def RunModuleFind(self):
"""Run Module Finder
@note: runs on background thread
"""
results = FindResults()
flag, localpythonpath = ToolConfig.GetPythonExecutablePath("PyFind")
if not flag:
# No configured Python
results.Errors.add(localpythonpath)
return results
# No findmodule found in plugin
if not pkg_resources.resource_exists("PyStudio.ModuleFinder",
"findmodule.py"):
results.Errors.add(ERROR_NO_FINDMODULE)
return results
findmodule_script = pkg_resources.resource_filename(
"PyStudio.ModuleFinder", "findmodule.py")
# Start find module
finder_cmd = [localpythonpath, findmodule_script]
if self.localpath:
finder_cmd.append(self.localpath)
finder_cmd.append(self.moduletofind)
if self.quickfind:
finder_cmd.append('firstmatch')
processcreator = ProcessCreator("PyFind", ".", finder_cmd,
self.pythonpath)
process = processcreator.createprocess()
stdoutdata, stderrdata = process.communicate()
processcreator.restorepath()
util.Log("[PyFind][info] stdout %s" % stdoutdata)
util.Log("[PyFind][info] stderr %s" % stderrdata)
util.Log("[PyFind][info] PyFind command finished running")
try:
stdoutrows = eval(stdoutdata.rstrip('\r\n'))
if self.pythonpath:
results.Info.append(
(INFO_USED_PATH, u", ".join(self.pythonpath)))
results.Info.append((INFO_COMMAND_LINE, " ".join(finder_cmd)))
if self.dirvarfile:
results.Info.append((INFO_DIRVARS, self.dirvarfile))
results.SetResults(stdoutrows)
return results
except Exception, ex:
msg = repr(ex)
util.Log("[PyFind][info] Error: %s" % msg)
results.Errors.add(msg)
return results
def RunModuleFind(self):
"""Run Module Finder
@note: runs on background thread
"""
results = FindResults()
flag, localpythonpath = ToolConfig.GetPythonExecutablePath("PyFind")
if not flag:
# No configured Python
results.Errors.add(localpythonpath)
return results
# No findmodule found in plugin
if not pkg_resources.resource_exists("PyStudio.ModuleFinder", "findmodule.py"):
results.Errors.add(ERROR_NO_FINDMODULE)
return results
findmodule_script = pkg_resources.resource_filename("PyStudio.ModuleFinder", "findmodule.py")
# Start find module
finder_cmd = [localpythonpath, findmodule_script]
if self.localpath:
finder_cmd.append(self.localpath)
finder_cmd.append(self.moduletofind)
if self.quickfind:
finder_cmd.append('firstmatch')
processcreator = ProcessCreator("PyFind", ".", finder_cmd, self.pythonpath)
process = processcreator.createprocess()
stdoutdata, stderrdata = process.communicate()
processcreator.restorepath()
util.Log("[PyFind][info] stdout %s" % stdoutdata)
util.Log("[PyFind][info] stderr %s" % stderrdata)
util.Log("[PyFind][info] PyFind command finished running")
try:
stdoutrows = eval(stdoutdata.rstrip('\r\n'))
if self.pythonpath:
results.Info.append((INFO_USED_PATH, u", ".join(self.pythonpath)))
results.Info.append((INFO_COMMAND_LINE, " ".join(finder_cmd)))
if self.dirvarfile:
results.Info.append((INFO_DIRVARS, self.dirvarfile))
results.SetResults(stdoutrows)
return results
except Exception, ex:
msg = repr(ex)
util.Log("[PyFind][info] Error: %s" % msg)
results.Errors.add(msg)
return results
def DoCompileCheck(self, path):
"""Run a compilation check on the given path
@return: tuple(path, output)
"""
flag, pypath = ToolConfig.GetPythonExecutablePath("CompileCheck")
if not flag:
# No configured Python
return (None, u"No Python") # TODO translations (send error code)
# run 'python -m py_compile fname'
parentPath = ebmlib.GetPathName(path)
fname = ebmlib.GetFileName(path)
cmd = [pypath, '-m', 'py_compile', fname]
# TODO: pythonpath?
processcreator = ProcessCreator("CompileCheck", parentPath, cmd)
process = processcreator.createprocess()
stdoutdata, stderrdata = process.communicate()
processcreator.restorepath()
return (path, stderrdata)
def DoCompileCheck(self, path):
"""Run a compilation check on the given path
@return: tuple(path, output)
"""
flag, pypath = ToolConfig.GetPythonExecutablePath("CompileCheck")
if not flag:
# No configured Python
return (None, u"No Python") # TODO translations (send error code)
# run 'python -m py_compile fname'
parentPath = ebmlib.GetPathName(path)
fname = ebmlib.GetFileName(path)
cmd = [pypath, '-m', 'py_compile', fname]
# TODO: pythonpath?
processcreator = ProcessCreator("CompileCheck", parentPath, cmd)
process = processcreator.createprocess()
stdoutdata, stderrdata = process.communicate()
processcreator.restorepath()
return (path, stderrdata)
def RunSyntaxCheck(self):
"""Run pylint"""
flag, localpythonpath = ToolConfig.GetPythonExecutablePath("PyLint")
if not flag:
# No configured Python
return ([(u"No Python", localpythonpath, u"NA")], u"None")
childPath, parentPath = PyStudioUtils.get_packageroot(self.filename)
# Start pylint
modpath = PyStudioUtils.get_modulepath(childPath)
allargs = self.pylintargs + [modpath,]
pythoncode = "from pylint import lint;lint.Run(%s)" % repr(allargs)
plint_cmd = [localpythonpath, "-c", pythoncode]
processcreator = ProcessCreator("Pylint", parentPath, plint_cmd, self.pythonpath)
process = processcreator.createprocess()
stdoutdata, stderrdata = process.communicate()
processcreator.restorepath()
util.Log("[Pylint][info] stdout %s" % stdoutdata)
util.Log("[Pylint][info] stderr %s" % stderrdata)
stderrlower = stderrdata.lower()
ind = stderrlower.find("importerror")
if ind != -1:
if stderrlower.find("pylint", ind) != -1:
return ([(u"No Pylint", self.nopylinterror, u"NA")], u"None")
# The parseable line format is:
# '%(path)s:%(line)s: [%(sigle)s%(obj)s] %(msg)s'
regex = re.compile(r"(.*):(.*): \[([A-Z])[, ]*(.*)\] (.*)%s" % os.linesep)
rows = []
# TODO: returned messages need to be translatable
if self.pythonpath:
rows.append((u"***", u"Using PYTHONPATH + %s"\
% u", ".join(self.pythonpath), u"NA"))
rows.append((u"***", u"Pylint command line: %s" % " ".join(plint_cmd), u"NA"))
rows.append((u"***", u"Directory Variables file: %s" % self.dirvarfile, u"NA"))
rowsdict = {}
lastmatchindex = 0
for matcher in regex.finditer(stdoutdata):
if matcher is None:
continue
mtypeabr = matcher.group(3)
linenostr = matcher.group(2)
classmeth = matcher.group(4)
mtext = matcher.group(5)
lastmatchindex = matcher.end(5)
if mtypeabr in (u"E", u"F"):
mtype = u"Error"
elif mtypeabr == u"C":
mtype = u"Convention"
elif mtypeabr == u"R":
mtype = u"Refactor"
else: # TODO: add more specific filtering? / do translations on display
mtype = u"Warning"
outtext = mtext
if classmeth:
outtext = u"[%s] %s" % (classmeth, outtext)
try:
lineno = int(linenostr)
mtyperows = rowsdict.get(mtype)
if not mtyperows:
mtyperows = {}
rowsdict[mtype] = mtyperows
linenorows = mtyperows.get(lineno)
if not linenorows:
linenorows = set()
mtyperows[lineno] = linenorows
linenorows.add(outtext)
except:
rows.append((mtype, outtext, linenostr))
for mtype in sorted(rowsdict):
mtyperows = rowsdict[mtype]
for lineno in sorted(mtyperows):
linenorows = mtyperows[lineno]
for outtext in sorted(linenorows):
rows.append((mtype, outtext, lineno))
index = stdoutdata.find("Report", lastmatchindex)
util.Log("[PyLint][info] Pylint command finished running")
if index == -1:
return (rows, "")
return (rows, stdoutdata[index:].replace("\r", ""))
def RunSyntaxCheck(self):
"""Run pep8
@return: tuple([list_of_rows,], string)
"""
flag, localpythonpath = ToolConfig.GetPythonExecutablePath("Pep8")
if not flag:
# No configured Python
return ([(u"No Python", localpythonpath, u"NA")], u"None")
childPath, parentPath = PyStudioUtils.get_packageroot(self.filename)
# Start pep8 check
pythoncode = "import sys,pep8;sys.argv=[u'pep8', %s];pep8._main()" % repr(
childPath)
pep8_cmd = [localpythonpath, "-c", pythoncode]
processcreator = ProcessCreator("Pep8", parentPath, pep8_cmd,
self.pythonpath)
process = processcreator.createprocess()
stdoutdata, stderrdata = process.communicate()
processcreator.restorepath()
util.Log("[Pep8][info] stdout %s" % stdoutdata)
util.Log("[Pep8][info] stderr %s" % stderrdata)
stderrlower = stderrdata.lower()
ind = stderrlower.find("importerror")
if ind != -1:
if stderrlower.find("pep8", ind) != -1:
return ([(u"No Pep8", self.nopep8error, u"NA")], u"None")
# The parseable line format is:
# '%(path)s:%(line)s: [%(sigle)s%(obj)s] %(msg)s'
regex = re.compile(r"(.*):(.*):(.*): ([A-Z])[0-9]* (.*)%s" %
os.linesep)
rows = []
# TODO: returned messages need to be translatable
if self.pythonpath:
rows.append((u"***", u"Using PYTHONPATH + %s"\
% u", ".join(self.pythonpath), u"NA"))
rows.append(
(u"***", u"Pep8 command line: %s" % " ".join(pep8_cmd), u"NA"))
rowsdict = {}
for matcher in regex.finditer(stdoutdata):
if matcher is None:
continue
mtypeabr = matcher.group(4)
linenostr = matcher.group(2)
colnostr = matcher.group(3)
mtext = matcher.group(5)
if mtypeabr in (u"E", u"F"):
mtype = u"Error"
else: #TODO: add more specific filtering? / do translations on display
mtype = u"Warning"
outtext = "%s: %s" % (colnostr, mtext)
try:
lineno = int(linenostr)
mtyperows = rowsdict.get(mtype)
if not mtyperows:
mtyperows = {}
rowsdict[mtype] = mtyperows
linenorows = mtyperows.get(lineno)
if not linenorows:
linenorows = set()
mtyperows[lineno] = linenorows
linenorows.add(outtext)
except:
rows.append((mtype, outtext, linenostr))
for mtype in sorted(rowsdict):
mtyperows = rowsdict[mtype]
for lineno in sorted(mtyperows):
linenorows = mtyperows[lineno]
for outtext in sorted(linenorows):
rows.append((mtype, outtext, lineno))
util.Log("[Pep8][info] Pep8 command finished running")
return (rows, stdoutdata)
def RunSyntaxCheck(self):
"""Run pep8
@return: tuple([list_of_rows,], string)
"""
flag, localpythonpath = ToolConfig.GetPythonExecutablePath("Pep8")
if not flag:
# No configured Python
return ([(u"No Python", localpythonpath, u"NA")], u"None")
childPath, parentPath = PyStudioUtils.get_packageroot(self.filename)
# Start pep8 check
pythoncode = "import sys,pep8;sys.argv=[u'pep8', %s];pep8._main()" % repr(childPath)
pep8_cmd = [localpythonpath, "-c", pythoncode]
processcreator = ProcessCreator("Pep8", parentPath, pep8_cmd, self.pythonpath)
process = processcreator.createprocess()
stdoutdata, stderrdata = process.communicate()
processcreator.restorepath()
util.Log("[Pep8][info] stdout %s" % stdoutdata)
util.Log("[Pep8][info] stderr %s" % stderrdata)
stderrlower = stderrdata.lower()
ind = stderrlower.find("importerror")
if ind != -1:
if stderrlower.find("pep8", ind) != -1:
return ([(u"No Pep8", self.nopep8error, u"NA")], u"None")
# The parseable line format is:
# '%(path)s:%(line)s: [%(sigle)s%(obj)s] %(msg)s'
regex = re.compile(r"(.*):(.*):(.*): ([A-Z])[0-9]* (.*)%s" % os.linesep)
rows = []
# TODO: returned messages need to be translatable
if self.pythonpath:
rows.append((u"***", u"Using PYTHONPATH + %s"\
% u", ".join(self.pythonpath), u"NA"))
rows.append((u"***", u"Pep8 command line: %s" % " ".join(pep8_cmd), u"NA"))
rowsdict = {}
for matcher in regex.finditer(stdoutdata):
if matcher is None:
continue
mtypeabr = matcher.group(4)
linenostr = matcher.group(2)
colnostr = matcher.group(3)
mtext = matcher.group(5)
if mtypeabr in (u"E", u"F"):
mtype = u"Error"
else: #TODO: add more specific filtering? / do translations on display
mtype = u"Warning"
outtext = "%s: %s" % (colnostr, mtext)
try:
lineno = int(linenostr)
mtyperows = rowsdict.get(mtype)
if not mtyperows:
mtyperows = {}
rowsdict[mtype] = mtyperows
linenorows = mtyperows.get(lineno)
if not linenorows:
linenorows = set()
mtyperows[lineno] = linenorows
linenorows.add(outtext)
except:
rows.append((mtype, outtext, linenostr))
for mtype in sorted(rowsdict):
mtyperows = rowsdict[mtype]
for lineno in sorted(mtyperows):
linenorows = mtyperows[lineno]
for outtext in sorted(linenorows):
rows.append((mtype, outtext, lineno))
util.Log("[Pep8][info] Pep8 command finished running")
return (rows, stdoutdata)
def __init__(self, parent, textfn, info, parentPath, cmdline, pythonpath=None):
eclib.ProcessThreadBase.__init__(self, parent)
ProcessCreator.__init__(self, info, parentPath, cmdline, pythonpath)
self.AddText = textfn
def RunSyntaxCheck(self):
"""Run pylint"""
flag, localpythonpath = ToolConfig.GetPythonExecutablePath("PyLint")
if not flag:
# No configured Python
return ([(u"No Python", localpythonpath, u"NA")], u"None")
childPath, parentPath = PyStudioUtils.get_packageroot(self.filename)
# Start pylint
modpath = PyStudioUtils.get_modulepath(childPath)
allargs = self.pylintargs + [
modpath,
]
pythoncode = "from pylint import lint;lint.Run(%s)" % repr(allargs)
plint_cmd = [localpythonpath, "-c", pythoncode]
processcreator = ProcessCreator("Pylint", parentPath, plint_cmd,
self.pythonpath)
process = processcreator.createprocess()
stdoutdata, stderrdata = process.communicate()
processcreator.restorepath()
util.Log("[Pylint][info] stdout %s" % stdoutdata)
util.Log("[Pylint][info] stderr %s" % stderrdata)
stderrlower = stderrdata.lower()
ind = stderrlower.find("importerror")
if ind != -1:
if stderrlower.find("pylint", ind) != -1:
return ([(u"No Pylint", self.nopylinterror, u"NA")], u"None")
# The parseable line format is:
# '%(path)s:%(line)s: [%(sigle)s%(obj)s] %(msg)s'
regex = re.compile(r"(.*):(.*): \[([A-Z])[, ]*(.*)\] (.*)%s" %
os.linesep)
rows = []
# TODO: returned messages need to be translatable
if self.pythonpath:
rows.append((u"***", u"Using PYTHONPATH + %s"\
% u", ".join(self.pythonpath), u"NA"))
rows.append(
(u"***", u"Pylint command line: %s" % " ".join(plint_cmd), u"NA"))
rows.append(
(u"***", u"Directory Variables file: %s" % self.dirvarfile, u"NA"))
rowsdict = {}
lastmatchindex = 0
for matcher in regex.finditer(stdoutdata):
if matcher is None:
continue
mtypeabr = matcher.group(3)
linenostr = matcher.group(2)
classmeth = matcher.group(4)
mtext = matcher.group(5)
lastmatchindex = matcher.end(5)
if mtypeabr in (u"E", u"F"):
mtype = u"Error"
elif mtypeabr == u"C":
mtype = u"Convention"
elif mtypeabr == u"R":
mtype = u"Refactor"
else: # TODO: add more specific filtering? / do translations on display
mtype = u"Warning"
outtext = mtext
if classmeth:
outtext = u"[%s] %s" % (classmeth, outtext)
try:
lineno = int(linenostr)
mtyperows = rowsdict.get(mtype)
if not mtyperows:
mtyperows = {}
rowsdict[mtype] = mtyperows
linenorows = mtyperows.get(lineno)
if not linenorows:
linenorows = set()
mtyperows[lineno] = linenorows
linenorows.add(outtext)
except:
rows.append((mtype, outtext, linenostr))
for mtype in sorted(rowsdict):
mtyperows = rowsdict[mtype]
for lineno in sorted(mtyperows):
linenorows = mtyperows[lineno]
for outtext in sorted(linenorows):
rows.append((mtype, outtext, lineno))
index = stdoutdata.find("Report", lastmatchindex)
util.Log("[PyLint][info] Pylint command finished running")
if index == -1:
return (rows, "")
return (rows, stdoutdata[index:].replace("\r", ""))
