def embed(self):
"""called from ns_do_context - embed layout in outline's
@settings, an alternative to the Load/Save named layout system
"""
# Careful: we could be unit testing.
top_splitter = self.get_top_splitter()
if not top_splitter: return
c = self.c
layout=top_splitter.get_saveable_layout()
nd = g.findNodeAnywhere(c, "@data free-layout-layout")
if not nd:
settings = g.findNodeAnywhere(c, "@settings")
if not settings:
settings = c.rootPosition().insertAfter()
settings.h = "@settings"
nd = settings.insertAsNthChild(0)
nd.h = "@data free-layout-layout"
nd.b = json.dumps(layout, indent=4)
nd = nd.parent()
if not nd or nd.h != "@settings":
g.es("WARNING: @data free-layout-layout node is not " \
"under an active @settings node")
c.redraw()
def openwith_rclick_cb():
#print "Editing", path, fname
if editor:
cmd = '%s "%s"' % (editor, absp)
g.es('Edit: %s' % cmd)
subprocess.Popen(cmd, shell=True)
def init_env(self):
'''
Init c.abbrev_subst_env by executing the contents of the
@data abbreviations-subst-env node.
'''
c = self.c
at = c.atFileCommands
if c.abbrev_place_start and self.enabled:
aList = self.subst_env
script = []
for z in aList:
# Compatibility with original design.
if z.startswith('\\:'):
script.append(z[2:])
else:
script.append(z)
script = ''.join(script)
# Allow Leo directives in @data abbreviations-subst-env trees.
import leo.core.leoNodes as leoNodes
v = leoNodes.VNode(context=c)
root = leoNodes.Position(v)
# Similar to g.getScript.
script = at.writeFromString(
root=root,
s=script,
forcePythonSentinels=True,
useSentinels=False)
script = script.replace("\r\n", "\n")
try:
exec(script, c.abbrev_subst_env, c.abbrev_subst_env)
except Exception:
g.es('Error exec\'ing @data abbreviations-subst-env')
g.es_exception()
else:
c.abbrev_subst_start = False
def find(self, event=None):
"""Find the next unknown word."""
trace = False and not g.unitTesting
trace_lookup = False
trace_end_body = False
if not self.loaded:
return
c, n, p = self.c, 0, self.c.p
if trace: g.trace('entry', p.h)
sc = self.spellController
w = c.frame.body.wrapper
c.selectPosition(p)
s = w.getAllText().rstrip()
ins = w.getInsertPoint()
# New in Leo 5.3: use regex to find words.
last_p = p.copy()
while True:
for m in self.re_word.finditer(s[ins:]):
start, word = m.start(0), m.group(0)
if word in self.seen:
continue
n += 1
# Ignore the word if numbers precede or follow it.
# Seems difficult to do this in the regex itself.
k1 = ins + start - 1
if k1 >= 0 and s[k1].isdigit():
continue
k2 = ins + start + len(word)
if k2 < len(s) and s[k2].isdigit():
continue
if trace and trace_lookup: g.trace('lookup', word)
alts = sc.processWord(word)
if alts:
if trace: g.trace('%s searches' % n)
self.currentWord = word
i = ins + start
j = i + len(word)
self.showMisspelled(p)
self.tab.fillbox(alts, word)
c.invalidateFocus()
c.bodyWantsFocus()
w.setSelectionRange(i, j, insert=j)
w.see(j)
return
else:
self.seen.add(word)
# No more misspellings in p
if trace and trace_end_body: g.trace('----- end of text', p.h)
p.moveToThreadNext()
if p:
ins = 0
s = p.b
else:
if trace: g.trace('%s searches' % n)
g.es("no more misspellings")
c.selectPosition(last_p)
self.tab.fillbox([])
c.invalidateFocus()
c.bodyWantsFocus()
return
def WriteOutputLine(lineString):
'Writes a line of text to the output file.'
try:
ascFile.write("%s\n" % lineString)
except IOError:
g.es("Could not write to output file: %s" % ascFile.name)
statusOfWriteOutputLine = CV.END_PROGRAM
def next_place(self, s, offset=0):
"""
Given string s containing a placeholder like <| block |>,
return (s2,start,end) where s2 is s without the <| and |>,
and start, end are the positions of the beginning and end of block.
"""
trace = False
c = self.c
new_pos = s.find(c.abbrev_place_start, offset)
new_end = s.find(c.abbrev_place_end, offset)
if (new_pos < 0 or new_end < 0) and offset:
new_pos = s.find(c.abbrev_place_start)
new_end = s.find(c.abbrev_place_end)
if not (new_pos < 0 or new_end < 0):
g.es("Found placeholder earlier in body")
if new_pos < 0 or new_end < 0:
if trace: g.trace('new_pos', new_pos, 'new_end', new_end)
return s, None, None
start = new_pos
place_holder_delim = s[new_pos: new_end + len(c.abbrev_place_end)]
place_holder = place_holder_delim[
len(c.abbrev_place_start): -len(c.abbrev_place_end)]
s2 = s[: start] + place_holder + s[start + len(place_holder_delim):]
end = start + len(place_holder)
if trace: g.trace(start, end, g.callers())
return s2, start, end
def toggleAbbrevMode(self, event=None):
'''Toggle abbreviation mode.'''
k = self.c.k
k.abbrevOn = not k.abbrevOn
k.keyboardQuit()
if not g.unitTesting and not g.app.batchMode:
g.es('Abbreviations are ' + 'on' if k.abbrevOn else 'off')
def reclassify(self):
"""change priority codes"""
g.es('\n Current distribution:')
self.showDist()
dat = {}
for end in 'from', 'to':
x0 = g.app.gui.runAskOkCancelStringDialog(
self.c,'Reclassify priority' ,'%s priorities (1-7,19)' % end.upper())
try:
x0 = [int(i) for i in x0.replace(',',' ').split()
if int(i) in self.todo_priorities]
except:
g.es('Not understood, no action')
return
if not x0:
g.es('No action')
return
dat[end] = x0
if len(dat['from']) != len(dat['to']):
g.es('Unequal list lengths, no action')
return
cnt = 0
for p in self.pickleP.subtree():
pri = int(self.getat(p.v, 'priority'))
if pri in dat['from']:
self.setat(p.v, 'priority', dat['to'][dat['from'].index(pri)])
self.loadIcons(p)
cnt += 1
g.es('\n%d priorities reclassified, new distribution:' % cnt)
self.showDist()
if cnt:
self.c.redraw_now()
def jump_to_error_internal(c):
import re
regex = re.compile(r' File "(.*)", line (\d+), in')
lines = c.leo_screen.get_all(c)
lines = lines.split('\n')
skipped = 0
for i in reversed(lines):
match = regex.match(i)
if match:
if skipped == c.leo_screen.stack_frame:
g.es("Line %s in %s"%(match.group(2), match.group(1)))
filename = g.os_path_basename(match.group(1))
for p in c.all_unique_positions():
if p.h.startswith('@') and p.h.endswith(filename):
c.selectPosition(p)
c.goToLineNumber(c).go(n=int(match.group(2)))
c.bodyWantsFocusNow()
break
break
skipped += 1
else:
g.es("%d error frames found in console content"%skipped)
def find_todo(self, p, stage = 0):
"""Recursively find the next todo"""
# search is like XPath 'following' axis, all nodes after p in document order.
# returning True should always propogate all the way back up to the top
# stages: 0 - user selected start node, 1 - searching siblings, parents siblings, 2 - searching children
if not p: return True # not required - safety net
# see if this node is a todo
if stage != 0 and self.getat(p.v, 'priority') in self.todo_priorities:
if p.getParent():
self.c.selectPosition(p.getParent())
self.c.expandNode()
self.c.selectPosition(p)
self.c.redraw()
return True
for nd in p.children():
if self.find_todo(nd, stage = 2): return True
if stage < 2 and p.getNext():
if self.find_todo(p.getNext(), stage = 1): return True
if stage < 2 and p.getParent() and p.getParent().getNext():
if self.find_todo(p.getParent().getNext(), stage = 1): return True
if stage == 0: g.es("None found")
return False
def colours_menu(self,parent, p):
c = self.c
self.prep_pickle(p.v, 'fg')
self.prep_pickle(p.v, 'bg')
for var in (self.pickles['fg'].get(), self.pickles['bg'].get()):
if var and var != '' and var != 'Other' and not self.colours.count(var):
self.colours.insert(0, var)
g.es("Added %s to the colour list" % (var))
for label,var in (('Foreground',self.pickles['fg']),('Background',self.pickles['bg'])):
menu = Tk.Menu(parent,tearoff=0,takefocus=1)
for color in self.colours:
menu.add_radiobutton(label=color,
variable=var, value=color,
command=self.redraw)
parent.add_cascade(label=label,underline=0,menu=menu)
def cleoColorsMenuCallback():
self.remove_colours(p.v)
def cleoColorsMenuSubtree():
self.subtree_colours(p)
c.add_command(parent,label='Remove Colouring', underline=0,
command=cleoColorsMenuCallback)
c.add_command(parent,label='Colour subtree', underline=0,
command=cleoColorsMenuSubtree)
def cleoAddColorsMenuCallback():
self.add_colour()
c.add_command(parent,label='New Colour', underline=0,
command=cleoAddColorsMenuCallback)
def run(self, p):
c = self.c
q = p.b
if not q.strip() or p.b.strip().startswith('--- '):
q = p.h
if p.h.strip().startswith('--'):
q = None
if q is None:
g.es('No valid / uncommented query')
else:
self.psqlLink.send(q.strip()+'\n')
ans = []
maxlen=100
for d in self.psqlReader(self.psqlLink):
if d.strip():
ans.append(d)
if len(ans) > maxlen:
del ans[maxlen-10]
ans[maxlen-10] = ' ... skipping ...'
n = p.insertAsNthChild(0)
n.h = '-- ' + time.asctime()
n.b = '\n'.join(ans)
if p.b.strip().startswith('--- ') or not p.b.strip():
p.b = '-'+n.h+'\n\n'+n.b
p.contract()
else:
c.selectPosition(n)
c.redraw()
def run(self, p):
c = self.c
q = p.b
if not q.strip() or p.b.strip().startswith('### '):
q = p.h
if p.h.strip().startswith('#'):
q = None
if q is None:
g.es('No valid / uncommented statement')
else:
path = self.getPath(c, p)
if not path:
path = os.path.dirname(c.fileName())
if path:
self.bashLink.send('cd %s\n' % path)
self.bashLink.send(q.strip()+'\n')
ans = []
maxlen=100
for d in self.bashReader(self.bashLink):
if d.strip():
ans.append(d)
if len(ans) > maxlen:
del ans[maxlen-10]
ans[maxlen-10] = ' ... skipping ...'
n = p.insertAsNthChild(0)
n.h = '## ' + time.asctime()
n.b = '\n'.join(ans)
if p.b.strip().startswith('### ') or not p.b.strip():
p.b = '#'+n.h+'\n\n'+n.b
p.contract()
else:
c.selectPosition(n)
c.redraw()
def startup (self):
path = self.lib ; global dbs, libraries
try:
# 'r' and 'w' fail if the database doesn't exist.
# 'c' creates it only if it doesn't exist.
# 'n' always creates a new database.
if dbs.has_key(path):
self.db = dbs [path]
self.trace('Library reusing: %s' % path)
elif g.os_path_exists(path):
self.db = anydbm.open(path,"rw")
self.trace('Library reopening: %s' % path)
dbs [path] = self.db
else:
self.trace('Library creating: %s' % path)
self.db = anydbm.open(path,"c")
self.path = path
except Exception as err:
g.es('Library: Exception creating database: %s' % (err,))
ok = (self.path and self.db and
hasattr(self.db,'isOpen') and self.db.isOpen() and hasattr(self.db,'sync'))
if ok:
dbs [path] = self.db
else:
g.es('problem starting Library: %s' % (path))
return ok
def createAttrib(self, v, gui_parent=None):
path,ok = QtWidgets.QInputDialog.getText(gui_parent,
"Enter attribute path",
"Enter path to attribute (space separated words)")
ns = str(path).split() # not the QString
if not ok or not ns:
g.es("Cancelled")
return
#FIXME type_ = {True: '_view', False: '_edit'}[readonly]
type_ = '_edit'
if '|' in ns[-1]:
nslist = [ ns[:-1] + [i.strip()] for i in ns[-1].split('|') ]
else:
nslist = [ns]
for ns in nslist:
if type_ not in ns:
ns.insert(-1, type_)
self.setAttrib(v, ns, '')
def selectChapter(self, event=None):
'''Use the minibuffer to get a chapter name, then create the chapter.'''
cc, k = self, self.c.k
names = cc.setAllChapterNames()
g.es('Chapters:\n' + '\n'.join(names))
k.setLabelBlue('Select chapter: ')
k.get1Arg(event, handler=self.selectChapter1, tabList=names)
def leo_echo_cb(out, err, code, ent):
arg = ent['arg']
g.es("> " + arg[0] + " " + repr(arg[1:]) )
if out:
g.es(out)
if err:
g.es_error(err)
def label_to_subnode(self,event=None):
"""
Convert a label of the current node to a subnode.
"""
title = "Creating subnode"
label_text = "Existing labels (on this node)"
p = self.c.p
labels = self.get_labels_dict(p)
if labels is None:
g.es("No labels defined for this node")
return
labelnames = labels.keys()
labelnames.sort()
root = self.c.frame.outerFrame
widget = Pmw_combobox(root, title = title, label_text = label_text, scrolledlist_items = labelnames)
result = widget.doit()
if result == 'Cancel':
return
labelname = widget.dialog.get()
g.es("Create subnode for label %s" % labelname)
self.insert_node_for_label_as_child(p=p,labelname=labelname,labelcontent=labels[labelname])
def cmd_PickDir(c):
"""cmd_PickDir - Show user a folder picker to create
a new top level @path node
:Parameters:
- `c`: outline
"""
p = c.p
aList = g.get_directives_dict_list(p)
path = c.scanAtPathDirectives(aList)
if p.h.startswith('@'): # see if it's a @<file> node of some sort
nodepath = p.h.split(None, 1)[-1]
nodepath = g.os_path_join(path, nodepath)
if not g.os_path_isdir(nodepath): # remove filename
nodepath = g.os_path_dirname(nodepath)
if g.os_path_isdir(nodepath): # append if it's a directory
path = nodepath
ocwd = os.getcwd()
try:
os.chdir(path)
except OSError:
g.es("Couldn't find path %s"%path)
dir_ = g.app.gui.runOpenDirectoryDialog("Pick a folder", "Pick a folder")
os.chdir(ocwd)
if not dir_:
g.es("No folder selected")
return
nd = c.p.insertAfter()
nd.h = "@path %s" % dir_
c.redraw()
def zoom_toggle(self):
"""zoom_toggle - (Un)zoom current pane to be only expanded pane
"""
if self.root.zoomed:
for ns in self.top().self_and_descendants():
if hasattr(ns, '_unzoom'):
# this splitter could have been added since
ns.setSizes(ns._unzoom)
else:
focused = Qt.QApplication.focusWidget()
parents = []
parent = focused
while parent:
parents.append(parent)
parent = parent.parent()
if not focused:
g.es("Not zoomed, and no focus")
for ns in self.top().self_and_descendants():
ns._unzoom = ns.sizes()
for i in range(ns.count()):
w = ns.widget(i)
if w in parents:
sizes = [0] * len(ns._unzoom)
sizes[i] = sum(ns._unzoom)
ns.setSizes(sizes)
break
self.root.zoomed = not self.root.zoomed
def marks_to_label(self,event=None):
"""
Convert the existing marks to a label.
"""
title = "show labels"
labellist = self.collect_labels()
root = self.c.frame.outerFrame
widget = Pmw_combobox(root, title = title, label_text = 'Existing labels', scrolledlist_items = labellist)
result = widget.doit()
if result == 'Cancel':
return
labelname = widget.dialog.get()
g.es("Convert the existing marks to label %s" % labelname)
# markedBit = self.c.rootVnode().__class__.markedBit
for p in self.c.all_positions():
if p.isMarked():
# if (v.statusBits & markedBit ) != 0:
labels_dict = self.get_labels_dict(p)
if labels_dict is None:
labels_dict = {}
# do nothing if the node already has such a label.
if not labels_dict.has_key(labelname):
labels_dict[labelname] = ''
self.set_labels_dict(p, labels_dict)
p.setDirty()
def callTagHandler (self,bunch,tag,keywords):
'''Call the event handler.'''
trace = False and not g.unitTesting
traceIdle = True
handler,moduleName = bunch.fn,bunch.moduleName
if trace and (traceIdle or tag != 'idle'):
c = keywords.get('c')
name = moduleName ; tag2 = 'leo.plugins.'
if name.startswith(tag2): name = name[len(tag2):]
g.trace('c: %s %23s : %s . %s' % (
c and c.shortFileName() or '<no c>',
tag,handler.__name__,name))
# Make sure the new commander exists.
for key in ('c','new_c'):
c = keywords.get(key)
if c:
# Make sure c exists and has a frame.
if not c.exists or not hasattr(c,'frame'):
# g.pr('skipping tag %s: c does not exist or does not have a frame.' % tag)
return None
# Calls to registerHandler from inside the handler belong to moduleName.
self.loadingModuleNameStack.append(moduleName)
try:
result = handler(tag,keywords)
except Exception:
g.es("hook failed: %s, %s, %s" % (tag, handler, moduleName))
g.es_exception()
result = None
self.loadingModuleNameStack.pop()
return result
def styleNodeSelected( c ):
'''Determines if a XSLT Style node has not been selected'''
# if not stylenodes.has_key( c ):
if c not in stylenodes:
g.es( "No Style Node selected" )
return False
return True
def sn_decode(s):
try:
return AES.new(__ENCKEY[0]).decrypt(base64.b64decode(s)).decode('utf-8').strip()
except UnicodeDecodeError:
g.es("Decode failed")
__ENCKEY[0] = None
return None
def processDocumentNode( c ):
'''this executes the stylesheet node against the current node'''
try:
if not styleNodeSelected( c ): return
proc = Processor()
stylenode = stylenodes[ c ]
pos = c.p
c.selectPosition( stylenode )
sIO = getString( c )
mdom1 = minidom.parseString( sIO )
sIO = str( mdom1.toxml() )
hstring = str( stylenode.h )
if hstring == "": hstring = "no headline"
stylesource = InputSource.DefaultFactory.fromString( sIO, uri = hstring)
proc.appendStylesheet( stylesource )
c.selectPosition( pos )
xmlnode = pos.v
xIO = getString( c )
mdom2 = minidom.parseString( xIO )
xIO = str( mdom2.toxml())
xhead = str( xmlnode.headString )
if xhead == "": xhead = "no headline"
xmlsource = InputSource.DefaultFactory.fromString( xIO, uri = xhead )
result = proc.run( xmlsource )
nhline = "xsl:transform of " + str( xmlnode.headString )
p2 = pos.insertAfter() # tnode )
p2.setBodyString(result)
p2.setHeadString(nhline)
c.redraw()
except Exception as x:
g.es( 'exception ' + str( x ))
c.redraw()
def keyboard_popup(self):
"""Assign a quick move action with the current node
as a target, to be triggered with quickmove_keyboard_action
"""
c = self.c
menu = QtGui.QMenu(c.frame.top)
cmds = {}
for name, first_last, long, short in quickMove.flavors:
if first_last:
todo = 'first child', 'last child', 'next sibling', 'prev sibling'
else:
todo = ['']
for which in todo:
if which:
which = " "+which.title()
k = "Set as "+long+" "+short+which+' target'
cmds[k] = {'first': which, 'type': name}
menu.addAction(k)
pos = c.frame.top.window().frameGeometry().center()
action = menu.exec_(pos)
if action is None:
return
k = str(action.text())
g.es(k)
self.keyboard_target = quickMoveButton(
self, c.p.v, cmds[k]['first'], type_=cmds[k]['type'])
def unl_to_pos(self, c2, for_p, bookmark=False):
""""c2 may be an outline (like c) or an UNL (string)
return c, p where c is an outline and p is a node to copy data to
in that outline
for_p is the p to be copied - needed to check for invalid recursive
copy / move
"""
if g.isString(c2):
# c2 is an UNL indicating where to insert
full_path = c2
path, unl = full_path.split('#', 1)
c2 = g.openWithFileName(path, old_c=self.c)
self.c.bringToFront(c2=self.c)
found, maxdepth, maxp = g.recursiveUNLFind(unl.split('-->'), c2)
if found:
if not bookmark and (for_p == maxp or for_p.isAncestorOf(maxp)):
g.es("Invalid move")
return None, None
nd = maxp.insertAsNthChild(0)
else:
g.es("Could not find '%s'"%full_path)
self.c.bringToFront(c2=self.c)
return None, None
else:
# c2 is an outline, insert at top
nd = c2.rootPosition().insertAfter()
nd.copy().back().moveAfter(nd)
return c2, nd
def check_blanks_and_tabs(self, lines):
'''Check for intermixed blank & tabs.'''
# Do a quick check for mixed leading tabs/blanks.
fn = g.shortFileName(self.root.h)
w = self.tab_width
blanks = tabs = 0
for s in g.splitLines(lines):
lws = self.get_str_lws(s)
blanks += lws.count(' ')
tabs += lws.count('\t')
# Make sure whitespace matches @tabwidth directive.
if w < 0:
ok = tabs == 0
message = 'tabs found with @tabwidth %s in %s' % (w, fn)
elif w > 0:
ok = blanks == 0
message = 'blanks found with @tabwidth %s in %s' % (w, fn)
if ok:
ok = blanks == 0 or tabs == 0
message = 'intermixed blanks and tabs in: %s' % (fn)
if not ok:
if g.unitTesting:
self.report(message)
else:
g.es(message)
return ok
def permanentButton (self, event=None, v=None, type_=None, first=None):
"""make buttons on this node permanent
NOTE: includes buttons deleted"""
c = self.c
if not v:
p = c.p
v = p.v
qm = c.quickMove
if 'quickMove' not in v.u or 'buttons' not in v.u['quickMove']:
# possibly deleting old style list
v.u['quickMove'] = {'buttons':[]}
cnt = 0
for mover, button in qm.buttons:
if (mover.target == v and
(not type_ or mover.type_ == type_) and
(not first or mover.first == first)):
cnt += 1
v.u['quickMove']['buttons'].append(
{'first':mover.first, 'type': mover.type_})
if cnt:
g.es('Made buttons permanent')
else:
g.es("Didn't find button")
def printHandlers (self,c,moduleName=None):
'''Print the handlers for each plugin.'''
tabName = 'Plugins'
c.frame.log.selectTab(tabName)
if moduleName:
s = 'handlers for %s...\n' % (moduleName)
else:
s = 'all plugin handlers...\n'
g.es(s+'\n',tabName=tabName)
data = []
modules = {}
for tag in self.handlers:
bunches = self.handlers.get(tag)
for bunch in bunches:
name = bunch.moduleName
tags = modules.get(name,[])
tags.append(tag)
modules[name] = tags
n = 4
for key in sorted(modules):
tags = modules.get(key)
if moduleName in (None,key):
for tag in tags:
n = max(n,len(tag))
data.append((tag,key),)
lines = ['%*s %s\n' % (-n,s1,s2) for (s1,s2) in data]
g.es('',''.join(lines),tabName=tabName)
def openwith_rclick_cb():
if editor:
cmd = '%s "%s"' % (editor, absp)
g.es('Edit: %s' % cmd)
subprocess.Popen(cmd, shell=True)
def settings_find_undefined(self, event):
g.es("Settings finder: no setting defined")
def printLastMacro(self, event=None):
'''Print the last (unnamed) macro.'''
if self.lastMacro:
for event in self.lastMacro:
g.es(repr(event.stroke))
def importDir(self, dir, compteurglobal):
""" La routine récursive de lecture des fichiers """
if not g.os_path_exists(dir):
if language == 'french':
g.es("Ce répertoire n'existe pas: %s" + dir)
else:
g.es("No such Directory: %s" + dir)
return compteurglobal
head, tail = g.os_path_split(dir)
c = self.c
current = c.p
try:
#ici, on liste le contenu du répertoire
body = ""
#@+<< listdir >>
#@+node:ekr.20050301083306.11: *4* << listdir >>
try:
fichiers = os.listdir(dir)
dossiers = []
for f in fichiers:
# mettre ici le code de création des noeuds
path = g.os_path_join(dir, f)
# est-ce un fichier ?
if g.os_path_isfile(path):
body += (f + "\n")
else:
# c'est alors un répertoire
dossiers.append(path)
compteurglobal += 1
except Exception:
if language == 'french':
g.es("erreur dans listage fichiers...")
else:
g.es("os.listdir error...")
g.es_exception()
#@-<< listdir >>
p = c.importCommands.createHeadline(current, body, tail)
c.selectPosition(p)
if dossiers:
for d in dossiers:
compteurglobal = self.importDir(d, compteurglobal)
c.setChanged(True)
#sélectionne le noeud parent
c.selectPosition(current)
except Exception:
if language == 'french':
g.es("erreur d'insertion de noeud...")
else:
g.es("error while creating node...")
g.es_exception()
return compteurglobal
def doNodeAction(pClicked, c):
hClicked = pClicked.h.strip()
#Display messages based on 'messageLevel'. Valid values:
# 0 = log no messages
# 1 = log that the plugin was triggered and each matched patterns
# 2 = log 1 & 'event passed'
# 3 = log 1,2 & 'no match to pattern'
# 4 = log 1,2,3, & any code debugging messages,
# matched pattern's 'directives', and '@file saved' settings
messageLevel = c.config.getInt('nodeActions_message_level')
if messageLevel >= 1:
g.es( "nodeActions: triggered" )
#Save @file type nodes before running script if enabled
saveAtFile = c.config.getBool('nodeActions_save_atFile_nodes')
if messageLevel >= 4:
g.blue( "nA: Global nodeActions_save_atFile_nodes=",saveAtFile)
#Find the "nodeActions" node
pNA = g.findNodeAnywhere(c,"nodeActions")
if not pNA:
pNA = g.findNodeAnywhere(c,"NodeActions")
if pNA:
#Found "nodeActions" node
foundPattern = False
passEventExternal = False #No pass to next plugin after pattern matched
#Check entire subtree under the "nodeActions" node for pattern
for pScript in pNA.subtree():
#Nodes with subnodes are not tested for a match
if pScript.hasChildren():
continue
#Don't trigger on double click of a nodeActions' pattern node
if pClicked == pScript:
continue
pattern = pScript.h.strip() #Pattern node's header
if messageLevel >= 4:
g.blue( "nA: Checking pattern '" + pattern)
#if directives exist, parse them and set directive flags for later use
directiveExists = re.search( " \[[V>X],?[V>X]?,?[V>X]?]$", pattern )
if directiveExists:
directives = directiveExists.group(0)
else:
directives = "[]"
#What directives exist?
useRegEx = re.search("X", directives) != None
passEventInternal = re.search("V", directives) != None
if not passEventExternal: #don't disable once enabled.
passEventExternal = re.search(">", directives) != None
#Remove the directives from the end of the pattern (if they exist)
pattern = re.sub( " \[.*]$", "", pattern, 1)
if messageLevel >= 4:
g.blue( "nA: Pattern='" + pattern + "' " + "(after directives removed)")
#Keep copy of pattern without directives for message log
patternOriginal = pattern
#if pattern begins with "@files" and clicked node is an @file type
#node then replace "@files" in pattern with clicked node's @file type
patternBeginsWithAtFiles = re.search( "^@files ", pattern )
clickedAtFileTypeNode = False #assume @file type node not clicked
if patternBeginsWithAtFiles:
#Check if first word in clicked header is in list of @file types
firstWordInClickedHeader = hClicked.split()[0]
if firstWordInClickedHeader in atFileTypes:
clickedAtFileTypeNode = True #Tell "write @file type nodes" code
#Replace "@files" in pattern with clicked node's @file type
pattern = re.sub( "^@files", firstWordInClickedHeader, pattern)
if messageLevel >= 4:
g.blue( "nA: Pattern='" + pattern + "' " + "(after @files substitution)")
#Check for pattern match to clicked node's header
if useRegEx:
match = re.search(pattern, hClicked)
else:
match = fnmatch.fnmatchcase(hClicked, pattern)
if match:
if messageLevel >= 1:
g.blue( "nA: Matched pattern '" + patternOriginal + "'")
if messageLevel >= 4:
g.blue( "nA: Directives: X=",useRegEx, "V=",passEventInternal,
">=",passEventExternal,)
#if @file type node, save node to disk (if configured)
if clickedAtFileTypeNode:
if saveAtFile:
#Problem - No way found to just save clicked node, saving all
c.fileCommands.writeAtFileNodes()
c.requestRedrawFlag = True
c.redraw()
if messageLevel >= 3:
g.blue( "nA: Saved '" + hClicked + "'")
#Run the script
applyNodeAction(pScript, pClicked, c)
#Indicate that at least one pattern was matched
foundPattern = True
#Don't trigger more patterns unless enabled in patterns' headline
if passEventInternal == False:
break
else:
if messageLevel >= 3:
g.blue("nA: Did not match '" + patternOriginal + "'")
#Finished checking headline against patterns
if not foundPattern:
#no match to any pattern, always pass event to next plugin
if messageLevel >= 1:
g.blue("nA: No patterns matched to """ + hClicked + '"')
return False #TL - Inform onIconDoubleClick that no action was taken
elif passEventExternal == True:
#last matched pattern has directive to pass event to next plugin
if messageLevel >= 2:
g.blue("nA: Event passed to next plugin")
return False #TL - Inform onIconDoubleClick to pass double-click event
else:
#last matched pattern did not have directive to pass event to plugin
if messageLevel >= 2:
g.blue("nA: Event not passed to next plugin")
return True #TL - Inform onIconDoubleClick to not pass double-click
else:
#nodeActions plugin enabled without a 'nodeActions' node
if messageLevel >= 4:
g.blue("nA: The ""nodeActions"" node does not exist")
return False #TL - Inform onIconDoubleClick that no action was taken
def showMenu(self, tag, k):
# deprecated
g.app.gui.killPopupMenu()
if k['c'] != self.c: return # not our problem
p = k['p']
self.c.selectPosition(p)
v = p.v
c = self.c
# Create the menu.
menu = Tk.Menu(None, tearoff=0, takefocus=0)
commands = [
(True, 'Mark as link source', self.markSrc),
(True, 'Mark as link dest.', self.markDst),
(True, 'Link to source', self.linkSrc),
(True, 'Link to dest.', self.linkDst),
(True, 'Undirected link', self.linkUnd),
(True, 'Rescan links', self.loadLinksInt),
]
if hasattr(v, 'unknownAttributes') and '_bklnk' in v.unknownAttributes:
i = 0
links = v.unknownAttributes['_bklnk']['links']
dests = []
while i < len(links):
linkType, other = links[i]
otherV = self.vnode[other]
otherP = self.vnodePosition(otherV)
if not self.c.positionExists(otherP):
g.es('Deleting lost link')
del links[i]
else:
i += 1
dests.append((linkType, otherP))
if dests:
smenu = Tk.Menu(menu, tearoff=0, takefocus=1)
for i in dests:
def goThere(where=i[1]):
c.selectPosition(where)
c.add_command(menu,
label={
'S': '->',
'D': '<-',
'U': '--'
}[i[0]] + i[1].h,
underline=0,
command=goThere)
def delLink(on=v,
to=i[1].v.unknownAttributes['_bklnk']['id'],
type_=i[0]):
self.deleteLink(on, to, type_)
c.add_command(smenu,
label={
'S': '->',
'D': '<-',
'U': '--'
}[i[0]] + i[1].h,
underline=0,
command=delLink)
menu.add_cascade(label='Delete link', menu=smenu, underline=1)
menu.add_separator()
for command in commands:
available, text, com = command
if not available:
continue
c.add_command(menu, label=text, underline=0, command=com)
# Show the menu.
event = k['event']
g.app.gui.postPopupMenu(self.c, menu, event.x_root, event.y_root)
return None # 'break' # EKR: Prevent other right clicks.
def create_rclick_cb():
os.makedirs(absp)
g.es("Created " + absp)
def ns_do_context(self, id_, splitter, index):
if id_.startswith('_fl_embed_layout'):
self.embed()
return True
if id_.startswith('_fl_restore_default'):
self.get_top_splitter().load_layout({
'content': [{
'content':
['_leo_pane:outlineFrame', '_leo_pane:logFrame'],
'orientation':
1,
'sizes': [509, 275]
}, '_leo_pane:bodyFrame'],
'orientation':
2,
'sizes': [216, 216]
})
if id_.startswith('_fl_help'):
self.c.putHelpFor(__doc__)
# g.handleUrl("http://leoeditor.com/")
return True
if id_ == '_fl_save_layout':
if self.c.config.getData("free-layout-layout"):
g.es(
"WARNING: embedded layout in @settings/@data free-layout-layout "
"will override saved layout")
layout = self.get_top_splitter().get_saveable_layout()
name = g.app.gui.runAskOkCancelStringDialog(
self.c,
title="Save layout",
message="Name for layout?",
)
if name:
self.c.db['_ns_layout'] = name
d = g.app.db.get('ns_layouts', {})
d[name] = layout
# make sure g.app.db's __set_item__ is hit so it knows to save
g.app.db['ns_layouts'] = d
return True
if id_.startswith('_fl_load_layout:'):
if self.c.config.getData("free-layout-layout"):
g.es(
"WARNING: embedded layout in @settings/@data free-layout-layout "
"will override saved layout")
name = id_.split(':', 1)[1]
self.c.db['_ns_layout'] = name
layout = g.app.db['ns_layouts'][name]
self.get_top_splitter().load_layout(layout)
return True
if id_.startswith('_fl_delete_layout:'):
name = id_.split(':', 1)[1]
if ('yes' == g.app.gui.runAskYesNoCancelDialog(
self.c, "Really delete Layout?",
"Really permanently delete the layout '%s'?" % name)):
d = g.app.db.get('ns_layouts', {})
del d[name]
# make sure g.app.db's __set_item__ is hit so it knows to save
g.app.db['ns_layouts'] = d
if '_ns_layout' in self.c.db:
del self.c.db['_ns_layout']
return True
if id_.startswith('_fl_forget_layout:'):
if '_ns_layout' in self.c.db:
del self.c.db['_ns_layout']
return True
if id_.startswith('_fl_restore_layout:'):
self.loadLayouts("reload", {'c': self.c}, reloading=True)
return True
return False
def cmd_ShowCurrentPath(event):
"""Just show the path to the current file/directory node in the log pane."""
c = event.get('c')
g.es(getPath(c, c.p))
def onActivated(n, *args, **keys):
color = color_list[n]
sheet = template % (color, color)
box.setStyleSheet(sheet)
g.es("copied to clipboard:", color)
QtWidgets.QApplication.clipboard().setText(color)
def moveCurrentNodeToTarget(self, checked=False):
'''Move the current position to the last child of self.target.'''
c = self.c
p = c.p
vnodes = [i.v for i in c.getSelectedPositions()]
needs_undo = self.type_ != "jump"
if needs_undo:
bunch = c.undoer.beforeMoveNode(p)
for v in vnodes:
p2 = c.vnode2position(self.target)
p = c.vnode2position(v)
if not c.positionExists(p2):
g.error('Target no longer exists: %s' % self.targetHeadString)
return
if self.type_ in ('clone', 'move'): # all others are always valid?
if p.v == p2.v or not self.checkMove(p,p2):
g.error('Invalid move: %s' % (self.targetHeadString))
return
if p2.isAncestorOf(p): # not for sibling moves
p2.expand()
nxt = p.visNext(c) or p.visBack(c)
nxt = nxt.v
# store a VNode instead of position as positions are too easily lost
if self.type_ != 'jump':
p.setDirty() # before move to dirty current parent
p2.setDirty()
c.setChanged(changedFlag=True)
if self.type_ == 'clone':
p = p.clone()
if self.type_ in ('move', 'clone'):
if self.which == 'first child':
p.moveToFirstChildOf(p2)
elif self.which == 'last child':
p.moveToLastChildOf(p2)
elif self.which in ('next sibling', 'prev sibling'):
if not p2.parent():
raise Exception("Not implemented for top-level nodes") #FIXME
if self.which == 'next sibling':
p.moveToNthChildOf(p2.parent(), p2._childIndex)
elif self.which == 'prev sibling':
p.moveToNthChildOf(p2.parent(), p2._childIndex-1)
else:
raise Exception("Unknown move type "+self.which)
elif self.type_ == 'bkmk':
unl = self.computeUNL(p) # before tree changes
if self.which == 'first child':
nd = p2.insertAsNthChild(0)
elif self.which == 'last child':
nd = p2.insertAsLastChild()
elif self.which == 'next sibling':
nd = p2.insertAfter()
elif self.which == 'prev sibling':
nd = p2.insertBefore()
else:
raise Exception("Unknown move type "+self.which)
h = p.anyAtFileNodeName() or p.h
while h and h[0] == '@':
h = h[1:]
nd.h = h
nd.b = unl
elif self.type_ == 'copy':
if self.which == 'first child':
nd = p2.insertAsNthChild(0)
quickMove.copy_recursively(p, nd)
# unlike p.copyTreeFromSelfTo, deepcopys p.v.u
elif self.which == 'last child':
nd = p2.insertAsLastChild()
quickMove.copy_recursively(p, nd)
elif self.which == 'next sibling':
nd = p2.insertAfter()
quickMove.copy_recursively(p, nd)
elif self.which == 'prev sibling':
nd = p2.insertBefore()
quickMove.copy_recursively(p, nd)
else:
raise Exception("Unknown move type "+self.which)
elif self.type_ in ('linkTo', 'linkFrom'):
blc = getattr(c, 'backlinkController', None)
if blc is None:
g.es("Linking requires backlink.py plugin")
return
if self.type_ == 'linkTo':
blc.vlink(p.v, p2.v)
else:
blc.vlink(p2.v, p.v)
if self.type_ in ('bkmk', 'clone', 'copy', 'move'):
nxt = c.vnode2position(nxt)
elif self.type_ == 'jump':
nxt = c.vnode2position(self.target)
else:
nxt = None # linkTo / linkFrom don't move
if nxt is not None and c.positionExists(nxt):
c.selectPosition(nxt)
if needs_undo:
c.undoer.afterMoveNode(p,'Quick Move', bunch)
c.setChanged(True)
c.redraw()
def cmd_ToggleAutoLoad(event):
"""cmd_ToggleAutoLoad - toggle autoloading behavior
"""
c = event.get('c')
c.__active_path['do_autoload'] = not c.__active_path['do_autoload']
g.es("Autoload: %s" % c.__active_path['do_autoload'])
def renameBuffer(self, event):
"""Rename a buffer, i.e., change a node's headline."""
g.es('rename-buffer not ready yet')
if 0:
self.c.k.setLabelBlue('Rename buffer from: ')
self.getBufferName(event, self.renameBufferFinisher1)
def openDir(c, parent, d):
"""
Expand / refresh an existing folder
Note: With the addition of per folder inclusion/exclusion a check is done
against both the current list of nodes and against the files/folders as
they exist on the system. This check must be done in both places to keep
the node list in sync with the file system while respecting the inc/exc
lists - John Lunzer
"""
# compare folder content to children
try:
path, dirs, files = next(os.walk(d))
except StopIteration:
# directory deleted?
c.setHeadString(parent, '*' + parent.h.strip('*') + '*')
return
# parent.expand() # why?
oldlist = set()
toRemove = set()
newlist = []
bodySplit = parent.b.splitlines()
excdirs = False
excfiles = False
regEx = False
if re.search('^excdirs', parent.b, flags=re.MULTILINE):
excdirs = True
if re.search('^excfiles', parent.b, flags=re.MULTILINE):
excfiles = True
if re.search('^re', parent.b, flags=re.MULTILINE):
regEx = True
inc = [
line.replace('inc=', '') for line in bodySplit
if line.startswith('inc=')
]
exc = [
line.replace('exc=', '') for line in bodySplit
if line.startswith('exc=')
]
#flatten lists if using comma separations
inc = [item for line in inc for item in line.strip(' ').split(',')]
exc = [item for line in exc for item in line.strip(' ').split(',')]
# get children info
for p in flattenOrganizers(parent):
entry = p.h.strip('/*')
if entry.startswith('@'): # remove only the @part
directive = entry.split(None, 1)
if len(directive) > 1:
entry = entry[len(directive[0]):].strip()
#find existing inc/exc nodes to remove
#using p.h allows for example exc=/ to remove all directories
if not checkIncExc(p.h,inc,exc, regEx) or \
(excdirs and entry in dirs) or \
(excfiles and entry in files):
toRemove.add(p.h) #must not strip '/', so nodes can be removed
else:
oldlist.add(entry)
# remove existing found inc/exc nodes
for headline in toRemove:
found = g.findNodeInChildren(c, parent, headline)
if found:
found.doDelete()
# dirs trimmed by toRemove to remove redundant checks
for d2 in set(dirs) - set([h.strip('/') for h in toRemove]):
if d2 in oldlist:
oldlist.discard(d2)
else:
if checkIncExc(d2, [i.strip('/') for i in inc],
[e.strip('/') for e in exc], regEx) and not excdirs:
newlist.append('/' + d2 + '/')
# files trimmed by toRemove, retains original functionality of plugin
for f in set(files) - toRemove:
if f in oldlist:
oldlist.discard(f)
else:
if checkIncExc(f, inc, exc, regEx) and not excfiles:
newlist.append(f)
# insert newlist
newlist.sort()
ignored = 0
newlist.reverse() # un-reversed by the following loop
for name in newlist:
if inReList(name, c.__active_path['ignore']):
ignored += 1
continue
p = parent.insertAsNthChild(0)
c.setChanged(True)
c.setHeadString(p, name)
if name.startswith('/'):
# sufficient test of dirness as we created newlist
c.setBodyString(p, '@path ' + name.strip('/'))
elif (c.__active_path['do_autoload']
and inReList(name, c.__active_path['autoload'])):
openFile(c, p, os.path.join(d, p.h), autoload=True)
elif (c.__active_path['do_autoload']
and c.__active_path['load_docstring']
and name.lower().endswith(".py")):
# do_autoload suppresses doc string loading because turning
# autoload off is supposed to address situations where autoloading
# causes problems, so don't still do some form of autoloading
p.b = c.__active_path['DS_SENTINEL'] + "\n\n" + loadDocstring(
os.path.join(d, p.h))
p.setMarked()
p.contract()
if ignored:
g.es('Ignored %d files in directory' % ignored)
# warn / mark for orphan oldlist
for p in flattenOrganizers(parent):
h = p.h.strip('/*') # strip / and *
if (h not in oldlist or
(p.hasChildren() and not isDirNode(p))): # clears bogus '*' marks
nh = p.h.strip('*') # strip only *
else:
nh = '*' + p.h.strip('*') + '*'
if isDirNode(p):
for orphan in p.subtree():
c.setHeadString(orphan, '*' + orphan.h.strip('*') + '*')
if p.h != nh: # don't dirty node unless we must
c.setHeadString(p, nh)
c.selectPosition(parent)
def styleNodeSelected(c):
'''Determines if a XSLT Style node has not been selected'''
if not stylenodes.has_key(c):
g.es("No Style Node selected")
return False
return True
def addButton (self, which, type_="move", v=None, parent=None):
'''Add a button that creates a target for future moves.'''
c = self.c
p = c.p
if v is None:
v = p.v
sc = scriptingController(c)
mb = quickMoveButton(self,v,which,type_=type_)
txt=self.txts[type_]
if parent: # find parent button
for i in self.buttons:
if i[0].target.gnx == parent:
parent = i[1]
break
else:
g.es('Move to button parent not found, placing at top level')
parent = None
header = v.anyAtFileNodeName() or v.h # drop @auto etc.
text = txt + ":" + header if txt else header
# createButton truncates text.
if parent and g.app.gui.guiName() == "qt":
pb = parent.button
rc = QtWidgets.QAction(text, pb)
rc.triggered.connect(mb.moveCurrentNodeToTarget)
pb.insertAction(pb.actions()[0], rc) # insert at top
b = None
mb.has_parent = True
### New code.
t = c.config.getString('mod_scripting_subtext') or ''
t2 = g.u(pb.text())
if not t.endswith(t):
pb.setText(t2+t)
# else:
# t = QtCore.QString(c.config.getString('mod_scripting_subtext') or '')
# if not g.u(pb.text()).endswith(g.u(t)):
# pb.setText(pb.text()+t)
else:
b = sc.createIconButton(
args=None,
text=text,
command = mb.moveCurrentNodeToTarget,
statusLine = '%s current node to %s child of %s' % (
type_.title(), which, v.h),
kind = "quick-move"
)
if g.app.gui.guiName() == "qt":
def cb_goto_target(checked, c=c, v=v):
p = c.vnode2position(v)
c.selectPosition(p)
c.redraw()
def cb_set_parent(checked, c=c, v=v, first=which, type_=type_):
c.quickMove.set_parent(v, first, type_)
def cb_permanent(checked, c=c, v=v, type_=type_, first=which):
c.quickMove.permanentButton(v=v, type_=type_, first=first)
# def cb_clear(event=None, c=c, v=v):
# c.quickMove.clearButton(v)
for cb, txt in [
(cb_goto_target, 'Goto target'),
(cb_permanent, 'Make permanent'),
# (cb_clear, 'Clear permanent'),
(cb_set_parent, 'Set parent'),
]:
but = b.button
rc = QtWidgets.QAction(txt, but)
rc.triggered.connect(cb)
but.insertAction(but.actions()[-1], rc)
# insert rc before Remove Button
self.buttons.append((mb,b))
def show_note(self):
if stickynotes:
stickynotes.stickynote_f({'c': self.c})
else:
g.es('stickynotes not available')
def mylyn_scores_f(*a):
for k, v in self.scoring.items():
g.es(str(k) + " " + str(v))
def itp(itPoll, cmdrB, cmdrRes, resultsRoot, subPscript, subPbabKill, wro,
reo, wre, ree, itOut, itErr, start, createNodes):
""" Poll for subprocess done
Arguments:
itPoll: Idle time object for itp()
cmdrB: Leo-Editor commander for the Leo-Babel root node
cmdRes: Leo-Editor commander for resultsRoot
resultsRoot: Results root
subPscript: Script subprocess object
subPbabKill: babel_kill subprocess object
wro: File Descriptor
reo: File Descriptor
wre: File Descriptor
ree: File Descriptor
itOut: Idle time object
itErr: Idle time object
start: Script start time
createNodes: False --> Don't create results nodes
True --> Create results nodes
Returns:
None
"""
babelCmdr = cmdrB.user_dict['leo_babel']
if babelCmdr.cmdDoneFlag:
if babelCmdr.cmdDoneStdPolled and babelCmdr.cmdDoneErrPolled:
itOut.stop()
itErr.stop()
itPoll.stop()
wro.close()
wre.close()
colorCompletion = babelCmdr.colorCompletion
leoG.es(babelCmdr.termMsg, color=colorCompletion)
leoG.es(babelCmdr.etMsg, color=colorCompletion)
if createNodes:
makeBabelNodes(cmdrRes, resultsRoot, reo, ree,
babelCmdr.termMsg, babelCmdr.etMsg)
reo.close()
ree.close()
babelCmdr.babelExecCnt += 1
else:
rc = subPscript.poll()
if not rc is None:
end = time.time()
babelCmdr.cmdDoneFlag = True
if subPbabKill.poll() is None:
# Kill subprocess has not terminated
# pylint: disable=no-member
os.kill(subPbabKill.pid, signal.SIGHUP)
babelCmdr.termMsg = '{0} Subprocess Termination Code'.format(
rc)
et = int(round(end - start))
minutes, secs = divmod(et, 60)
hours, minutes = divmod(minutes, 60)
babelCmdr.etMsg = '{hr:02d}:{mi:02d}:{se:02d} Elapsed Time. {end} End Time'.format(
hr=hours,
mi=minutes,
se=secs,
end=datetime.datetime.now().strftime('%Y-%m-%d %H:%M:%S'))
def insert_read_only_node(c, p, name):
if name == "":
name = g.app.gui.runOpenFileDialog(
c,
title="Open",
filetypes=[("All files", "*")],
)
c.setHeadString(p, "@read-only %s" % name)
c.redraw()
parse = urlparse(name)
try:
if parse[0] == 'ftp':
f = FTPurl(name) # FTP URL
elif parse[0] == 'http':
f = urlopen(name) # HTTP URL
else:
f = open(name, "r") # local file
g.es("..." + name)
new = f.read()
f.close()
except IOError: # as msg:
# g.es("error reading %s: %s" % (name, msg))
# g.es("...not found: " + name)
c.setBodyString(p, "") # Clear the body text.
return True # Mark the node as changed.
else:
ext = os.path.splitext(parse[2])[1]
if ext.lower() in ['.htm', '.html']:
#@+<< convert HTML to text >>
#@+node:edream.110203113231.895: *3* << convert HTML to text >>
fh = StringIO()
fmt = AbstractFormatter(DumbWriter(fh))
# the parser stores parsed data into fh (file-like handle)
### pylint: disable=too-many-function-args
parser = HTMLParser(fmt)
# send the HTML text to the parser
parser.feed(new)
parser.close()
# now replace the old string with the parsed text
new = fh.getvalue()
fh.close()
# finally, get the list of hyperlinks and append to the end of the text
### pylint: disable=no-member
hyperlinks = parser.anchorlist
numlinks = len(hyperlinks)
if numlinks > 0:
hyperlist = ['\n\n--Hyperlink list follows--']
for i in range(numlinks):
hyperlist.append("\n[%d]: %s" %
(i + 1, hyperlinks[i])) # 3/26/03: was i.
new = new + ''.join(hyperlist)
#@-<< convert HTML to text >>
previous = p.b
c.setBodyString(p, new)
changed = (g.toUnicode(new) != g.toUnicode(previous))
if changed and previous != "":
g.es("changed: %s" % name) # A real change.
return changed
def open_temp_file(self, c, d, fn, testing=False):
'''
Open a temp file corresponding to fn in an external editor.
d is a dictionary created from an @openwith settings node.
'args': the command-line arguments to be used to open the file.
'ext': the file extension.
'kind': the method used to open the file, such as subprocess.Popen.
'name': menu label (used only by the menu code).
'shortcut': menu shortcut (used only by the menu code).
'''
trace = False and not g.unitTesting
testing = testing or g.unitTesting
arg_tuple = d.get('args', [])
arg = ' '.join(arg_tuple)
kind = d.get('kind')
# This doesn't handle %ProgramFiles%
# if kind in ('os.spawnl', 'subprocess.Popen'):
# if not g.os_path_exists(arg):
# g.trace('Executable not found', arg, arg_tuple)
# return
try:
# All of these must be supported because they
# could exist in @open-with nodes.
command = '<no command>'
if kind in ('os.system', 'os.startfile'):
# New in Leo 5.7:
# Use subProcess.Popen(..., shell=True)
c_arg = self.join(arg, fn)
if trace:
command = '%s -> subprocess.Popen(%s)' % (
kind, g.shortFileName(c_arg))
g.trace(command)
if not testing:
try:
subprocess.Popen(c_arg, shell=True)
except OSError:
g.es_print('c_arg', repr(c_arg))
g.es_exception()
# Legacy code.
# command = 'os.startfile(%s)' % self.join(arg, fn)
# if trace: g.trace(command)
# # pylint: disable=no-member
# # trust the user not to use this option on Linux.
# if not testing:
# os.startfile(arg, fn)
elif kind == 'exec':
g.es_print('open-with exec no longer valid.')
# command = 'exec(%s)' % self.join(arg,fn)
# if trace: g.trace(command)
# if not testing:
# exec(self.join(arg,fn),{},{})
elif kind == 'os.spawnl':
filename = g.os_path_basename(arg)
command = 'os.spawnl(%s,%s,%s)' % (arg, filename, fn)
if trace: g.trace(command)
if not testing: os.spawnl(os.P_NOWAIT, arg, filename, fn)
elif kind == 'os.spawnv':
filename = os.path.basename(arg_tuple[0])
vtuple = arg_tuple[1:]
vtuple.insert(0, filename)
# add the name of the program as the first argument.
# Change suggested by Jim Sizelove.
vtuple.append(fn)
command = 'os.spawnv(%s)' % (vtuple)
if trace: g.trace(command)
if not testing:
os.spawnv(os.P_NOWAIT, arg[0], vtuple) #???
elif kind == 'subprocess.Popen':
c_arg = self.join(arg, fn)
command = 'subprocess.Popen(%s)' % c_arg
if trace: g.trace(command)
if not testing:
try:
subprocess.Popen(c_arg, shell=True)
except OSError:
g.es_print('c_arg', repr(c_arg))
g.es_exception()
elif g.isCallable(kind):
# Invoke openWith like this:
# c.openWith(data=[func,None,None])
# func will be called with one arg, the filename
if trace: g.trace('%s(%s)' % (kind, fn))
command = '%s(%s)' % (kind, fn)
if not testing: kind(fn)
else:
command = 'bad command:' + str(kind)
if not testing: g.trace(command)
return command # for unit testing.
except Exception:
g.es('exception executing open-with command:', command)
g.es_exception()
return 'oops: %s' % command
def run_diff_on_vcs(self, event=None):
"""run_diff_on_vcs - try and check out the previous version of the Leo
file and compare a node with the same gnx in that file with the
current node
:Parameters:
- `event`: Leo event
"""
c = self.c
dir_, filename = g.os_path_split(c.fileName())
relative_path = [] # path from top of repo. to .leo file
mode = None # mode is which VCS to use
# given A=/a/b/c/d/e, B=file.leo adjust to A=/a/b/c, B=d/e/file.leo
# so that A is the path to the repo. and B the path in the repo. to
# the .leo file
path = dir_
while not mode:
for vcs in 'git', 'bzr':
if g.os_path_exists(g.os_path_join(path, '.' + vcs)):
mode = vcs
break
else:
path, subpath = g.os_path_split(path)
if not subpath:
break
relative_path[0:0] = [subpath]
if not mode:
g.es("No supported VCS found in '%s'" % dir_)
return
gnx = c.p.gnx
if mode == 'git':
cmd = [
'git',
'--work-tree=%s' % path,
'show',
'HEAD:%s' % g.os_path_join(*(relative_path + [filename])),
]
if mode == 'bzr':
cmd = [
'bzr',
'cat',
'--revision=revno:-1',
c.fileName(), # path,
# g.os_path_join( *(relative_path + [filename]) ),
]
cmd = subprocess.Popen(cmd,
stdin=subprocess.PIPE,
stdout=subprocess.PIPE)
data, err = cmd.communicate()
aFile = StringIO(data)
tree = leosax.get_leo_data(aFile)
for node in tree.flat():
if node.gnx == gnx:
break
else:
g.es("Node (gnx) not found in previous version")
return
node.b = ''.join(node.b)
self.run_appropriate_diff([node, c.p])
def dumpfocus():
f = QtWidgets.QApplication.instance().focusWidget()
g.es("Focus: " + f)
print("Focus: " + f)
def load_clouds(self, from_background=None):
"""
load_clouds - Handle loading from cloud on startup and after
background checking for changes.
:param set from_background: set of (remote, ID) str tuples if we're
called after a background check process finds changes.
:return: <|returns|>
:rtype: <|return type|>
"""
if from_background is None:
from_background = set()
skipped = []
background = [] # things to check in background
for lc_v in self.find_clouds():
kwargs = self.kw_from_node(lc_v)
if from_background and \
(kwargs['remote'], kwargs['ID']) not in from_background:
# only process nodes from the background checking
continue
read = False
read_on_load = kwargs.get('read_on_load', '').lower()
if from_background:
# was 'background', changes found, so now treat as 'ask'
read_on_load = 'ask'
if read_on_load == 'yes':
read = True
elif read_on_load == 'ask':
try:
last_read = datetime.strptime(
lc_v.u['_leo_cloud']['last_read'],
"%Y-%m-%dT%H:%M:%S.%f")
except KeyError:
last_read = None
message = "Read cloud data '%s', overwriting local nodes?" % kwargs[
'ID']
if last_read:
delta = datetime.now() - last_read
message = "%s\n%s, %sh:%sm:%ss ago" % (
message, last_read.strftime("%a %b %d %H:%M"),
24 * delta.days + int(delta.seconds / 3600),
int(delta.seconds / 60) % 60, delta.seconds % 60)
read = g.app.gui.runAskYesNoCancelDialog(self.c,
"Read cloud data?",
message=message)
read = str(read).lower() == 'yes'
if read:
self.read_current(p=self.c.vnode2position(lc_v))
elif read_on_load == 'background':
# second time round, with from_background data, this will
# have been changed to 'ask' (above), so no infinite loop
background.append((lc_v, kwargs,
self.recursive_hash(lc_v, [],
include_current=False)))
elif read_on_load == 'no':
g.es("NOTE: not reading '%s' from cloud" % kwargs['ID'])
elif read_on_load != 'ask':
skipped.append(kwargs['ID'])
if skipped:
g.app.gui.runAskOkDialog(
self.c,
"Unloaded cloud data",
message=
"There is unloaded (possibly stale) cloud data, use\nread_on_load: yes|no|ask\n"
"in @leo_cloud nodes to avoid this message.\nUnloaded data:\n%s"
% ', '.join(skipped))
if background:
# send to background thread for checking
names = ', '.join([i[1]['ID'] for i in background])
g.es("Checking cloud trees in background:\n%s" % names)
thread = threading.Thread(target=self.bg_check,
args=(background, ))
thread.start()
# start watching for results
g.IdleTime(self.bg_post_process).start()
def save(self, event=None, fileName=None):
'''Save a Leo outline to a file.'''
if False and g.app.gui.guiName() == 'curses':
g.trace('===== Save disabled in curses gui =====')
return
c = self
p = c.p
# Do this now: w may go away.
w = g.app.gui.get_focus(c)
inBody = g.app.gui.widget_name(w).startswith('body')
if inBody:
p.saveCursorAndScroll()
if g.unitTesting and g.app.unitTestDict.get(
'init_error_dialogs') is not None:
# A kludge for unit testing:
# indicated that c.init_error_dialogs and c.raise_error_dialogs
# will be called below, *without* actually saving the .leo file.
c.init_error_dialogs()
c.raise_error_dialogs(kind='write')
return
if g.app.disableSave:
g.es("save commands disabled", color="purple")
return
c.init_error_dialogs()
# 2013/09/28: use the fileName keyword argument if given.
# This supports the leoBridge.
# Make sure we never pass None to the ctor.
if fileName:
c.frame.title = g.computeWindowTitle(fileName)
c.mFileName = fileName
if not c.mFileName:
c.frame.title = ""
c.mFileName = ""
if c.mFileName:
# Calls c.setChanged(False) if no error.
g.app.syntax_error_files = []
c.fileCommands.save(c.mFileName)
c.syntaxErrorDialog()
else:
root = c.rootPosition()
if not root.next() and root.isAtEditNode():
# There is only a single @edit node in the outline.
# A hack to allow "quick edit" of non-Leo files.
# See https://bugs.launchpad.net/leo-editor/+bug/381527
fileName = None
# Write the @edit node if needed.
if root.isDirty():
c.atFileCommands.writeOneAtEditNode(root,
toString=False,
force=True)
c.setChanged(False)
else:
fileName = ''.join(c.k.givenArgs)
if not fileName:
fileName = g.app.gui.runSaveFileDialog(
c,
initialfile=c.mFileName,
title="Save",
filetypes=[g.fileFilters('LEOFILES')],
defaultextension=g.defaultLeoFileExtension(c))
c.bringToFront()
if fileName:
# Don't change mFileName until the dialog has suceeded.
c.mFileName = g.ensure_extension(fileName,
g.defaultLeoFileExtension(c))
c.frame.title = c.computeWindowTitle(c.mFileName)
c.frame.setTitle(c.computeWindowTitle(c.mFileName))
# 2013/08/04: use c.computeWindowTitle.
c.openDirectory = c.frame.openDirectory = g.os_path_dirname(
c.mFileName)
# Bug fix in 4.4b2.
if g.app.qt_use_tabs and hasattr(c.frame, 'top'):
c.frame.top.leo_master.setTabName(c, c.mFileName)
c.fileCommands.save(c.mFileName)
g.app.recentFilesManager.updateRecentFiles(c.mFileName)
g.chdir(c.mFileName)
# Done in FileCommands.save.
# c.redraw_after_icons_changed()
c.raise_error_dialogs(kind='write')
# *Safely* restore focus, without using the old w directly.
if inBody:
c.bodyWantsFocus()
p.restoreCursorAndScroll()
else:
c.treeWantsFocus()
def focusOutEvent(self, event):
QtWidgets.QGraphicsItemGroup.focusOutEvent(self, event)
self.bg.setBrush(QtGui.QBrush(QtGui.QColor(200, 240, 200)))
g.es("focusOutEvent")
def xml2leo(event, from_string=None):
"""handle import of an .xml file, places new subtree after c.p
"""
c = event['c']
p = c.p
if from_string:
parser_func = etree.fromstring
file_name = from_string
else:
parser_func = etree.parse
cd_here(c, p)
file_name = g.app.gui.runOpenFileDialog(c,
title="Open",
filetypes=table,
defaultextension=".xml")
if not file_name:
raise Exception("No file selected")
try:
xml_ = parser_func(file_name)
except etree.XMLSyntaxError:
xml_ = parser_func(file_name, parser=etree.HTMLParser())
except Exception:
g.es("Failed to read '%s'" % file_name)
raise
if from_string:
# etree.fromstring and etree.parse return Element and
# ElementTree respectively
xml_ = etree.ElementTree(xml_)
nd = p.insertAfter()
nd.h = os.path.basename(file_name)
# the root Element isn't necessarily the first thing in the XML file
# move to the beginning of the list to capture preceding comments
# and processing instructions
toplevel = xml_.getroot()
while toplevel.getprevious() is not None:
toplevel = toplevel.getprevious()
# move through list, covering root Element and any comments
# or processing instructions which follow it
while toplevel is not None:
append_element(toplevel, nd)
toplevel = toplevel.getnext()
nd.b = '<?xml version="%s"?>\n' % (xml_.docinfo.xml_version or '1.0')
if xml_.docinfo.encoding:
nd.b = '<?xml version="%s" encoding="%s"?>\n' % (
xml_.docinfo.xml_version or '1.0', xml_.docinfo.encoding)
if NSMAP:
for k in sorted(NSMAP):
if k:
nd.b += "%s: %s\n" % (k, NSMAP[k])
else:
nd.b += "%s\n" % NSMAP[k]
nd.b += xml_.docinfo.doctype + '\n'
c.redraw()
return nd
def focus():
g.es(stack)
c.selectPosition(pos)
def log(self, s, color=None):
if color:
g.es('sftp.py:', s, color=color)
else:
g.es('sftp.py:', s)
def xml_validate(event):
"""Perform DTD validation on the xml and return error output
or an empty string if there is none"""
c = event['c']
p = c.p
# first just try and create the XML
try:
xml_ = xml_for_subtree(p)
except ValueError:
g.es('ERROR generating XML')
g.es(traceback.format_exc())
return
g.es('XML generated, attempting DTD validation')
if xml_.startswith('<?xml '):
# Unicode strings with encoding declaration are not supported
# so cut off the xml declaration
xml_ = xml_.split('\n', 1)[1]
# set cwd so local .dtd files can be found
cd_here(c, p)
# make xml indented because for some unknown reason pretty_print=True
# in xml_for_subtree doesn't work
# etree.fromstring only returns the root node,
# losing the DTD, so etree.parse instead
from io import StringIO
xml_ = StringIO(xml_)
xml_ = etree.tostring(etree.parse(xml_), pretty_print=True)
parser = etree.XMLParser(dtd_validation=True)
try:
etree.fromstring(xml_, parser=parser)
g.es('No errors found')
except etree.XMLSyntaxError as xse:
g.es('ERROR validating XML')
g.es(str(xse))
# seems XMLSyntaxError doesn't set lineno? Get from message
lineno = int(str(xse).split()[-3].strip(',')) - 1
xml_text = xml_.split('\n')
for i in range(max(0, lineno - 6), min(len(xml_text), lineno + 3)):
g.es("%d%s %s" % (i, ':' if i != lineno else '*', xml_text[i]))