Keil AGDI Header File
#ifndef __AGDI__INCED___
#define __AGDI__INCED___ //---Revision History: ----------------------------------------------
// 17.10.2000, added AG_SYM_SFR
//
//------------------------------------------------------------------- #ifdef __cplusplus
extern "C" {
#endif #include <Windows.h> // wg. HWND, RECT, CALLBACK, HANDLE #define _EXPO_ __declspec(dllexport) /*
* Advanced GDI types
*/ typedef unsigned long UL32;
typedef signed long SL32;
typedef signed char SC8;
typedef unsigned char UC8;
typedef signed int I32;
typedef unsigned int U32;
typedef signed short int I16;
typedef unsigned short int U16;
typedef __int64 I64;
typedef unsigned __int64 U64;
typedef float F32;
typedef double F64; typedef union {
U32 u32; // 32-Bit signed int
I32 i32; // 32-Bit unsigned int
UL32 ul; // 32-Bit unsigned long
SL32 sl; // 32-Bit signed long
UC8 uc; // 8-Bit unsigned char
SC8 sc; // 8-Bit signed char
U16 u16; // 16-Bit unsigned short int
I16 i16; // 16-Bit signed short int
U64 u64; // 64-Bit unsigned int
I64 i64; // 64-Bit signed int
F32 f32; // 32-Bit single precision float
F64 f64; // 64-Bit single precision float
UL32 ul2 [];
SL32 sl2 [];
U16 u16a [];
I16 i16a [];
UC8 uc8 [];
SC8 sc8 [];
SC8 *pS;
UC8 *pU;
U16 *pW;
U32 *pD;
} GVAL; /*
* 166/167 specific's
*/ #define mWREG 0x100 // 0x100...0x10F := R0...R15
#define mBREG 0x200 // 0x200...0x20F := RL0...RH7
#define mDREG 0x300 // not used.
#define mDPP 0x400 // 0x400...0x403 := DPP0...DPP3
#define mPC 0x500 // PC
#define mPSW 0x600 // PSW
#define mSP 0x700 // SP
#define mCP 0x800 // CP
#define mCYC 0x900 // Cycles value
#define mEPTR 0xA00 #pragma pack(1)
typedef struct {
union {
U16 wregs []; // R0 ... R15
UC8 bregs []; // RL0 ... RH7
} r;
U32 Ndpp[]; // full linear base address values
U32 nPC; // full address !
U16 cPsw; // current Psw
U16 cSP;
U16 cMDL; // MDL
U16 cMDH; // MDH
U32 cCP; // CP
I64 nCycles; // cycle counter (or time ???) INT64 macc; // 40-Bit value
U16 mah; // MAH MAC-Unit Accumulator High
U16 mal; // MAL MAC-Unit Accumulator Low
U16 mas; // MAS limited MAH/signed
U16 msw; // MSW MAC-Unit Status Word
U16 mcw; // MCW MAC-Unit Control Word
U16 mrw; // MRW MAC-Unit Repeat Word U16 idx0;
U16 idx1;
U16 qx0;
U16 qx1;
U16 qr0;
U16 qr1;
} RG166; /*
* Sle66+ specific's
*/ #define nnR0 0x00 // R0
#define nnR1 0x01 // R1
#define nnR2 0x02 // R2
#define nnR3 0x03 // R3
#define nnR4 0x04 // R4
#define nnR5 0x05 // R5
#define nnR6 0x06 // R6
#define nnR7 0x07 // R7
//#define niR0 0x10 // @R0
//#define niR1 0x11 // @R1
//#define nrAB 0x12 // AB
#define nrCY 0x13 // C
#define nrA 0x14 // A
#define nrDPTR 0x18 // DPTR #define nnPR0 0x1C // PR0 (80C51MX)
#define nnPR1 0x1D // PR1 (80C51MX) typedef struct { // iMCS51 - SLE66Cxx Registers
UL32 nPC;
I64 nCycles; // cycle counter
UC8 psw;
UC8 sp;
UC8 b;
UC8 acc;
UC8 dpl;
UC8 dph;
UC8 bregs [];
UC8 dpsel;
UC8 adrxh; // page for MOVX @Ri
U16 dptx []; // DPTR save area
} RGSLE66; typedef struct { // iMCS51-Registers
BYTE Rn []; // R0 ... R7
DWORD nPC; // full address !
BYTE sp; // SP
BYTE psw; // PSW-sfr
BYTE b; // B-sfr
BYTE acc; // ACC-sfr
BYTE dpl; // DPL-sfr
BYTE dph; // DPH-sfr
BYTE ports[];
I64 nCycles; // cycle counter
} RG51; typedef struct { // iMCSARM Registers
DWORD cur[]; // Current Mode: R0..R15(PC)
DWORD cpsr; // CPSR
DWORD spsr; // Current SPSR
DWORD usr[]; // User & System: R8..R14
DWORD fiq[]; // Fast Interrupt: R8..R14, SPSR
DWORD irq[]; // Interrupt: R13,R14, SPSR
DWORD svc[]; // Supervisor: R13,R14, SPSR
DWORD abt[]; // Abort: R13,R14, SPSR
DWORD und[]; // Undefined: R13,R14, SPSR
INT64 nCycles; // cycle counter
} RgARM ; typedef struct { // SmartMX-Registers
BYTE Rn []; // 7F:0000 .. 7F:001F (D:0 .. D:1F)
BYTE acc, pcl, pch, pcx, psw, pswh; // System Mode Registers
BYTE s_B, s_EPL, s_EPM, s_EPH, s_DPL0, s_DPH0;
BYTE s_DPL1, s_DPH1, s_MXCON, s_AUXR1, s_XRAMP;
BYTE s_SP, s_SPE, s_SPLOW,s_SPELOW,s_SPHIGH,s_SPEHIGH;
//User Context Registers
BYTE u_B, u_EPL, u_EPM, u_EPH, u_DPL0, u_DPH0;
BYTE u_DPL1, u_DPH1, u_MXCON, u_AUXR1, u_XRAMP;
BYTE u_SP, u_SPE, u_SPLOW,u_SPELOW,u_SPHIGH,u_SPEHIGH;
// Physical PC Value
BYTE YPCL, YPCH, YPCX;
BYTE MMUCTRL;
BYTE MMUPTRL, MMUPTRM, MMUPTRH;
} RGSMX; #pragma pack() #pragma pack(1) #define RGROUP struct rGroup
#define RITEM struct rItem
#define REGDSC struct RegDsc struct rGroup { // Register Group Descriptor
UC8 desc; // always 0x00
UC8 ShEx; // Bit.0 = 1 Show Group initially expanded
// Bit.1 = 1 Show Group description 'bold'
char *name; // Group name
}; struct rItem { // Register Item Descriptor
UC8 desc; // always 0x01
U16 nGi; // Group-Index (0...nGroups-1)
U16 nItem; // Item indicator
char szReg[]; // Name of Register
UC8 isPC; // is this the PC
UC8 canChg; // can this Reg be changed in Reg-Window
UC8 iHigh; // highlight the value
UC8 iDraw; // item needs to be repainted
char szVal[]; // it's value in Ascii
GVAL v; // it's binary item value
}; struct RegDsc {
I32 nGitems; // number of group items
I32 nRitems; // number of register items
RGROUP *GrpArr; // array of group descriptors
RITEM *RegArr; // array of register descriptors
void (*RegGet) (RITEM *vp, int nR); // get RegItem's value
I32 (*RegSet) (RITEM *vp, GVAL *pV); // set RegItem's value
}; #pragma pack() #define UPR_NORMAL 0x80000000 // update normal registers
#define UPR_HIST 0x40000000 // update history registers /*
* Advanced GDI Functions
*/ /*
* Error codes
*/ #define AG_OK 0 // Ok.
#define AG_NOACCESS 1 // Cannot access while running.
#define AG_RDFAILED 2 // memory read failed.
#define AG_INVALOP 3 // invalid operation code
#define AG_RO 4 // attempt to write Read-only item
#define AG_WRFAILED 5 // memory write failed.
#define AG_CANTMAP 6 // cannot map memory /*
* 80x51 + Sle66(+) memory spaces, added 12/19/99
*/ #define amNONE 0x0000 // not spaced
#define amXDATA 0x0001 // XDATA
#define amBANK0 0x0080 // BANK0
#define amBANK31 0x009F // BANK31
#define amDATA 0x00F0 // DATA
#define amBIT 0x00F1 // BIT
#define amEDATA 0x00F2 // EDATA (i251)
#define amIDATA 0x00F3 // IDATA
#define amECODE 0x00F4 // 251 ecode
#define amHDATA 0x00F5 // 251 hdata
#define amHCONS 0x00F6 // 251 hconst
#define amCONST 0x00F7 // 251 const
#define amPDATA 0x00FE // PDATA (c51 macht das bei generic)
#define amCODE 0x00FF // CODE
#define amPHYS 0x0100 // Physical SLE66+ Memory
#define amPHLIM 0x0110 // 1MB Physical Memory #define amYMEM 0x0040 // Mifare ProX Y: (physical code 1MB)
#define amZMEM 0x0041 // Mifare ProX Z: (physical xdata)
#define amSMEM 0x0042 // Mifare ProX S: (physical sfr) #define amU1MEM 0x00F8 // UsrMem #1 (E2-PROM)
#define amU2MEM 0x00F9 // UsrMem #2 (reserved for future use)
#define amU3MEM 0x00FA // UsrMem #3 (reserved for future use)
#define amU4MEM 0x00FB // UsrMem #4 (reserved for future use)
#define amU5MEM 0x00FC // UsrMem #5 (reserved for future use)
#define mmU6MEM 0x00FD // UsrMem #6 (reserved for future use) /*
* Features
*/ typedef struct {
U32 MemAccR : ; // memory-access while running supported
U32 RegAccR : ; // register-access while running supported
U32 hTrace : ; // trace-recording supported
U32 hCover : ; // code coverage supported
U32 hPaLyze : ; // Performance-Analyzer support
U32 hMemMap : ; // Memory-Map support
U32 ResetR : ; // Reset possible while running
U32 ExtBrk : ; // OCDS/JTAG: Break in EXTx allowed /10.3.2003/
U32 LaSupp : ; // Logic-Analyzer supported
} SUPP; #pragma pack(1)
typedef struct {
UL32 Adr; // linear address
UL32 ErrAdr; // memory access failed address
UL32 nLen; // address range, used for memory-map
U16 mSpace; // memory space (not used on 166/167)
} GADR; typedef struct { // Assemble/Disassemble
UL32 Adr; // linear address
UC8 Opc []; // 167 needs max. 4 Opcode bytes
I32 OpcLen; // Result length in assemble mode
SC8 szB []; // DisAsm-result or Asm-input line
I32 Result; // 0:=Ok, otherwise error
} DAAS; typedef struct { // 11.1.2005, DisAssemble Mixed-Mode into File
UL32 nStart; // Start-Address for disassemble
UL32 nEnd; // Stop-Address for disassemble
I32 Result; // 0:=Ok, 1:=can't create file, 2:=file write error
I32 nMode; // 0:=Asm-Mode, 1:=Mixed-Mode
UL32 nRes[]; // reserved
char szN []; // name of file to create and write disassembly
} DAS_MIXED; typedef struct { // Memory-Range descriptor
UC8 mTyp; // 0=RAM, 1=ROM
UL32 nStart; // Memory start address
UL32 nSize; // Size of memory block (0=unused)
} OCM; typedef struct { // 166/167 Device Info
UC8 Vendor []; // Device-Vendor: example 'Siemens'
UC8 Device []; // Device-Name: example 'C167CR-16FM'
UL32 Clock; // clock frequency
UC8 RestoreBp; // 1 := restore Breakpoints
UC8 Rtos; // OS: 0:=none, 1:=RtxTiny, 2:=RtxFull
UC8 Mod167; // 0:=166-Instr. Set 1:=167-Instr Set
UC8 useOnChipRom; // 1:=use on chip Rom
UC8 useOnChipXper; // 1:=use on chip X-peripherals (XRAM+CAN)
UC8 useMAC; // 0:=no MACC, 1:=MACC instr. used OCM ExtMem[]; // up to 6 external memory ranges
OCM Ican; // address range of on-chip CAN
OCM Irom; // address range of on-chip internal Rom
OCM Xram1; // address range of on-chip internal Xram
OCM Xram2; // address range of on-chip internal Xram
OCM Iram; // address range of on-chip internal Ram UC8 PrjPath []; // path of project
UC8 AppName []; // path and name of loaded application
} DEV_X66; #pragma pack() /*
* Symbol search masks (may be combined using |) :
*/ #define AG_SYM_VAR 0x0001 // search for non-bit Variables
#define AG_SYM_CON 0x0002 // search for named Constants
#define AG_SYM_BIT 0x0004 // search for Bit in Memory
#define AG_SYM_LOC 0x0008 // search for Function/Label
#define AG_SYM_SFR 0x0200 // search for SFR name /*
* Type of found symbol:
*/ #define AG_TP_VOID 0
#define AG_TP_BIT 1
#define AG_TP_CHAR 2
#define AG_TP_UCHAR 3
#define AG_TP_INT 4
#define AG_TP_UINT 5
#define AG_TP_SHORT 6
#define AG_TP_USHORT 7
#define AG_TP_LONG 8
#define AG_TP_ULONG 9
#define AG_TP_FLOAT 10
#define AG_TP_DOUBLE 11
#define AG_TP_PTR 12
#define AG_TP_UNION 13
#define AG_TP_STRUCT 14
#define AG_TP_FUNC 15
#define AG_TP_STRING 16
#define AG_TP_ENUM 17
#define AG_TP_FIELD 18 #pragma pack(1) typedef struct { // Search for Sym by Name or Value.
UL32 nMask; // search mask (AG_SYM_LOC | ...)
UC8 szName []; // search/found name (zero-terminated
U64 val; // search/found Adr/Value
UL32 type; // type of found symbol (AG_TP_???)
UL32 Ok; // 1:=Ok, else find failed.
} SYMDSC; #pragma pack() /*
* Progress-Control Structure
*/ #define PROGRESS_INIT 1
#define PROGRESS_KILL 2
#define PROGRESS_SETPOS 3
#define PROGRESS_INITTXT 4 // 15.3.2003, init progress in text mode
#define PROGRESS_SETTEXT 5 // ========= #pragma pack(1)
typedef struct PgRess { // Progress-Setup and Control structure
I32 Job; // PROGRESS_INIT/KILL/SETPOS
I32 pos; // PROGRESS_SETPOS: position to set
I32 low; // low percent (normally 0)
I32 hig; // high percent (normally 100)
SC8 *label; // text-label before progress-bar or NULL
SC8 *ctext; // 15.3.2003, Text instead of % display
} OIL;
#pragma pack() /*
* Flash-Parameter-Block, used in AG_CB_GETFLASHPARAM CallBack
*/
#pragma pack(1)
typedef struct FlashBlock {
UL32 start; // Start-Address
UL32 many; // Number of Bytes
UC8 *image; // Content
UL32 ActSize; // total number of bytes
UL32 Stop : ; // cancel FlashDownLoad
UL32 Res []; // reserved, unused
} FLASHPARM;
#pragma pack() /*
* Init/Query Target features
*/ #define AG_INITFEATURES 0x0100 // Init target features
#define AG_GETFEATURE 0x0200 // extract a single feature
#define AG_INITITEM 0x0300 // Init item
#define AG_EXECITEM 0x0400 // Execute item /*
* Supported Target Features:
*/
#define AG_F_MEMACCR 0x0001 // memory-access while running
#define AG_F_REGACCR 0x0002 // register-access while running
#define AG_F_TRACE 0x0003 // back-trace support
#define AG_F_COVERAGE 0x0004 // code-coverage support
#define AG_F_PALYZE 0x0005 // Performance-Analyzer support
#define AG_F_MEMMAP 0x0006 // Memory-Map support
#define AG_F_RESETR 0x0007 // Reset while running possible feature
#define AG_F_251MODE 0x0008 // 251: get mode (SRC_MODE/BIN_MODE)
#define AG_F_251FRMSZ 0x0009 // 251: get framesize (FRM_SIZE2/4)
#define AG_F_251CPU 0x000A // 251: get CPU type (CPU_251/CPU_51)
#define AG_F_16XBIE 0x000B // 167: brk within EXTx-Sequ allowed
// ret: 1:=yes, 0:=no
#define AG_F_LANALYZER 0x000C // Logic-Analyzer support /*
* Connection and Communication Items used for 'AG_INITITEM':
*/
#define AG_INITMENU 0x0007 // init extension menu
#define AG_INITEXTDLGUPD 0x0008 // init modeless extesion dlg update function
#define AG_INITMHANDLEP 0x0009 // setup ptr to HWND of active modeless dlg
#define AG_INITPHANDLEP 0x000A // pointer to parent handle (MainFrame)
#define AG_INITINSTHANDLE 0x000B // pointer to Agdi-instance handle
#define AG_INITBPHEAD 0x000E // pointer to Bp-head
#define AG_INITCURPC 0x000F // pointer to Program counter
#define AG_INITDOEVENTS 0x0010 // pointer do DoEvents()
#define AG_INITUSRMSG 0x0011 // Registered Message for SendMessage
#define AG_INITCALLBACK 0x0012 // pointer to callback function //---19.7.2002: added for Flash DownLoad:
#define AG_INITFLASHLOAD 0x0013 // Prepare for Flash Download
#define AG_STARTFLASHLOAD 0x0014 // Start Flash DownLoad //---2.11.2004: added for Hitex-AGDI:
#define AG_INITCWINAPP 0x0020 // sent Item is 'CWinApp *'
#define AG_INITSTARTLOAD 0x0021 // 'Load about to start' (item := 'LOADPARMS *')
#define AG_INITENDLOAD 0x0022 // 'Load finished' (item := NULL) /*
* AG_EXECITEM items:
*/
#define AG_UNINIT 0x000C // Clean up target
#define AG_RESET 0x000D // Reset target system
#define AG_GETMODE 0x000E // for S8051.DLL: Get Dallas Contigious Mode
//---26.10.2000: added for Hitex Emulators:
#define AG_RUNSTART 0x0010 // Announcement: Go/Step about to start
#define AG_RUNSTOP 0x0011 // : Go/Step completed.
#define AG_QUERY_LASIG 0x0012 // 27.1.2005
#define AG_KILLED_LASIG 0x0013 // 27.1.2005
//--- typedef struct agdi_la { // Query LA-Signal /27.1.2005/
struct agdi_la *next;
U64 nAdr; // LA-Signal: memory address
U64 nSize; // LA-Signal: size of analyzed item in Bytes
GVAL v; // value
U32 SigNo; // internal LA signal number (don't change)
U32 killed; //
U32 nRes[]; // reserved char szDname[]; // Signal's display name
char szExp[]; // the expr.-text: LA CREATE <expr>
char szError[]; // Error-Text
} AGDI_LA; typedef struct { // Write-Data-Record
I64 tStamp; // Time-Stamp of write
I64 totTime; // total running time
U64 nPC; // PC-value at time of write
U64 nAdr; // Write-Address
GVAL v; // Write-value @nAdr
U32 wType; // 1:=Byte, 2:=W16, 4=U32, 8=U64
U32 SigNo; // LASIG-Number (1...255)
U32 nRes[]; // reserved
} AGDI_LAREC;
//---TODO: define - tStamp/totTime uSec or cycles ??? /*
* Errors returned from AG_QUERY_LASIG:
*/
#define AGDI_LA_OK 1 // LA-Signal was accepted by target
#define AGDI_LA_NOTSUPPORTED (-10) // LA-Sig Address-Range not accepted /*
* 26.1.2005, Info given on AG_INITSTARTLOAD: (see example dated /26.1.2005/ in this file)
*/
typedef struct {
char szFile []; // full path name of App to load
BYTE Incremental; // 1:=incremental load
BYTE NoCode; // 1:=no code
BYTE Reserved[];
} LOADPARMS; #pragma pack(1) typedef struct ag_line {
U16 line;
UL32 addr;
} AG_LINE; typedef struct ag_scope {
DWORD AddrIn; // Input: Address to be mapped to Scope
// Output values:
const char *pModule; // name of Module
const char *pFunc; // name of Function DWORD lowPC; // Scope-Block lower bound
DWORD higPC; // Scope-Block upper bound
DWORD nLines; // number of lines
DWORD curLine; // current line (or 0 if none)
AG_LINE *pLines; // Line-Number Array
char szPath[]; // full path name of source file DWORD nRes[]; // reserved
} AG_SCOPE; typedef struct ag_block { // App/Module/Func Enumeration
char const *pApp; // App-Name (wg. incremental load)
char const *pModule; // Module-Name
char const *pFunc; // Function-Name
UL32 lowPC; // Function starts at 'lowPC'
UL32 higPC; // and extends up to and including 'higPC'
// ***DO NOT MODIFY these:
void *pA; // internal reserved data /App/
void *pT; // internal reserved data /Theadr/
void *pF; // internal reserved data /Func/
UL32 m1:;
} AG_BLOCK; #pragma pack() /*
* Call-Back-Function in S166 and supported sub-functions
*/ typedef U32 (*pCBF) (U32 nCode, void *vp);
#define AG_CB_TRUEXPR 1 // vp := 'EXP *' (use for Bp->ep)
#define AG_CB_PROGRESS 2 // vp := 'struct PgRess *'
#define AG_CB_INITREGV 3 // vp := 'REGDSC *' (into RegView)
#define AG_CB_EXECCMD 4 // vp := 'char *' command string
#define AG_CB_FORCEUPDATE 5 // vp := NULL, force general windows update
#define AG_CB_DISASM 6 // vp := 'DAAS *', disasm opcodes
#define AG_CB_INLASM 7 // vp := 'DAAS *', assemble szB[] into Opc[]
#define AG_CB_MSGSTRING 8 // vp := 'char *' text for message pane
#define AG_CB_GETDEVINFO 9 // vp := 'DEV_X66 *', get device info
#define AG_CB_SYMBYVAL 10 // vp := 'SYMDESC *', find symbol by value
#define AG_CB_SYMBYNAME 11 // vp := 'SYMDESC *', find symbol by name
#define AG_CB_SLE66MM 12 // vp := &slots[0] out of [512]
#define AG_CB_PHYS2MMU 13 // vp := (void *) ((DWORD) physAdr)
#define AG_CB_MMU2PHYS 14 // vp := (void *) ((DWORD) logicalAdr)
#define AG_CB_GETFLASHPARAM 15 // vp := (FLASHPARM *) or NULL
#define AG_CB_GETBOMPTR 16 // vp := &ioc /5.3.2003/ // Note: special callback for DTC-Messaging
#define AG_CB_DCTMSG_WRITE 17 // vp := write-access address #define AG_CB_DISASM_EXT 18 // vp := 'DAS_MIXED *', disasm to file
#define AG_CB_LAREC_DATA 19 // vp := 'AGDI_LAREC *', send data-record to Logic-Analyzer
#define AG_CB_SHUTDOWN 20 //
#define AG_CB_GETSCOPEINFO 21 // vp := 'AG_SCOPE *', get Scope Info
#define AG_CB_ENUMFUNCTIONS 22 // vp := 'AG_BLOCK *'. enumerate App/Modules/Functions #ifdef _IN_TARG_ // define if used in Mon166,Emu...
extern _EXPO_ U32 AG_Init (U16 nCode, void *vp);
#else // S166
extern U32 (*AG_Init) (U16 nCode, void *vp);
#endif /*
* Memory attributes
*/ #define AG_ATR_EXEC 0x01 // 'executable ' Attribute
#define AG_ATR_READ 0x02 // 'readable' Attribute
#define AG_ATR_WRITE 0x04 // 'writable' Attribute
#define AG_ATR_BREAK 0x08 // 'Exec-Break' Attribute
#define AG_ATR_EXECD 0x10 // 'Executed' Attribute
#define AG_ATR_WATCH 0x20 // Location has a Watch
#define AG_ATR_BPDIS 0x40 // 'disabled Exec-Break' Attribute
#define AG_ATR_PAP 0x80 // Location has a Perf.-Analyzer point
#define AG_ATR_WRBRK 0x100 // Loc has a write-access break
#define AG_ATR_RDBRK 0x200 // Loc has a read-access break
#define AG_ATR_COMC 0x400 // iMCS51/251: Common code marker
#define AG_ATR_VNM 0x800 // iMCS51: von Neumann mapped
#define AG_ATR_BEP 0x1000 // iMCS51: Bank-Entry Point
#define AG_ATR_EXTR 0x2000 // 166/167: within range of an EXTR sequence
#define AG_ATR_JTAKEN 0x4000 // Jump-taken attribute /*
* ARM-specific attributes:
*/
#define AG_ATR_THUMB 0x00000080 // 'Thumb' code
#define AG_ATR_ARM 0x00008000 // 'ARM' code
#define AG_ATR_NOINST 0x00080000 // 'No instruction' Attribute #define AG_MEMMAP 0x01 // map memory
#define AG_GETMEMATT 0x02 // get memory attribute
#define AG_SETMEMATT 0x03 // set memory attribute #ifdef _IN_TARG_ // define if used in Mon166,Emu...
extern _EXPO_ U32 AG_MemAtt (U16 nCode, UL32 nAttr, GADR *pA);
#else
extern U32 (*AG_MemAtt) (U16 nCode, UL32 nAttr, GADR *pA);
#endif /*
* Breakpoint query and access
*/ #define AG_ABREAK 0 // simple code address break
#define AG_CBREAK 1 // conditional break (check after each instr.)
#define AG_WBREAK 2 // data access break
#define AG_RBREAK 3 // Address-Range Break (currently not used) #pragma pack(1)
struct AG_Bps {
struct AG_Bps *next;
struct AG_Bps *prev; UL32 type : ; // ABREAK, CBREAK, WBREAK
UL32 enabled : ; // 1:=enabled, 0:=disabled
UL32 ReCalc : ; // recalc expr flag
UL32 BytObj : ; // WatchBrk: 0:=Bytes, 1:=Objects UL32 Adr; // Address (or Range)
UL32 mSpace; // memory-space
void *pV; // used on VTR-access breakpoints UL32 tsize; // WatchBrk: size of one object
UL32 many; // WatchBrk: many objects or bytes
U16 acc; // WatchBrk: 1:=Read, 2:=Write, 3:=ReadWrite
U16 BitPos; // currently not used
UL32 number; // BreakPoint-Number
I32 rcount; // Break is taken when rcount = 1 I32 ocount; // Original Count
void *ep; // conditional-Expression
char *cmd; // Exec-Command
char *Line; // Breakpoint-Expression Line for Display
char *pF; // module file name
UL32 nLine; // line number
UC8 Opc[]; // Opcode-Save Area for Monitors
};
#pragma pack() #define AG_BP struct AG_Bps #define AG_BPQUERY 0x01
#define AG_BPTOGGLE 0x02 // not sent to target
#define AG_BPINSREM 0x03 // not sent to target
#define AG_BPACTIVATE 0x04 // not sent to target
#define AG_BPDISALL 0x05 // Notification: all Bp's have been disabled
#define AG_BPKILLALL 0x06 // Notification: all Bp's have been killed
#define AG_BPEXQUERY 0x07
#define AG_CADRVALID 0x10 // Is code address valid ?
// added these /8.2.99/
#define AG_BPENABLE 0x08 // Notification: Enable Bp at address
#define AG_BPDISABLE 0x09 // Notification: Disable Bp at address
#define AG_BPKILL 0x0A // Notification: Kill Bp at address
#define AG_BPSET 0x0B // Notification: Set Bp at address #ifdef _IN_TARG_ // define if used in Mon166,Emu...
extern _EXPO_ U32 AG_BpInfo (U16 nCode, void *vp);
extern _EXPO_ AG_BP *AG_BreakFunc (U16 nCode, U16 n1, GADR *pA, AG_BP *pB);
#else
extern U32 (*AG_BpInfo) (U16 nCode, void *vp);
extern AG_BP *(*AG_BreakFunc) (U16 nCode, U16 n1, GADR *pA, AG_BP *pB);
#endif /*
* AG_BP *AG_BreakFunc (U16 nCode, U16 n1, GADR *pA, AG_BP *pB);
* nCode := AG_BPQUERY, AG_BPINSREM, ...
* n1 :=
*/ /*
* Go/Step function
*/ #define AG_STOPRUN 0x01 // force target to stop Go/Step.
#define AG_NSTEP 0x02 // exteute 'n' steps
#define AG_GOTILADR 0x03 // go til address
#define AG_GOFORBRK 0x04 // go forever or some Bp fires #ifdef _IN_TARG_ // define if used in Mon166,Emu...
extern _EXPO_ U32 AG_GoStep (U16 nCode, U32 nSteps, GADR *pA);
#else
extern U32 (*AG_GoStep) (U16 nCode, U32 nSteps, GADR *pA);
#endif /*
* Serial-Window I/O (thread-safe)
*/ struct SerAS {
DWORD n1;
DWORD n2;
DWORD n3;
DWORD n4;
GVAL v;
}; #define AG_SERBOUT 0x01 // write nMany bytes to Serial #1 Window
#define AG_SERWOUT 0x02 // write nMany words to Serial #1 Window
#define AG_SERXIN 0x03 // Key was pressed in Serial Window #1 or #2 #ifdef _IN_TARG_ // define if used in Mon166,Emu...
extern _EXPO_ U32 AG_Serial (U16 nCode, U32 nSerNo, U32 nMany, void *vp);
// nCode := AG_SER?OUT / AG_SERXIN
// nSerNo: 0:=Serial #1, 1:=Serial #2
// nMany: number of items
// vp: pointer to items (UC8 or U16)
#else
extern U32 (*AG_Serial) (U16 nCode, U32 nSerNo, U32 nMany, void *vp);
#endif /*
* Register and Memory access functions
*/ #define AG_READ 0x01 // read operation
#define AG_WRITE 0x02 // write operation
#define AG_WROPC 0x03 // write opcodes
#define AG_RDOPC 0x04 // read opcodes
#define AG_RDMMU66 0x05 // 19.12.99, read Sle66 MMU content
#define AG_WRMMU66 0x06 // 19.12.99, write single Sle66 MMU-Descr.
#define AG_RCRC 0x07 // Sle66 read CRC
#define AG_RDSHIELD 0x08 // Sle66 read Shield
#define AG_RDACE 0x09 // Sle66 read ACE //--- 8.7.2002: added for flash download, otherwise like 'AG_WRITE'
#define AG_F_WRITE 0x0A // Write to Flash memory (download)
#define AG_F_VERIFY 0x0B // Verify FLash Memory
#define AG_F_ERASE 0x0C // Erase Flash
#define AG_F_RUN 0x0D // Start flashed App. //---2.4.2003: added for SmartMX Peripheral Access
#define AG_RD_XDES 0x10 // MXP: read DES (16 Bytes)
#define AG_RD_XAES 0x11 // MXP: read AES (16 Bytes)
#define AG_RD_XCRC 0x12 // MXP: read CRC (2 Bytes)
#define AG_RD_XVECT 0x13 // MXP: read Vectors (10 DWORDS, prepared) //---22.7.2003: added for SLE66 RF Interface
#define AG_RDRF 0x14 // SLE66: Read RF Fifo registers
#define AG_WRRF 0x15 // SLE66: Write RF Fifo registers
#define AG_RDMOVB 0x16 // SLE66: Read SFR via MOVB
#define AG_WRMOVB 0x17 // SLE66: Write SFR via MOVB //---26.8.2004: added for SLE66 Special Access
#define AG_BONVMREAD 0x18 // SLE66: BoNVMRead Macro
#define AG_BONVMWRITE 0x19 // SLE66: BoNVMWrite Macro #pragma pack (1) struct BoNvmFunc { // for BoNVMRead/BoNVMWrite
unsigned char Mode; // access mode
unsigned char buf[]; // read/write buffer
};
#pragma pack () #ifdef _IN_TARG_ // define if used in Mon166,Emu...
extern _EXPO_ U32 AG_MemAcc (U16 nCode, UC8 *pB, GADR *pA, UL32 nMany);
extern _EXPO_ U32 AG_RegAcc (U16 nCode, U32 nReg, GVAL *pV);
extern _EXPO_ U32 AG_AllReg (U16 nCode, void *pR);
#else
extern U32 (*AG_MemAcc) (U16 nCode, UC8 *pB, GADR *pA, UL32 nMany);
extern U32 (*AG_RegAcc) (U16 nCode, U32 nReg, GVAL *pV);
extern U32 (*AG_AllReg) (U16 nCode, void *pR);
#endif /*
* extract trace history
*/ #ifdef _IN_TARG_ // define if used in Mon166,Emu...
extern _EXPO_ U32 AG_HistFunc (U32 nCode, I32 indx, I32 dir, void *vp);
#else
extern U32 (*AG_HistFunc) (U32 nCode, I32 indx, I32 dir, void *vp);
#endif #pragma pack(1) #define DIAD struct DlgD
struct DlgD { // every dialog has it's own structure
UL32 iOpen; // auto reopen dialog (pos := 'rc')
HWND hw; // Hwnd of Dialog
BOOL (CALLBACK *wp) (HWND hw, UINT msg, WPARAM wp, LPARAM lp);
RECT rc; // Position rectangle
void (*Update) (void); // Update dialog content
void (*Kill) (DIAD *pM); // Kill dialog
void *vp; // reserved for C++ Dialogs (Dlg *this)
}; #define DYMENU struct DyMenu
struct DyMenu { // Menu item data structure
I32 nDelim; // Menu template delimiter
char *szText; // Menu item text
void (*fp) (DYMENU *pM); // create/bringDlgtoTop function
UL32 nID; // uv3 assigned ID_xxxx
UL32 nDlgId; // Dialog ID
DIAD *pDlg; // link to dialog attributes
};
#pragma pack() /*
* nDelim: 1 := normal Menu entry
* 2 := Popup-Entry (nested submenu)
* -2 := end of Popup-Group-List
* -1 := total end of Menu-List
* text: the name for the menu/popup-menu entry
* fp: Function to be activated on menu-selection
*/ #if 0 // ----- Examples for AGDI's CallBack functions ----- //--- Example for Force Update:
pCbFunc (AG_CB_EXECCMD, "dir public"); // execute dir public command
//--- Note: almost any dScope command but 'Exit' can be given.
//--- The 'Exit' command should not be executed ! //--- Example for Force Update:
pCbFunc (AG_CB_FORCEUPDATE, NULL);
//--- Note: function returns when update is completed. //--- Example for Set Message String:
pCbFunc (AG_CB_MSGSTRING, "Running..."); // up to 20 characters
//--- up to 20 characters may be displayed in the statusbar pane. //--- Example for DisAssemble Opcodes:
DAAS parms; parms.Adr = 0x10000; // disassemble address
parms.Opc[] = 0xC0;
parms.Opc[] = 0xF0; // MovBZ RH7,R0
parms.Opc[] = ;
parms.Opc[] = ; pCbFunc (AG_CB_DISASM, (void *) &parms); // disassemble...
//--- on return: parms.OpcLen := length of opcode in bytes
//--- parms.szB[] := disassembled instruction in ascii
//--- Note: parms.Adr is used for ascii-address and relative jmps only.
//--- parms.Result always 0. //---Example for DisAssemble to file: /11.1.2005/
DAS_MIXED parms; memset (&parms, , sizeof (parms)); // clear
parms.nStart = (amCODE << ) | (amCODE << ) | 0x0C6A; // start at C:0x0C6A
parms.nEnd = (amCODE << ) | (amCODE << ) | 0x0DE7; // end at C:0x0DE7
parms.nMode = ; // use 'mixed' mode
strcpy (parms.szN, "MixDis.Dis"); // Name of file to create and write
pCbFunc (AG_CB_DISASM_EXT, (void *) &parms); // disassemble to file...
switch (parms.Result) {
case : // Ok.
break;
case : // could not create file
// TODO: error handling
break;
case : // could not write to file (disk full etc.)
// TODO: error handling
break;
}
//------------------------------------------------ typedef struct { // 11.1.2005, DisAssemble Mixed-Mode into File
UL32 nStart; // Start-Address for disassemble
UL32 nEnd; // Stop-Address for disassemble
I32 Result; // 0:=Ok, 1:=can't create file, 2:=file write error
I32 nMode; // 0:=Asm-Mode, 1:=Mixed-Mode
UL32 nRes[]; // reserved
char szN []; // name of file to create and write disassembly
} DAS_MIXED; //--- Example for Inline Assemble:
DAAS parms; parms.Adr = 0x10000; // inline assemble address
strcpy (parms.szB, "MOV [R8+#0x1200],R1"); // instruction to assemble pCbFunc (AG_CB_INLASM, (void *) &parms); // assemble...
//--- on return:
//--- parms.Result = 0 if successful
//--- parms.OpcLen := length of opcode in bytes
//--- parms.Opc[] := 'parms.OpcLen' Opcode bytes
//--- parms.Result != 0 if inline assembly failed
//--- everything of parms but 'Result' is invalid. //--- Example for GetDeviceInfo:
DEV_X66 parms; memset (&parms, , sizeof (parms));
pCbFunc (AG_CB_INLASM, (void *) &parms); // get device info
//--- On return:
//--- values in DEV_X66 structure.
//--- Note:
//--- AppName[] may be used to store a project target specific ini file
//--- AppName[] should be renamed (example: strcat (AppName, "hitex")
//--- before read or write operations can take place. //--- Example for Find Symbol by value: SYMDSC parms; parms.nMask = AG_SYM_LOC | AG_SYMCON; // functions and constants
parms.val = 0x10000; // some value
pCbFunc (AG_CB_SYMBYVAL, (void *) &parms); // search for symbol
//--- On return:
//--- parms.Ok = 1, search was successful
//--- parms.szName[] = name of symbol ('main' for example)
//--- parms.type = type of symbol (AG_TP_FUNC for example)
//--- parms.val = value of symbol
//--- parms.Ok = 0, search failed.
//--- Note: publics are searched only //--- Example for Find Symbol by name:
SYMDSC parms; strcpy (parms.szName, "main");
pCbFunc (AG_CB_SYMBYNAME, (void *) &parms); // search for symbol by name
//--- On return:
//--- parms.Ok = 1, search was successful
//--- parms.szName[] = name of symbol ('main' for example)
//--- parms.type = type of symbol (AG_TP_FUNC for example)
//--- parms.val = value of symbol
//--- parms.Ok = 0, search failed.
//--- Note: publics are searched only //--- Example for Progress-Bar handling: static OIL ProgressBar; //--- initialize progress bar
ProgressBar.pos = ; // initial position
ProgressBar.low = ; // low position percent (0%)
ProgressBar.hig = ; // high position percent (100%)
ProgressBar.label = "Loading Monitor..."; // progress label text
ProgressBar.Job = PROGRESS_INIT; // initialize
pCbFunc (AG_CB_PROGRESS, &ProgressBar); // do initialization. //--- Step 1: display progress bar position:
while (processing) {
// ...
ProgressBar.Job = PROGRESS_SETPOS;
ProgressBar.pos++;
pCbFunc (AG_CB_PROGRESS, &ProgressBar); // set bar to position
// ...
} //--- Step 2: remove progress bar:
ProgressBar.Job = PROGRESS_KILL;
pCbFunc (AG_CB_PROGRESS, &ProgressBar); // kill Progress Bar. #endif // End of CallBack Samples. #if 0 // /30.1.2005/ Logic-Analyzer Example static DWORD SaveAdr; I32 QueryLaSig (AGDI_LA *pLA) {
DWORD nAdr;
DWORD nSize; nAdr = (U32) pLA->nAdr; // Memory-Address
nSize = (U32) pLA->nSize; // Size in Bytes
SaveAdr = nAdr; // Note: this is a hook for the example-code below. //---TODO:
//if (cannot_set tracking-range nAdr...nAdr+nSize-1) {
// strcpy (pLA->szError, "Error-Text"); // Reason for 'not supported'
// return (AGDI_LA_NOTSUPPORTED);
//} //---OK:
return (AGDI_LA_OK); // LA-Signal accepted
} /*
* Given LA-Signal has been killed.
*/
U32 KilledLaSig (AGDI_LA *pLA) {
//---TODO: whatever cleanup is required.
return (AGDI_LA_OK);
} /*
* Send a Data-Record to uVision
* uVision will look for the matching LA-Signal based on the write-address
* and assign the data record to that La-signal.
*/
U32 SendLaDataRecord (AGDI_LAREC *pLA) {
U32 nE; nE = pCbFunc (AG_CB_LAREC_DATA, (void *) pLA); // send data to uVision
switch (nE) {
default:
case : // could not find a matching Signal (pLA->nAdr)
break;
case AGDI_LA_OK:
break;
}
return (nE);
} //---TODO: whenever the target detects a write to an address
// specified by one or more LA-definition specifed address
// ranges, then a data record needs to be prepared and
// sent to uVision // Here is an example which simulates a 1000 hertz sine wave. It is
// assumed that the loaded user program contains a float variable
// such as:
// float f32Test;
//
// That variable can then be specified for logic analyzer in uVision
// Debugging mode in the command window:
//
// LA f32Test; // some float variable in user application
//
// The hooked address 'SaveAdr' is the location of 'f32Test' in memory. static AGDI_LAREC la; static void SineSig (void) {
int i;
double volts, frequ, offs, dur, val; volts = 2.0; // peak-to-peak voltage
offs = 2.5; // voltage offset
frequ = ; // frequency
dur = 0.2; // duration in seconds memset (&la, , sizeof (la));
la.nAdr = SaveAdr; // use the previously hooked memory address '&f32Test'
la.tStamp = ; // simulate the time-stamp
la.totTime = ; // simulate the total running time for ( i = ; i < (dur * ) ; ++i ) {
val = (float) sin (frequ * (((double) la.totTime) / 33e6) * * 3.14159);
la.v.f32 = (float) ((val * volts) + offs); // setup the 'written' value
SendLaDataRecord (&la); // send data to uVision
la.totTime += ; // and incrase 'total time'
la.tStamp += ; // simulate next time-stamp
} // Note: total Time and time-stamp
} U32 _EXPO_ AG_Init (U16 nCode, void *vp) {
U32 nE; nE = ;
switch (nCode & 0xFF00) {
case AG_INITFEATURES: // Initialize & start the target
PlayDead = ; // clear some variables...
... case AG_EXECITEM: // execute various commands
switch (nCode & 0x00FF) {
case AG_QUERY_LASIG: // is LA-Signal acceptable ?
if (vp == NULL) { // NOTE: just for Test...
//---NOTE: vp == NULL is just for test only, it is not a real case !!!
SineSig(); // generate a sine Wave for test data
break; // LA should show the sine wave...
}
nE = QueryLaSig ((AGDI_LA *) vp);
break;
case AG_KILLED_LASIG: // LA-Signal was killed
nE = KilledLaSig ((AGDI_LA *) vp);
break; ...
}
return (nE);
} #endif #if 0 // /26.1.2005/ LOADPARMS-Example
/*
* AG_INITSTARTLOAD with load-parameters Example
*/
LOADPARMS lParms; // LOAD-Parameters U32 _EXPO_ AG_Init (U16 nCode, void *vp) {
U32 nE; nE = ;
switch (nCode & 0xFF00) {
case AG_INITFEATURES: // Initialize & start the target
PlayDead = ; // clear some variables...
// ...
break; case AG_INITITEM: // init item
switch (nCode & 0x00FF) {
case AG_INITMENU: // init extension menu
*((DYMENU **) vp) = (DYMENU *) Menu;
break;
// ...
case AG_INITCALLBACK: // pointer to callback function
pCbFunc = (pCBF) vp; // call-back function of s166
break; case AG_INITSTARTLOAD: // about to start 'load file'
if (vp != NULL) { // Load-Parameters specified
lParms = *((LOADPARMS *) vp);
// lParms.szFile[] : full path name of App to load
// lParms.Incremental : 1:= incremental load
// lParms.NoCode : 1:= load debug info only, no code (currently not used by uVision)
// TODO: process the given load parameters if required... }
break; case AG_INITENDLOAD: // Load is now completed.
break; }
break;
// ...
case AG_GETFEATURE: // uVision2 want's details about features...
// ... }
return (nE);
}
#endif // menu item identifiers for external target DLLs: #define AG_EXT_CMD_DEBUG_VIEW_TRACE_RECORDING 32000
#define AG_EXT_CMD_DEBUG_ENA_DISA_BREAKPOINTS 32001
#define AG_EXT_CMD_DEBUG_BREAKPOINTS 32002 #ifdef __cplusplus
}
#endif #endif // __AGDI__INCED___
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