def openOutputFile(self):
if self.outputFileName == None:
return
theDir, name = g.os_path_split(self.outputFileName)
if len(theDir) == 0:
self.show("empty output directory")
return
if len(name) == 0:
self.show("empty output file name")
return
if not g.os_path_exists(theDir):
self.show("output directory not found: " + theDir)
else:
try:
if self.appendOutput:
self.show("appending to " + self.outputFileName)
self.outputFile = open(self.outputFileName, "ab")
else:
self.show("writing to " + self.outputFileName)
self.outputFile = open(self.outputFileName, "wb")
except:
self.outputFile = None
self.show("exception opening output file")
g.es_exception()
def __init__(self, emacs):
self.emacs = emacs
path, file = g.os_path_split(g.app.loadDir)
path = g.os_path_join(path, "swingmacs_exts", "lib_locations.txt")
self.path = path
llfile = java.io.File(path)
data = []
if llfile.exists():
fos = java.io.FileInputStream(llfile)
isr = java.io.InputStreamReader(fos)
brd = java.io.BufferedReader(isr)
while 1:
line = brd.readLine()
if line == None:
break
else:
data.append(line)
else:
llfile.createNewFile()
self.libraries = {}
for z in data:
nl = z.split('=')
if len(nl) == 2:
name, location = nl
self.libraries[name] = location
self.jd = None
def __init__( self, emacs ):
self.emacs = emacs
path,file = g.os_path_split(g.app.loadDir)
path = g.os_path_join(path,"swingmacs_exts","lib_locations.txt")
self.path = path
llfile = java.io.File( path )
data = []
if llfile.exists():
fos = java.io.FileInputStream( llfile )
isr = java.io.InputStreamReader( fos )
brd = java.io.BufferedReader( isr )
while 1:
line = brd.readLine()
if line == None:
break
else:
data.append( line )
else:
llfile.createNewFile()
self.libraries = {}
for z in data:
nl = z.split( '=' )
if len( nl ) == 2:
name, location = nl
self.libraries[ name ] = location
self.jd = None
def getName(self, location):
"""Determine the plugin name from the location"""
# return os.path.split(os.path.splitext(location)[0])[1]
head, ext = g.os_path_splitext(location)
path, name = g.os_path_split(head)
return name
def openOutputFile (self):
if self.outputFileName == None:
return
theDir,name = g.os_path_split(self.outputFileName)
if len(theDir) == 0:
self.show("empty output directory")
return
if len(name) == 0:
self.show("empty output file name")
return
if not g.os_path_exists(theDir):
self.show("output directory not found: " + theDir)
else:
try:
if self.appendOutput:
self.show("appending to " + self.outputFileName)
self.outputFile = open(self.outputFileName,"ab")
else:
self.show("writing to " + self.outputFileName)
self.outputFile = open(self.outputFileName,"wb")
except:
self.outputFile = None
self.show("exception opening output file")
g.es_exception()
def callback(p=p):
path,name = g.os_path_split(p.filename)
name,ext = g.os_path_splitext(name)
# g.trace(name,g.app.loadedPlugins)
if name in g.app.loadedPlugins:
p.hastoplevel()
else:
p.about()
def getName(self, location):
"""Determine the plugin name from the location"""
# return os.path.split(os.path.splitext(location)[0])[1]
head,ext = g.os_path_splitext(location)
path,name = g.os_path_split(head)
return name
def callback(p=p):
path, name = g.os_path_split(p.filename)
name, ext = g.os_path_splitext(name)
# g.trace(name,g.app.loadedPlugins)
if name in g.app.loadedPlugins:
p.hastoplevel()
else:
p.about()
def getFiles (dir): from leoGlobals import os_path_join,os_path_split,os_path_splitext # Generate the list of modules. allFiles = os.listdir(dir) files = [] for f in allFiles: head,tail = g.os_path_split(f) root,ext = g.os_path_splitext(tail) if ext==".py": files.append(g.os_path_join(dir,f)) return files
def getFiles(dir):
from leoGlobals import os_path_join, os_path_split, os_path_splitext
# Generate the list of modules.
allFiles = os.listdir(dir)
files = []
for f in allFiles:
head, tail = g.os_path_split(f)
root, ext = g.os_path_splitext(tail)
if ext == ".py":
files.append(g.os_path_join(dir, f))
return files
def __init__ (self,c):
"""Ctor for the leoTkinterPrefs class."""
g.trace('tkinterPrefs')
# Init the base class
leoPrefs.leoPrefs.__init__(self,c)
head,tail = g.os_path_split(c.frame.title)
leoTkinterDialog.leoTkinterDialog.__init__(self,"Prefs for " + tail,resizeable=False)
self.createTopFrame() # Create the outer tkinter dialog frame.
self.createFrame()
self.setWidgets()
def __init__(self, c):
"""Ctor for the leoTkinterPrefs class."""
g.trace('tkinterPrefs')
# Init the base class
leoPrefs.leoPrefs.__init__(self, c)
head, tail = g.os_path_split(c.frame.title)
leoTkinterDialog.leoTkinterDialog.__init__(self,
"Prefs for " + tail,
resizeable=False)
self.createTopFrame() # Create the outer tkinter dialog frame.
self.createFrame()
self.setWidgets()
def getModules(dir):
"""Return the list of Python files in dir."""
from leoGlobals import os_path_split, os_path_splitext
files = []
try:
allFiles = os.listdir(dir)
for f in allFiles:
head, tail = g.os_path_split(f)
fn, ext = g.os_path_splitext(tail)
if ext == ".py":
files.append(fn)
except:
pass
return files
def getModules (dir): """Return the list of Python files in dir.""" from leoGlobals import os_path_split,os_path_splitext files = [] try: allFiles = os.listdir(dir) for f in allFiles: head,tail = g.os_path_split(f) fn,ext = g.os_path_splitext(tail) if ext==".py": files.append(fn) except: pass return files
def convertRSTfilesToHTML(root_list):
"""This routine creates .html files from all .rst files in root_list, the list of files that have just been tangled."""
for root in root_list:
base,fullname = g.os_path_split(root)
name,ext = g.os_path_splitext(fullname)
if ext == ".rst":
file = g.os_path_join(base,name+".html")
#@ << Convert root to corresponding .html file >>
#@+node:EKR.20040502194930.3:<< Convert root to corresponding .html file >>
# Leo will report the execption if docutils is not installed.
from docutils.core import Publisher
from docutils.io import FileInput,StringOutput,StringInput
# Read .rst file into s.
f = open(root,"r")
s = f.read()
f.close()
# Restucture s into output.
pub = Publisher()
pub.source = StringInput(pub.settings,source=s)
pub.destination = StringOutput(pub.settings,encoding="utf-8")
pub.set_reader('standalone',None,'restructuredtext')
pub.set_writer('html')
output = pub.publish()
# EKR: 3/7/03: convert output using the present encoding.
dict = g.scanDirectives(self.c,p=root)
encoding = dict.get("encoding",None)
if encoding == None:
encoding = g.app.config.default_derived_file_encoding
output = g.toEncodedString(output,encoding,reportErrors=True)
# Write the corresponding html file.
f = open(file,"w")
f.write(output)
f.close()
def loadTreeHandlers(self):
"""Load all the handler for tree items"""
#
# Paths for key folders
plugin_path = g.os_path_join(g.app.loadDir, "..", "plugins")
self.handler_path = handler_path = g.os_path_join(g.app.loadDir, "..", "plugins", "trees")
#
if not g.os_path_isdir(handler_path):
g.es("No tree handler folder found", color="red")
else:
g.es("Scanning for tree handlers", color="blue")
#
# Add folder locations to path
old_path = sys.path[:]
sys.path.insert(0, plugin_path)
sys.path.insert(0, handler_path)
#@ << Get plugin manager module >>
#@+node:ekr.20050329082101.135:<< Get plugin manager module >>
# Get the manager
try:
self.plugin_manager = __import__("plugin_manager")
except ImportError, err:
g.es("Autotrees did not load plugin manager: %s" % (err,), color="red")
self.plugin_manager = None
#@-node:ekr.20050329082101.135:<< Get plugin manager module >>
#@nl
#@ << Find all handlers >>
#@+node:ekr.20050329082101.136:<< Find all handlers >>
# Find all handlers
for filename in glob.glob(g.os_path_join(handler_path, "*.py")):
handler_name = g.os_path_splitext(g.os_path_split(filename)[1])[0]
g.es("... looking in %s" % handler_name, color="blue")
try:
self.loadHandlersFrom(handler_name)
except BadHandler, err:
g.es("... unable to load '%s' handler: %s" % (handler_name, err), color="red")
def createFrame (self):
"""Create the tkinter Prefs panel."""
c = self.c ; gui = g.app.gui ; top = self.top
c.frame.prefsPanel = self
head,tail = g.os_path_split(c.frame.title)
# Create the outer frame
outer = Tk.Frame(top,bd=2,relief="groove")
outer.pack(fill="both",expand=1,padx=2,pady=2)
#@ << Create the Tk.IntVars >>
#@+node:ekr.20031218072017.4126:<< Create the Tk.IntVars >>
self.replace_tabs_var = Tk.IntVar()
self.tangle_batch_var = Tk.IntVar()
self.untangle_batch_var = Tk.IntVar()
self.use_header_var = Tk.IntVar()
self.output_doc_var = Tk.IntVar()
self.lang_var = Tk.StringVar()
#@nonl
#@-node:ekr.20031218072017.4126:<< Create the Tk.IntVars >>
#@nl
#@ << Create the Global Options frame >>
#@+node:ekr.20031218072017.4127:<< Create the Global Options frame >>
# Frame and title
w,glob = gui.create_labeled_frame (outer,caption="Global Options")
w.pack(padx=2,pady=2,expand=1,fill="x")
# Page width & page width
f = Tk.Frame(glob)
f.pack(anchor="w", pady="1m", expand=1, fill="x")
lab = Tk.Label(f, anchor="w", padx="1m", text="Page width:")
self.pageWidthText = txt = Tk.Text(f, height=1, width=4)
lab.pack(side="left")
txt.pack(side="left")
txt.bind("<Key>", self.idle_set_ivars)
lab2 = Tk.Label(f, padx="1m", text="Tab width:")
self.tabWidthText = txt2 = Tk.Text(f, height=1, width=4)
lab2.pack(side="left")
txt2.pack(side="left")
txt2.bind("<Key>", self.idle_set_ivars)
# Batch Checkbuttons...
self.replaceTabsBox = replaceBox = Tk.Checkbutton(glob,anchor="w",
text="Replace tabs with spaces",
variable=self.replace_tabs_var,command=self.idle_set_ivars)
self.doneBox = doneBox = Tk.Checkbutton(glob,anchor="w",
text="Run tangle_done.py after Tangle",
variable=self.tangle_batch_var,command=self.idle_set_ivars)
self.unBox = unBox = Tk.Checkbutton(glob,anchor="w",
text="Run untangle_done.py after Untangle",
variable=self.untangle_batch_var,command=self.idle_set_ivars)
for box in (replaceBox, doneBox, unBox):
box.pack(fill="x")
#@nonl
#@-node:ekr.20031218072017.4127:<< Create the Global Options frame >>
#@nl
#@ << Create the Tangle Options frame >>
#@+node:ekr.20031218072017.4128:<< Create the Tangle Options frame >>
# Frame and title
w,tangle = gui.create_labeled_frame (outer,caption="Default Options")
w.pack(padx=2,pady=2,expand=1,fill="x")
# Label and text
lab3 = Tk.Label(tangle, anchor="w", text="Default tangle directory")
self.tangleDirectoryText = txt3 = Tk.Text(tangle, height=1, width=30)
txt3.bind("<Key>", self.idle_set_ivars) # Capture the change immediately
lab3.pack( padx="1m", pady="1m", fill="x")
txt3.pack(anchor="w", padx="1m", pady="1m", fill="x")
# Checkbuttons
self.headerBox = header = Tk.Checkbutton(tangle,anchor="w",
text="Tangle outputs header line",
variable=self.use_header_var,command=self.idle_set_ivars)
self.docBox = doc = Tk.Checkbutton(tangle,anchor="w",
text="Tangle outputs document chunks",
variable=self.output_doc_var,command=self.idle_set_ivars)
header.pack(fill="x")
doc.pack(fill="x")
#@nonl
#@-node:ekr.20031218072017.4128:<< Create the Tangle Options frame >>
#@nl
#@ << Create the Target Language frame >>
#@+node:ekr.20031218072017.369:<< Create the Target Language frame >> frame
# Frame and title
w,target = gui.create_labeled_frame (outer,caption="Default Target Language")
w.pack(padx=2,pady=2,expand=1,fill="x")
# Frames for two columns of radio buttons
lt = Tk.Frame(target)
rt = Tk.Frame(target)
lt.pack(side="left")
rt.pack(side="right")
# Left column of radio buttons.
left_data = [
("ActionScript", "actionscript"),
("Ada", "ada"),
("C#", "csharp"),
("C/C++", "c"),
("CSS", "css"),
("CWEB", "cweb"),
("elisp", "elisp"),
("Forth", "forth"),
("HTML", "html"),
("Java", "java"),
("LaTeX", "latex")
]
for text,value in left_data:
button = Tk.Radiobutton(lt,anchor="w",text=text,
variable=self.lang_var,value=value,command=self.set_lang)
button.pack(fill="x")
# Right column of radio buttons.
right_data = [
("Pascal","pascal"),
("Perl", "perl"),
("Perl+POD", "perlpod"),
("PHP", "php"),
("Plain Text", "plain"),
("Python", "python"),
("RapidQ", "rapidq"),
("Rebol", "rebol"),
("Shell", "shell"),
("tcl/tk", "tcltk")]
for text,value in right_data:
button = Tk.Radiobutton(rt,anchor="w",text=text,
variable=self.lang_var,value=value,command=self.set_lang)
button.pack(fill="x")
#@nonl
#@-node:ekr.20031218072017.369:<< Create the Target Language frame >> frame
#@nl
#@ << Create the Ok, Cancel & Revert buttons >>
#@+node:ekr.20031218072017.4129:<< Create the Ok, Cancel & Revert buttons >>
buttons = Tk.Frame(outer)
buttons.pack(padx=2,pady=2,expand=1,fill="x")
okButton = Tk.Button(buttons,text="OK",width=7,command=self.onOK)
cancelButton = Tk.Button(buttons,text="Cancel",width=7,command=self.onCancel)
revertButton = Tk.Button(buttons,text="Revert",width=7,command=self.onRevert)
okButton.pack(side="left",pady=7,expand=1)
cancelButton.pack(side="left",pady=7,expand=0)
revertButton.pack(side="left",pady=7,expand=1)
#@nonl
#@-node:ekr.20031218072017.4129:<< Create the Ok, Cancel & Revert buttons >>
#@nl
gui.center_dialog(top) # Do this _after_ building the dialog!
self.top.protocol("WM_DELETE_WINDOW", self.onCancel)
def compare_directories(self, path1, path2):
# Ignore everything except the directory name.
dir1 = g.os_path_dirname(path1)
dir2 = g.os_path_dirname(path2)
dir1 = g.os_path_normpath(dir1)
dir2 = g.os_path_normpath(dir2)
if dir1 == dir2:
self.show(
"Directory names are identical.\nPlease pick distinct directories."
)
return
try:
list1 = os.listdir(dir1)
except:
self.show("invalid directory:" + dir1)
return
try:
list2 = os.listdir(dir2)
except:
self.show("invalid directory:" + dir2)
return
if self.outputFileName:
self.openOutputFile()
ok = self.outputFileName == None or self.outputFile
if not ok:
return
# Create files and files2, the lists of files to be compared.
files1 = []
files2 = []
for f in list1:
junk, ext = g.os_path_splitext(f)
if self.limitToExtension:
if ext == self.limitToExtension:
files1.append(f)
else:
files1.append(f)
for f in list2:
junk, ext = g.os_path_splitext(f)
if self.limitToExtension:
if ext == self.limitToExtension:
files2.append(f)
else:
files2.append(f)
# Compare the files and set the yes, no and fail lists.
yes = []
no = []
fail = []
for f1 in files1:
head, f2 = g.os_path_split(f1)
if f2 in files2:
try:
name1 = g.os_path_join(dir1, f1)
name2 = g.os_path_join(dir2, f2)
val = filecmp.cmp(name1, name2, 0)
if val: yes.append(f1)
else: no.append(f1)
except:
self.show("exception in filecmp.cmp")
g.es_exception()
fail.append(f1)
else:
fail.append(f1)
# Print the results.
for kind, files in (("----- matches --------",
yes), ("----- mismatches -----", no),
("----- not found ------", fail)):
self.show(kind)
for f in files:
self.show(f)
if self.outputFile:
self.outputFile.close()
self.outputFile = None
def __init__(self, c, title=None):
self.c = c
# Spell checkers use this class, so we can't always compute a title.
if title:
self.title = title
else:
#@ << compute self.title >>
#@+node:ekr.20041121145452:<< compute self.title >>
if not c.mFileName:
s = "untitled"
else:
path, s = g.os_path_split(c.mFileName)
self.title = "Find/Change for %s" % s
#@nonl
#@-node:ekr.20041121145452:<< compute self.title >>
#@nl
#@ << init the gui-independent ivars >>
#@+node:ekr.20031218072017.3054:<< init the gui-independent ivars >>
self.wrapVnode = None
self.onlyVnode = None
self.find_text = ""
self.change_text = ""
#@+at
# New in 4.3:
# - These are the names of leoFind ivars. (no more _flag hack).
# - There are no corresponding commander ivars to keep in synch
# (hurray!)
# - These ivars are inited (in the subclass by init) when this class
# is created.
# - These ivars are updated (in the subclass by update_ivars) just
# before doing any find.
#@-at
#@@c
#@<< do dummy initialization to keep Pychecker happy >>
#@+node:ekr.20050123164539:<< do dummy initialization to keep Pychecker happy >>
self.batch = None
self.ignore_case = None
self.node_only = None
self.pattern_match = None
self.search_headline = None
self.search_body = None
self.suboutline_only = None
self.mark_changes = None
self.mark_finds = None
self.reverse = None
self.script_search = None
self.script_change = None
self.selection_only = None
self.wrap = None
self.whole_word = None
#@nonl
#@-node:ekr.20050123164539:<< do dummy initialization to keep Pychecker happy >>
#@nl
self.intKeys = [
"batch",
"ignore_case",
"node_only",
"pattern_match",
"search_headline",
"search_body",
"suboutline_only",
"mark_changes",
"mark_finds",
"reverse",
"script_search",
"script_change",
"selection_only",
"wrap",
"whole_word",
]
self.newStringKeys = ["radio-find-type", "radio-search-scope"]
# Ivars containing internal state...
self.c = None # The commander for this search.
self.v = None # The vnode being searched. Never saved between searches!
self.in_headline = False # True: searching headline text.
self.s_ctrl = None # The search text for this search.
self.wrapping = False # True: wrapping is enabled.
# This is _not_ the same as self.wrap for batch searches.
#@+at
#@nonl
# Initializing a wrapped search is tricky. The search() method will
# fail if v==wrapVnode and pos >= wrapPos. selectNextVnode() will
# fail if v == wrapVnode. We set wrapPos on entry, before the first
# search. We set wrapVnode in selectNextVnode after the first search
# fails. We also set wrapVnode on exit if the first search suceeds.
#@-at
#@@c
self.wrapVnode = None # The start of wrapped searches: persists between calls.
self.onlyVnode = None # The starting node for suboutline-only searches.
self.wrapPos = None # The starting position of the wrapped search: persists between calls.
self.errors = 0
self.selStart = self.selEnd = None # For selection-only searches.
def createFrame(self):
"""Create the tkinter Prefs panel."""
c = self.c
gui = g.app.gui
top = self.top
c.frame.prefsPanel = self
head, tail = g.os_path_split(c.frame.title)
# Create the outer frame
outer = Tk.Frame(top, bd=2, relief="groove")
outer.pack(fill="both", expand=1, padx=2, pady=2)
#@ << Create the Tk.IntVars >>
#@+node:ekr.20031218072017.4126:<< Create the Tk.IntVars >>
self.replace_tabs_var = Tk.IntVar()
self.tangle_batch_var = Tk.IntVar()
self.untangle_batch_var = Tk.IntVar()
self.use_header_var = Tk.IntVar()
self.output_doc_var = Tk.IntVar()
self.lang_var = Tk.StringVar()
#@nonl
#@-node:ekr.20031218072017.4126:<< Create the Tk.IntVars >>
#@nl
#@ << Create the Global Options frame >>
#@+node:ekr.20031218072017.4127:<< Create the Global Options frame >>
# Frame and title
w, glob = gui.create_labeled_frame(outer, caption="Global Options")
w.pack(padx=2, pady=2, expand=1, fill="x")
# Page width & page width
f = Tk.Frame(glob)
f.pack(anchor="w", pady="1m", expand=1, fill="x")
lab = Tk.Label(f, anchor="w", padx="1m", text="Page width:")
self.pageWidthText = txt = Tk.Text(f, height=1, width=4)
lab.pack(side="left")
txt.pack(side="left")
txt.bind("<Key>", self.idle_set_ivars)
lab2 = Tk.Label(f, padx="1m", text="Tab width:")
self.tabWidthText = txt2 = Tk.Text(f, height=1, width=4)
lab2.pack(side="left")
txt2.pack(side="left")
txt2.bind("<Key>", self.idle_set_ivars)
# Batch Checkbuttons...
self.replaceTabsBox = replaceBox = Tk.Checkbutton(
glob,
anchor="w",
text="Replace tabs with spaces",
variable=self.replace_tabs_var,
command=self.idle_set_ivars)
self.doneBox = doneBox = Tk.Checkbutton(
glob,
anchor="w",
text="Run tangle_done.py after Tangle",
variable=self.tangle_batch_var,
command=self.idle_set_ivars)
self.unBox = unBox = Tk.Checkbutton(
glob,
anchor="w",
text="Run untangle_done.py after Untangle",
variable=self.untangle_batch_var,
command=self.idle_set_ivars)
for box in (replaceBox, doneBox, unBox):
box.pack(fill="x")
#@nonl
#@-node:ekr.20031218072017.4127:<< Create the Global Options frame >>
#@nl
#@ << Create the Tangle Options frame >>
#@+node:ekr.20031218072017.4128:<< Create the Tangle Options frame >>
# Frame and title
w, tangle = gui.create_labeled_frame(outer, caption="Default Options")
w.pack(padx=2, pady=2, expand=1, fill="x")
# Label and text
lab3 = Tk.Label(tangle, anchor="w", text="Default tangle directory")
self.tangleDirectoryText = txt3 = Tk.Text(tangle, height=1, width=30)
txt3.bind("<Key>",
self.idle_set_ivars) # Capture the change immediately
lab3.pack(padx="1m", pady="1m", fill="x")
txt3.pack(anchor="w", padx="1m", pady="1m", fill="x")
# Checkbuttons
self.headerBox = header = Tk.Checkbutton(
tangle,
anchor="w",
text="Tangle outputs header line",
variable=self.use_header_var,
command=self.idle_set_ivars)
self.docBox = doc = Tk.Checkbutton(
tangle,
anchor="w",
text="Tangle outputs document chunks",
variable=self.output_doc_var,
command=self.idle_set_ivars)
header.pack(fill="x")
doc.pack(fill="x")
#@nonl
#@-node:ekr.20031218072017.4128:<< Create the Tangle Options frame >>
#@nl
#@ << Create the Target Language frame >>
#@+node:ekr.20031218072017.369:<< Create the Target Language frame >> frame
# Frame and title
w, target = gui.create_labeled_frame(outer,
caption="Default Target Language")
w.pack(padx=2, pady=2, expand=1, fill="x")
# Frames for two columns of radio buttons
lt = Tk.Frame(target)
rt = Tk.Frame(target)
lt.pack(side="left")
rt.pack(side="right")
# Left column of radio buttons.
left_data = [("ActionScript", "actionscript"), ("Ada", "ada"),
("C#", "csharp"), ("C/C++", "c"), ("CSS", "css"),
("CWEB", "cweb"), ("elisp", "elisp"), ("Forth", "forth"),
("HTML", "html"), ("Java", "java"), ("LaTeX", "latex")]
for text, value in left_data:
button = Tk.Radiobutton(lt,
anchor="w",
text=text,
variable=self.lang_var,
value=value,
command=self.set_lang)
button.pack(fill="x")
# Right column of radio buttons.
right_data = [("Pascal", "pascal"), ("Perl", "perl"),
("Perl+POD", "perlpod"), ("PHP", "php"),
("Plain Text", "plain"), ("Python", "python"),
("RapidQ", "rapidq"), ("Rebol", "rebol"),
("Shell", "shell"), ("tcl/tk", "tcltk")]
for text, value in right_data:
button = Tk.Radiobutton(rt,
anchor="w",
text=text,
variable=self.lang_var,
value=value,
command=self.set_lang)
button.pack(fill="x")
#@nonl
#@-node:ekr.20031218072017.369:<< Create the Target Language frame >> frame
#@nl
#@ << Create the Ok, Cancel & Revert buttons >>
#@+node:ekr.20031218072017.4129:<< Create the Ok, Cancel & Revert buttons >>
buttons = Tk.Frame(outer)
buttons.pack(padx=2, pady=2, expand=1, fill="x")
okButton = Tk.Button(buttons, text="OK", width=7, command=self.onOK)
cancelButton = Tk.Button(buttons,
text="Cancel",
width=7,
command=self.onCancel)
revertButton = Tk.Button(buttons,
text="Revert",
width=7,
command=self.onRevert)
okButton.pack(side="left", pady=7, expand=1)
cancelButton.pack(side="left", pady=7, expand=0)
revertButton.pack(side="left", pady=7, expand=1)
#@nonl
#@-node:ekr.20031218072017.4129:<< Create the Ok, Cancel & Revert buttons >>
#@nl
gui.center_dialog(top) # Do this _after_ building the dialog!
self.top.protocol("WM_DELETE_WINDOW", self.onCancel)
#@-others #depandance on sanitize_ and leoID #@<< set filenames >> #@+node:ekr.20050421093045.132:<< set filenames >> #note, these changes are at the time the button or menu is created #to effect these changes you have to #write the plugin and start a new python and leo. maybe reload #execute script on the dynaclick node for the dynabutton #they will take effect in dynatester imediatly #preserve the space after to allow for parameters #those that will be joined to pypath start with seperator \ or / #any other scripts should have their own full path, #pypath = r'C:\c\py\Python233' #nospace pypath = g.os_path_split(sys.executable)[0] #py = pypath + '/python.exe -tOO ' #_space_ py = g.os_path_join(pypath, 'python') + ' -tO ' #leosrc = r'c:\c\leo\leo4CVS233\src' leosrc = g.app.loadDir #reindent = g.os_path_join(pypath, '/Tools/Scripts/reindent.py ') #space reindent = pypath + '/Tools/Scripts/reindent.py ' #space #print pypath, py, leosrc #classic pychecker pycheck = pypath + '/Lib/site-packages/pychecker/checker.py ' #space #pychecker2, doesnt import, is alot slower and less details.
def compare_directories (self,path1,path2):
# Ignore everything except the directory name.
dir1 = g.os_path_dirname(path1)
dir2 = g.os_path_dirname(path2)
dir1 = g.os_path_normpath(dir1)
dir2 = g.os_path_normpath(dir2)
if dir1 == dir2:
self.show("Directory names are identical.\nPlease pick distinct directories.")
return
try:
list1 = os.listdir(dir1)
except:
self.show("invalid directory:" + dir1)
return
try:
list2 = os.listdir(dir2)
except:
self.show("invalid directory:" + dir2)
return
if self.outputFileName:
self.openOutputFile()
ok = self.outputFileName == None or self.outputFile
if not ok:
return
# Create files and files2, the lists of files to be compared.
files1 = []
files2 = []
for f in list1:
junk, ext = g.os_path_splitext(f)
if self.limitToExtension:
if ext == self.limitToExtension:
files1.append(f)
else:
files1.append(f)
for f in list2:
junk, ext = g.os_path_splitext(f)
if self.limitToExtension:
if ext == self.limitToExtension:
files2.append(f)
else:
files2.append(f)
# Compare the files and set the yes, no and fail lists.
yes = [] ; no = [] ; fail = []
for f1 in files1:
head,f2 = g.os_path_split(f1)
if f2 in files2:
try:
name1 = g.os_path_join(dir1,f1)
name2 = g.os_path_join(dir2,f2)
_file1 = java.io.File( name1 )
_file2 = java.io.File( name2 )
if _file1.length() == _file2.length():
val = self._filecmp( name1, name2 )
else:
val = False
#val = filecmp.cmp(name1,name2,0)
if val: yes.append(f1)
else: no.append(f1)
except:
self.show("exception in filecmp.cmp")
g.es_exception()
fail.append(f1)
else:
fail.append(f1)
# Print the results.
for kind, files in (
("----- matches --------",yes),
("----- mismatches -----",no),
("----- not found ------",fail)):
self.show(kind)
for f in files:
self.show(f)
if self.outputFile:
self.outputFile.close()
self.outputFile = None
def __init__ (self,c,title=None):
self.c = c
# Spell checkers use this class, so we can't always compute a title.
if title:
self.title = title
else:
#@ << compute self.title >>
#@+node:ekr.20041121145452:<< compute self.title >>
if not c.mFileName:
s = "untitled"
else:
path,s = g.os_path_split(c.mFileName)
self.title = "Find/Change for %s" % s
#@nonl
#@-node:ekr.20041121145452:<< compute self.title >>
#@nl
#@ << init the gui-independent ivars >>
#@+node:ekr.20031218072017.3054:<< init the gui-independent ivars >>
self.wrapPosition = None
self.onlyPosition = None
self.find_text = ""
self.change_text = ""
self.unstick = False
#@+at
# New in 4.3:
# - These are the names of leoFind ivars. (no more _flag hack).
# - There are no corresponding commander ivars to keep in synch
# (hurray!)
# - These ivars are inited (in the subclass by init) when this class
# is created.
# - These ivars are updated (in the subclass by update_ivars) just
# before doing any find.
#@-at
#@@c
#@<< do dummy initialization to keep Pychecker happy >>
#@+node:ekr.20050123164539:<< do dummy initialization to keep Pychecker happy >>
if 1:
self.batch = None
self.clone_find_all = None
self.ignore_case = None
self.node_only = None
self.pattern_match = None
self.search_headline = None
self.search_body = None
self.suboutline_only = None
self.mark_changes = None
self.mark_finds = None
self.reverse = None
self.script_search = None
self.script_change = None
self.selection_only = None
self.wrap = None
self.whole_word = None
#@nonl
#@-node:ekr.20050123164539:<< do dummy initialization to keep Pychecker happy >>
#@nl
self.intKeys = [
"batch","ignore_case", "node_only",
"pattern_match", "search_headline", "search_body",
"suboutline_only", "mark_changes", "mark_finds", "reverse",
"script_search","script_change","selection_only",
"wrap", "whole_word",
]
self.newStringKeys = ["radio-find-type", "radio-search-scope"]
# Ivars containing internal state...
self.c = None # The commander for this search.
self.clone_find_all = False
self.p = None # The position being searched. Never saved between searches!
self.in_headline = False # True: searching headline text.
self.s_ctrl = None # The search text for this search.
self.wrapping = False # True: wrapping is enabled.
# This is _not_ the same as self.wrap for batch searches.
#@+at
#@nonl
# Initializing a wrapped search is tricky. The search() method will
# fail if p==wrapPosition and pos >= wrapPos. selectNextPosition()
# will fail if p == wrapPosition. We set wrapPos on entry, before the
# first search. We set wrapPosition in selectNextPosition after the
# first search fails. We also set wrapPosition on exit if the first
# search suceeds.
#@-at
#@@c
self.wrapPosition = None # The start of wrapped searches: persists between calls.
self.onlyPosition = None # The starting node for suboutline-only searches.
self.wrapPos = None # The starting position of the wrapped search: persists between calls.
self.errors = 0
self.selStart = self.selEnd = None # For selection-only searches.
def importDir (self,dir,compteur,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 compteur, compteurglobal # EKR
head,tail = g.os_path_split(dir)
c = self.c ; v = c.currentVnode()
try:
#ici, on liste le contenu du répertoire
body=""
#@ << listdir >>
#@+node:ekr.20050301083306.11:<< listdir >>
try:
fichiers = os.listdir(dir)
dossiers = []
for f in fichiers:
if compteur == 25:
self.esfm("\n")
compteur = 0
# 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)
self.esfm(".")
compteur += 1
compteurglobal += 1
except Exception:
if language == 'french':
g.es("erreur dans listage fichiers...")
else:
g.es("os.listdir error...")
g.es_exception()
#@-node:ekr.20050301083306.11:<< listdir >>
#@nl
retour = c.importCommands.createHeadline(v,body,tail)
#sélectionne le noeud nouvellement créé
c.selectVnode(retour)
if len(dossiers) > 0:
for d in dossiers:
compteur,compteurglobal = self.importDir(d,compteur,compteurglobal)
c.setChanged(True)
#sélectionne le noeud parent
c.selectVnode(v)
except:
if language == 'french':
g.es("erreur d'insertion de noeud...")
else:
g.es("error while creating vnode...")
g.es_exception()
return compteur, compteurglobal
