Subversion Repositories DevTools

ErrMess_CantDoNow:Can't be done after program has terminated

ErrMess_BeforeStart:Can't be done before program starts

ErrMess_CommandSyntax:Syntax error

ErrMess_BadEnd:Expression incorrectly terminated

ErrMess_NoLogFile:No log file

ErrMess_LogOpen:Already logging, use 'LOG' with no arguments to close

ErrMess_FOpen:Cannot open file

ErrMess_FileRW:File transfer failure

ErrMess_NoFile:No file

ErrMess_Type:Type error

ErrMess_BadFormat:Bad format string, no \'%%\'

ErrMess_NotInDbgData:Debug data not available

ErrMess_Brace:Missing brace

ErrMess_MultipleBreakPoints:Multiple breakpoints, please specify breakpoint to remove

ErrMess_NoBreakPoints:No breakpoints set

ErrMess_MultipleWatchPoints:Multiple watchpoints, please specify watchpoint to remove

ErrMess_NoWatchPoints:No watchpoints set

ErrMess_NoImage:No image loaded

ErrMess_UnknownCoPro:Unknown coprocessor

ErrMess_BadCoProReg:Invalid coprocessor register number

ErrMess_SplitCodeData:Split code and data probably error for executable AIF image

ErrMess_MemStats:Error reading memory statistics

ErrMess_SillyRange:Unreasonably large address range

ErrMess_NoSuchAlias:No such alias

ErrMess_BadFormat2:Bad format string, '%%\' not followed by conversion specifier

ErrMess_NotHandled:No handler for this SYS command

ErrMess_Unknown:Unknown error code %d

ErrMess_NoPiccolo:No piccolo

ErrMess_UnexpectedErr:Unexpected error code

Fail_MissingParam:Missing parameter for \"-%s\"

Fail_SignalHandler:Signal handler error?

Fail_SignalHandlerPathetic:Signal handler doesn't know what to do\n

Fail_Reopen:Failed to reopen file %s

Fail_Fseek:Fseek to %x failed on reopening file %s

Fail_InvalidLinespeed:%d is an invalid linespeed

Fail_InvalidClockspeed:\"%s\" is an invalid clock speed

Fail_UnrecognisedArg:Unrecognised argument \"-%s %s\"

Fail_UnrecognisedArg2:unrecognised argument \"%s\"

Fail_NoRDI:No RDI interface matches arguments

Fail_Allocate:Failed to allocate heap space (size %d)

Fail_LoadDLL:Failed to load %s

Fail_BadRDIDLL:%s isn't a valid RDI implementation

Fail_Timeout:Fatal error: Timeout in host-target communications\n

Misc_ArithError:\nArithmetic error\n

Misc_ErrorAt:%s at 

Misc_TypeVersion:%s %s\n

Misc_SelectedVersion:Selected version = %d\n

Misc_ConfigVersion:%s  version %ld\n

Misc_ObjProgramFile:Object program file %s\n

Misc_Warning:** Warning: %s\n

Misc_Error:** Error: %s\n

Misc_Quitting:Quitting\n

Misc_FoundAt:Found at:

Misc_FoundAtBlank:         

Misc_StrAtLoc:%s at 0x%lx\n

Misc_NotFound:Not found

Misc_Line1:, line %ld

Misc_Line2:, line %ld:%ld

Misc_Line3:, line %ld/%ld

Misc_Line4:, line %ld:%ld/%ld

Misc_Offset: (offset %#lx)

Misc_Of: of 

Misc_OutOfScope:Watchpoint #%d at %s out of scope\n

Misc_BreakptAt:at %s

Misc_BreakptCount: count %d (of %d) 

Misc_Context:\ncontext: 

Misc_RDIReset:\nRDI reset\n

Misc_MemStatBanner:address  name       w acc R(N/S)  W(N/S)     reads(N/S)     writes(N/S)   time (ns)\n

Misc_MemStatFormat:%.8lX %-10s %c %s %3d/%-3d %3d/%-3d %7ld/%-7ld %7ld/%-7ld %-12.0f

Misc_AmbiguousRDI:RDI interface ambiguous from arguments - choosing '%s'

Log_Banner:| ARM Symbolic Debugger command interaction log\n

Log_ProgName:| Program file %s\n

Complain_OverlongInput:Overlong input line\n

Complain_Syntax:Syntax: %s\n

Complain_Unrecognised:Unrecognised command: <%s>\n

Complain_InitErr:Error during initialisation: %s\n

Complain_InitFailed:** Initialisation failed: %s\n

help1:\n\

%s is an interactive source-level debugger providing high level debugging\n\

support for languages such as C and low level support for assembly\n\

language.\n\n\

Interactive help is available within %s with the HELP command.\n\n\

Command line format:\n\n

help2: %s [options] [<imagefile> [<arguments>]]\n\n

help3:\

options: (abbreviations shown capitalised)\n\

\n\

-Little          require target memory to be little-endian\n\

-Big             require target memory to be big-endian\n

help4:\

-PRocessor name  specify target processor\n\

-FPE             require target to load the FP emulator\n\

-NOFPE           require target not to load the FP emulator\n\

-SYmbols name    load symbols from specified file (cf Readsymbols command)\n

help4andahalf:\

-O name          write output from the debuggee to the named file\n\

-SCript name     take commands from the named file (reverting to stdin on\n\

                 reaching EOF)\n\

-Exec            do not ask for commands, instead do \"go\" and then \"quit\"\n\

-Iname           add name to the set of paths to be searched to find source\n\

                 files\n

help5:\

Debuggee selection\n\

-REMote          select remote debugging - by default this will be ADP\n\

-ADP             select remote debugging using ADP.  Use this with\n\

                 the Angel Debug Monitor or EmbeddedICE vsn 2.0 onwards\n\

-ARMUL           select the software ARM Emulator (ARMulator)\n\

This image supports: -REMote, 

help7_1:\n\n\

Port Specification with ADP:\n\

-Port expr       To select serial comms expr can be any of:\n\

                   1, 2, device name, s=1, s=2, s=device name\n\

                 To select serial and parallel comms, expr can be:\n\

                   s=n,p=m (no spaces, where n,m can be 1, 2 or a device name)\n

help7_2:\

                 To select ethernet comms, expr can be:\n\

                   e=id, where id is the ethernet address of the target board\n

help7_3:\

                 In the case of serial and/or parallel comms, \"h=0,\" may be\n\

                 prefixed to the port expression, and this will switch off\n\

                 the heartbeat feature of ADP.\n\n\

-LINEspeed n     set line speed to n\n

help8:\

-LOadconfig name specify file containing configuration data to be loaded\n\

-Selectconfig name version\n\

                 specify target configuration to be used (syntax as for\n\

                 selectconfig command\n\

-Reset           reset target processor immediately (if supported for target)\n

help8andahalf:\

-Clock nnn       Specify the clock speed in HZ (suffixed with K or M)\n\

                 (only valid with an 'armsd.map' file, see \"Benchmarking,\n\

                 Performance Analysis and Profiling\" in the SDT User Guide)\n

help9:\n\

<imagefile> is the name of an AIF or ELF file formats.\n\

\n\

<arguments> are any command line arguments accepted by <imagefile>.\n

help_quit1:Exit from the debugger.\n

help_quit2:

help_log1:\

Log interactions to file, (cancel logging if <filename> is omitted).\n

help_log2:

help_obey1:Execute the commands in file <filename>.\n

help_obey2:

help_go1:\

(Re)start execution, stop at breakpoints only if <expr> evaluates to 0.\n

help_go2:

help_step1:\

Step by source program statements. 'in' means step into calls. <count> specifies\n\

the no. of statements / instructions to be stepped. <expr> specifies a\n\

condition which must evaluate to 0 before stepping stops.\n

help_step2:

help_ret1:Return from current call, with <expr> as result if given.\n

help_ret2:

help_break1:\

Set breakpoint, or with no arguments display breakpoint list.\n\

<size> specifies 16 or 32 bit instructions. If omitted, the instruction size\n\

will be guessed based on debugging information. <count> specifies the number\n

help_break2:\

of times the breakpoint must occur before execution is halted or <expr> is\n\

tested. If the optional 'if' clause is specified execution is only halted if\n\

<expr> evaluates to non 0. If the optional 'do' clause is specified then the\n

help_break3:\

commands enclosed in braces {} are executed when program execution is stopped\n\

because of the breakpoint. '{' & '}' indicate the { and } characters.\n\n

help_break4:\

For example:\n\

\n\

break move do { args; g } if r0 == 0\n\

break @memcpy do { pc = memmove; g }\n\

break play if colour == white\n

help_break5:

help_unbrk1:\

Clear breakpoint identified by <context> as specified in the BREAK command or\n\

a breakpoint <number> as displayed by the BREAK command with no arguments.\n

help_unbrk2:

help_watch1:\

Set a watchpoint, or with no argument display watchpoint list. <expr> is either\n\

a variable name in which case execution is stopped whenever that variable\n\

changes or an expression specifying a memory address in which case execution is\n

help_watch2:stopped whenever the word at that memory location changes.\n

help_unwch1:\

Clear watchpoint identified by <expr> as specified in the WATCH command or a\n\

watchpoint <number> as displayed by the WATCH command with no arguments.\n

help_unwch2:

help_con1:\

Set current context as specifed by <context> or with no argument restore it to\n\

the current execution state (ie the location of the last breakpoint or the last\n\

location stepped to). A <context> is just the name of a location within a\n

help_con2:\

program. The format for a <context> is [#<module>:]{:<proc>}[\\[-]<count>].\n\

<module> is the name of the compiled module, in C this would typically be the\n\

leaf component of the filename. <proc> is the name of a procedure activation,\n

help_con3:\

eg. main, it may also be specified as a source line number. <count> refers to a\n\

procedure invocation on the stack, -1 refers to the previous invocation.\n\

A context may also be specified as @<symbol> or @<address> where <symbol> is a\n

help_con4:\

low level symbol and <address> is a constant specifying a memory location.\n

help_con5:

help_in1:\

Step back in one stack level restoring the current context to that called by\n\

the current procedure or function.\n

help_in2:

help_out1:\

Step out one stack level setting the current context to that of the calling\n\

procedure or function.\n

help_out2:

help_where1:\

Display a context, if <context> is not specified it defaults to the current\n\

context. The following information is printed if available: The procedure or\n\

function name, the current line number & the source line. If the source line is\n

help_where2:\

not available or 'lang NONE' has been specified the instruction at the current\n\

location is disassembled.\n

help_where3:

help_trace1:\

Display stack backtrace. <count> specifies the no. of stack levels to display,\n\

if <count> is not specified all stack levels displayed.\n

help_trace2:

help_var1:\

Display the following information about the named variable: The variable name,\n\

its type, its storage class (one of external, static, automatic, register, VAR\n\

argument or character argument) & the context which defined this variable.\n

help_var2:

help_symb1:\

Display the names, types & storage classes of all variable defined in the\n\

specified context. If <context> is not specified it defaults to the current\n\

context.  'symbols $' displays the ARMsd internal variables.\n

help_symb2:

help_let1:\

Assign variable or change memory. The <expr> on the left hand side is either\n\

a variable name in which case that variable is assigned or an expression\n\

specifying a memory location in which case the word at that location is\n

help_let2:\

changed. Multiple comma separated or space separated expressions may be given\n\

on the right hand side in which case subsequent memory locations are changed.\n

help_args1:\

Display the arguments to the specified context. If <context> is not specified\n\

it defaults to the current context.\n

help_args2:

help_prt1:\

Print result of <expr>. If <format> is specified this overrides the default\n\

format for printing of integral values (as specified by the value of the\n\

$format variable). Note that if you wish to include spaces in the format string\n

help_prt2:\

then you must enclose the format string in quotes (\"). If the result is not\n\

integral (ie. structure, array, subrange, set, function, floating point number,\n\

complex number or string) it is printed in a form appropriate to its type.\n

help_prt3:\

If the result contains sub-components (structure or array) these are printed\n\

using the specified or default format.\n

help_lng1:\

Alter or display debugger's current language. If LANG NONE is specified then\n\

any contexts displayed are displayed in low level format (ie instruction\n\

disassembly).\n

help_lng2:

help_help1:\

Display help information on one of the following commands:\n\n

help_help5:\

\n\

HELP * gives helps on all available commands. To print the help use the LOG\n\

command to record the help output into a file & print the file.\n\n

help_help6:\

If the first character of a line is the '!' character the rest of the command\n\

line is executed by a call to system(). If the first character of a line is\n\

the '|' character the rest of the line is a treated as a comment.\n\n

help_help7:\

Note that this help is not intended to replace the printed manual which\n\

explains ARMSD in much greater detail.\n

help_help8:

help_regs1:\

Display contents of ARM registers R0 to R15 of the current mode and decode the\n\

PSR. If a mode is given, display the contents of those registers which differ\n\

between the named and the current mode.\n

help_regs2:

help_fpreg1:\

Display contents of floating point registers F0 to F7 & the FPSR and decode\n\

the flags in the FPSR.\n

help_fpreg2:

help_type1:\

Type portion of a text (source) file. <line1> & <line2> specify the range of\n\

lines to be displayed. The default file is the source file associated with the\n\

current context.\n

help_type2:

help_mem1:\

Examine memory contents in hex & character format. If the \'+\' is specified \n\

<expr2> is a byte count.\n

help_mem2:

help_list1:\

Examine memory contents in instruction, hex & character format. If <size> is\n\

omitted, it is guessed from available debugging information. If the \'+\' is\n\

specified <expr2> is a byte count.\n

help_list2:

help_while1:\

If <expr> evaluates to non 0 re-execute current input line.\n

help_while2:

help_alias1:\

Define or undefine an alias. If no arguments are given all currently defined\n\

aliases are printed. If only <name> is given the corresponding alias is\n\

deleted. If <name> and <expansion> are both given the alias <name> is set to be\n

help_alias2:\

<expansion>, <expansion> may be enclosed in quotes (\") to allow inclusion of\n\

the alias expansion character (`) and the command separator character (;)\n\

within an alias. Alias expansion is performed whenever a command line is about\n

help_alias3:\

to be interpreted. Any words in backquotes (`) are expanded to their aliases.\n\

If the character after the word is not an alphanumeric character or an\n\

underscore the closing backquote may be omitted. If the word is the first word\n

help_alias4:\

of a command the opening backquote may be omitted. Alias expansion is not\n\

recursive.\n

help_alias5:

help_load1:\

Load an image for debugging. <imagefile> is the filename of the image.\n\

/Callgraph requests that code be inserted in the loaded image to describe\n\

the dynamic call graph. /Profile requests that the code be prepared for\n\

flat profiling.\n

help_load2:\

<arguments> are any command line arguments expected by <imagefile>.\n

help_reload1:\

Reload for debugging the last image loaded.\n\

/Callgraph requests that code be inserted in the loaded image to describe\n\

the dynamic call graph. /Profile requests that the code be prepared for\n\

flat profiling.\n

help_reload2:\

<arguments> are any command line arguments expected by <imagefile>.\n

help_readsyms1:\

Load debug information from the specified file.\n\

The corresponding code must be present in some other way (via GETFILE, for\n\

example, or by being in ROM)\n

help_readsyms2:

help_call1:\

Call a function. <size> specifies 16 or 32 bit instructions.  The arguments\n\

to the function should all be word size. The return value of the function\n\

(if any) may be accessed through the symbols $result or $fpresult.\n

help_call2:

help_lsym1:\

Display low-level symbols. <sym> is a pattern describing symbols to list. For\n\

example LSYM ma* would list the symbols main, market and madrigal. LSYM on its\n\

own lists all symbols.\n

help_lsym2:

help_find1:\

Find word value or string in specified memory range. The default for the low\n\

bound of the memory range is the base of the image being debugged. The default\n\

for the high bound is the top of the image's static data.\n

help_find2:

help_getfile1:Read bytes from file into memory at address <expr>\n

help_getfile2:

help_putfile1:\

Write bytes to file area of memory starting at address <expr1> and ending at\n\

address <expr2>-1 (expr2 not preceded by +) or <expr1>+<expr2>-1 (otherwise).\n

help_putfile2:

help_localvar1:\

Creates a debugger variable of the specified type in the debugger's own symbol\n\

table (so access to the variable requires a '$' prefix)\n

help_localvar2:

help_copro1:Describe the registers of the named coprocessor\n

help_copro2:

help_creg1:\

Display contents of the registers of the named coprocessor (which may have\n\

been described by a previous coproc command)\n

help_creg2:

help_cwrite1:Update a coprocessor register\n

help_cwrite2:

help_cregdef1:Describe the contents of the named coprocessor register\n

help_cregdef2:

help_comment1:\

Write the remainder of the statement to the debugger's output\n

help_comment2:

help_pause1:\

Write the remainder of the statement to the screen, then wait until a key\n\

is pressed. If the key is <escape>, and input is from an obey file, the obey\n\

file is closed (and input reverts to the previous source)\n

help_pause2:

help_loadconfig1:\

Download a file containing configuration data to the debuggee / debug agent\n

help_loadconfig2:

help_selconfig1:\

Select a configuration from (downloaded or builtin) configurations.\n\

The latest version present is chosen which matches the given version:\n

help_selconfig2:\

  if version is any, any version matches\n\

  if version is a simple integer, only that version matches\n\

  if version is of the form n+, any version numbered not less than n matches\n

help_selconfig3:

help_listconfig1:\

List the configurations known to the debug agent\n

help_listconfig2:

help_loadagent1:\

Load a new debug agent over the existing one, and start it\n

help_loadagent2:

help_profon1:\

Start collecting profile data, with the specified sampling interval\n

help_profon2:

help_profoff1:Stop collecting profile data\n

help_profoff2:

help_profclear1:Clear profile counts\n

help_profclear2:

help_profwrite1:\

Write profiling data collected so far to the named file\n

help_profwrite2:

help_history1:\

Displays the PRINT history\n

help_history2:

help_noneavail1:\

Sorry - no help available\n

help_noneavail2:

help_ccin1:\

Select a file to read Comms Channel data from\n\

This command also enables Host to Target Comms Channel communication\n

help_ccin2:

help_ccout1:\

Select a file to write Comms Channel data to\n\

This command also enables Target to Host Comms Channel communication\n

help_ccout2:

help_sys1:Access OS-specific or extended commands\n

help_sys2:Use SYS HELP to list available commands\n

help_sys_help1:\

Display help information on one of the following SYS commands:\n\n

help_sys_help2:\

\n\

SYS HELP * gives helps on all available commands.\n\

To print the help use the LOG command to record the help output into\n\

a file and print the file.\n\n

help_aci1:\

Send command to ARM Coverification Interface\n

help_proc1:\

Switch between processors.\n\n\

With no argument, display a list of processors, the current marked with\n\

with a '*'.\n\n\

If a command is specified, that command is run on the named processor,\n\

but the current processor remains unchanged.\n\n