---

termdebug.vim

" Debugger plugin using gdb. " " Author: Bram Moolenaar " Copyright: Vim license applies, see ":help license" " Last Change: 2023 Nov 02 " " WORK IN PROGRESS - The basics works stable, more to come " Note: In general you need at least GDB 7.12 because this provides the " frame= response in MI thread-selected events we need to sync stack to file. " The one included with "old" MingW is too old (7.6.1), you may upgrade it or " use a newer version from http://www.equation.com/servlet/equation.cmd?fa=gdb " " There are two ways to run gdb: " - In a terminal window; used if possible, does not work on MS-Windows " Not used when g:termdebug_use_prompt is set to 1. " - Using a "prompt" buffer; may use a terminal window for the program " " For both the current window is used to view source code and shows the " current statement from gdb. " " USING A TERMINAL WINDOW " " Opens two visible terminal windows: " 1. runs a pty for the debugged program, as with ":term NONE" " 2. runs gdb, passing the pty of the debugged program " A third terminal window is hidden, it is used for communication with gdb. " " USING A PROMPT BUFFER " " Opens a window with a prompt buffer to communicate with gdb. " Gdb is run as a job with callbacks for I/O. " On Unix another terminal window is opened to run the debugged program " On MS-Windows a separate console is opened to run the debugged program " " The communication with gdb uses GDB/MI. See: " https://sourceware.org/gdb/current/onlinedocs/gdb/GDB_002fMI.html " In case this gets sourced twice. if exists(':Termdebug') finish endif " Need either the +terminal feature or +channel and the prompt buffer. " The terminal feature does not work with gdb on win32. if has('terminal') && !has('win32') let s:way = 'terminal' elseif has('channel') && exists('*prompt_setprompt') let s:way = 'prompt' else if has('terminal') let s:err = 'Cannot debug, missing prompt buffer support' else let s:err = 'Cannot debug, +channel feature is not supported' endif command -nargs=* -complete=file -bang Termdebug echoerr s:err command -nargs=+ -complete=file -bang TermdebugCommand echoerr s:err finish endif let s:keepcpo = &cpo set cpo&vim " The command that starts debugging, e.g. ":Termdebug vim". " To end type "quit" in the gdb window. command -nargs=* -complete=file -bang Termdebug call s:StartDebug(<bang>0, <f-args>) command -nargs=+ -complete=file -bang TermdebugCommand call s:StartDebugCommand(<bang>0, <f-args>) let s:pc_id = 12 let s:asm_id = 13 let s:break_id = 14 " breakpoint number is added to this let s:stopped = 1 let s:running = 0 let s:parsing_disasm_msg = 0 let s:asm_lines = [] let s:asm_addr = '' " Take a breakpoint number as used by GDB and turn it into an integer. " The breakpoint may contain a dot: 123.4 -> 123004 " The main breakpoint has a zero subid. func s:Breakpoint2SignNumber(id, subid) return s:break_id + a:id * 1000 + a:subid endfunction " Define or adjust the default highlighting, using background "new". " When the 'background' option is set then "old" has the old value. func s:Highlight(init, old, new) let default = a:init ? 'default ' : '' if a:new ==# 'light' && a:old !=# 'light' exe "hi " . default . "debugPC term=reverse ctermbg=lightblue guibg=lightblue" elseif a:new ==# 'dark' && a:old !=# 'dark' exe "hi " . default . "debugPC term=reverse ctermbg=darkblue guibg=darkblue" endif endfunc " Define the default highlighting, using the current 'background' value. func s:InitHighlight() call s:Highlight(1, '', &background) hi default debugBreakpoint term=reverse ctermbg=red guibg=red hi default debugBreakpointDisabled term=reverse ctermbg=gray guibg=gray endfunc " Setup an autocommand to redefine the default highlight when the colorscheme " is changed. func s:InitAutocmd() augroup TermDebug autocmd! autocmd ColorScheme * call s:InitHighlight() augroup END endfunc " Get the command to execute the debugger as a list, defaults to ["gdb"]. func s:GetCommand() if exists('g:termdebug_config') let cmd = get(g:termdebug_config, 'command', 'gdb') elseif exists('g:termdebugger') let cmd = g:termdebugger else let cmd = 'gdb' endif return type(cmd) == v:t_list ? copy(cmd) : [cmd] endfunc func s:Echoerr(msg) echohl ErrorMsg | echom '[termdebug] ' .. a:msg | echohl None endfunc func s:StartDebug(bang, ...) " First argument is the command to debug, second core file or process ID. call s:StartDebug_internal({'gdb_args': a:000, 'bang': a:bang}) endfunc func s:StartDebugCommand(bang, ...) " First argument is the command to debug, rest are run arguments. call s:StartDebug_internal({'gdb_args': [a:1], 'proc_args': a:000[1:], 'bang': a:bang}) endfunc func s:StartDebug_internal(dict) if exists('s:gdbwin') call s:Echoerr('Terminal debugger already running, cannot run two') return endif let gdbcmd = s:GetCommand() if !executable(gdbcmd[0]) call s:Echoerr('Cannot execute debugger program "' .. gdbcmd[0] .. '"') return endif let s:ptywin = 0 let s:pid = 0 let s:asmwin = 0 let s:asmbuf = 0 let s:varwin = 0 let s:varbuf = 0 if exists('#User#TermdebugStartPre') doauto <nomodeline> User TermdebugStartPre endif " Uncomment this line to write logging in "debuglog". " call ch_logfile('debuglog', 'w') let s:sourcewin = win_getid() " Remember the old value of 'signcolumn' for each buffer that it's set in, so " that we can restore the value for all buffers. let b:save_signcolumn = &signcolumn let s:signcolumn_buflist = [bufnr()] let s:save_columns = 0 let s:allleft = 0 let wide = 0 if exists('g:termdebug_config') let wide = get(g:termdebug_config, 'wide', 0) elseif exists('g:termdebug_wide') let wide = g:termdebug_wide endif if wide > 0 if &columns < wide let s:save_columns = &columns let &columns = wide " If we make the Vim window wider, use the whole left half for the debug " windows. let s:allleft = 1 endif let s:vertical = 1 else let s:vertical = 0 endif " Override using a terminal window by setting g:termdebug_use_prompt to 1. let use_prompt = 0 if exists('g:termdebug_config') let use_prompt = get(g:termdebug_config, 'use_prompt', 0) elseif exists('g:termdebug_use_prompt') let use_prompt = g:termdebug_use_prompt endif if has('terminal') && !has('win32') && !use_prompt let s:way = 'terminal' else let s:way = 'prompt' endif if s:way == 'prompt' call s:StartDebug_prompt(a:dict) else call s:StartDebug_term(a:dict) endif if s:GetDisasmWindow() let curwinid = win_getid() call s:GotoAsmwinOrCreateIt() call win_gotoid(curwinid) endif if s:GetVariablesWindow() let curwinid = win_getid() call s:GotoVariableswinOrCreateIt() call win_gotoid(curwinid) endif if exists('#User#TermdebugStartPost') doauto <nomodeline> User TermdebugStartPost endif endfunc " Use when debugger didn't start or ended. func s:CloseBuffers() exe 'bwipe! ' . s:ptybuf exe 'bwipe! ' . s:commbuf if s:asmbuf > 0 && bufexists(s:asmbuf) exe 'bwipe! ' . s:asmbuf endif if s:varbuf > 0 && bufexists(s:varbuf) exe 'bwipe! ' . s:varbuf endif let s:running = 0 unlet! s:gdbwin endfunc func s:CheckGdbRunning() let gdbproc = term_getjob(s:gdbbuf) if gdbproc == v:null || job_status(gdbproc) !=# 'run' call s:Echoerr(string(s:GetCommand()[0]) . ' exited unexpectedly') call s:CloseBuffers() return '' endif return 'ok' endfunc " Open a terminal window without a job, to run the debugged program in. func s:StartDebug_term(dict) let s:ptybuf = term_start('NONE', { \ 'term_name': 'debugged program', \ 'vertical': s:vertical, \ }) if s:ptybuf == 0 call s:Echoerr('Failed to open the program terminal window') return endif let pty = job_info(term_getjob(s:ptybuf))['tty_out'] let s:ptywin = win_getid() if s:vertical " Assuming the source code window will get a signcolumn, use two more " columns for that, thus one less for the terminal window. exe (&columns / 2 - 1) . "wincmd |" if s:allleft " use the whole left column wincmd H endif endif " Create a hidden terminal window to communicate with gdb let s:commbuf = term_start('NONE', { \ 'term_name': 'gdb communication', \ 'out_cb': function('s:CommOutput'), \ 'hidden': 1, \ }) if s:commbuf == 0 call s:Echoerr('Failed to open the communication terminal window') exe 'bwipe! ' . s:ptybuf return endif let commpty = job_info(term_getjob(s:commbuf))['tty_out'] let gdb_args = get(a:dict, 'gdb_args', []) let proc_args = get(a:dict, 'proc_args', []) let gdb_cmd = s:GetCommand() if exists('g:termdebug_config') && has_key(g:termdebug_config, 'command_add_args') let gdb_cmd = g:termdebug_config.command_add_args(gdb_cmd, pty) else " Add -quiet to avoid the intro message causing a hit-enter prompt. let gdb_cmd += ['-quiet'] " Disable pagination, it causes everything to stop at the gdb let gdb_cmd += ['-iex', 'set pagination off'] " Interpret commands while the target is running. This should usually only " be exec-interrupt, since many commands don't work properly while the " target is running (so execute during startup). let gdb_cmd += ['-iex', 'set mi-async on'] " Open a terminal window to run the debugger. let gdb_cmd += ['-tty', pty] " Command executed _after_ startup is done, provides us with the necessary " feedback let gdb_cmd += ['-ex', 'echo startupdone\n'] endif if exists('g:termdebug_config') && has_key(g:termdebug_config, 'command_filter') let gdb_cmd = g:termdebug_config.command_filter(gdb_cmd) endif " Adding arguments requested by the user let gdb_cmd += gdb_args call ch_log('executing "' . join(gdb_cmd) . '"') let s:gdbbuf = term_start(gdb_cmd, { \ 'term_finish': 'close', \ }) if s:gdbbuf == 0 call s:Echoerr('Failed to open the gdb terminal window') call s:CloseBuffers() return endif let s:gdbwin = win_getid() " Wait for the "startupdone" message before sending any commands. let try_count = 0 while 1 if s:CheckGdbRunning() != 'ok' return endif for lnum in range(1, 200) if term_getline(s:gdbbuf, lnum) =~ 'startupdone' let try_count = 9999 break endif endfor let try_count += 1 if try_count > 300 " done or give up after five seconds break endif sleep 10m endwhile " Set arguments to be run. if len(proc_args) call term_sendkeys(s:gdbbuf, 'server set args ' . join(proc_args) . "\r") endif " Connect gdb to the communication pty, using the GDB/MI interface. " Prefix "server" to avoid adding this to the history. call term_sendkeys(s:gdbbuf, 'server new-ui mi ' . commpty . "\r") " Wait for the response to show up, users may not notice the error and wonder " why the debugger doesn't work. let try_count = 0 while 1 if s:CheckGdbRunning() != 'ok' return endif let response = '' for lnum in range(1, 200) let line1 = term_getline(s:gdbbuf, lnum) let line2 = term_getline(s:gdbbuf, lnum + 1) if line1 =~ 'new-ui mi ' " response can be in the same line or the next line let response = line1 . line2 if response =~ 'Undefined command' call s:Echoerr('Sorry, your gdb is too old, gdb 7.12 is required') " CHECKME: possibly send a "server show version" here call s:CloseBuffers() return endif if response =~ 'New UI allocated' " Success! break endif elseif line1 =~ 'Reading symbols from' && line2 !~ 'new-ui mi ' " Reading symbols might take a while, try more times let try_count -= 1 endif endfor if response =~ 'New UI allocated' break endif let try_count += 1 if try_count > 100 call s:Echoerr('Cannot check if your gdb works, continuing anyway') break endif sleep 10m endwhile call job_setoptions(term_getjob(s:gdbbuf), {'exit_cb': function('s:EndTermDebug')}) " Set the filetype, this can be used to add mappings. set filetype=termdebug call s:StartDebugCommon(a:dict) endfunc " Open a window with a prompt buffer to run gdb in. func s:StartDebug_prompt(dict) if s:vertical vertical new else new endif let s:gdbwin = win_getid() let s:promptbuf = bufnr('') call prompt_setprompt(s:promptbuf, 'gdb> ') set buftype=prompt file gdb call prompt_setcallback(s:promptbuf, function('s:PromptCallback')) call prompt_setinterrupt(s:promptbuf, function('s:PromptInterrupt')) if s:vertical " Assuming the source code window will get a signcolumn, use two more " columns for that, thus one less for the terminal window. exe (&columns / 2 - 1) . "wincmd |" endif let gdb_args = get(a:dict, 'gdb_args', []) let proc_args = get(a:dict, 'proc_args', []) let gdb_cmd = s:GetCommand() " Add -quiet to avoid the intro message causing a hit-enter prompt. let gdb_cmd += ['-quiet'] " Disable pagination, it causes everything to stop at the gdb, needs to be run early let gdb_cmd += ['-iex', 'set pagination off'] " Interpret commands while the target is running. This should usually only " be exec-interrupt, since many commands don't work properly while the " target is running (so execute during startup). let gdb_cmd += ['-iex', 'set mi-async on'] " directly communicate via mi2 let gdb_cmd += ['--interpreter=mi2'] " Adding arguments requested by the user let gdb_cmd += gdb_args call ch_log('executing "' . join(gdb_cmd) . '"') let s:gdbjob = job_start(gdb_cmd, { \ 'exit_cb': function('s:EndPromptDebug'), \ 'out_cb': function('s:GdbOutCallback'), \ }) if job_status(s:gdbjob) != "run" call s:Echoerr('Failed to start gdb') exe 'bwipe! ' . s:promptbuf return endif exe $'au BufUnload <buffer={s:promptbuf}> ++once ' .. \ 'call job_stop(s:gdbjob, ''kill'')' " Mark the buffer modified so that it's not easy to close. set modified let s:gdb_channel = job_getchannel(s:gdbjob) let s:ptybuf = 0 if has('win32') " MS-Windows: run in a new console window for maximum compatibility call s:SendCommand('set new-console on') elseif has('terminal') " Unix: Run the debugged program in a terminal window. Open it below the " gdb window. belowright let s:ptybuf = term_start('NONE', { \ 'term_name': 'debugged program', \ }) if s:ptybuf == 0 call s:Echoerr('Failed to open the program terminal window') call job_stop(s:gdbjob) return endif let s:ptywin = win_getid() let pty = job_info(term_getjob(s:ptybuf))['tty_out'] call s:SendCommand('tty ' . pty) " Since GDB runs in a prompt window, the environment has not been set to " match a terminal window, need to do that now. call s:SendCommand('set env TERM = xterm-color') call s:SendCommand('set env ROWS = ' . winheight(s:ptywin)) call s:SendCommand('set env LINES = ' . winheight(s:ptywin)) call s:SendCommand('set env COLUMNS = ' . winwidth(s:ptywin)) call s:SendCommand('set env COLORS = ' . &t_Co) call s:SendCommand('set env VIM_TERMINAL = ' . v:version) else " TODO: open a new terminal, get the tty name, pass on to gdb call s:SendCommand('show inferior-tty') endif call s:SendCommand('set print pretty on') call s:SendCommand('set breakpoint pending on') " Set arguments to be run if len(proc_args) call s:SendCommand('set args ' . join(proc_args)) endif call s:StartDebugCommon(a:dict) startinsert endfunc func s:StartDebugCommon(dict) " Sign used to highlight the line where the program has stopped. " There can be only one. call sign_define('debugPC', #{linehl: 'debugPC'}) " Install debugger commands in the text window. call win_gotoid(s:sourcewin) call s:InstallCommands() call win_gotoid(s:gdbwin) " Enable showing a balloon with eval info if has("balloon_eval") || has("balloon_eval_term") set balloonexpr=TermDebugBalloonExpr() if has("balloon_eval") set ballooneval endif if has("balloon_eval_term") set balloonevalterm endif endif " Contains breakpoints that have been placed, key is a string with the GDB " breakpoint number. " Each entry is a dict, containing the sub-breakpoints. Key is the subid. " For a breakpoint that is just a number the subid is zero. " For a breakpoint "123.4" the id is "123" and subid is "4". " Example, when breakpoint "44", "123", "123.1" and "123.2" exist: " {'44': {'0': entry}, '123': {'0': entry, '1': entry, '2': entry}} let s:breakpoints = {} " Contains breakpoints by file/lnum. The key is "fname:lnum". " Each entry is a list of breakpoint IDs at that position. let s:breakpoint_locations = {} augroup TermDebug au BufRead * call s:BufRead() au BufUnload * call s:BufUnloaded() au OptionSet background call s:Highlight(0, v:option_old, v:option_new) augroup END " Run the command if the bang attribute was given and got to the debug " window. if get(a:dict, 'bang', 0) call s:SendResumingCommand('-exec-run') call win_gotoid(s:ptywin) endif endfunc " Send a command to gdb. "cmd" is the string without line terminator. func s:SendCommand(cmd) call ch_log('sending to gdb: ' . a:cmd) if s:way == 'prompt' call ch_sendraw(s:gdb_channel, a:cmd . "\n") else call term_sendkeys(s:commbuf, a:cmd . "\r") endif endfunc " This is global so that a user can create their mappings with this. func TermDebugSendCommand(cmd) if s:way == 'prompt' call ch_sendraw(s:gdb_channel, a:cmd . "\n") else let do_continue = 0 if !s:stopped let do_continue = 1 Stop sleep 10m endif " TODO: should we prepend CTRL-U to clear the command? call term_sendkeys(s:gdbbuf, a:cmd . "\r") if do_continue Continue endif endif endfunc " Send a command that resumes the program. If the program isn't stopped the " command is not sent (to avoid a repeated command to cause trouble). " If the command is sent then reset s:stopped. func s:SendResumingCommand(cmd) if s:stopped " reset s:stopped here, it may take a bit of time before we get a response let s:stopped = 0 call ch_log('assume that program is running after this command') call s:SendCommand(a:cmd) else call ch_log('dropping command, program is running: ' . a:cmd) endif endfunc " Function called when entering a line in the prompt buffer. func s:PromptCallback(text) call s:SendCommand(a:text) endfunc " Function called when pressing CTRL-C in the prompt buffer and when placing a " breakpoint. func s:PromptInterrupt() call ch_log('Interrupting gdb') if has('win32') " Using job_stop() does not work on MS-Windows, need to send SIGTRAP to " the debugger program so that gdb responds again. if s:pid == 0 call s:Echoerr('Cannot interrupt gdb, did not find a process ID') else call debugbreak(s:pid) endif else call job_stop(s:gdbjob, 'int') endif endfunc " Function called when gdb outputs text. func s:GdbOutCallback(channel, text) call ch_log('received from gdb: ' . a:text) " Disassembly messages need to be forwarded as-is. if s:parsing_disasm_msg call s:CommOutput(a:channel, a:text) return end " Drop the gdb prompt, we have our own. " Drop status and echo'd commands. if a:text == '(gdb) ' || a:text == '^done' || \ (a:text[0] == '&' && a:text !~ '^&"disassemble') return endif if a:text =~ '^\^error,msg=' let text = s:DecodeMessage(a:text[11:], v:false) if exists('s:evalexpr') && text =~ 'A syntax error in expression, near\|No symbol .* in current context' " Silently drop evaluation errors. unlet s:evalexpr return endif elseif a:text[0] == '~' let text = s:DecodeMessage(a:text[1:], v:false) else call s:CommOutput(a:channel, a:text) return endif let curwinid = win_getid() call win_gotoid(s:gdbwin) " Add the output above the current prompt. call append(line('$') - 1, text) set modified call win_gotoid(curwinid) endfunc " Decode a message from gdb. "quotedText" starts with a ", return the text up " to the next unescaped ", unescaping characters: " - remove line breaks (unless "literal" is v:true) " - change \" to " " - change \\t to \t (unless "literal" is v:true) " - change \0xhh to \xhh (disabled for now) " - change \ooo to octal " - change \\ to \ func s:DecodeMessage(quotedText, literal) if a:quotedText[0] != '"' call s:Echoerr('DecodeMessage(): missing quote in ' . a:quotedText) return endif let msg = a:quotedText \ ->substitute('^"\|[^\\]\zs".*', '', 'g') \ ->substitute('\\"', '"', 'g') "\ multi-byte characters arrive in octal form "\ NULL-values must be kept encoded as those break the string otherwise \ ->substitute('\\000', s:NullRepl, 'g') \ ->substitute('\\\o\o\o', {-> eval('"' .. submatch(0) .. '"')}, 'g') "\ Note: GDB docs also mention hex encodings - the translations below work "\ but we keep them out for performance-reasons until we actually see "\ those in mi-returns "\ \ ->substitute('\\0x\(\x\x\)', {-> eval('"\x' .. submatch(1) .. '"')}, 'g') "\ \ ->substitute('\\0x00', s:NullRepl, 'g') \ ->substitute('\\\\', '\', 'g') \ ->substitute(s:NullRepl, '\\000', 'g') if !a:literal return msg \ ->substitute('\\t', "\t", 'g') \ ->substitute('\\n', '', 'g') else return msg endif endfunc const s:NullRepl = 'XXXNULLXXX' " Extract the "name" value from a gdb message with fullname="name". func s:GetFullname(msg) if a:msg !~ 'fullname' return '' endif let name = s:DecodeMessage(substitute(a:msg, '.*fullname=', '', ''), v:true) if has('win32') && name =~ ':\\\\' " sometimes the name arrives double-escaped let name = substitute(name, '\\\\', '\\', 'g') endif return name endfunc " Extract the "addr" value from a gdb message with addr="0x0001234". func s:GetAsmAddr(msg) if a:msg !~ 'addr=' return '' endif let addr = s:DecodeMessage(substitute(a:msg, '.*addr=', '', ''), v:false) return addr endfunc func s:EndTermDebug(job, status) if exists('#User#TermdebugStopPre') doauto <nomodeline> User TermdebugStopPre endif exe 'bwipe! ' . s:commbuf unlet s:gdbwin call s:EndDebugCommon() endfunc func s:EndDebugCommon() let curwinid = win_getid() if exists('s:ptybuf') && s:ptybuf exe 'bwipe! ' . s:ptybuf endif if s:asmbuf > 0 && bufexists(s:asmbuf) exe 'bwipe! ' . s:asmbuf endif if s:varbuf > 0 && bufexists(s:varbuf) exe 'bwipe! ' . s:varbuf endif let s:running = 0 " Restore 'signcolumn' in all buffers for which it was set. call win_gotoid(s:sourcewin) let was_buf = bufnr() for bufnr in s:signcolumn_buflist if bufexists(bufnr) exe bufnr .. "buf" if exists('b:save_signcolumn') let &signcolumn = b:save_signcolumn unlet b:save_signcolumn endif endif endfor if bufexists(was_buf) exe was_buf .. "buf" endif call s:DeleteCommands() call win_gotoid(curwinid) if s:save_columns > 0 let &columns = s:save_columns endif if has("balloon_eval") || has("balloon_eval_term") set balloonexpr= if has("balloon_eval") set noballooneval endif if has("balloon_eval_term") set noballoonevalterm endif endif if exists('#User#TermdebugStopPost') doauto <nomodeline> User TermdebugStopPost endif au! TermDebug endfunc func s:EndPromptDebug(job, status) if exists('#User#TermdebugStopPre') doauto <nomodeline> User TermdebugStopPre endif if bufexists(s:promptbuf) exe 'bwipe! ' . s:promptbuf endif call s:EndDebugCommon() unlet s:gdbwin call ch_log("Returning from EndPromptDebug()") endfunc " Disassembly window - added by Michael Sartain " " - CommOutput: &"disassemble $pc\n" " - CommOutput: ~"Dump of assembler code for function main(int, char**):\n" " - CommOutput: ~" 0x0000555556466f69 <+0>:\tpush rbp\n" " ... " - CommOutput: ~" 0x0000555556467cd0:\tpop rbp\n" " - CommOutput: ~" 0x0000555556467cd1:\tret \n" " - CommOutput: ~"End of assembler dump.\n" " - CommOutput: ^done " - CommOutput: &"disassemble $pc\n" " - CommOutput: &"No function contains specified address.\n" " - CommOutput: ^error,msg="No function contains specified address." func s:HandleDisasmMsg(msg) if a:msg =~ '^\^done' let curwinid = win_getid() if win_gotoid(s:asmwin) silent! %delete _ call setline(1, s:asm_lines) set nomodified set filetype=asm let lnum = search('^' . s:asm_addr) if lnum != 0 call sign_unplace('TermDebug', #{id: s:asm_id}) call sign_place(s:asm_id, 'TermDebug', 'debugPC', '%', #{lnum: lnum}) endif call win_gotoid(curwinid) endif let s:parsing_disasm_msg = 0 let s:asm_lines = [] elseif a:msg =~ '^\^error,msg=' if s:parsing_disasm_msg == 1 " Disassemble call ran into an error. This can happen when gdb can't " find the function frame address, so let's try to disassemble starting " at current PC call s:SendCommand('disassemble $pc,+100') endif let s:parsing_disasm_msg = 0 elseif a:msg =~ '^&"disassemble \$pc' if a:msg =~ '+100' " This is our second disasm attempt let s:parsing_disasm_msg = 2 endif elseif a:msg !~ '^&"disassemble' let value = substitute(a:msg, '^\~\"[ ]*', '', '') let value = substitute(value, '^=>[ ]*', '', '') let value = substitute(value, '\\n\"\r$', '', '') let value = substitute(value, '\\n\"$', '', '') let value = substitute(value, '\r', '', '') let value = substitute(value, '\\t', ' ', 'g') if value != '' || !empty(s:asm_lines) call add(s:asm_lines, value) endif endif endfunc func s:ParseVarinfo(varinfo) let dict = {} let nameIdx = matchstrpos(a:varinfo, '{name="\([^"]*\)"') let dict['name'] = a:varinfo[nameIdx[1] + 7 : nameIdx[2] - 2] let typeIdx = matchstrpos(a:varinfo, ',type="\([^"]*\)"') " 'type' maybe is a url-like string, " try to shorten it and show only the /tail let dict['type'] = (a:varinfo[typeIdx[1] + 7 : typeIdx[2] - 2])->fnamemodify(':t') let valueIdx = matchstrpos(a:varinfo, ',value="\(.*\)"}') if valueIdx[1] == -1 let dict['value'] = 'Complex value' else let dict['value'] = a:varinfo[valueIdx[1] + 8 : valueIdx[2] - 3] endif return dict endfunc func s:HandleVariablesMsg(msg) let curwinid = win_getid() if win_gotoid(s:varwin) silent! %delete _ let spaceBuffer = 20 call setline(1, 'Type' . \ repeat(' ', 16) . \ 'Name' . \ repeat(' ', 16) . \ 'Value') let cnt = 1 let capture = '{name=".\{-}",\%(arg=".\{-}",\)\{0,1\}type=".\{-}"\%(,value=".\{-}"\)\{0,1\}}' let varinfo = matchstr(a:msg, capture, 0, cnt) while varinfo != '' let vardict = s:ParseVarinfo(varinfo) call setline(cnt + 1, vardict['type'] . \ repeat(' ', max([20 - len(vardict['type']), 1])) . \ vardict['name'] . \ repeat(' ', max([20 - len(vardict['name']), 1])) . \ vardict['value']) let cnt += 1 let varinfo = matchstr(a:msg, capture, 0, cnt) endwhile endif call win_gotoid(curwinid) endfunc " Handle a message received from gdb on the GDB/MI interface. func s:CommOutput(chan, msg) let msgs = split(a:msg, "\r") for msg in msgs " remove prefixed NL if msg[0] == "\n" let msg = msg[1:] endif if s:parsing_disasm_msg call s:HandleDisasmMsg(msg) elseif msg != '' if msg =~ '^\(\*stopped\|\*running\|=thread-selected\)' call s:HandleCursor(msg) elseif msg =~ '^\^done,bkpt=' || msg =~ '^=breakpoint-created,' call s:HandleNewBreakpoint(msg, 0) elseif msg =~ '^=breakpoint-modified,' call s:HandleNewBreakpoint(msg, 1) elseif msg =~ '^=breakpoint-deleted,' call s:HandleBreakpointDelete(msg) elseif msg =~ '^=thread-group-started' call s:HandleProgramRun(msg) elseif msg =~ '^\^done,value=' call s:HandleEvaluate(msg) elseif msg =~ '^\^error,msg=' call s:HandleError(msg) elseif msg =~ '^&"disassemble' let s:parsing_disasm_msg = 1 let s:asm_lines = [] call s:HandleDisasmMsg(msg) elseif msg =~ '^\^done,variables=' call s:HandleVariablesMsg(msg) endif endif endfor endfunc func s:GotoProgram() if has('win32') if executable('powershell') call system(printf('powershell -Command "add-type -AssemblyName microsoft.VisualBasic;[Microsoft.VisualBasic.Interaction]::AppActivate(%d);"', s:pid)) endif else call win_gotoid(s:ptywin) endif endfunc " Install commands in the current window to control the debugger. func s:InstallCommands() let save_cpo = &cpo set cpo&vim command -nargs=? Break call s:SetBreakpoint(<q-args>) command -nargs=? Tbreak call s:SetBreakpoint(<q-args>, v:true) command Clear call s:ClearBreakpoint() command Step call s:SendResumingCommand('-exec-step') command Over call s:SendResumingCommand('-exec-next') command -nargs=? Until call s:Until(<q-args>) command Finish call s:SendResumingCommand('-exec-finish') command -nargs=* Run call s:Run(<q-args>) command -nargs=* Arguments call s:SendResumingCommand('-exec-arguments ' . <q-args>) if s:way == 'prompt' command Stop call s:PromptInterrupt() command Continue call s:SendCommand('continue') else command Stop call s:SendCommand('-exec-interrupt') " using -exec-continue results in CTRL-C in the gdb window not working, " communicating via commbuf (= use of SendCommand) has the same result "command Continue call s:SendCommand('-exec-continue') command Continue call term_sendkeys(s:gdbbuf, "continue\r") endif command -nargs=* Frame call s:Frame(<q-args>) command -count=1 Up call s:Up(<count>) command -count=1 Down call s:Down(<count>) command -range -nargs=* Evaluate call s:Evaluate(<range>, <q-args>) command Gdb call win_gotoid(s:gdbwin) command Program call s:GotoProgram() command Source call s:GotoSourcewinOrCreateIt() command Asm call s:GotoAsmwinOrCreateIt() command Var call s:GotoVariableswinOrCreateIt() command Winbar call s:InstallWinbar(1) let map = 1 if exists('g:termdebug_config') let map = get(g:termdebug_config, 'map_K', 1) elseif exists('g:termdebug_map_K') let map = g:termdebug_map_K endif if map let s:k_map_saved = maparg('K', 'n', 0, 1) if !empty(s:k_map_saved) && !s:k_map_saved.buffer || empty(s:k_map_saved) nnoremap K :Evaluate<CR> endif endif let map = 1 if exists('g:termdebug_config') let map = get(g:termdebug_config, 'map_plus', 1) endif if map let s:plus_map_saved = maparg('+', 'n', 0, 1) if !empty(s:plus_map_saved) && !s:plus_map_saved.buffer || empty(s:plus_map_saved) nnoremap <expr> + $'<Cmd>{v:count1}Up<CR>' endif endif let map = 1 if exists('g:termdebug_config') let map = get(g:termdebug_config, 'map_minus', 1) endif if map let s:minus_map_saved = maparg('-', 'n', 0, 1) if !empty(s:minus_map_saved) && !s:minus_map_saved.buffer || empty(s:minus_map_saved) nnoremap <expr> - $'<Cmd>{v:count1}Down<CR>' endif endif if has('menu') && &mouse != '' call s:InstallWinbar(0) let popup = 1 if exists('g:termdebug_config') let popup = get(g:termdebug_config, 'popup', 1) elseif exists('g:termdebug_popup') let popup = g:termdebug_popup endif if popup let s:saved_mousemodel = &mousemodel let &mousemodel = 'popup_setpos' an 1.200 PopUp.-SEP3- <Nop> an 1.210 PopUp.Set\ breakpoint :Break<CR> an 1.220 PopUp.Clear\ breakpoint :Clear<CR> an 1.230 PopUp.Run\ until :Until<CR> an 1.240 PopUp.Evaluate :Evaluate<CR> endif endif let &cpo = save_cpo endfunc let s:winbar_winids = [] " Install the window toolbar in the current window. func s:InstallWinbar(force) " install the window toolbar by default, can be disabled in the config let winbar = 1 if exists('g:termdebug_config') let winbar = get(g:termdebug_config, 'winbar', 1) endif if has('menu') && &mouse != '' && (winbar || a:force) nnoremenu WinBar.Step :Step<CR> nnoremenu WinBar.Next :Over<CR> nnoremenu WinBar.Finish :Finish<CR> nnoremenu WinBar.Cont :Continue<CR> nnoremenu WinBar.Stop :Stop<CR> nnoremenu WinBar.Eval :Evaluate<CR> call add(s:winbar_winids, win_getid()) endif endfunc " Delete installed debugger commands in the current window. func s:DeleteCommands() delcommand Break delcommand Tbreak delcommand Clear delcommand Step delcommand Over delcommand Until delcommand Finish delcommand Run delcommand Arguments delcommand Stop delcommand Continue delcommand Frame delcommand Up delcommand Down delcommand Evaluate delcommand Gdb delcommand Program delcommand Source delcommand Asm delcommand Var delcommand Winbar if exists('s:k_map_saved') if !empty(s:k_map_saved) && !s:k_map_saved.buffer nunmap K call mapset(s:k_map_saved) elseif empty(s:k_map_saved) nunmap K endif unlet s:k_map_saved endif if exists('s:plus_map_saved') if !empty(s:plus_map_saved) && !s:plus_map_saved.buffer nunmap + call mapset(s:plus_map_saved) elseif empty(s:plus_map_saved) nunmap + endif unlet s:plus_map_saved endif if exists('s:minus_map_saved') if !empty(s:minus_map_saved) && !s:minus_map_saved.buffer nunmap - call mapset(s:minus_map_saved) elseif empty(s:minus_map_saved) nunmap - endif unlet s:minus_map_saved endif if has('menu') " Remove the WinBar entries from all windows where it was added. let curwinid = win_getid() for winid in s:winbar_winids if win_gotoid(winid) aunmenu WinBar.Step aunmenu WinBar.Next aunmenu WinBar.Finish aunmenu WinBar.Cont aunmenu WinBar.Stop aunmenu WinBar.Eval endif endfor call win_gotoid(curwinid) let s:winbar_winids = [] if exists('s:saved_mousemodel') let &mousemodel = s:saved_mousemodel unlet s:saved_mousemodel aunmenu PopUp.-SEP3- aunmenu PopUp.Set\ breakpoint aunmenu PopUp.Clear\ breakpoint aunmenu PopUp.Run\ until aunmenu PopUp.Evaluate endif endif call sign_unplace('TermDebug') unlet s:breakpoints unlet s:breakpoint_locations call sign_undefine('debugPC') call sign_undefine(s:BreakpointSigns->map("'debugBreakpoint' .. v:val")) let s:BreakpointSigns = [] endfunc " :Until - Execute until past a specified position or current line func s:Until(at) if s:stopped " reset s:stopped here, it may take a bit of time before we get a response let s:stopped = 0 call ch_log('assume that program is running after this command') " Use the fname:lnum format let at = empty(a:at) ? \ fnameescape(expand('%:p')) . ':' . line('.') : a:at call s:SendCommand('-exec-until ' . at) else call ch_log('dropping command, program is running: exec-until') endif endfunc " :Break - Set a breakpoint at the cursor position. func s:SetBreakpoint(at, tbreak=v:false) " Setting a breakpoint may not work while the program is running. " Interrupt to make it work. let do_continue = 0 if !s:stopped let do_continue = 1 Stop sleep 10m endif " Use the fname:lnum format, older gdb can't handle --source. let at = empty(a:at) ? \ fnameescape(expand('%:p')) . ':' . line('.') : a:at if a:tbreak let cmd = '-break-insert -t ' . at else let cmd = '-break-insert ' . at endif call s:SendCommand(cmd) if do_continue Continue endif endfunc " :Clear - Delete a breakpoint at the cursor position. func s:ClearBreakpoint() let fname = fnameescape(expand('%:p')) let lnum = line('.') let bploc = printf('%s:%d', fname, lnum) if has_key(s:breakpoint_locations, bploc) let idx = 0 let nr = 0 for id in s:breakpoint_locations[bploc] if has_key(s:breakpoints, id) " Assume this always works, the reply is simply "^done". call s:SendCommand('-break-delete ' . id) for subid in keys(s:breakpoints[id]) call sign_unplace('TermDebug', \ #{id: s:Breakpoint2SignNumber(id, subid)}) endfor unlet s:breakpoints[id] unlet s:breakpoint_locations[bploc][idx] let nr = id break else let idx += 1 endif endfor if nr != 0 if empty(s:breakpoint_locations[bploc]) unlet s:breakpoint_locations[bploc] endif echomsg 'Breakpoint ' . id . ' cleared from line ' . lnum . '.' else call s:Echoerr('Internal error trying to remove breakpoint at line ' . lnum . '!') endif else echomsg 'No breakpoint to remove at line ' . lnum . '.' endif endfunc func s:Run(args) if a:args != '' call s:SendResumingCommand('-exec-arguments ' . a:args) endif call s:SendResumingCommand('-exec-run') endfunc " :Frame - go to a specific frame in the stack func s:Frame(arg) " Note: we explicit do not use mi's command " call s:SendCommand('-stack-select-frame "' . a:arg .'"') " as we only get a "done" mi response and would have to open the file " 'manually' - using cli command "frame" provides us with the mi response " already parsed and allows for more formats if a:arg =~ '^\d\+$' || a:arg == '' " specify frame by number call s:SendCommand('-interpreter-exec mi "frame ' . a:arg .'"') elseif a:arg =~ '^0x[0-9a-fA-F]\+$' " specify frame by stack address call s:SendCommand('-interpreter-exec mi "frame address ' . a:arg .'"') else " specify frame by function name call s:SendCommand('-interpreter-exec mi "frame function ' . a:arg .'"') endif endfunc " :Up - go a:count frames in the stack "higher" func s:Up(count) " the 'correct' one would be -stack-select-frame N, but we don't know N call s:SendCommand($'-interpreter-exec console "up {a:count}"') endfunc " :Down - go a:count frames in the stack "below" func s:Down(count) " the 'correct' one would be -stack-select-frame N, but we don't know N call s:SendCommand($'-interpreter-exec console "down {a:count}"') endfunc func s:SendEval(expr) " check for "likely" boolean expressions, in which case we take it as lhs if a:expr =~ "[=!<>]=" let exprLHS = a:expr else " remove text that is likely an assignment let exprLHS = substitute(a:expr, ' *=.*', '', '') endif " encoding expression to prevent bad errors let expr = a:expr let expr = substitute(expr, '\\', '\\\\', 'g') let expr = substitute(expr, '"', '\\"', 'g') call s:SendCommand('-data-evaluate-expression "' . expr . '"') let s:evalexpr = exprLHS endfunc " :Evaluate - evaluate what is specified / under the cursor func s:Evaluate(range, arg) let expr = s:GetEvaluationExpression(a:range, a:arg) let s:ignoreEvalError = 0 call s:SendEval(expr) endfunc " get what is specified / under the cursor func s:GetEvaluationExpression(range, arg) if a:arg != '' " user supplied evaluation let expr = s:CleanupExpr(a:arg) " DSW: replace "likely copy + paste" assignment let expr = substitute(expr, '"\([^"]*\)": *', '\1=', 'g') elseif a:range == 2 " no evaluation but provided but range set let pos = getcurpos() let reg = getreg('v', 1, 1) let regt = getregtype('v') normal! gv"vy let expr = s:CleanupExpr(@v) call setpos('.', pos) call setreg('v', reg, regt) else " no evaluation provided: get from C-expression under cursor " TODO: allow filetype specific lookup #9057 let expr = expand('<cexpr>') endif return expr endfunc " clean up expression that may get in because of range " (newlines and surrounding whitespace) " As it can also be specified via ex-command for assignments this function " may not change the "content" parts (like replacing contained spaces) func s:CleanupExpr(expr) " replace all embedded newlines/tabs/... let expr = substitute(a:expr, '\_s', ' ', 'g') if &filetype ==# 'cobol' " extra cleanup for COBOL: " - a semicolon nmay be used instead of a space " - a trailing comma or period is ignored as it commonly separates/ends " multiple expr let expr = substitute(expr, ';', ' ', 'g') let expr = substitute(expr, '[,.]\+ *$', '', '') endif " get rid of leading and trailing spaces let expr = substitute(expr, '^ *', '', '') let expr = substitute(expr, ' *$', '', '') return expr endfunc let s:ignoreEvalError = 0 let s:evalFromBalloonExpr = 0 " Handle the result of data-evaluate-expression func s:HandleEvaluate(msg) let value = a:msg \ ->substitute('.*value="\(.*\)"', '\1', '') \ ->substitute('\\"', '"', 'g') \ ->substitute('\\\\', '\\', 'g') "\ multi-byte characters arrive in octal form, replace everything but NULL values \ ->substitute('\\000', s:NullRepl, 'g') \ ->substitute('\\\o\o\o', {-> eval('"' .. submatch(0) .. '"')}, 'g') "\ Note: GDB docs also mention hex encodings - the translations below work "\ but we keep them out for performance-reasons until we actually see "\ those in mi-returns "\ ->substitute('\\0x00', s:NullRep, 'g') "\ ->substitute('\\0x\(\x\x\)', {-> eval('"\x' .. submatch(1) .. '"')}, 'g') \ ->substitute(s:NullRepl, '\\000', 'g') if s:evalFromBalloonExpr if s:evalFromBalloonExprResult == '' let s:evalFromBalloonExprResult = s:evalexpr . ': ' . value else let s:evalFromBalloonExprResult .= ' = ' . value endif call balloon_show(s:evalFromBalloonExprResult) else echomsg '"' . s:evalexpr . '": ' . value endif if s:evalexpr[0] != '*' && value =~ '^0x' && value != '0x0' && value !~ '"$' " Looks like a pointer, also display what it points to. let s:ignoreEvalError = 1 call s:SendEval('*' . s:evalexpr) else let s:evalFromBalloonExpr = 0 endif endfunc " Show a balloon with information of the variable under the mouse pointer, " if there is any. func TermDebugBalloonExpr() if v:beval_winid != s:sourcewin return '' endif if !s:stopped " Only evaluate when stopped, otherwise setting a breakpoint using the " mouse triggers a balloon. return '' endif let s:evalFromBalloonExpr = 1 let s:evalFromBalloonExprResult = '' let s:ignoreEvalError = 1 let expr = s:CleanupExpr(v:beval_text) call s:SendEval(expr) return '' endfunc " Handle an error. func s:HandleError(msg) if s:ignoreEvalError " Result of s:SendEval() failed, ignore. let s:ignoreEvalError = 0 let s:evalFromBalloonExpr = 0 return endif let msgVal = substitute(a:msg, '.*msg="\(.*\)"', '\1', '') call s:Echoerr(substitute(msgVal, '\\"', '"', 'g')) endfunc func s:GotoSourcewinOrCreateIt() if !win_gotoid(s:sourcewin) new let s:sourcewin = win_getid() call s:InstallWinbar(0) endif endfunc func s:GetDisasmWindow() if exists('g:termdebug_config') return get(g:termdebug_config, 'disasm_window', 0) endif if exists('g:termdebug_disasm_window') return g:termdebug_disasm_window endif return 0 endfunc func s:GetDisasmWindowHeight() if exists('g:termdebug_config') return get(g:termdebug_config, 'disasm_window_height', 0) endif if exists('g:termdebug_disasm_window') && g:termdebug_disasm_window > 1 return g:termdebug_disasm_window endif return 0 endfunc func s:GotoAsmwinOrCreateIt() if !win_gotoid(s:asmwin) let mdf = '' if win_gotoid(s:sourcewin) " 60 is approx spaceBuffer * 3 if winwidth(0) > (78 + 60) let mdf = 'vert' exe mdf .. ' ' .. 60 .. 'new' else exe 'rightbelow new' endif else exe 'new' endif let s:asmwin = win_getid() setlocal nowrap setlocal number setlocal noswapfile setlocal buftype=nofile setlocal bufhidden=wipe setlocal signcolumn=no setlocal modifiable if s:asmbuf > 0 && bufexists(s:asmbuf) exe 'buffer' . s:asmbuf else silent file Termdebug-asm-listing let s:asmbuf = bufnr('Termdebug-asm-listing') endif if mdf != 'vert' && s:GetDisasmWindowHeight() > 0 exe 'resize ' .. s:GetDisasmWindowHeight() endif endif if s:asm_addr != '' let lnum = search('^' . s:asm_addr) if lnum == 0 if s:stopped call s:SendCommand('disassemble $pc') endif else call sign_unplace('TermDebug', #{id: s:asm_id}) call sign_place(s:asm_id, 'TermDebug', 'debugPC', '%', #{lnum: lnum}) endif endif endfunc func s:GetVariablesWindow() if exists('g:termdebug_config') return get(g:termdebug_config, 'variables_window', 0) endif if exists('g:termdebug_disasm_window') return g:termdebug_variables_window endif return 0 endfunc func s:GetVariablesWindowHeight() if exists('g:termdebug_config') return get(g:termdebug_config, 'variables_window_height', 0) endif if exists('g:termdebug_variables_window') && g:termdebug_variables_window > 1 return g:termdebug_variables_window endif return 0 endfunc func s:GotoVariableswinOrCreateIt() if !win_gotoid(s:varwin) let mdf = '' if win_gotoid(s:sourcewin) " 60 is approx spaceBuffer * 3 if winwidth(0) > (78 + 60) let mdf = 'vert' exe mdf .. ' ' .. 60 .. 'new' else exe 'rightbelow new' endif else exe 'new' endif let s:varwin = win_getid() setlocal nowrap setlocal noswapfile setlocal buftype=nofile setlocal bufhidden=wipe setlocal signcolumn=no setlocal modifiable if s:varbuf > 0 && bufexists(s:varbuf) exe 'buffer' . s:varbuf else silent file Termdebug-variables-listing let s:varbuf = bufnr('Termdebug-variables-listing') endif if mdf != 'vert' && s:GetVariablesWindowHeight() > 0 exe 'resize ' .. s:GetVariablesWindowHeight() endif endif if s:running call s:SendCommand('-stack-list-variables 2') endif endfunc " Handle stopping and running message from gdb. " Will update the sign that shows the current position. func s:HandleCursor(msg) let wid = win_getid() if a:msg =~ '^\*stopped' call ch_log('program stopped') let s:stopped = 1 if a:msg =~ '^\*stopped,reason="exited-normally"' let s:running = 0 endif elseif a:msg =~ '^\*running' call ch_log('program running') let s:stopped = 0 let s:running = 1 endif if a:msg =~ 'fullname=' let fname = s:GetFullname(a:msg) else let fname = '' endif if a:msg =~ 'addr=' let asm_addr = s:GetAsmAddr(a:msg) if asm_addr != '' let s:asm_addr = asm_addr let curwinid = win_getid() if win_gotoid(s:asmwin) let lnum = search('^' . s:asm_addr) if lnum == 0 call s:SendCommand('disassemble $pc') else call sign_unplace('TermDebug', #{id: s:asm_id}) call sign_place(s:asm_id, 'TermDebug', 'debugPC', '%', #{lnum: lnum}) endif call win_gotoid(curwinid) endif endif endif if s:running && s:stopped && bufwinnr('Termdebug-variables-listing') != -1 call s:SendCommand('-stack-list-variables 2') endif if a:msg =~ '^\(\*stopped\|=thread-selected\)' && filereadable(fname) let lnum = substitute(a:msg, '.*line="\([^"]*\)".*', '\1', '') if lnum =~ '^[0-9]*$' call s:GotoSourcewinOrCreateIt() if expand('%:p') != fnamemodify(fname, ':p') echomsg 'different fname: "' .. expand('%:p') .. '" vs "' .. fnamemodify(fname, ':p') .. '"' augroup Termdebug " Always open a file read-only instead of showing the ATTENTION " prompt, since it is unlikely we want to edit the file. " The file may be changed but not saved, warn for that. au SwapExists * echohl WarningMsg \ | echo 'Warning: file is being edited elsewhere' \ | echohl None \ | let v:swapchoice = 'o' augroup END if &modified " TODO: find existing window exe 'split ' . fnameescape(fname) let s:sourcewin = win_getid() call s:InstallWinbar(0) else exe 'edit ' . fnameescape(fname) endif augroup Termdebug au! SwapExists augroup END endif exe lnum normal! zv call sign_unplace('TermDebug', #{id: s:pc_id}) call sign_place(s:pc_id, 'TermDebug', 'debugPC', fname, \ #{lnum: lnum, priority: 110}) if !exists('b:save_signcolumn') let b:save_signcolumn = &signcolumn call add(s:signcolumn_buflist, bufnr()) endif setlocal signcolumn=yes endif elseif !s:stopped || fname != '' call sign_unplace('TermDebug', #{id: s:pc_id}) endif call win_gotoid(wid) endfunc let s:BreakpointSigns = [] func s:CreateBreakpoint(id, subid, enabled) let nr = printf('%d.%d', a:id, a:subid) if index(s:BreakpointSigns, nr) == -1 call add(s:BreakpointSigns, nr) if a:enabled == "n" let hiName = "debugBreakpointDisabled" else let hiName = "debugBreakpoint" endif let label = '' if exists('g:termdebug_config') let label = get(g:termdebug_config, 'sign', '') endif if label == '' let label = printf('%02X', a:id) if a:id > 255 let label = 'F+' endif endif call sign_define('debugBreakpoint' .. nr, \ #{text: strpart(label, 0, 2), \ texthl: hiName}) endif endfunc func! s:SplitMsg(s) return split(a:s, '{.\{-}}\zs') endfunction " Handle setting a breakpoint " Will update the sign that shows the breakpoint func s:HandleNewBreakpoint(msg, modifiedFlag) if a:msg !~ 'fullname=' " a watch or a pending breakpoint does not have a file name if a:msg =~ 'pending=' let nr = substitute(a:msg, '.*number=\"\([0-9.]*\)\".*', '\1', '') let target = substitute(a:msg, '.*pending=\"\([^"]*\)\".*', '\1', '') echomsg 'Breakpoint ' . nr . ' (' . target . ') pending.' endif return endif for msg in s:SplitMsg(a:msg) let fname = s:GetFullname(msg) if empty(fname) continue endif let nr = substitute(msg, '.*number="\([0-9.]*\)\".*', '\1', '') if empty(nr) return endif " If "nr" is 123 it becomes "123.0" and subid is "0". " If "nr" is 123.4 it becomes "123.4.0" and subid is "4"; "0" is discarded. let [id, subid; _] = map(split(nr . '.0', '\.'), 'v:val + 0') let enabled = substitute(msg, '.*enabled="\([yn]\)".*', '\1', '') call s:CreateBreakpoint(id, subid, enabled) if has_key(s:breakpoints, id) let entries = s:breakpoints[id] else let entries = {} let s:breakpoints[id] = entries endif if has_key(entries, subid) let entry = entries[subid] else let entry = {} let entries[subid] = entry endif let lnum = substitute(msg, '.*line="\([^"]*\)".*', '\1', '') let entry['fname'] = fname let entry['lnum'] = lnum let bploc = printf('%s:%d', fname, lnum) if !has_key(s:breakpoint_locations, bploc) let s:breakpoint_locations[bploc] = [] endif let s:breakpoint_locations[bploc] += [id] if bufloaded(fname) call s:PlaceSign(id, subid, entry) let posMsg = ' at line ' . lnum . '.' else let posMsg = ' in ' . fname . ' at line ' . lnum . '.' endif if !a:modifiedFlag let actionTaken = 'created' elseif enabled == 'n' let actionTaken = 'disabled' else let actionTaken = 'enabled' endif echomsg 'Breakpoint ' . nr . ' ' . actionTaken . posMsg endfor endfunc func s:PlaceSign(id, subid, entry) let nr = printf('%d.%d', a:id, a:subid) call sign_place(s:Breakpoint2SignNumber(a:id, a:subid), 'TermDebug', \ 'debugBreakpoint' .. nr, a:entry['fname'], \ #{lnum: a:entry['lnum'], priority: 110}) let a:entry['placed'] = 1 endfunc " Handle deleting a breakpoint " Will remove the sign that shows the breakpoint func s:HandleBreakpointDelete(msg) let id = substitute(a:msg, '.*id="\([0-9]*\)\".*', '\1', '') + 0 if empty(id) return endif if has_key(s:breakpoints, id) for [subid, entry] in items(s:breakpoints[id]) if has_key(entry, 'placed') call sign_unplace('TermDebug', \ #{id: s:Breakpoint2SignNumber(id, subid)}) unlet entry['placed'] endif endfor unlet s:breakpoints[id] echomsg 'Breakpoint ' . id . ' cleared.' endif endfunc " Handle the debugged program starting to run. " Will store the process ID in s:pid func s:HandleProgramRun(msg) let nr = substitute(a:msg, '.*pid="\([0-9]*\)\".*', '\1', '') + 0 if nr == 0 return endif let s:pid = nr call ch_log('Detected process ID: ' . s:pid) endfunc " Handle a BufRead autocommand event: place any signs. func s:BufRead() let fname = expand('<afile>:p') for [id, entries] in items(s:breakpoints) for [subid, entry] in items(entries) if entry['fname'] == fname call s:PlaceSign(id, subid, entry) endif endfor endfor endfunc " Handle a BufUnloaded autocommand event: unplace any signs. func s:BufUnloaded() let fname = expand('<afile>:p') for [id, entries] in items(s:breakpoints) for [subid, entry] in items(entries) if entry['fname'] == fname let entry['placed'] = 0 endif endfor endfor endfunc call s:InitHighlight() call s:InitAutocmd() let &cpo = s:keepcpo unlet s:keepcpo " vim: sw=2 sts=2 et

---

docroot: /var/www/469ed2f6-4d4b-4a8a-9f5e-ee4ef04d3bc8/public_html

---

curdir: /usr/share/vim/vim91/pack/dist/opt/termdebug/plugin

	.		4096
	..		4096
X	termdebug.vim		53928