableName);\r
+ }\r
+ else\r
+ {\r
+ return 0;\r
+ }\r
+}\r
+\r
+\r
+//\r
+size_t DBGManager_GetExternalVariableTypeTag(size_t Index)\r
+{\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ return DWARFManager_GetExternalVariableTypeTag(Index);\r
+ }\r
+ else\r
+ {\r
+ return 0;\r
+ }\r
+}\r
+\r
+\r
+// Get external variable's type name based on his Index\r
+// Return type name's text pointer found\r
+// Return NULL if no type name has been found\r
+char *DBGManager_GetExternalVariableTypeName(size_t Index)\r
+{\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ return DWARFManager_GetExternalVariableTypeName(Index);\r
+ }\r
+ else\r
+ {\r
+ return NULL;\r
+ }\r
+}\r
+\r
+\r
+// Get external variable's Address based on his Index\r
+// Return the Address found\r
+// Return 0 if no Address has been found\r
+size_t DBGManager_GetExternalVariableAdr(size_t Index)\r
+{\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ return DWARFManager_GetExternalVariableAdr(Index);\r
+ }\r
+ else\r
+ {\r
+ return 0;\r
+ }\r
+}\r
+\r
+\r
+// Get external variable's type byte size based on his Index\r
+// Return the type's byte size found\r
+// Return 0 if no type's byte size has been found\r
+size_t DBGManager_GetExternalVariableTypeByteSize(size_t Index)\r
+{\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ return DWARFManager_GetExternalVariableTypeByteSize(Index);\r
+ }\r
+ else\r
+ {\r
+ return 0;\r
+ }\r
+}\r
+\r
+\r
+// Get external variable's type encoding based on his Index\r
+// Return the type encoding found\r
+// Return 0 if no type encoding has been found\r
+size_t DBGManager_GetExternalVariableTypeEncoding(size_t Index)\r
+{\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ return DWARFManager_GetExternalVariableTypeEncoding(Index);\r
+ }\r
+ else\r
+ {\r
+ return 0;\r
+ }\r
+}\r
+\r
+\r
+// Get external variable value based on his Index\r
+// Return value as a text pointer\r
+// Note: Pointer may point on a 0 lenght text\r
+char *DBGManager_GetExternalVariableValue(size_t Index)\r
+{\r
+ uint32_t Adr = 0;\r
+ uint32_t TypeEncoding = DBG_NO_TYPEENCODING;\r
+ uint32_t TypeByteSize = 0;\r
+\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ Adr = DWARFManager_GetExternalVariableAdr(Index);\r
+ TypeEncoding = DWARFManager_GetExternalVariableTypeEncoding(Index);\r
+ TypeByteSize = DWARFManager_GetExternalVariableTypeByteSize(Index);\r
+ }\r
+\r
+ return DBGManager_GetVariableValueFromAdr(Adr, TypeEncoding, TypeByteSize);\r
+}\r
+\r
+\r
+// Get variable value based on his Adresse, Encoding Type and Size\r
+// Return value as a text pointer\r
+// Note: Pointer may point on a 0 lenght text if Adress is NULL\r
+char *DBGManager_GetVariableValueFromAdr(uint32_t Adr, uint32_t TypeEncoding, uint32_t TypeByteSize)\r
+{\r
+ Value V;\r
+ char *Ptrvalue = value;\r
+\r
+ value[0] = 0;\r
+\r
+ if (Adr)\r
+ {\r
+ memset(&V, 0, sizeof(Value));\r
+#if 0\r
+ for (uint32_t i = 0; i < TypeByteSize; i++)\r
+ jaguarMainRAM[Adr + i] = 0;\r
+ //jaguarMainRAM[Adr + i] = rand();\r
+ jaguarMainRAM[Adr + TypeByteSize - 1] = 0x10;\r
+#endif\r
+#if 1\r
+ for (uint32_t i = 0, j = TypeByteSize; i < TypeByteSize; i++, j--)\r
+ {\r
+ V.C[i] = jaguarMainRAM[Adr + j - 1];\r
+ }\r
+#endif\r
+\r
+ switch (TypeEncoding)\r
+ {\r
+ case DBG_ATE_address:\r
+ break;\r
+\r
+ case DBG_ATE_boolean:\r
+ break;\r
+\r
+ case DBG_ATE_complex_float:\r
+ break;\r
+\r
+ case DBG_ATE_float:\r
+ switch (TypeByteSize)\r
+ {\r
+ case 4:\r
+ sprintf(value, "%F", V.F);\r
+ break;\r
+\r
+ case 8:\r
+ //V.D = (double)jaguarMainRAM[Adr];\r
+ //sprintf(value, "%10.10F", V.D);\r
+ sprintf(value, "%F", V.D);\r
+ break;\r
+\r
+ default:\r
+ break;\r
+ }\r
+ break;\r
+\r
+ case DBG_ATE_signed:\r
+ switch (TypeByteSize)\r
+ {\r
+ case 4:\r
+ sprintf(value, "%i", V.SI);\r
+ break;\r
+\r
+ case 8:\r
+ sprintf(value, "%i", V.SL);\r
+ break;\r
+\r
+ default:\r
+ break;\r
+ }\r
+ break;\r
+\r
+ case DBG_ATE_signed_char:\r
+ break;\r
+\r
+ case DBG_ATE_unsigned:\r
+ switch (TypeByteSize)\r
+ {\r
+ case 4:\r
+ sprintf(value, "%u", V.UI);\r
+ break;\r
+\r
+ case 8:\r
+ sprintf(value, "%u", V.UL);\r
+ break;\r
+\r
+ default:\r
+ break;\r
+ }\r
+ break;\r
+\r
+ case DBG_ATE_unsigned_char:\r
+ break;\r
+\r
+ case DBG_ATE_ptr:\r
+ switch (TypeByteSize)\r
+ {\r
+ case 4:\r
+ sprintf(value, "0x%06x", V.UI);\r
+ break;\r
+\r
+ default:\r
+ break;\r
+ }\r
+\r
+ default:\r
+ break;\r
+ }\r
+ }\r
+\r
+ return Ptrvalue;\r
+}\r
+\r
+\r
+// Get external variable name based on his Index\r
+// Return variable name's text pointer found\r
+// Return NULL if no variable name has been found\r
+char *DBGManager_GetExternalVariableName(size_t Index)\r
+{\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ return DWARFManager_GetExternalVariableName(Index);\r
+ }\r
+ else\r
+ {\r
+ return NULL;\r
+ }\r
+}\r
+\r
+\r
+// Get line number from address and his tag\r
+// Return line number on the symbol name found\r
+// Return 0 if no symbol name has been found\r
+size_t DBGManager_GetNumLineFromAdr(size_t Adr, size_t Tag)\r
+{\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ return DWARFManager_GetNumLineFromAdr(Adr, Tag);\r
+ }\r
+ else\r
+ {\r
+ return 0;\r
+ }\r
+}\r
+\r
+\r
+// Get symbol name from address\r
+// Return text pointer on the symbol name found\r
+// Return NULL if no symbol name has been found\r
+char *DBGManager_GetSymbolnameFromAdr(size_t Adr)\r
+{\r
+ char *Symbolname;\r
+\r
+ //if ((DBGType & DBG_HWLABEL) || vjs.displayHWlabels)\r
+ if (vjs.displayHWlabels)\r
+ {\r
+ Symbolname = HWLABELManager_GetSymbolnameFromAdr(Adr);\r
+ }\r
+ else\r
+ {\r
+ Symbolname = NULL;\r
+ }\r
+#ifdef _MSC_VER
+#pragma message("Warning: !!! Need to set the DBG_HWLABEL in DBGType instead to use the setting value !!!")
+#else
+ #warning "!!! Need to set the DBG_HWLABEL in DBGType instead to use the setting value !!!"
+#endif // _MSC_VER\r
+\r
+ if (Symbolname == NULL)\r
+ {\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ Symbolname = DWARFManager_GetSymbolnameFromAdr(Adr);\r
+ }\r
+\r
+ if ((DBGType & DBG_ELF) && (Symbolname == NULL))\r
+ {\r
+ Symbolname = ELFManager_GetSymbolnameFromAdr(Adr);\r
+ }\r
+ }\r
+\r
+ return Symbolname;\r
+}\r
+\r
+\r
+// Get source line based on the Address and his Tag\r
+// Return text pointer on the source line found\r
+// Return NULL if no source line has been found\r
+char *DBGManager_GetLineSrcFromAdr(size_t Adr, size_t Tag)\r
+{\r
+ char *Symbolname = NULL;\r
+\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ Symbolname = DWARFManager_GetLineSrcFromAdr(Adr, Tag);\r
+ }\r
+\r
+ return Symbolname;\r
+}\r
+\r
+\r
+// Get text line from source based on address and num line (starting by 1)\r
+// Return NULL if no text line has been found\r
+char *DBGManager_GetLineSrcFromAdrNumLine(size_t Adr, size_t NumLine)\r
+{\r
+ char *Symbolname = NULL;\r
+\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ Symbolname = DWARFManager_GetLineSrcFromAdrNumLine(Adr, NumLine);\r
+ }\r
+\r
+ return Symbolname;\r
+}\r
+\r
+\r
+// Get text line from source based on address and num line (starting by 1)\r
+// Return NULL if no text line has been found\r
+char *DBGManager_GetLineSrcFromNumLineBaseAdr(size_t Adr, size_t NumLine)\r
+{\r
+ char *Symbolname = NULL;\r
+\r
+ if ((DBGType & DBG_ELFDWARF))\r
+ {\r
+ Symbolname = DWARFManager_GetLineSrcFromNumLineBaseAdr(Adr, NumLine);\r
+ }\r
+\r
+ return Symbolname;\r
+}\r
+\r
-//
-// ELFManager.cpp: HW Label manager
-//
-// by Jean-Paul Mari
-//
-// JPM = Jean-Paul Mari <djipi.mari@gmail.com>
-//
-// WHO WHEN WHAT
-// --- ---------- ------------------------------------------------------------
-// JPM 02/08/2017 Created this file
-// JPM 02/08/2017 HW Label support
-//
-
-#include <stdlib.h>
-#include <string.h>
-#include "libelf/libelf.h"
-#include "libelf/gelf.h"
-#include "log.h"
-#include "ELFManager.h"
-
-
-typedef enum {
- HWLABEL_NO_SIZE = 0,
- HWLABEL_8BITS = 1,
- HWLABEL_16BITS = 2,
- HWLABEL_32BITS = 4,
- HWLABEL_64BITS = 8
-}HWLABELSIZE;
-
-
-typedef enum {
- HWLABEL_NO_ACCESS = 0,
- HWLABEL_R = 0x1,
- HWLABEL_W = 0x2,
- HWLABEL_O = 0x4
-}HWLABELACCESS;
-
-
-typedef struct {
- size_t HWLABELAdr;
- const char *HWLABELSymbolName;
- const char *HWLABELFulllName;
- size_t HWLABELSize;
- size_t HWLABELAccess;
-}HWLABELTab;
-
-
-// Memory map list based on the scans from the Version 2.4 - June 7, 1995
-HWLABELTab HWLABELTabSectionType[] = {
-// Internal Memory Map
- { 0xF00000, "MEMCON1", "Memory Configuration Register One", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF00002, "MEMCON2", "Memory Configuration Register Two", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF00004, "HC", "Horizontal Count", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF00006, "VC", "Vertical Count", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF00008, "LPH", "Horizontal Light-pen", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },
- { 0xF0000A, "LPV", "Vertical Light-pen", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },
- { 0xF00010, "OB[0]", "Object Code", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },
- { 0xF00012, "OB[1]", "Object Code", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },
- { 0xF00014, "OB[2]", "Object Code", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },
- { 0xF00016, "OB[3]", "Object Code", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },
- { 0xF00020, "OLP", "Object List Pointer", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00026, "OBF", "Object Processor flag", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00028, "VMODE", "Video Mode", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF0002A, "BORD1", "Border Colour (Red & Green)", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF0002C, "BORD2", "Border Colour (Blue)", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF0002E, "HP", "Horizontal Period", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00030, "HBB", "Horizontal Blanking Begin", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00032, "HBE", "Horizontal Blanking End", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00034, "HS", "Horizontal Sync", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00036, "HVS", "Horizontal Vertical Sync", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00038, "HDB1", "Horizontal Display Begin 1", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF0003A, "HDB2", "Horizontal Display Begin 2", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF0003C, "HDE", "Horizontal Display End", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF0003E, "VP", "Vertical Period", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00040, "VBB", "Vertical Blanking Begin", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00042, "VBE", "Vertical Blanking End", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00044, "VS", "Vertical Sync", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00046, "VDB", "Vertical Display Begin", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00048, "VDE", "Vertical Display End", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF0004A, "VEB", "Vertical Equalization Begin", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF0004C, "VEE", "Vertical Equalization End", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF0004E, "VI", "Vertical Interrupt", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00050, "PIT[0]", "Programmable Interrupt Timer", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00052, "PIT[1]", "Programmable Interrupt Timer", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00054, "HEQ", "Horizontal equalization end", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00058, "BG", "Background Colour", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF000E0, "INT1", "CPU Interrupt Control Register", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF000E2, "INT2", "CPU Interrupt resume register", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF00400, "CLUT", "Colour Look-Up Table", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF00800, "LBUF", "Line Buffer A", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF01000, "LBUF", "Line Buffer B", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF01800, "LBUF", "Line Buffer selected for writing", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },
-// Internal registers of the Graphics processor
- { 0xF02100, "G_FLAGS", "GPU Flags Register", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF02104, "G_MTXC", "Matrix Control Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02108, "G_MTXA", "Matrix Address Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF0210C, "G_END", "Data Organisation Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02110, "G_PC", "GPU Program Counter", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF02114, "G_CTRL", "GPU Control/Status Register", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF02118, "G_HIDATA", "High Data Register", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF0211C, "G_REMAIN", "Divide unit remainder", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_O) },
- { 0xF0211C, "G_DIVCTRL", "Divide unit Control", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
-// List of all the externally accessible locations within the Blitter.
- { 0xF02200, "A1_BASE", "A1 Base Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02204, "A1_FLAGS", "A1 Flags Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02208, "A1_CLIP", "A1 Clipping Size", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF0220C, "A1_PIXEL", "A1 Pixel Pointer", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF02210, "A1_STEP", "A1 Step Value", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02214, "A1_FSTEP", "A1 Step Fraction Value", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02218, "A1_FPIXEL", "A1 Pixel Pointer Fraction", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF0221C, "A1_INC", "A1 Increment", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02220, "A1_FINC", "A1 Increment Fraction", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02224, "A2_BASE", "A2 Base Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02228, "A2_FLAGS", "A2 Flags Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF0222C, "A2_MASK", "A2 Window Mask", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02230, "A2_PIXEL", "A2 Pixel Pointer", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF02234, "A2_STEP", "A2 Step Value", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02238, "B_CMD", "Command Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02238, "B_CMD", "Status Register", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_O) },
- { 0xF0223C, "B_COUNT", "Counters Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02240, "B_SRCD", "Source Data Register", HWLABEL_64BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02248, "B_DSTD", "Destination Data Register", HWLABEL_64BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02250, "B_DSTZ", "Destination Z Register", HWLABEL_64BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02258, "B_SRCZ1", "Source Z Register 1", HWLABEL_64BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02260, "B_SRCZ2", "Source Z Register 2", HWLABEL_64BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02268, "B_PATD", "Pattern Data Register", HWLABEL_64BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02270, "B_IINC", "Intensity Increment", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02274, "B_ZINC", "Z Increment", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02278, "B_STOP", "Collision control", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF0227C, "B_I3", "Intensity 3", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02280, "B_I2", "Intensity 2", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02284, "B_I1", "Intensity 1", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02288, "B_I0", "Intensity 0", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF0228C, "B_Z3", "Z 3", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02290, "B_Z2", "Z 2", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02294, "B_Z1", "Z 1", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF02298, "B_Z0", "Z 0", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
-// GPU Ram base
- //{ 0xF03000, "GPU_RAMBASE", "Local RAM base", HWLABEL_8BITS, (HWLABEL_R | HWLABEL_W) },
-// Frequency dividers
- { 0xF10010, "CLK1", "Processor clock divider", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF10012, "CLK2", "Video clock divider", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF10014, "CLK3", "Chroma clock divider", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
-// Programmable Timers
- { 0xF10000, "JPIT1", "Timer 1 Pre-scaler", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF10004, "JPIT3", "Timer 2 Pre-scaler", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF10002, "JPIT2", "Timer 1 Divider", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF10006, "JPIT4", "Timer 2 Divider", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- //{ 0xF10036, "JPIT1", "Timer 1 Pre-scaler", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },
- //{ 0xF10038, "JPIT2", "Timer 1 Divider", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },
- //{ 0xF1003A, "JPIT3", "Timer 2 Pre-scaler", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },
- //{ 0xF1003C, "JPIT4", "Timer 2 Divider", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },
-// Interrupts
- { 0xF10020, "JINTCTRL", "Interrupt Control Register", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },
-// JERRY Pulse Width Modulation DACs
- //{ 0xF1A140, "DAC1", "Left DAC", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- //{ 0xF1A144, "DAC2", "Right DAC", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
-// Synchronous Serial Interface
- { 0xF1A150, "SCLK", "Serial Clock Frequency", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF1A154, "SMODE", "Serial Mode", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF1A148, "R_DAC", "Right transmit data (to DACs)", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF1A14C, "L_DAC", "Left transmit data (to DACs)", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF1A148, "LTXD", "Left transmit data (to I2S)", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF1A14C, "RTXD", "Right transmit data (to I2S)", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF1A148, "LRXD", "Left receive data (to I2S)", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_O) },
- { 0xF1A14C, "RRXD", "Right receive data (to I2S)", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_O) },
- { 0xF1A150, "SSTAT", "Serial Status", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_O) },
-// Asynchronous Serial Interface (ComLynx and Midi)
- { 0xF10034, "ASICLK", "Asynchronous Serial Interface Clock", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF10032, "ASICTRL", "Asynchronous Serial Control", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF10032, "ASISTAT", "Asynchronous Serial Status", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },
- { 0xF10030, "ASIDATA", "Asynchronous Serial Data", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },
-// Joystick Interface
- { 0xF14000, "JOYSTICK", "Joystick register", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF14002, "JOYBUTS", "Button register", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },
-// Internal Registers
- { 0xF1A100, "D_FLAGS", "DSP Flags Register", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF1A104, "D_MTXC", "DSP Matrix Control Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF1A108, "D_MTXA", "DSP Matrix Address Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF1A10C, "D_END", "DSP Data Organisation Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF1A110, "D_PC", "DSP Program Counter", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF1A114, "D_CTRL", "DSP Control/Status Register", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF1A118, "D_MOD", "Modulo instruction mask", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF1A11C, "D_REMAIN", "Divide unit remainder", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },
- { 0xF1A11C, "D_DIVCTRL", "Divide unit Control", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },
- { 0xF1A120, "D_MACHI", "Multiply & Acccumulate High Bits", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_O) },
-// End of the Memory map list
- { (size_t)-1, NULL, NULL, HWLABEL_NO_SIZE, HWLABEL_NO_ACCESS }
-};
-
-
-// Get Symbol name from his address
-char *HWLABELManager_GetSymbolnameFromAdr(size_t Adr)
-{
- int i = 0;
- while ((HWLABELTabSectionType[i].HWLABELAdr != Adr) && (HWLABELTabSectionType[i++].HWLABELAdr != (size_t)-1));
- return (char *)HWLABELTabSectionType[i].HWLABELSymbolName;
-}
-
+//\r
+// ELFManager.cpp: HW Label manager\r
+//\r
+// by Jean-Paul Mari\r
+//\r
+// JPM = Jean-Paul Mari <djipi.mari@gmail.com>\r
+//\r
+// WHO WHEN WHAT\r
+// --- ---------- ------------------------------------------------------------\r
+// JPM 02/08/2017 Created this file\r
+// JPM 02/08/2017 HW Label support\r
+//\r
+\r
+#include <stdlib.h>\r
+#include <string.h>\r
+#include "libelf/libelf.h"\r
+#include "libelf/gelf.h"\r
+#include "log.h"\r
+#include "ELFManager.h"\r
+\r
+\r
+typedef enum {\r
+ HWLABEL_NO_SIZE = 0,\r
+ HWLABEL_8BITS = 1,\r
+ HWLABEL_16BITS = 2,\r
+ HWLABEL_32BITS = 4,\r
+ HWLABEL_64BITS = 8\r
+}HWLABELSIZE;\r
+\r
+typedef enum {\r
+ HWLABEL_NO_ACCESS = 0,\r
+ HWLABEL_R = 0x1,\r
+ HWLABEL_W = 0x2,\r
+ HWLABEL_O = 0x4\r
+}HWLABELACCESS;\r
+\r
+typedef struct {\r
+ size_t HWLABELAdr;\r
+ const char *HWLABELSymbolName;\r
+ const char *HWLABELFulllName;\r
+ size_t HWLABELSize;\r
+ size_t HWLABELAccess;\r
+}HWLABELTab;\r
+\r
+#define NBHWLABELS (sizeof(HWLABELTabSectionType) / sizeof(HWLABELTab))\r
+\r
+\r
+// Memory map list based on the scans from the Version 2.4 - June 7, 1995\r
+HWLABELTab HWLABELTabSectionType[] = {\r
+// Internal Memory Map\r
+ { 0xF00000, "MEMCON1", "Memory Configuration Register One", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF00002, "MEMCON2", "Memory Configuration Register Two", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF00004, "HC", "Horizontal Count", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF00006, "VC", "Vertical Count", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF00008, "LPH", "Horizontal Light-pen", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },\r
+ { 0xF0000A, "LPV", "Vertical Light-pen", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },\r
+ { 0xF00010, "OB[0]", "Object Code", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },\r
+ { 0xF00012, "OB[1]", "Object Code", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },\r
+ { 0xF00014, "OB[2]", "Object Code", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },\r
+ { 0xF00016, "OB[3]", "Object Code", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },\r
+ { 0xF00020, "OLP", "Object List Pointer", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00026, "OBF", "Object Processor flag", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00028, "VMODE", "Video Mode", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF0002A, "BORD1", "Border Colour (Red & Green)", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF0002C, "BORD2", "Border Colour (Blue)", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF0002E, "HP", "Horizontal Period", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00030, "HBB", "Horizontal Blanking Begin", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00032, "HBE", "Horizontal Blanking End", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00034, "HS", "Horizontal Sync", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00036, "HVS", "Horizontal Vertical Sync", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00038, "HDB1", "Horizontal Display Begin 1", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF0003A, "HDB2", "Horizontal Display Begin 2", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF0003C, "HDE", "Horizontal Display End", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF0003E, "VP", "Vertical Period", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00040, "VBB", "Vertical Blanking Begin", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00042, "VBE", "Vertical Blanking End", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00044, "VS", "Vertical Sync", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00046, "VDB", "Vertical Display Begin", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00048, "VDE", "Vertical Display End", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF0004A, "VEB", "Vertical Equalization Begin", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF0004C, "VEE", "Vertical Equalization End", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF0004E, "VI", "Vertical Interrupt", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00050, "PIT[0]", "Programmable Interrupt Timer", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00052, "PIT[1]", "Programmable Interrupt Timer", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00054, "HEQ", "Horizontal equalization end", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00058, "BG", "Background Colour", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF000E0, "INT1", "CPU Interrupt Control Register", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF000E2, "INT2", "CPU Interrupt resume register", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF00400, "CLUT", "Colour Look-Up Table", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF00800, "LBUF", "Line Buffer A", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF01000, "LBUF", "Line Buffer B", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF01800, "LBUF", "Line Buffer selected for writing", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },\r
+// Internal registers of the Graphics processor\r
+ { 0xF02100, "G_FLAGS", "GPU Flags Register", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF02104, "G_MTXC", "Matrix Control Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02108, "G_MTXA", "Matrix Address Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF0210C, "G_END", "Data Organisation Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02110, "G_PC", "GPU Program Counter", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF02114, "G_CTRL", "GPU Control/Status Register", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF02118, "G_HIDATA", "High Data Register", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF0211C, "G_REMAIN", "Divide unit remainder", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_O) },\r
+ { 0xF0211C, "G_DIVCTRL", "Divide unit Control", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+// List of all the externally accessible locations within the Blitter.\r
+ { 0xF02200, "A1_BASE", "A1 Base Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02204, "A1_FLAGS", "A1 Flags Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02208, "A1_CLIP", "A1 Clipping Size", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF0220C, "A1_PIXEL", "A1 Pixel Pointer", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF02210, "A1_STEP", "A1 Step Value", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02214, "A1_FSTEP", "A1 Step Fraction Value", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02218, "A1_FPIXEL", "A1 Pixel Pointer Fraction", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF0221C, "A1_INC", "A1 Increment", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02220, "A1_FINC", "A1 Increment Fraction", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02224, "A2_BASE", "A2 Base Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02228, "A2_FLAGS", "A2 Flags Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF0222C, "A2_MASK", "A2 Window Mask", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02230, "A2_PIXEL", "A2 Pixel Pointer", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF02234, "A2_STEP", "A2 Step Value", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02238, "B_CMD", "Command Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02238, "B_CMD", "Status Register", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_O) },\r
+ { 0xF0223C, "B_COUNT", "Counters Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02240, "B_SRCD", "Source Data Register", HWLABEL_64BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02248, "B_DSTD", "Destination Data Register", HWLABEL_64BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02250, "B_DSTZ", "Destination Z Register", HWLABEL_64BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02258, "B_SRCZ1", "Source Z Register 1", HWLABEL_64BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02260, "B_SRCZ2", "Source Z Register 2", HWLABEL_64BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02268, "B_PATD", "Pattern Data Register", HWLABEL_64BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02270, "B_IINC", "Intensity Increment", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02274, "B_ZINC", "Z Increment", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02278, "B_STOP", "Collision control", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF0227C, "B_I3", "Intensity 3", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02280, "B_I2", "Intensity 2", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02284, "B_I1", "Intensity 1", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02288, "B_I0", "Intensity 0", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF0228C, "B_Z3", "Z 3", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02290, "B_Z2", "Z 2", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02294, "B_Z1", "Z 1", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF02298, "B_Z0", "Z 0", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+// GPU Ram base\r
+ //{ 0xF03000, "GPU_RAMBASE", "Local RAM base", HWLABEL_8BITS, (HWLABEL_R | HWLABEL_W) },\r
+// Frequency dividers\r
+ { 0xF10010, "CLK1", "Processor clock divider", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF10012, "CLK2", "Video clock divider", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF10014, "CLK3", "Chroma clock divider", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+// Programmable Timers\r
+ { 0xF10000, "JPIT1", "Timer 1 Pre-scaler", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF10004, "JPIT3", "Timer 2 Pre-scaler", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF10002, "JPIT2", "Timer 1 Divider", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF10006, "JPIT4", "Timer 2 Divider", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ //{ 0xF10036, "JPIT1", "Timer 1 Pre-scaler", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },\r
+ //{ 0xF10038, "JPIT2", "Timer 1 Divider", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },\r
+ //{ 0xF1003A, "JPIT3", "Timer 2 Pre-scaler", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },\r
+ //{ 0xF1003C, "JPIT4", "Timer 2 Divider", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },\r
+// Interrupts\r
+ { 0xF10020, "JINTCTRL", "Interrupt Control Register", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },\r
+// JERRY Pulse Width Modulation DACs\r
+ //{ 0xF1A140, "DAC1", "Left DAC", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ //{ 0xF1A144, "DAC2", "Right DAC", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+// Synchronous Serial Interface\r
+ { 0xF1A150, "SCLK", "Serial Clock Frequency", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF1A154, "SMODE", "Serial Mode", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF1A148, "R_DAC", "Right transmit data (to DACs)", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF1A14C, "L_DAC", "Left transmit data (to DACs)", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF1A148, "LTXD", "Left transmit data (to I2S)", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF1A14C, "RTXD", "Right transmit data (to I2S)", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF1A148, "LRXD", "Left receive data (to I2S)", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_O) },\r
+ { 0xF1A14C, "RRXD", "Right receive data (to I2S)", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_O) },\r
+ { 0xF1A150, "SSTAT", "Serial Status", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_O) },\r
+// Asynchronous Serial Interface (ComLynx and Midi)\r
+ { 0xF10034, "ASICLK", "Asynchronous Serial Interface Clock", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF10032, "ASICTRL", "Asynchronous Serial Control", HWLABEL_16BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF10032, "ASISTAT", "Asynchronous Serial Status", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_O) },\r
+ { 0xF10030, "ASIDATA", "Asynchronous Serial Data", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },\r
+// Joystick Interface\r
+ { 0xF14000, "JOYSTICK", "Joystick register", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF14002, "JOYBUTS", "Button register", HWLABEL_16BITS, (HWLABEL_R | HWLABEL_W) },\r
+// Internal Registers\r
+ { 0xF1A100, "D_FLAGS", "DSP Flags Register", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF1A104, "D_MTXC", "DSP Matrix Control Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF1A108, "D_MTXA", "DSP Matrix Address Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF1A10C, "D_END", "DSP Data Organisation Register", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF1A110, "D_PC", "DSP Program Counter", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF1A114, "D_CTRL", "DSP Control/Status Register", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF1A118, "D_MOD", "Modulo instruction mask", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF1A11C, "D_REMAIN", "Divide unit remainder", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_W) },\r
+ { 0xF1A11C, "D_DIVCTRL", "Divide unit Control", HWLABEL_32BITS, (HWLABEL_W | HWLABEL_O) },\r
+ { 0xF1A120, "D_MACHI", "Multiply & Acccumulate High Bits", HWLABEL_32BITS, (HWLABEL_R | HWLABEL_O) },\r
+// End of the Memory map list\r
+// { (size_t)-1, NULL, NULL, HWLABEL_NO_SIZE, HWLABEL_NO_ACCESS }\r
+};\r
+\r
+\r
+// Get Symbol name from his address\r
+char *HWLABELManager_GetSymbolnameFromAdr(size_t Adr)\r
+{\r
+ size_t i;\r
+\r
+ if ((Adr >= 0xF00000) && (Adr < 0xF1A124))\r
+ {\r
+ for (i = 0; i < NBHWLABELS; i++)\r
+ {\r
+ if ((HWLABELTabSectionType[i].HWLABELAdr == Adr))\r
+ {\r
+ return (char *)HWLABELTabSectionType[i].HWLABELSymbolName;\r
+ }\r
+ }\r
+ }\r
+\r
+ return NULL;\r
+\r
+ //while ((HWLABELTabSectionType[i].HWLABELAdr != Adr) && (HWLABELTabSectionType[i++].HWLABELAdr != (size_t)-1));\r
+ //return (char *)HWLABELTabSectionType[i].HWLABELSymbolName;\r
+}\r
+\r
HCoop / clinton / Virtual-Jaguar-Rx.git / commitdiff