def _processCallTip_response(self, future):
""" Process response of shell to show signature.
"""
# Process future
if future.cancelled():
#print('Introspect cancelled') # No kernel
return
elif future.exception():
print('Introspect-exception: ', future.exception())
return
else:
response = future.result()
cto = future.cto
# First see if this is still the right editor (can also be a shell)
editor1 = iep.editors.getCurrentEditor()
editor2 = iep.shells.getCurrentShell()
if cto.textCtrl not in [editor1, editor2]:
# The editor or shell starting the autocomp is no longer active
aco.textCtrl.autocompleteCancel()
return
# Invalid response
if response is None:
cto.textCtrl.autocompleteCancel()
return
# If still required, show tip, otherwise only store result
if cto is self._currentCTO:
cto.finish(response)
else:
cto.setBuffer(response)
def setInfo(self, info=None):
""" Set the shell info struct, and use it to update the widgets.
Not via init, because this function also sets the tab name.
"""
# If info not given, use default as specified by the KernelInfo struct
if info is None:
info = KernelInfo()
# Name
n = self.parent().parent().count()
if n > 1:
info.name = "Shell config %i" % n
# Store info
self._info = info
# Set widget values according to info
try:
for key in info:
widget = self._shellInfoWidgets.get(key, None)
if widget is not None:
widget.setTheText(info[key])
except Exception as why:
print("Error setting info in shell config:", why)
print(info)
def _processCallTip_response(self, future):
""" Process response of shell to show signature.
"""
# Process future
if future.cancelled():
#print('Introspect cancelled') # No kernel
return
elif future.exception():
print('Introspect-exception: ', future.exception())
return
else:
response = future.result()
cto = future.cto
# First see if this is still the right editor (can also be a shell)
editor1 = iep.editors.getCurrentEditor()
editor2 = iep.shells.getCurrentShell()
if cto.textCtrl not in [editor1, editor2]:
# The editor or shell starting the autocomp is no longer active
aco.textCtrl.autocompleteCancel()
return
# Invalid response
if response is None:
cto.textCtrl.autocompleteCancel()
return
# If still required, show tip, otherwise only store result
if cto is self._currentCTO:
cto.finish(response)
else:
cto.setBuffer(response)
def setInfo(self, info=None):
""" Set the shell info struct, and use it to update the widgets.
Not via init, because this function also sets the tab name.
"""
# If info not given, use default as specified by the KernelInfo struct
if info is None:
info = KernelInfo()
# Name
n = self.parent().parent().count()
if n > 1:
info.name = "Shell config %i" % n
# Store info
self._info = info
# Set widget values according to info
try:
for key in info:
widget = self._shellInfoWidgets.get(key, None)
if widget is not None:
widget.setTheText(info[key])
except Exception as why:
print("Error setting info in shell config:", why)
print(info)
def _processAutoComp_response(self, future):
""" Process the response of the shell for the auto completion.
"""
# Process future
if future.cancelled():
#print('Introspect cancelled') # No living kernel
return
elif future.exception():
print('Introspect-exception: ', future.exception())
return
else:
response = future.result()
aco = future.aco
# First see if this is still the right editor (can also be a shell)
editor1 = iep.editors.getCurrentEditor()
editor2 = iep.shells.getCurrentShell()
if aco.textCtrl not in [editor1, editor2]:
# The editor or shell starting the autocomp is no longer active
aco.textCtrl.autocompleteCancel()
return
# Add result to the list
foundNames = []
if response is not None:
foundNames = response
aco.addNames(foundNames)
# Process list
if aco.name and not foundNames:
# No names found for the requested name. This means
# it does not exist, let's try to import it
importNames, importLines = iep.parser.getFictiveImports(editor1)
baseName = aco.nameInImportNames(importNames)
if baseName:
line = importLines[baseName].strip()
if line not in self._importAttempts:
# Do import
self.processLine(line + ' # auto-import')
self._importAttempts.append(line)
# Wait a barely noticable time to increase the chances
# That the import is complete when we repost the request.
time.sleep(0.2)
# To be sure, decrease the experiration date on the buffer
aco.setBuffer(timeout=1)
# Repost request
future = self._request.signature(aco.name)
future.add_done_callback(self._processAutoComp_response)
future.aco = aco
else:
# If still required, show list, otherwise only store result
if self._currentACO is aco:
aco.finish()
else:
aco.setBuffer()
def _processAutoComp_response(self, future):
""" Process the response of the shell for the auto completion.
"""
# Process future
if future.cancelled():
#print('Introspect cancelled') # No living kernel
return
elif future.exception():
print('Introspect-exception: ', future.exception())
return
else:
response = future.result()
aco = future.aco
# First see if this is still the right editor (can also be a shell)
editor1 = iep.editors.getCurrentEditor()
editor2 = iep.shells.getCurrentShell()
if aco.textCtrl not in [editor1, editor2]:
# The editor or shell starting the autocomp is no longer active
aco.textCtrl.autocompleteCancel()
return
# Add result to the list
foundNames = []
if response is not None:
foundNames = response
aco.addNames(foundNames)
# Process list
if aco.name and not foundNames:
# No names found for the requested name. This means
# it does not exist, let's try to import it
importNames, importLines = iep.parser.getFictiveImports(editor1)
baseName = aco.nameInImportNames(importNames)
if baseName:
line = importLines[baseName].strip()
if line not in self._importAttempts:
# Do import
self.processLine(line + ' # auto-import')
self._importAttempts.append(line)
# Wait a barely noticable time to increase the chances
# That the import is complete when we repost the request.
time.sleep(0.2)
# To be sure, decrease the experiration date on the buffer
aco.setBuffer(timeout=1)
# Repost request
future = self._request.signature(aco.name)
future.add_done_callback(self._processAutoComp_response)
future.aco = aco
else:
# If still required, show list, otherwise only store result
if self._currentACO is aco:
aco.finish()
else:
aco.setBuffer()
def saveFile(self, editor=None, filename=None):
""" Save the file.
returns: True if succesfull, False if fails
"""
# get editor
if editor is None:
editor = self.getCurrentEditor()
elif isinstance(editor, int):
index = editor
editor = None
if index>=0:
item = self._tabs.items()[index]
editor = item.editor
if editor is None:
return False
# get filename
if filename is None:
filename = editor._filename
if not filename:
return self.saveFileAs(editor)
# let the editor do the low level stuff...
try:
editor.save(filename)
except Exception as err:
# Notify in logger
print("Error saving file:",err)
# Make sure the user knows
m = QtGui.QMessageBox(self)
m.setWindowTitle("Error saving file")
m.setText(str(err))
m.setIcon(m.Warning)
m.exec_()
# Return now
return False
# get actual normalized filename
filename = editor._filename
# notify
# TODO: message concerining line endings
print("saved file: {} ({})".format(filename, editor.lineEndingsHumanReadable))
self._tabs.updateItems()
# todo: this is where we once detected whether the file being saved was a style file.
# Notify done
return True
def saveFile(self, editor=None, filename=None):
""" Save the file.
returns: True if succesfull, False if fails
"""
# get editor
if editor is None:
editor = self.getCurrentEditor()
elif isinstance(editor, int):
index = editor
editor = None
if index>=0:
item = self._tabs.items()[index]
editor = item.editor
if editor is None:
return False
# get filename
if filename is None:
filename = editor._filename
if not filename:
return self.saveFileAs(editor)
# let the editor do the low level stuff...
try:
editor.save(filename)
except Exception as err:
# Notify in logger
print("Error saving file:",err)
# Make sure the user knows
m = QtGui.QMessageBox(self)
m.setWindowTitle("Error saving file")
m.setText(str(err))
m.setIcon(m.Warning)
m.exec_()
# Return now
return False
# get actual normalized filename
filename = editor._filename
# notify
# TODO: message concerining line endings
print("saved file: {} ({})".format(filename, editor.lineEndingsHumanReadable))
self._tabs.updateItems()
# todo: this is where we once detected whether the file being saved was a style file.
# Notify done
return True
def loadFile(self, filename, updateTabs=True):
""" Load the specified file.
On success returns the item of the file, also if it was
already open."""
# Note that by giving the name of a tempfile, we can select that
# temp file.
# normalize path
if filename[0] != '<':
filename = normalizePath(filename)
if not filename:
return None
# if the file is already open...
for item in self._tabs.items():
if item.id == filename:
# id gets _filename or _name for temp files
break
else:
item = None
if item:
self._tabs.setCurrentItem(item)
print("File already open: '{}'".format(filename))
return item
# create editor
try:
editor = createEditor(self, filename)
except Exception as err:
# Notify in logger
print("Error loading file: ", err)
# Make sure the user knows
m = QtGui.QMessageBox(self)
m.setWindowTitle("Error loading file")
m.setText(str(err))
m.setIcon(m.Warning)
m.exec_()
return None
# create list item
item = FileItem(editor)
self._tabs.addItem(item, updateTabs)
if updateTabs:
self._tabs.setCurrentItem(item)
# store the path
self._lastpath = os.path.dirname(item.filename)
return item
def loadFile(self, filename, updateTabs=True):
""" Load the specified file.
On success returns the item of the file, also if it was
already open."""
# Note that by giving the name of a tempfile, we can select that
# temp file.
# normalize path
if filename[0] != '<':
filename = normalizePath(filename)
if not filename:
return None
# if the file is already open...
for item in self._tabs.items():
if item.id == filename:
# id gets _filename or _name for temp files
break
else:
item = None
if item:
self._tabs.setCurrentItem(item)
print("File already open: '{}'".format(filename))
return item
# create editor
try:
editor = createEditor(self, filename)
except Exception as err:
# Notify in logger
print("Error loading file: ", err)
# Make sure the user knows
m = QtGui.QMessageBox(self)
m.setWindowTitle("Error loading file")
m.setText(str(err))
m.setIcon(m.Warning)
m.exec_()
return None
# create list item
item = FileItem(editor)
self._tabs.addItem(item, updateTabs)
if updateTabs:
self._tabs.setCurrentItem(item)
# store the path
self._lastpath = os.path.dirname(item.filename)
return item
def getInfo(self):
info = self._info
# Set struct values according to widgets
try:
for key, widget in self._shellInfoWidgets.items():
info[key] = widget.getTheText()
except Exception as why:
print("Error getting info in shell config:", why)
print(info)
# Return the original (but modified) ssdf struct object
return info
def getInfo(self):
info = self._info
# Set struct values according to widgets
try:
for key in info:
widget = self._shellInfoWidgets.get(key, None)
if widget is not None:
info[key] = widget.getTheText()
except Exception as why:
print("Error getting info in shell config:", why)
print(info)
# Return the original (but modified) ssdf struct object
return info
def normalizePath(path):
""" Normalize the path given.
All slashes will be made the same (and doubles removed)
The real case as stored on the file system is recovered.
Returns None on error.
"""
# normalize
path = os.path.abspath(path) # make sure it is defined from the drive up
path = os.path.normpath(path)
# If does not exist, return as is.
# This also happens if the path's case is incorrect and the
# file system is case sensitive. That's ok, because the stuff we
# do below is intended to get the path right on case insensitive
# file systems.
if not os.path.isfile(path):
return path
# split drive name from the rest
drive, rest = os.path.splitdrive(path)
fullpath = drive.upper() + os.sep
# make lowercase and split in parts
parts = rest.lower().split(os.sep)
parts = [part for part in parts if part]
for part in parts:
options = [x for x in os.listdir(fullpath) if x.lower()==part]
if len(options) > 1:
print("Error normalizing path: Ambiguous path names!")
return path
elif not options:
print("Invalid path (part %s) in %s" % (part, fullpath))
return path
fullpath = os.path.join(fullpath, options[0])
# remove last sep
return fullpath
def _setCurrentOpenFilesAsSsdfList(self, state):
""" Set the state of the editor in terms of opened files.
The input should be a list object as returned by
._getCurrentOpenFilesAsSsdfList().
"""
# Init dict
fileItems = {}
# Process items
for item in state:
fname = item[0]
if item[1] == 'hist':
# select item (to make the history right)
if fname in fileItems:
self._tabs.setCurrentItem( fileItems[fname] )
elif fname:
# a file item, create editor-item and store
itm = self.loadFile(fname)
fileItems[fname] = itm
# set position
if itm:
try:
ed = itm.editor
cursor = ed.textCursor()
cursor.setPosition(int(item[1]))
ed.setTextCursor(cursor)
# set scrolling
ed.verticalScrollBar().setValue(int(item[2]))
#ed.centerCursor() #TODO: this does not work properly yet
# set main and/or pinned?
if 'main' in item:
self._tabs._mainFile = itm.id
if 'pinned' in item:
itm._pinned = True
except Exception as err:
print('Could not set position for %s' % fname, err)
def _setCurrentOpenFilesAsSsdfList(self, state):
""" Set the state of the editor in terms of opened files.
The input should be a list object as returned by
._getCurrentOpenFilesAsSsdfList().
"""
# Init dict
fileItems = {}
# Process items
for item in state:
fname = item[0]
if item[1] == 'hist':
# select item (to make the history right)
if fname in fileItems:
self._tabs.setCurrentItem( fileItems[fname] )
elif fname:
# a file item, create editor-item and store
itm = self.loadFile(fname)
fileItems[fname] = itm
# set position
if itm:
try:
ed = itm.editor
cursor = ed.textCursor()
cursor.setPosition(int(item[1]))
ed.setTextCursor(cursor)
# set scrolling
ed.verticalScrollBar().setValue(int(item[2]))
#ed.centerCursor() #TODO: this does not work properly yet
# set main and/or pinned?
if 'main' in item:
self._tabs._mainFile = itm.id
if 'pinned' in item:
itm._pinned = True
except Exception as err:
print('Could not set position for %s' % fname, err)
def loadDir(self, path):
""" Create a project with the dir's name and add all files
contained in the directory to it.
extensions is a komma separated list of extenstions of files
to accept...
"""
# if the path does not exist, stop
path = os.path.abspath(path)
if not os.path.isdir(path):
print("ERROR loading dir: the specified directory does not exist!")
return
# get extensions
extensions = iep.config.advanced.fileExtensionsToLoadFromDir
extensions = extensions.replace(',',' ').replace(';',' ')
extensions = ["."+a.lstrip(".").strip() for a in extensions.split(" ")]
# init item
item = None
# open all qualified files...
self._tabs.setUpdatesEnabled(False)
try:
filelist = os.listdir(path)
for filename in filelist:
filename = os.path.join(path, filename)
ext = os.path.splitext(filename)[1]
if str(ext) in extensions:
item = self.loadFile(filename, False)
finally:
self._tabs.setUpdatesEnabled(True)
self._tabs.updateItems()
# return lastopened item
return item
def loadDir(self, path):
""" Create a project with the dir's name and add all files
contained in the directory to it.
extensions is a komma separated list of extenstions of files
to accept...
"""
# if the path does not exist, stop
path = os.path.abspath(path)
if not os.path.isdir(path):
print("ERROR loading dir: the specified directory does not exist!")
return
# get extensions
extensions = iep.config.advanced.fileExtensionsToLoadFromDir
extensions = extensions.replace(',',' ').replace(';',' ')
extensions = ["."+a.lstrip(".").strip() for a in extensions.split(" ")]
# init item
item = None
# open all qualified files...
self._tabs.setUpdatesEnabled(False)
try:
filelist = os.listdir(path)
for filename in filelist:
filename = os.path.join(path, filename)
ext = os.path.splitext(filename)[1]
if str(ext) in extensions:
item = self.loadFile(filename, False)
finally:
self._tabs.setUpdatesEnabled(True)
self._tabs.updateItems()
# return lastopened item
return item
def poll(self, channel=None):
""" poll()
To keep the shell up-to-date.
Call this periodically.
"""
if self._write_buffer:
# There is still data in the buffer
sub, M = self._write_buffer
else:
# Check what subchannel has the latest message pending
sub = yoton.select_sub_channel(self._strm_out, self._strm_err,
self._strm_echo, self._strm_raw,
self._strm_broker,
self._strm_prompt)
# Read messages from it
if sub:
M = sub.recv_selected()
#M = [sub.recv()] # Slow version (for testing)
# Optimization: handle backspaces on stack of messages
if sub is self._strm_out:
M = self._handleBackspacesOnList(M)
# New prompt?
if sub is self._strm_prompt:
self.stateChanged.emit(self)
# Write all pending messages that are later than any other message
if sub:
# Select messages to process
N = 256
M, buffer = M[:N], M[N:]
# Buffer the rest
if buffer:
self._write_buffer = sub, buffer
else:
self._write_buffer = None
# Get how to deal with prompt
prompt = 0
if sub is self._strm_echo:
prompt = 1
elif sub is self._strm_prompt:
prompt = 2
# Get color
color = None
if sub is self._strm_broker:
color = '#000'
elif sub is self._strm_raw:
color = '#888888' # Halfway
elif sub is self._strm_err:
color = '#F00'
# Write
self.write(''.join(M), prompt, color)
# Do any actions?
action = self._strm_action.recv(False)
if action:
if action.startswith('open '):
fname = action.split(' ', 1)[1]
iep.editors.loadFile(fname)
else:
print('Unkown action: %s' % action)
# Update status
state = self._stat_interpreter.recv()
if state != self._state:
self._state = state
self.stateChanged.emit(self)
# Update debug status
state = self._stat_debug.recv()
if state != self._debugState:
self._debugState = state
self.debugStateChanged.emit(self)
def poll(self, channel=None):
""" poll()
To keep the shell up-to-date.
Call this periodically.
"""
if self._write_buffer:
# There is still data in the buffer
sub, M = self._write_buffer
else:
# Check what subchannel has the latest message pending
sub = yoton.select_sub_channel(self._strm_out, self._strm_err,
self._strm_echo, self._strm_raw,
self._strm_broker, self._strm_prompt )
# Read messages from it
if sub:
M = sub.recv_selected()
#M = [sub.recv()] # Slow version (for testing)
# Optimization: handle backspaces on stack of messages
if sub is self._strm_out:
M = self._handleBackspacesOnList(M)
# New prompt?
if sub is self._strm_prompt:
self.stateChanged.emit(self)
# Write all pending messages that are later than any other message
if sub:
# Select messages to process
N = 256
M, buffer = M[:N], M[N:]
# Buffer the rest
if buffer:
self._write_buffer = sub, buffer
else:
self._write_buffer = None
# Get how to deal with prompt
prompt = 0
if sub is self._strm_echo:
prompt = 1
elif sub is self._strm_prompt:
prompt = 2
# Get color
color = None
if sub is self._strm_broker:
color = '#000'
elif sub is self._strm_raw:
color = '#888888' # Halfway
elif sub is self._strm_err:
color = '#F00'
# Write
self.write(''.join(M), prompt, color)
# Do any actions?
action = self._strm_action.recv(False)
if action:
if action.startswith('open '):
fname = action.split(' ',1)[1]
iep.editors.loadFile(fname)
else:
print('Unkown action: %s' % action)
# Update status
state = self._stat_interpreter.recv()
if state != self._state:
self._state = state
self.stateChanged.emit(self)
# Update debug status
state = self._stat_debug.recv()
if state != self._debugState:
self._debugState = state
self.debugStateChanged.emit(self)