vim-vebugger/autoload/vebugger/gdb.vim
IdanArye ac5be406e9 Implemented for rdebug
Also fixed a problem with the gdb value display result regex syntax
2014-05-14 13:14:34 +03:00

112 lines
3.5 KiB
VimL

function! vebugger#gdb#start(binaryFile,args)
let l:debugger=vebugger#std#startDebugger(
\(has_key(a:args,'command')
\? (a:args.command)
\: 'gdb --nowindows --silent '.fnameescape(a:binaryFile)))
let l:debugger.state.gdb={}
call l:debugger.writeLine("set width 0")
call l:debugger.writeLine("define hook-stop\nwhere\nend")
call l:debugger.writeLine("start")
call l:debugger.addReadHandler(function('s:readWhere'))
call l:debugger.addReadHandler(function('s:readFinish'))
call l:debugger.addReadHandler(function('s:readEvaluatedExpressions'))
call l:debugger.setWriteHandler('std','flow',function('s:writeFlow'))
call l:debugger.setWriteHandler('std','breakpoints',function('s:writeBreakpoints'))
call l:debugger.setWriteHandler('std','closeDebugger',function('s:closeDebugger'))
call l:debugger.setWriteHandler('std','evaluateExpressions',function('s:requestEvaluateExpression'))
call l:debugger.generateWriteActionsFromTemplate()
call l:debugger.std_addAllBreakpointActions(g:vebugger_breakpoints)
return l:debugger
endfunction
function! s:findFolderFromStackTrace(src,nameFromStackTrace)
let l:path=a:src
for l:dirname in split(a:nameFromStackTrace,'\.')
let l:nextPath=l:path.'/'.fnameescape(l:dirname)
if empty(glob(l:nextPath))
return l:path
endif
let l:path=l:nextPath
endfor
return l:path
endfunction
function! s:readWhere(pipeName,line,readResult,debugger)
if 'out'==a:pipeName
let l:matches=matchlist(a:line,'\v#(\d+)\s+(\S+)\s+\(.*\)\s+at\s+([^:]+):(\d+)')
if 4<len(l:matches)
let l:file=l:matches[3]
let l:file=fnamemodify(l:file,':~:.')
let l:frameNumber=str2nr(l:matches[1])
if 0==l:frameNumber " first stackframe is the current location
let a:readResult.std.location={
\'file':(l:file),
\'line':str2nr(l:matches[4])}
endif
let a:readResult.std.callstack={
\'clearOld':('0'==l:frameNumber),
\'add':'after',
\'file':(l:file),
\'line':str2nr(l:matches[4])}
endif
endif
endfunction
function! s:readFinish(pipeName,line,readResult,debugger)
if a:line=~'\c\V[Inferior 1\.\*exited normally]'
let a:readResult.std.programFinish={'finish':1}
endif
endfunction
function! s:writeFlow(writeAction,debugger)
if 'stepin'==a:writeAction
call a:debugger.writeLine('step')
elseif 'stepover'==a:writeAction
call a:debugger.writeLine('next')
elseif 'stepout'==a:writeAction
call a:debugger.writeLine('finish')
elseif 'continue'==a:writeAction
call a:debugger.writeLine('continue')
endif
endfunction
function! s:closeDebugger(writeAction,debugger)
call a:debugger.writeLine('quit')
endfunction
function! s:writeBreakpoints(writeAction,debugger)
for l:breakpoint in a:writeAction
if 'add'==(l:breakpoint.action)
call a:debugger.writeLine('break '.fnameescape(l:breakpoint.file).':'.l:breakpoint.line)
elseif 'remove'==l:breakpoint.action
call a:debugger.writeLine('clear '.fnameescape(l:breakpoint.file).':'.l:breakpoint.line)
endif
endfor
endfunction
function! s:requestEvaluateExpression(writeAction,debugger)
for l:evalAction in a:writeAction
call a:debugger.writeLine('print '.l:evalAction.expression)
endfor
endfunction
function! s:readEvaluatedExpressions(pipeName,line,readResult,debugger)
if 'out'==a:pipeName
let l:matches=matchlist(a:line,'\v\$(\d+) \= (.*)$')
if 2<len(l:matches)
let l:expression=l:matches[1]
let l:value=l:matches[2]
let a:readResult.std.evaluatedExpression={
\'expression':0,
\'value':(l:value)}
let g:y=a:readResult
endif
endif
endfunction