armsd.err

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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
ErrMess_BadReg:Bad register
ErrMess_Socket:Socket connection failed
ErrMess_ChannelOpen:Channel already open
ErrMess_ChannelSocket:Channel connected to a socket (use ccsocket)
ErrMess_ChannelFile:Channel connected to a file (use ccin/ccout)
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\n
Fail_BadRDIDLL:%s isn't a valid RDI implementation
Fail_Timeout:Fatal error: Timeout in host-target communications\n
Fail_TooManyTargets:Too many targets when specifying \"%s\"
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_EOF_On_Input:(EOF on input)\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'
Misc_TraceTrigger:Trigger: '%s'\n
Misc_TraceTriggerN:Trigger: '%ld'\n
Misc_ProcWarning:** Warning: -proc will not be supported in future releases of armsd: use -cpu\n
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
Lic_CantGet:Cannot obtain license for \"%s\" with license version >=%s: %s\n
Lic_NoticeString:%s\n
Lic_SuppliedBy:Software supplied by: %s\n
Lic_Evaluation:EVALUATION SOFTWARE\n
Lic_Expires:Your license for %s will expire in %d days\n
Lic_Expires_Midnight:Your license for %s will expire at midnight tonight\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 (Default)\n\
-Big             require target memory to be big-endian\n
help4:\
-CPU name        specify processor to the debug target\n\
-CPU LIST        list available target processors\n\
-FPE             require target to load the FP emulator\n\
-NOFPE           require target not to load the FP emulator (Default)\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:\
Debug target selection\n\
-REMote          select remote debugging - by default this will be ADP\n\
-Target name     select any RDI target (name.sdi)\n
help5andahalf:\n\
Debug target configuration\n\
-TARGETOption tag=value\n\
                 Pass \"tag=value\" to the debug target configuration\n\
-TARGETConfig filename\n\
                 Merge the toolconf database in filename into the debug\n\
                 target configuration\n
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\
                 (EmbeddedICE only)\n\
-Selectconfig name version\n\
                 specify target configuration to be used. (syntax as for\n\
                 selectconfig command)  (EmbeddedICE only)\n
help8andahalf:\
-Clock nnn       Specify the clock speed in Hz (suffixed with K or M) for the\n\
                 ARMulator.  Use with an 'armsd.map' file.\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_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