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KFLASH.c
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KFLASH.c
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/**************************************************
*** Project Title: Command Post (KFLASH) ***
*** Author: Greg Dietsche ***
*** Date: 07/23/2002 ***
*** Description: An application designed for ***
*** use with the TI-89 and TI-92 Plus Graphing ***
*** calculators during the testing and ***
*** debugging phases of FLASH APPS and RAM ***
*** programs ***
***************************************************/
// $Id: KFLASH.c 21 2004-08-06 21:30:03Z dietsche $
#include <tiams.h>
#include "undoc.h"
#include "crash.h"
#include "KFLASHr1.h"
#include "KFLASH.h"
#include "AppInfo.h"
#include "dasm_driver.h"
#include "dasm.h"
////////////////////////////////////////////////////
//static function prototypes ///
//////////////////////////////////////////////////
static char* About(void);
static void ShowAboutScr(void);
static void appExtHelp(AppID self, USHORT strnum);
static void Event_Handler(pFrame self, PEvent e);
static BOOL CanDelete(AppID self);
static BOOL CanMove(AppID self);
static SINT GetAppErrorContext(void);
static void SetDefaults(void);
static void ShowSysInfo(void);
static void ShowAMSInfo(void);
static void ShowBasecode_PB(void);
static void ShowHW_PB(void);
static void DoFormatDialog(void);
static void InstallResetMagic(void);
static void RemoveResetMagic(void);
static BOOL CheckResetMagicInstalled(void);
static void EnforceResetMagicRules(void);
static void HideResetMagicVar(BOOL hidden);
static void LinkPortLogger(void);
static void DisassemblyToolsDialog(void);
static ULONG * InitializeRomCallAddrToStrDB(void);
static void disassemble_one_ext_wrapper(unsigned short *pc, DASM_DAT *buff);
static void OpenAllDatabases(void);
static void CloseAllDatabases(void);
static BOOL HW3PatchInstalled(void);
static void UseTurboKeys(BOOL on);
//////////////////////////////////////////////////////
//static data ///
////////////////////////////////////////////////////
static const short AppIcon[];
static const short DSIcon[];
//////////////////////////////////////////////////
#define FRAME_SIZE (13 + NUM_XR_STRINGS + NUM_OO_USED + NUM_ER_USED + (NUM_EXTENSIONS*3))
APP_EXTENSION const appExtensions[]={
/* func name #, help string # func index */
{OO_FIRST_APP_STRING + XR_extbclr, OO_FIRST_APP_STRING + XR_extHelpbclr, EXT_BCLR},
{OO_FIRST_APP_STRING + XR_extbset, OO_FIRST_APP_STRING + XR_extHelpbset, EXT_BSET},
{OO_FIRST_APP_STRING + XR_extbtst, OO_FIRST_APP_STRING + XR_extHelpbtst, EXT_BTST},
{OO_FIRST_APP_STRING + XR_extHeapDeref, OO_FIRST_APP_STRING + XR_extHelpHeapDeref, EXT_HEAPDEREF},
{OO_FIRST_APP_STRING + XR_extLowMem, OO_FIRST_APP_STRING + XR_extHelpLowMem, EXT_LOWMEM},
{OO_FIRST_APP_STRING + XR_extPeekB, OO_FIRST_APP_STRING + XR_extHelpPeekB, EXT_PEEKB},
{OO_FIRST_APP_STRING + XR_extPeekL, OO_FIRST_APP_STRING + XR_extHelpPeekL, EXT_PEEKL},
{OO_FIRST_APP_STRING + XR_extPeekW, OO_FIRST_APP_STRING + XR_extHelpPeekW, EXT_PEEKW},
{OO_FIRST_APP_STRING + XR_extPokeB, OO_FIRST_APP_STRING + XR_extHelpPokeB, EXT_POKEB},
{OO_FIRST_APP_STRING + XR_extPokeL, OO_FIRST_APP_STRING + XR_extHelpPokeL, EXT_POKEL},
{OO_FIRST_APP_STRING + XR_extPokeW, OO_FIRST_APP_STRING + XR_extHelpPokeW, EXT_POKEW},
{OO_FIRST_APP_STRING + XR_extHeapShuffle, OO_FIRST_APP_STRING + XR_extHelpHeapShuffle, EXT_HEAPSHUFFLE}
};
APP_EXT_ENTRY const appExtEntries[]={
/* &Function(), type */
{ext_bclr, APP_EXT_FUNCTION},
{ext_bset, APP_EXT_FUNCTION},
{ext_btst, APP_EXT_FUNCTION},
{ext_HeapDeref, APP_EXT_FUNCTION},
{ext_StressTest, APP_EXT_FUNCTION},
{ext_PeekB, APP_EXT_FUNCTION},
{ext_PeekL, APP_EXT_FUNCTION},
{ext_PeekW, APP_EXT_FUNCTION},
{ext_PokeB, APP_EXT_FUNCTION},
{ext_PokeL, APP_EXT_FUNCTION},
{ext_PokeW, APP_EXT_FUNCTION},
{ext_HeapShuffle, APP_EXT_PROGRAM}
};
FRAME(appObj, OO_SYSTEM_FRAME, 0, OO_APP_FLAGS, FRAME_SIZE)
ATTR(OO_APP_FLAGS, APP_INTERACTIVE) //0x0001 APP_BACKGROUND
ATTR(OO_APP_NAME, APP_TITLE) //0x0002
ATTR(OO_APP_TOK_NAME, "cmdpost") //0x0003
ATTR(OO_APP_PROCESS_EVENT, &Event_Handler) //0x0004
ATTR(OO_APP_DEFAULT_MENU, &AppMenu) //0x0005
ATTR(OO_APP_EXT_COUNT, NUM_EXTENSIONS) //0x0007
ATTR(OO_APP_EXTENSIONS, appExtensions) //0x0008
ATTR(OO_APP_EXT_ENTRIES, appExtEntries) //0x0009
ATTR(OO_APP_CAN_DELETE, CanDelete) //0x000C
ATTR(OO_APP_CAN_MOVE, CanMove) //0x000D
//ATTR(OO_APP_VIEWER, AppViewer) //0x000E
ATTR(OO_APP_ICON, &AppIcon) //0c000F
ATTR(OO_APP_EXT_HELP, appExtHelp) //0x0010
ATTR(OO_APP_ABOUT, About) //0x0012
//Application Error Strings
STRING_ATTR(XR_ADDRESS, "Address Error")
STRING_ATTR(XR_ILLEGAL, "Illegal Instruction")
STRING_ATTR(XR_DIVIDE, "Divide by Zero")
STRING_ATTR(XR_CHK, "CHK Instruction")
STRING_ATTR(XR_TRAPV, "TRAPV Instruction")
STRING_ATTR(XR_PRIV, "Privilege Violation")
STRING_ATTR(XR_TRACEINT, "Trace Interrupt")
STRING_ATTR(XR_SINT, "Spurious Interrupt")
STRING_ATTR(XR_InvalidHandle, "Invalid Handle")
STRING_ATTR(XR_InvalidHistItem, "Invalid History Item")
STRING_ATTR(XR_ResetMagicFailedInstall, APP_TITLE " was unable to activate Reset Magic due to low memory")
STRING_ATTR(XR_ResetMagicFailedRemove, APP_TITLE " was unable to deactivate Reset Magic due to low memory")
STRING_ATTR(XR_CantRemoveIfKernel, "You cannot change the status of Crash Guard when a kernel is installed!")
STRING_ATTR(XR_LinkLog, "Failed to open the Link Log in APPEND mode. Please check the variable \'main\\Link_Log\' if it exists (archived, locked, type!=\'log\') and/or check for low memory conditions.")
//Application Strings
STRING_ATTR(XR_ShortAppName, APP_TITLE)
STRING_ATTR(XR_LongAppName, APP_TITLE " (v" APP_VERSION ")")
STRING_ATTR(XR_AppVersion, APP_VERSION)
STRING_ATTR(XR_Protection, "Crash Guard")
STRING_ATTR(XR_ProtectionE, "Crash Guard" RF_ELLIPSIS)
STRING_ATTR(XR_On, "On")
STRING_ATTR(XR_Off, "Off")
STRING_ATTR(XR_PasteSpecial, "Paste Special")
STRING_ATTR(XR_About_Me, APP_TITLE "\n\n""Version "APP_VERSION"\nCopyright " RF_COPYRIGHT " 2002, 2003\nBy: Gregory L. Dietsche.\[email protected]\n\nDetached Solutions:\nwww.detachedsolutions.com")
STRING_ATTR(XR_MemoryInfo, "RAM Info:\nFree RAM: %lu\nLargest Avail Handle: %lu\nUnused Handles: %d\nHeap Status: %s\n\nFlash Info:\nFlash Memory End: 0x%lx")
STRING_ATTR(XR_MemoryStatus, "Memory Status" RF_ELLIPSIS)
STRING_ATTR(XR_RAMStress, "Low RAM Simulation")
STRING_ATTR(XR_RAMStressE, "Low RAM Simulation" RF_ELLIPSIS)
STRING_ATTR(XR_Status, "Status")
STRING_ATTR(XR_Bytes, "Bytes")
STRING_ATTR(XR_Enabled, "Enabled")
STRING_ATTR(XR_Disabled, "Disabled")
STRING_ATTR(XR_UseXbytes, "Use")
STRING_ATTR(XR_LeaveBytesFree, "All Except")
STRING_ATTR(XR_HexEditor, "Editor")
STRING_ATTR(XR_HeapCorrupted, "WARNING:\nThe Heap Has Been Corrupted! Resetting This Calculator Is Strongly Recommended.")
STRING_ATTR(XR_LowMemFmtStr, "main\\lowmem%02x") //'@' is a fast way of hiding the var
STRING_ATTR(XR_ResetMagic, "Reset Magic")
STRING_ATTR(XR_HeapVaild, "Valid")
STRING_ATTR(XR_HeapInvalid, "Corrupt")
STRING_ATTR(XR_SetDefaults, "Set Defaults")
STRING_ATTR(XR_SystemInfo, "ASM PRGM Support" RF_ELLIPSIS)
STRING_ATTR(XR_Refresh, "Refresh")
STRING_ATTR(XR_UnknownKernel, "Unknown Kernel")
STRING_ATTR(XR_NoKernelFound, "No Kernel Found")
STRING_ATTR(XR_h220xtsr, "h220xtsr")
STRING_ATTR(XR_HW2Patch, "HW2 Patch")
STRING_ATTR(XR_NoHwPatchFound, "No HW Patch Found")
STRING_ATTR(XR_NotApplicable, "Not Applicable")
STRING_ATTR(XR_SysInfoStr, "Extended ASM PRGM Support Info:\n\nHW Version: %lu.00\nKernel: %s\nHW Patch: %s")
STRING_ATTR(XR_LeakWatchStr, C( "Leak Watch Report:\n\nDelta RAM: %ld\nDelta Vars: %ld\nAdjusted Delta RAM: %ld\n\nDelta Handles: %d",
"Leak Watch Report:\n\n Delta RAM: %ld\nDelta Vars: %ld\nAdjusted Delta RAM: %ld\n\nDelta Handles: %d"))
STRING_ATTR(XR_LeakWatch, "Leak Watch")
STRING_ATTR(XR_LeakWatchE, "Leak Watch" RF_ELLIPSIS)
STRING_ATTR(XR_InstallHook, "Install Hook")
STRING_ATTR(XR_RemoveHook, "Remove Hook")
STRING_ATTR(XR_Action, "Action")
STRING_ATTR(XR_Application, "Application")
STRING_ATTR(XR_AllApps, "All Applications")
STRING_ATTR(XR_JumpTo, "Jump To")
STRING_ATTR(XR_Handle, "Handle")
STRING_ATTR(XR_Address, "Address")
STRING_ATTR(XR_ValueC, "Value:")
STRING_ATTR(XR_LeakPackInfo, "The Command Post leak watch module has been uninstalled to allow this application (%s) to pack and move to a new memory location.\nIf continued monitoring is desired, the leak watch module must be reinstalled manually.")
STRING_ATTR(XR_LeakWatchInstall, "Leak Watch is now monitoring %s.")
STRING_ATTR(XR_LeakWatchRemove, "Leak Watch is no longer monitoring %s.")
STRING_ATTR(XR_Byte, "Byte")
STRING_ATTR(XR_Word, "Word")
STRING_ATTR(XR_Long, "Long")
STRING_ATTR(XR_PasteSpecialO, C("Paste Special" RF_ELLIPSIS,
"Paste Special" RF_ELLIPSIS "\t" RF_OPTION "V"))
STRING_ATTR(XR_PasteTruncated, "Warning: Paste string truncated!")
STRING_ATTR(XR_KernelWarning, "Warning: A kernel has been detected.\n\nPlease temporarily uninstall the kernel and wait for a message confirming the successful backup of the system vector table.")
STRING_ATTR(XR_SuccessfulBackup, "A backup of the system vector table has been made. Any kernel that was previously removed may be reinstalled if desired.")
STRING_ATTR(XR_AMSInfo, "AMS Info" RF_ELLIPSIS)
STRING_ATTR(XR_BasecodePB, "Basecode Parm Block:\nLength: 0x%x\nVersion Number: 0x%x\nVersion Date: 0x%lx")
STRING_ATTR(XR_BasecodePBE, "Basecode Parm Block" RF_ELLIPSIS)
STRING_ATTR(XR_HardwarePB, "Hardware Parm Block")
STRING_ATTR(XR_HardwarePBE, "Hardware Parm Block" RF_ELLIPSIS)
STRING_ATTR(XR_HardwarePBStr, C(" Hardware ID:\n Hardware Revision:\n Boot Major:\n Boot Revision:\n Boot Build:\n Gate Array:\n Logical LCD Width:\n Logical LCD Height:\n Physical LCD Width:\n Physical LCD Height:",
" Hardware ID:\n Hardware Revision:\n Boot Major:\n Boot Revision:\n Boot Build:\n Gate Array:\n Logical LCD Width:\n Logical LCD Height:\n Physical LCD Width:\n Physical LCD Height:"))
STRING_ATTR(XR_HWPBTooLong, "HW Parm Block is longer than expected")
STRING_ATTR(XR_Variable, "Variable" RF_ELLIPSIS)
STRING_ATTR(XR_JumpToE, "Address or Handle" RF_ELLIPSIS)
STRING_ATTR(XR_EditE, "Edit" RF_ELLIPSIS "\t \n")
STRING_ATTR(XR_JUMPTO, "JUMP TO")
STRING_ATTR(XR_Data, "Data")
STRING_ATTR(XR_SymEntry, "Sym Entry")
STRING_ATTR(XR_Find, "Find")
STRING_ATTR(XR_Foreword, "Forward")
STRING_ATTR(XR_Backward, "Backward")
STRING_ATTR(XR_CantDelete_1, "Please disable leak watch monitoring from all active applications before uninstalling " APP_TITLE ".")
STRING_ATTR(XR_SearchingEstr, "Searching" RF_ELLIPSIS " Press <ON> to abort")
STRING_ATTR(XR_FindNextO, "Find Next\t<CLR>")
STRING_ATTR(XR_HexEditorWidth, "Max Hex Editor Width")
STRING_ATTR(XR_TwoBytes, "Two Bytes")
STRING_ATTR(XR_FourBytes, "Four Bytes")
STRING_ATTR(XR_SixBytes, "Six Bytes")
STRING_ATTR(XR_EightBytes, "Eight Bytes")
STRING_ATTR(XR_TenBytes, "Ten Bytes")
STRING_ATTR(XR_HeapWalk, "Heap Walk")
STRING_ATTR(XR_ResizeHandleE, "Resize Handle" RF_ELLIPSIS)
STRING_ATTR(XR_NewSize, "New Size")
STRING_ATTR(XR_RESIZEHANDLE, "RESIZE HANDLE")
STRING_ATTR(XR_NewValue, "New Value")
STRING_ATTR(XR_Direction, "Direction")
STRING_ATTR(XR_BOTTOM_ESTACK, "bottom_estack")
STRING_ATTR(XR_CU_CURSOR_STATE, "CU_cursorState")
STRING_ATTR(XR_ERRNO, "errno")
STRING_ATTR(XR_ESTACK_MAX_INDEX, "estack_max_index")
STRING_ATTR(XR_EV_APPA, "EV_appA")
STRING_ATTR(XR_EV_APPB, "EV_appB")
STRING_ATTR(XR_EV_ERROR_CODE, "EV_errorCode")
STRING_ATTR(XR_EV_FLAGS, "EV_flags")
STRING_ATTR(XR_EV_RUNNINGAPP, "EV_runningApp")
STRING_ATTR(XR_FLASHMEMORYEND, "FlashMemoryEnd")
STRING_ATTR(XR_MO_OPTION, "MO_option")
STRING_ATTR(XR_NG_CONTROL, "NG_control")
STRING_ATTR(XR_OO_FIRST_ACB, "OO_firstACB")
STRING_ATTR(XR_OO_SUPERFRAME, "OO_SuperFrame")
STRING_ATTR(XR_OSFASTARROWS, "OSFastArrows")
STRING_ATTR(XR_OSMODKEYSTATUS, "OSModKeyStatus")
STRING_ATTR(XR_ST_FLAGS, "ST_flags")
STRING_ATTR(XR_TOP_ESTACK, "top_estack")
STRING_ATTR(XR_HistoryItem, "History Item")
STRING_ATTR(XR_HS_getAns, "HS_getAns")
STRING_ATTR(XR_HS_getEntry, "HS_getEntry")
STRING_ATTR(XR_JumpAMSGlobalVar, "AMS Global Variable" RF_ELLIPSIS)
STRING_ATTR(XR_JumpTable, "Jump Table")
STRING_ATTR(XR_FindPreviousO, "Find Previous\t" RF_OPTION "<CLR>")
STRING_ATTR(XR_Jump, "Jump")
STRING_ATTR(XR_FindO, "Find" RF_ELLIPSIS "\t" RF_OPTION "\n")
STRING_ATTR(XR_CopySpecialO, C("Copy Special" RF_ELLIPSIS,
"Copy Special" RF_ELLIPSIS "\t" RF_OPTION "C"))
STRING_ATTR(XR_COPYSPECIAL, "COPY SPECIAL")
STRING_ATTR(XR_H_WALK_STATUS, "H_WALK_STATUS")
STRING_ATTR(XR_H_WALK_DUMP, "H_WALK_DUMP")
STRING_ATTR(XR_H_WALK_SYM, "H_WALK_SYM")
STRING_ATTR(XR_CantDelete_2, "Warning:\n Deleting "APP_TITLE" may cause the currently installed kernel to malfunction. You must uninstall the kernel before deleting "APP_TITLE".")
STRING_ATTR(XR_AppInfoE, "App Info"RF_ELLIPSIS)
STRING_ATTR(XR_AppACB, "ACB")
STRING_ATTR(XR_AppHDR, "HDR")
STRING_ATTR(XR_BUILTIN, "BUILTIN,")
STRING_ATTR(XR_INSTALLED, "INSTALLED,")
STRING_ATTR(XR_LOCALIZER, "LOCALIZER,")
STRING_ATTR(XR_LOCK, "LOCK,")
STRING_ATTR(XR_JT_VERSION, "JT_VERSION,")
STRING_ATTR(XR_SELECTED, "SELECTED,")
STRING_ATTR(XR_COLLAPSE, "COLLAPSE,")
STRING_ATTR(XR_BG, "BG,")
STRING_ATTR(XR_COMPRESS, "COMPRESS,")
STRING_ATTR(XR_DELETE, "DELETE,")
STRING_ATTR(XR_APP_ACB, "USHORT flags=0x%x\nAppID myID=0x%x\nAppID next=0x%x\nAppID prev=0x%x\nULONG publicstorage=0x%lx\nAppHdr *appHeader=0x%lx\nBYTE *certhdr=0x%lx\npFrame appData=0x%lx")
STRING_ATTR(XR_APP_HDR, "ULONG magic=0x%lx\nUCHAR name[8]=\"%s\"\nUSHORT flags=0x%x\nULONG dataLen=0x%lx\nULONG codeOffset=0x%lx\nULONG initDataOffset=0x%lx\nULONG initDataLen=0x%lx\nULONG optlen=0x%lx")
STRING_ATTR(XR_nAppHeaderFlagsn, " }\n\nApp Header Flags={ ")
STRING_ATTR(XR_Localizer, "LOCALIZER\n")
STRING_ATTR(XR_nAppFlags, " }\n\nApp Flags (pFrame)={ ")
STRING_ATTR(XR_Interactive, "INTERACTIVE,")
STRING_ATTR(XR_Con, "CON,")
STRING_ATTR(XR_AccessSysVars, "ACCESS_SYSVARS,")
STRING_ATTR(XR_Background, "APP_BACKGROUND,")
STRING_ATTR(XR_ACBFlags, "ACB Flags={ ")
STRING_ATTR(XR_AppInfo, "App Info")
STRING_ATTR(XR_Flags, "Flags")
STRING_ATTR(XR_SelectApp, "Select App")
STRING_ATTR(XR_JumpCommonMem, "Other Address"RF_ELLIPSIS)
STRING_ATTR(XR_LCD_MEM, "LCD_MEM")
STRING_ATTR(XR_ROM_CALL, "Rom Call")
STRING_ATTR(XR_HW1_Ports, "HW1/2 Mem Mapped IO")
STRING_ATTR(XR_HW2_Ports, "HW2 Mem Mapped IO")
STRING_ATTR(XR_KEY_QUEUE, "KEY_QUEUE KeyBuffer")
STRING_ATTR(XR_EVector, "Exception Vector #")
STRING_ATTR(XR_AutoInt, "Auto Interrupt #")
STRING_ATTR(XR_Trap, "Trap #")
STRING_ATTR(XR_WantDerefPointerQ, "Would you like to dereference the pointer?")
STRING_ATTR(XR_OSContrast, "OS Contrast")
STRING_ATTR(XR_WantDerefHandleQ, "Would you like to dereference the handle?")
STRING_ATTR(XR_RelAddr, "Relative Address")
STRING_ATTR(XR_AND, "AND")
STRING_ATTR(XR_OR, "OR")
STRING_ATTR(XR_XOR, "XOR")
STRING_ATTR(XR_Disassembly, "View Disassembly")
STRING_ATTR(XR_LinkPortLogger, "Link Port Logger"RF_ELLIPSIS)
STRING_ATTR(XR_LinkLogMessage, "Link Port Logging In Progress.\nResults will be written to \'%s\'.\nPress ON to exit the link port logger.\n")
STRING_ATTR(XR_BytesReceived, "%lu Bytes Received")
STRING_ATTR(XR_CrashLinkDump, "Send debugging information to the link port?")
STRING_ATTR(XR_JumpToDisassembly, "Jump To Disassembly?")
STRING_ATTR(XR_DumpUSP, "Send User Stack to the link port? (This operation can take several seconds)")
STRING_ATTR(XR_DumpSSP, "Send Supervisor Stack to the link port? (This operation can take several seconds)")
STRING_ATTR(XR_DasmToolsE, "Disassembly Tools"RF_ELLIPSIS)
STRING_ATTR(XR_movem, "Movem Register Decoder")
STRING_ATTR(XR_PreDecrement, "movem predecrement")
STRING_ATTR(XR_PostIncrement, "movem postincrement")
STRING_ATTR(XR_Bookmarks, "Bookmarks")
STRING_ATTR(XR_JumpBookMark1, "Jump To Bookmark 1\t" RF_OPTION RF_ARROW_UP)
STRING_ATTR(XR_JumpBookMark2, "Jump To Bookmark 2\t" RF_OPTION RF_ARROW_DOWN)
STRING_ATTR(XR_SetBookMark1, "Set Bookmark 1")
STRING_ATTR(XR_SetBookMark2, "Set Bookmark 2")
STRING_ATTR(XR_HighAddr, "End Address")
STRING_ATTR(XR_NotFound, "Not Found")
STRING_ATTR(XR_RomCallToStr, "Rom Call To String")
STRING_ATTR(XR_DasmTools, "Disassembly Tools")
STRING_ATTR(XR_NoDatabase, "Rom Call database main\\romcalls does not exist.")
STRING_ATTR(XR_Tool, "Tool")
STRING_ATTR(XR_DASM_Buffering, "Buffering" RF_ELLIPSIS" %3.0f%%")
STRING_ATTR(XR_VerboseDasm, "Verbose movem")
STRING_ATTR(XR_HW3Patch, "HW3 Patch")
//App Extensions
STRING_ATTR(XR_extbclr, "bclr")
STRING_ATTR(XR_extbset, "bset")
STRING_ATTR(XR_extbtst, "btst")
STRING_ATTR(XR_extHeapDeref, "HeapDRef")
STRING_ATTR(XR_extLowMem, "LowMem")
STRING_ATTR(XR_extPeekB, "PeekB")
STRING_ATTR(XR_extPeekL, "PeekL")
STRING_ATTR(XR_extPeekW, "PeekW")
STRING_ATTR(XR_extPokeB, "PokeB")
STRING_ATTR(XR_extPokeL, "PokeL")
STRING_ATTR(XR_extPokeW, "PokeW")
STRING_ATTR(XR_extHeapShuffle, "Shuffle")
//App extension help strings
STRING_ATTR(XR_extHelpbclr, "any address, bit number")
STRING_ATTR(XR_extHelpbset, "any address, bit number")
STRING_ATTR(XR_extHelpbtst, "any address, bit number")
STRING_ATTR(XR_extHelpHeapDeref, "Peforms HeapCompress();HeapDeref(int)")
STRING_ATTR(XR_extHelpLowMem, "[enabled], [mode], [bytes]")
STRING_ATTR(XR_extHelpPeekB, "any address")
STRING_ATTR(XR_extHelpPeekL, "even address")
STRING_ATTR(XR_extHelpPeekW, "even address")
STRING_ATTR(XR_extHelpPokeB, "any address, new value")
STRING_ATTR(XR_extHelpPokeL, "even address, new value")
STRING_ATTR(XR_extHelpPokeW, "even address, new value")
STRING_ATTR(XR_extHelpHeapShuffle, "Shuffle memory blocks in the heap")
//App ext extension help strings
//RF_ARROW_RIGHT
STRING_ATTR(XR_extextHelpbclr, "bclr(address, bitnum)\n\nClears the bit at the given address. This is a BYTE operation. The value of the bit prior to the operation is returned.")
STRING_ATTR(XR_extextHelpbset, "bset(address, bitnum)\n\nSets the bit at the given address. This is a BYTE operation. The value of the bit prior to the operation is returned.")
STRING_ATTR(XR_extextHelpbtst, "btst(address, bitnum)\n\nTests the bit at the given address. This is a BYTE operation. The current value of the bit is returned.")
STRING_ATTR(XR_extextHelpHeapDeref, "HeapDRef(handle)\n\nDereference a handle.\nPesudo Code:\nHeapCompress();\nreturn HeapDeref(handle);")
STRING_ATTR(XR_extextHelpLowMem, "LowMem([enabled], [mode], [bytes])"RF_ARROW_RIGHT"list\n\nenabled = {1=ON, 0=OFF}\nmode = {1=All Except, 2=Use}\nbytes = {Number of Bytes}\n\nThe previous"
" (or current if no arguments are passed) mode settings will be returned as a list.")
STRING_ATTR(XR_extextHelpPeekB, "PeekB(address)"RF_ARROW_RIGHT"int\n\nReads one byte from the specified memory address and returns the result.")
STRING_ATTR(XR_extextHelpPeekL, "PeekL(address)"RF_ARROW_RIGHT"int\n\nReads one long (4 bytes) from the given memory address and returns the result. If the passed address is odd, an Address Error is thrown.")
STRING_ATTR(XR_extextHelpPeekW, "PeekW(address)"RF_ARROW_RIGHT"int\n\nReads one word (2 bytes) from the given memory address and returns the result. If the passed address is odd, an Address Error is thrown.")
STRING_ATTR(XR_extextHelpPokeB, "PokeB(address, new value)"RF_ARROW_RIGHT"int\n\nWrites one byte to the given memory address. The previous (BYTE) value pointed to by the given address is returned.")
STRING_ATTR(XR_extextHelpPokeL, "PokeL(address, new value)"RF_ARROW_RIGHT"int\n\nWrites one long (4 bytes) to the specified memory address. The previous (long) value pointed to by the given address is returned.")
STRING_ATTR(XR_extextHelpPokeW, "PokeW(address, new value)"RF_ARROW_RIGHT"int\n\nWrites one word (2 bytes) to the specified memory address. The previous (WORD) value pointed to by the given address is returned.")
STRING_ATTR(XR_extextHelpHeapShuffle, "Shuffle()\n\nShuffle memory blocks in the heap. Equivalent to AMS rom call HeapShuffle();")
//App Data Interface
ATTR(OO_PROTECTION_ACTIVE, &global.AntiCrashInstalled) //0x10000
ATTR(OO_REDIRECTED_VECT, gRedirect)
ATTR(OO_VECTORS, gVectors)
ATTR(OO_OLD_VECTORS, global.old_vectors)
ATTR(OO_VECT_REDIR, NUM_VECT_REDIR)
ATTR(OO_VECT_SAVED, NUM_VECT_SAVED)
ATTR(OO_BACKUP_VECTORS, MakeExceptionVectorBackup)
ATTR(OO_INSTALL_VECTORS, EnableCrashProtection)
ATTR(OO_UNINSTALL_VECTORS, DisableCrashProtection)
ATTR(OO_KERNELS, gKernels)
ATTR(OO_KERNELIDS, gKernelID)
ATTR(OO_NUM_KERNELS, NUM_KERNELS)
ATTR(OO_LEAK_WATCH_BEGIN, export_LeakWatchBegin)
ATTR(OO_LEAK_WATCH_END, export_LeakWatchEnd)
ATTR(OO_DASM_ONE, disassemble_one_ext_wrapper)
ATTR(OO_OPEN_DATABASES, OpenAllDatabases)
ATTR(OO_CLOSE_DATABASES, CloseAllDatabases)
ENDFRAME
//////////////////////////////////////////////////
//Application Data Section ///
////////////////////////////////////////////////
/* Pointer to the Frame object */
pFrame pAppObj = (pFrame)&appObj; /* Must be first! */
//This is a bitmap structure, NOT an icon as suggested by the FRAME entry
static const short AppIcon[]={
0x0012, //Num Rows /\
0x0014, //Num Cols <->
//icon data
0x01fe,0x0007,0xff80,0x3c09,0xc069,0x50e0,0xe027,0x60c5,0x1f30,0xd077,
0x70e5,0xec30,0xc8f9,0x70c2,0xf030,0xe904,0xe072,0xa1e0,0x690b,0xc03f,
0xff80,0x3ffc,0x0009,0x2600,0x1b33,0x0032,0x1180
};
//16x16 Detached Solutions BITMAP
static const short DSIcon[]={
0x0010,
0x0010,
0x0000,0x0000,0x7e00,0x7f00,0x7780,0x7380,0x779c,0x77fe,
0x7f77,0x7c7e,0x403f,0x7ff7,0x007f,0x003e,0x0000,0x0000
};
/* The Primary Window For The GUI portion of this app */
WINDOW appW;
/* New Exception Vector Handlers */
long gRedirect[NUM_VECT_REDIR]={
(long)Exception_0,
(long)Exception_1,
(long)Exception_2,
(long)Exception_3,
(long)Exception_4,
(long)Exception_5,
(long)Exception_6,
(long)Exception_7
};
/* A Global List Of Vectors */
short gVectors[NUM_VECT_SAVED]={
/* Addresses of Exceptions to be Trapped */
VECT_ADDR_sh(3), //Address Error Type 0
VECT_ADDR_sh(4), //Illegal Instruction Type 1
VECT_ADDR_sh(5), //Divide by Zero Type 2
VECT_ADDR_sh(6), //CHK Instruction Type 2
VECT_ADDR_sh(7), //TRAPV Instruction Type 2
VECT_ADDR_sh(8), //Privilege Violation Type 1
VECT_ADDR_sh(9), //Trace Type 1
VECT_ADDR_sh(24), //Spurious Interrupt Type 1
/* Other Vectors That Need To Be Backed Up */
VECT_ADDR_sh(25), //AI 1
VECT_ADDR_sh(26), //AI 2
VECT_ADDR_sh(27), //AI 3
VECT_ADDR_sh(28), //AI 4
VECT_ADDR_sh(29), //AI 5
VECT_ADDR_sh(30) //AI 6
};
/* List of Known Kernel String Pointers */
char * gKernels[NUM_KERNELS]={
"KerNO", /* KerNO is not a true kernel, but it mimicks some features found in 'real' kernels */
"Universal OS",
"Lex OS",
"TEOS",
"Plusshell", /* A Piece of History: Plusshell was the _first_ kernel for the 89/92p */
"Doors OS",
"PreOS",
};
/* Corresponds to gKernels this number should be found at 0x32.w */
USHORT gKernelID[NUM_KERNELS]={
0x4B4E, //#'KN'
0x554F, //#'UO'
0x4c58, //#'LX'
0x544F, //#'TO'
0x5053, //#'PS'
0x4454, //#'DN'
0x504F, //#'PO'
};
/* All Variables that need to be saved with CM_PACK and restored later with CM_UNPACK */
PACK_DAT global;
/* For Delayed Handling of Errors */
SINT gDelayedErrorNum;
/* For Routines that need to return a pointer to a static(locked) buffer */
char gBuff[MISC_BUFF_LEN + 1];
//char *gBuff=NULL;
//HANDLE ghBuff=H_NULL;
const char var_type[]="CPDB";
const char romcalldb_var_name[]="romcalls";
const char memdatdb_var_name[]="memdat";
char *gROM_CALL_DB_PTR=NULL; //external database (romcalldb_var_name)
ULONG *gROM_CALL_ADDR_PTR=NULL; //internal database - list of rom call addresses - references romcalldb
char *gMEM_DAT_DB_PTR=NULL; //external database (memdatdb_var_name)
//////////////////////////////////////////////////
//My own debuged replacment for TI's OS_NeedMinimumVersion macro
//removed redundant line: Access_AMS_Global_Variables; \
#define CheckAMS(frame, major, minor) \
{ \
static BOOL _OSVersionOK_ = FALSE; \
if (! _OSVersionOK_) \
{ \
if (((long const *)AMS_Global_Variables)[-1] < 1499 || \
((BASECODE_PARM_BLOCK const *(* const)(void))AMS_Global_Variables[1498])()->version_number \
< (((major) << 8) + (minor))) \
{ \
MY_ACB(frame)->flags |= (ACB_JT_VERSION|ACB_DELETE); \
return; \
} \
else \
_OSVersionOK_ = TRUE; \
} \
}
static void Event_Handler(pFrame self, PEvent e)
{
WIN_RECT appWR;
volatile HANDLE storage;
PACK_DAT *pstorage;
Access_AMS_Global_Variables;
CheckAMS(pAppObj, NEED_AMS_MAJOR, NEED_AMS_MINOR);
switch (e->command)
{
case CM_BACKGROUND:
if(global.BgEventMask&BG_KernelCheck)
{
if(!CheckKernel()) //if a kernel is not (no longer) installed attempt to make a clean vector backup
{
/*
if kernel no longer installed
anti crash protection (this app) is in undefined state.. may be off or on regardless of what the global variable says
the user _should_ not have enough time to beat the CM_BACKGROUND event (subjective) and turn on this apps anti-crash protection
therefore, implicitly backup current vector table (no checks for installed anti-crash support)
and if the crash protect enabled flag is set, reinstall this app's crash protection vectors
this should get a reliable vector backup and restore the crash protection to a known state
*/
global.BgEventMask&= ~BG_KernelCheck;
BackupExceptionVectors(OO_AbsoluteGet(OO_VECTORS), OO_AbsoluteGet(OO_OLD_VECTORS), (short)OO_AbsoluteGet(OO_VECT_SAVED));
if(global.AntiCrashInstalled)EnableCrashProtection();
DlgNotice(OO_AbsoluteGet(OO_FIRST_APP_STRING + XR_LongAppName),
OO_AbsoluteGet(OO_FIRST_APP_STRING + XR_SuccessfulBackup));
}
}
if(global.BgEventMask&BG_Disassemble)
{
DASMEditorEventLoop(self, e);
}
if(!global.BgEventMask) //no bits are set, so disable the bacground event processing
{
ACB *self=(ACB*)HeapDeref(GetMyAppID()); //get a pointer to my ACB
ULONG flags=(ULONG)OO_AbsoluteGet(OO_APP_FLAGS); //\
flags&=~APP_BACKGROUND; //->the os seems to ignore this, but if it ever does get smarter... i will have it covered :)
OO_AbsoluteSet(OO_APP_FLAGS, (void *)flags); ///
self->flags&=~ACB_BG; //unset the acb background event flag (the ams listens to this)
}
break;
case CM_DEFAULTS:
SetDefaults();
break;
case ACM_Defaults:
SetDefaults();
RemoveResetMagic();
DlgNotice(XR_stringPtr(XR_LongAppName), XR_stringPtr(XR_cResetDefaults));
break;
case CM_FORMAT:
DoFormatDialog();
break;
case CM_INSTALL:
//I want a reliable vector backup. If a kernel is installed, i cannot gurantee a good backup
if(CheckKernel()) // || h220xtsrInstalled() || HW2PatchInstalled!=HW2_Patch_ROM / HW3_Patch
{//no need to mess with the ACB in the install event because the ams will set that flag for me
//if the APP_BACKGROUND flag is set in my frame
ULONG flags=(ULONG)OO_AbsoluteGet(OO_APP_FLAGS);
flags|=APP_BACKGROUND;
OO_AbsoluteSet(OO_APP_FLAGS, (void *)flags);
global.BgEventMask|=BG_KernelCheck;
DlgNotice(OO_AbsoluteGet(OO_FIRST_APP_STRING + XR_LongAppName),
OO_AbsoluteGet(OO_FIRST_APP_STRING + XR_KernelWarning));
}
MakeExceptionVectorBackup();//backup specific portions of the exception vector table
SetDefaults(); //Set App Defaults for the first time
HideResetMagicVar(TRUE); //the variable will loose its 'inuse' bit after a reset
EnforceResetMagicRules(); //work the magic and set any sticky settings that need to be set...
break;
case CM_UNINSTALL:
DisableCrashProtection();
LeakWatchNone();
RemoveResetMagic();
if(storage=OO_appGetPublicStorage()) //free any mem that was used for CM_PACK/UNPACK
HeapFree(storage);
break;
case CM_PACK:
storage = OO_appGetPublicStorage();
pstorage = HeapDeref(storage);
*pstorage = global;
break;
case CM_UNPACK:
storage = OO_appGetPublicStorage();
pstorage = HeapDeref(storage);
global = *pstorage;
//we moved, so the vector table needs an update
if(pstorage->AntiCrashInstalled)
EnableCrashProtection();
break;
case CM_START:
#ifdef DEBUG
export_LeakWatchBegin();
#endif
gDelayedErrorNum=0; //clear any previous error context
appWR = *(e->info.startInfo.startRect);
MO_currentOptions();
if(!WinOpen(&appW, &appWR, WF_DUP_SCR | (MO_option[MO_OPT_SPLIT_SCREEN]==D_MODE_SPLIT_FULL?WF_NOBORDER:0)))
gDelayedErrorNum=ER_MEMORY;
break;
case CM_FOCUS:
if(GetAppErrorContext())
{
EV_errorCode=GetAppErrorContext();
EV_quit();
}
UseTurboKeys(TRUE);
#ifdef DEBUG
ST_helpMsg("Warning: You are using a DEBUG Build!");
#endif
break;
case CM_UNFOCUS:
UseTurboKeys(FALSE);
break;
case CM_NULL:
UseTurboKeys(TRUE);
break;
case CM_QUIT:
//if(GetAppErrorContext())break; //the app is exiting in error
if(appW.Next)
{
WinClose(&appW);
appW.Next=NULL;
}
//enforce the Stress Test settings
if(global.stress_dat.optList[OPT_STATUS]==STRESS_ENABLE)
do_LowMemStressTest();
#ifdef DEBUG
export_LeakWatchEnd("Command Post DEBUG MODE");
#endif
break;
case CM_ACTIVATE:
if(GetAppErrorContext())break; //the app is exiting in error
EV_defaultHandler(e);
WinBeginPaint(&appW);
WinActivate(&appW);
OpenAllDatabases();
break;
case CM_DEACTIVATE:
if(GetAppErrorContext())break; //the app is exiting in error
WinEndPaint(&appW);
CloseAllDatabases();
EV_defaultHandler(e);
break;
case CM_ABOUT:
ShowAboutScr();
break;
case ACM_RAMStats:
DoRAMStatsDialog();
break;
case ACM_BasecodePB:
ShowBasecode_PB();
break;
case ACM_HW_PB:
ShowHW_PB();
break;
case ACM_RAMStressDialog:
DoStressTestDialog();
break;
case ACM_SysInfo:
ShowSysInfo();
break;
case ACM_AMS_Info:
ShowAMSInfo();
break;
case ACM_LeakWatch:
LeakWatchDialog();
break;
case ACM_AppInfo:
DoAppInfoDialog();
break;
case ACM_H_WALK_STATUS:
HeapWalk(H_WALK_STATUS);
break;
case ACM_H_WALK_DUMP:
HeapWalk(H_WALK_DUMP);
break;
case ACM_H_WALK_SYM:
HeapWalk(H_WALK_SYM);
break;
case ACM_LinkPortLogger:
LinkPortLogger();
break;
case ACM_DisassemblyTools:
DisassemblyToolsDialog();
break;
case ACM_DisASMViewToggle:
{//scope brackets
Event ev;
global.DisassemblerActive=!global.DisassemblerActive;
ev.command=CM_DEACTIVATE;
if(global.DisassemblerActive)
{
HexEditorEventLoop(self, &ev);
ev.command=CM_ACTIVATE;
DASMEditorEventLoop(self, &ev);
}
else
{
DASMEditorEventLoop(self, &ev);
ev.command=CM_ACTIVATE;
HexEditorEventLoop(self, &ev);
}
}//scope brackets
break;
default:
if(global.DisassemblerActive)
DASMEditorEventLoop(self, e);
else
HexEditorEventLoop(self, e); //fix for CM_PASTE_HANDLE Events
EV_defaultHandler(e);
return;
break;
}
//pass all other events on to the Hex/DASM Editor portion of this app for possible further processing
if(!GetAppErrorContext())
{
if(global.DisassemblerActive)
DASMEditorEventLoop(self, e);
else
HexEditorEventLoop(self, e);
}
}
//Implements the About Screen and About Frame Attribute about string
static char* About(void)
{//This app may not be active when this function is called, so use
//a lookup method that will not fail
return OO_AbsoluteGet(OO_FIRST_APP_STRING + XR_About_Me);
}
static BOOL CanMove(AppID self)
{//This app MUST_NOT_MOVE if it can not save its current state,
// or the saved exception vector table will be lost!
// memory allocated here will be HeapFree()d when the app is CM_UNINSTALLed
HANDLE storage;
//OO_appSet/GetPublicStorage WILL NOT WORK in this instance because the appid can be different than this apps id
ULONG *pubstorage=&((ACB*)HeapDeref(GetMyAppID()))->publicstorage;
if(!*pubstorage) //Handle has not been allocated
{
if(!(storage=HeapAllocHigh(sizeof(PACK_DAT)))) //attempt to allocate storage
return FALSE;
//OO_appSetPublicStorage(storage); //storage allocated successfully
*pubstorage=(ULONG)storage;
}
return LeakWatchAppsNotActive(); //can't move if a hooked app is active
}
//Another OS_NeedMinimumVersion replacement... for the OO_APP_CAN_DELETE handler
#define DeleteImplicit(frame,major,minor) \
{ \
if (((long const *)AMS_Global_Variables)[-1] < 1499 || \
((BASECODE_PARM_BLOCK const *(* const)(void))AMS_Global_Variables[1498])()->version_number \
< (((major) << 8) + (minor))) \
return TRUE; \
}
static BOOL CanDelete(AppID self)
{
//if the ams is bad, then we can't risk calling a non ams 2.xx function, for example...
Access_AMS_Global_Variables;
DeleteImplicit(pAppObj, NEED_AMS_MAJOR, NEED_AMS_MINOR);
if(!LeakWatchAppsNotActive())
{
DlgNotice(OO_AbsoluteGet(OO_FIRST_APP_STRING + XR_LongAppName),
OO_AbsoluteGet(OO_FIRST_APP_STRING + XR_CantDelete_1));
return FALSE;
}
//as long as we never do a 'vector backup restore' during the uninstall process, this is fine
//otherwise, this should read if(CheckKernel())
if(CheckKernel() && global.AntiCrashInstalled)
{
DlgNotice(OO_AbsoluteGet(OO_FIRST_APP_STRING + XR_LongAppName),
OO_AbsoluteGet(OO_FIRST_APP_STRING + XR_CantDelete_2));
return FALSE;
}
return TRUE;
}
//This leaves room for future expansion while saving a few bytes too
static SINT GetAppErrorContext(void)
{
return gDelayedErrorNum;
}
//responsible for restoring 'factory' settings
static void SetDefaults(void)
{
Access_AMS_Global_Variables;
PACK_DAT *p_dat=&global;
p_dat->VerboseDisassembler=TRUE; //The Default is ON
//defaults for LowMem
p_dat->stress_dat.optList[OPT_STATUS]=STRESS_DISABLE;
p_dat->stress_dat.optList[OPT_MODE]=STRESS_MODE_FILL;
strcpy(p_dat->stress_dat.txtBytes,"1000");
p_dat->hex_dat.top=(char*)0x0;
p_dat->hex_dat.addr=0;
//defaults for leak watch dialog
p_dat->leak_dat.optList[0]=1;
p_dat->leak_dat.optList[1]=1;
p_dat->movem_decode.optList[0]=0;
p_dat->movem_decode.buff[0]=0;
LeakWatchNone();
do_LowMemStressTest();
if(p_dat->DisassemblerActive)
{
Event event;
AppID aid=GetMyAppID();
if(EV_currentApp==aid)
{
event.command=ACM_DisASMViewToggle;
EV_sendEvent(aid, &event);
}
else
{
p_dat->DisassemblerActive=FALSE;
}
}
//by default, the anti-crash protection will be turned on unless there
//is a kernel installed. In which case, it will be left off.
//additionally, the global anti crash protect variable is automatically
//initialized to zero (FALSE) by the OS
//EnableCrashProtection();
//the new default is OFF. This is more future "proof" if the user wants it to
//be on after a reset, they can always use the reset magic feature
DisableCrashProtection();
}
static void appExtHelp(AppID self, USHORT strnum)
{
DlgNotice(OO_AbsoluteGet(OO_FIRST_APP_STRING + XR_LongAppName),
OO_AbsoluteGet(OO_FIRST_APP_STRING + FIRST_EXT_HELP_STR + strnum));
}
static void ShowSysInfo(void)
{
char buff[500];
char *kptr, *patchptr;
short kernel;
USHORT count=(short)OO_AbsoluteGet(OO_NUM_KERNELS);
char **kstr=(char **)OO_AbsoluteGet(OO_KERNELS);
USHORT *knum=(USHORT *)OO_AbsoluteGet(OO_KERNELIDS);
BOOL hwpatch;
for(kernel=0; kernel<count; kernel++)
{
if(CheckKernel() == knum[kernel])
break;
}
if(kernel==count)
kptr=*(USHORT *)0x32?XR_stringPtr(XR_UnknownKernel):XR_stringPtr(XR_NoKernelFound);
else
kptr=kstr[kernel];
if(FL_getHardwareParmBlock()->hardwareRevision)
{
if(h220xtsrInstalled())patchptr=XR_stringPtr(XR_h220xtsr); else
if(hwpatch=HW2PatchInstalled())
{
if(hwpatch==HW3_Patch)
patchptr=XR_stringPtr(XR_HW3Patch);
else
patchptr=XR_stringPtr(XR_HW2Patch);
}
else
patchptr=XR_stringPtr(XR_NoHwPatchFound);
}
else
patchptr=XR_stringPtr(XR_NotApplicable);
sprintf(buff, XR_stringPtr(XR_SysInfoStr), AB_getGateArrayVersion(), kptr, patchptr);
DlgNotice(XR_stringPtr(XR_LongAppName), buff);
}
static void ShowAMSInfo(void)
{
Access_AMS_Global_Variables;
char serno[17];
char prodname[40];
char prodid[12];
char buff[500];
AB_prodid(prodid);
AB_prodname(prodname);
AB_serno(serno);
sprintf(buff, "%s\n%s\n%s %s\n%s %s\n%s %s",
XR_stringPtr(XR_ModelName), prodname, ReleaseVersion, ReleaseDate, XR_stringPtr(XR_ProductIDCB), prodid,
XR_stringPtr(XR_SerialNum), serno);
DlgNotice(XR_stringPtr(XR_LongAppName), buff);
}
BOOL h220xtsrInstalled(void)
{
switch(*(unsigned long*)(*(unsigned long*)0xAC-8))
{
case 0x32547372: //2Tsr (new signature)
case 0x32545352: //2TSR (old signature)
return TRUE;
break;
default:
return FALSE;
}
}
BOOL HW2PatchInstalled(void)