def __init__(self, scriptName=None):
self.menu_tree = list()
self.handlers = list()
self.menu_key_bindings = list()
self.key_bindings = list()
self.abbreviations = list()
Parser.loadApplicationSettings()
def __init__(self, scriptName=None):
self.menu_tree = list()
self.handlers = list()
self.menu_key_bindings = list()
self.key_bindings = list()
self.abbreviations = list()
Parser.loadApplicationSettings()
def addHotKeysFromFile(self, filename):
print("[Config] Parsing hotkeys config file: " +
Parser.getShortFilePath(filename))
if not os.path.exists(filename) or not os.path.isfile(filename):
print("Error! %s file are not exists!" % filename)
return
stopParsing = False
addedActions = list()
for line in open(filename, "r"):
command = su.trimComments(line)
if not command:
continue
if command == TOKEN.END:
self.key_bindings.append("#IfWinActive")
elif command.startswith('[') and command.endswith(']'):
if Parser.gotIgnoreToken(command, addedActions, filename):
break
self.key_bindings.append("\n#IfWinActive " +
Parser.getApp(command))
elif command.startswith(TOKEN.BIND):
if len(command.split(' ', 3)) != 4:
print("Error! failed to parse line: " + command)
continue
(bind_token, key, action, data) = command.split(' ', 3)
self.setHotKeyAction(key, action, data)
addedActions.append(action)
else:
print("[addHotKeysFromFile] Error: Failed to parse string: " +
command)
def addHotKeysFromFile(self, filename):
print("[Config] Parsing hotkeys config file: " + Parser.getShortFilePath(filename))
if not os.path.exists(filename) or not os.path.isfile(filename):
print("Error! %s file are not exists!" % filename)
return
stopParsing = False
addedActions = list()
for line in open(filename, "r"):
command = su.trimComments(line)
if not command:
continue
if command == TOKEN.END:
self.key_bindings.append("#IfWinActive")
elif command.startswith('[') and command.endswith(']'):
if Parser.gotIgnoreToken(command, addedActions, filename):
break
self.key_bindings.append("\n#IfWinActive " + Parser.getApp(command))
elif command.startswith(TOKEN.BIND):
if len(command.split(' ', 3)) != 4:
print("Error! failed to parse line: " + command)
continue
(bind_token, key, action, data) = command.split(' ', 3)
self.setHotKeyAction(key, action, data)
addedActions.append(action)
else:
print("[addHotKeysFromFile] Error: Failed to parse string: " + command)
def createPrintTextMenuFromFile(filename, builder):
print("[Config] Parsing menu config file: " + Parser.getShortFilePath(filename))
if not os.path.exists(filename) or not os.path.isfile(filename):
print("Error! %s file are not exists!" % filename)
return
menu = None
deleteOnClick = False
clipSave = True
method = None
import json
data = json.loads(Parser.readFileAsString(filename))
if not len(data['MenuItems']):
error("Invalid JSON file [%s] MenuItems dictionary is empty or invalid!" % filename)
if data['MenuSettings'] and data['MenuSettings']['Hotkey']:
hotKey = data['MenuSettings']['Hotkey']
menu = Menu(hotKey, hotKey, builder)
else:
error("Invalid JSON file [%s] MenuSettings.Hotkey value is not provided!" % filename)
if data['MenuSettings']['clipSave'] == 'false':
clipSave = False
elif data['MenuSettings']['clipSave'] == 'true':
clipSave = True
if data['MenuSettings']['deleteOnClick'] == 'true':
deleteOnClick = True
elif data['MenuSettings']['deleteOnClick'] == 'false':
deleteOnClick = False
else:
error("Invalid JSON file [%s] MenuSettings.deleteOnClick value is not provided!")
if data['MenuSettings']['mode'] == 'print':
method = menu.addPrintText
elif data['MenuSettings']['mode'] == 'clipboard' or data['MenuSettings']['mode'] == 'paste':
method = menu.addPasteText
else:
error("Invalid JSON file [%s] MenuSettings.mode value is not provided!")
for key, subMenu in data['MenuItems'].iteritems():
if key == 'MenuSettings':
continue
if isinstance(subMenu, dict):
for itemName, itemValue in subMenu.iteritems():
method(itemName, itemValue, subMenuName=key, deleteOnClick=deleteOnClick, clipSave=clipSave)
menu.attachSubMenu(hotKey, key, key)
if isinstance(subMenu, list):
for item in subMenu:
#If got empty json element ("",) - skip it
if not item:
continue
itemName = item
if len(item) > 80:
itemName = item[:80]
method(itemName, item, subMenuName=key, deleteOnClick=deleteOnClick, clipSave=clipSave)
menu.attachSubMenu(hotKey, key, key)
if menu:
menu.assignMenuHotKey()
def hotKeyPrintText(self, key, text, pressEnter=False, useKeyDelay=True):
Validator.notEmpty(text, "hotKeyPrintText on %s button" % Parser.parseHotKey(key))
self.key_bindings.append("\n%s::" % Parser.parseHotKey(key))
if useKeyDelay:
self.key_bindings.append(setKeyDelay(text))
self.key_bindings.append("SendRaw "+ text)
if pressEnter:
self.key_bindings.append("Send {enter}")
self.key_bindings.append("return")
def addAutoCompleteFromFile(self, filename):
print("[Config] Parsing autocomplete config file: " +
Parser.getShortFilePath(filename))
if not os.path.exists(filename) or not os.path.isfile(filename):
print("Error! %s file are not exists!" % filename)
return
stopParsing = False
applicationChosen = None
autoCompleteAppData = None
for line in open(filename, "r"):
command = su.trimComments(line)
if command:
if command.startswith('[') and command.endswith(
']'): #Works only for selected application
if Parser.gotIgnoreToken(command, autoCompleteAppData,
filename):
stopParsing = True
if applicationChosen and len(
autoCompleteAppData) or stopParsing:
print("[addAutoCompleteForApp] writing %s entries" %
len(autoCompleteAppData))
self.addAutoCompleteForApp(
application=applicationChosen,
data=autoCompleteAppData)
if stopParsing:
break
if command == TOKEN.END:
applicationChosen = None
continue
applicationChosen = Parser.getApp(command)
autoCompleteAppData = dict()
print("[addAutoCompleteForApp] Section for: " +
applicationChosen)
continue
if applicationChosen:
if '==' in command:
keyAndCommand = command.split('==')
if len(keyAndCommand) != 2:
print("Error! failed to parse; " + command)
continue
autoCompleteAppData[
keyAndCommand[0]] = keyAndCommand[1]
else:
name = self.createTextAlias(command)
if name:
autoCompleteAppData[name] = command
elif '==' in command: #Works in all applications
keyAndCommand = command.split('==')
if len(keyAndCommand) != 2:
print("Error! failed to parse; " + command)
continue
status = self.addAutoComplete(keyAndCommand[0],
keyAndCommand[1])
else:
status = self.addAutoCompleteSmart(command)
def hotKeyPrintText(self, key, text, pressEnter=False, useKeyDelay=True):
Validator.notEmpty(
text, "hotKeyPrintText on %s button" % Parser.parseHotKey(key))
self.key_bindings.append("\n%s::" % Parser.parseHotKey(key))
if useKeyDelay:
self.key_bindings.append(setKeyDelay(text))
self.key_bindings.append("SendRaw " + text)
if pressEnter:
self.key_bindings.append("Send {enter}")
self.key_bindings.append("return")
def generate():
print("Generating AHK Script...")
builder = ahk.ScriptBuilder()
for file in getFilesByMask(ahk.config_dir, "hotkeys", ".txt"):
builder.addHotKeysFromFile(file)
for file in getFilesByMask(ahk.config_dir, "autocomplete", ".txt"):
builder.addAutoCompleteFromFile(file)
for file in menu_files:
ahk.Menu.createPrintTextMenuFromFile(os.path.join(ahk.config_dir_name, file), builder)
if os.path.exists("most_useful_autohotkey_scripts.py"):
import most_useful_autohotkey_scripts as commons
top_scripts = commons.CommonScripts(builder)
if Parser.getCliArgument("--invert-wheel"):
top_scripts.invertMouseScrollWheel()
autocompl = commons.AutoComplete(builder, user_branches, user_remotes)
autocompl.insertCurrentDate_Time()
autocompl.insertCommonGitAliases()
if os.path.exists("application_specific_bindings.py"):
import application_specific_bindings as asp
asp.generate(builder)
builder.generateScript()
def generate():
print("Generating AHK Script...")
builder = ahk.ScriptBuilder()
for file in getFilesByMask(ahk.config_dir, "hotkeys", ".txt"):
builder.addHotKeysFromFile(file)
for file in getFilesByMask(ahk.config_dir, "autocomplete", ".txt"):
builder.addAutoCompleteFromFile(file)
for file in menu_files:
ahk.Menu.createPrintTextMenuFromFile(os.path.join(ahk.config_dir_name, file), builder)
if os.path.exists("most_useful_autohotkey_scripts.py"):
import most_useful_autohotkey_scripts as commons
top_scripts = commons.CommonScripts(builder)
if Parser.getCliArgument('--invert-wheel'):
top_scripts.invertMouseScrollWheel()
autocompl = commons.AutoComplete(builder, user_branches, user_remotes)
autocompl.insertCurrentDate_Time()
autocompl.insertCommonGitAliases()
if os.path.exists("application_specific_bindings.py"):
import application_specific_bindings as asp
asp.generate(builder)
builder.generateScript()
def setHotKeyAction(self, key, action, data):
if action == TOKEN.HK_PRINT:
self.hotKeyPrintText(key,
data,
pressEnter=False,
useKeyDelay=False)
elif action == TOKEN.HK_PASTE: #TODO will be implemented later, adding stub now
self.hotKeyPrintText(key,
data,
pressEnter=False,
useKeyDelay=False)
elif action == TOKEN.HK_WRAP:
# output = data.replace(TOKEN.SELECTED_TEXT, action) #TODO create new implementation with unlimited usages of [SELECTION]
if len(data.split(TOKEN.SELECTED_TEXT)) != 2:
print("Split %s length !=2 when parsing line: %s" %
(TOKEN.SELECTED_TEXT, data))
return
(textLeft, textRight) = data.split(TOKEN.SELECTED_TEXT)
self.hotKeyWrapSelectedText(key,
textLeft,
textRight,
pressEnter=False)
elif action == TOKEN.HK_INCLUDE_FILE:
if not key == TOKEN.HK_DEFINED_IN_FILE:
self.key_bindings.append("\n%s::" % Parser.parseHotKey(key))
self.key_bindings.append(includeFile(data))
def addAutoCompleteFromFile(self, filename):
print("[Config] Parsing autocomplete config file: " + Parser.getShortFilePath(filename))
if not os.path.exists(filename) or not os.path.isfile(filename):
print("Error! %s file are not exists!" % filename)
return
stopParsing = False
applicationChosen = None
autoCompleteAppData = None
for line in open(filename, "r"):
command = su.trimComments(line)
if command:
if command.startswith('[') and command.endswith(']'): #Works only for selected application
if Parser.gotIgnoreToken(command, autoCompleteAppData, filename):
stopParsing = True
if applicationChosen and len(autoCompleteAppData) or stopParsing:
print("[addAutoCompleteForApp] writing %s entries" % len(autoCompleteAppData))
self.addAutoCompleteForApp(application=applicationChosen, data=autoCompleteAppData)
if stopParsing:
break
if command == TOKEN.END:
applicationChosen = None
continue
applicationChosen = Parser.getApp(command)
autoCompleteAppData = dict()
print("[addAutoCompleteForApp] Section for: " + applicationChosen)
continue
if applicationChosen:
if '==' in command:
keyAndCommand = command.split('==')
if len(keyAndCommand) != 2:
print("Error! failed to parse; " + command)
continue
autoCompleteAppData[keyAndCommand[0]] = keyAndCommand[1]
else:
name = self.createTextAlias(command)
if name:
autoCompleteAppData[name] = command
elif '==' in command: #Works in all applications
keyAndCommand = command.split('==')
if len(keyAndCommand) != 2:
print("Error! failed to parse; " + command)
continue
status = self.addAutoComplete(keyAndCommand[0], keyAndCommand[1])
else:
status = self.addAutoCompleteSmart(command)
def addPasteText(self, itemName, text, subMenuName=None, deleteOnClick=False, clipSave=True):
Validator.notEmpty(text, "addPasteText for itemName %s " % itemName)
itemName = Parser.filterMenuItemName(itemName)
print("[PasteText] %s" % text)
handler = self.createHandlerId()
if not subMenuName:
subMenuName=self.name
self.builder.menu_tree.append("Menu, %s, Add, %s, %s" % (subMenuName, itemName, handler))
self.builder.handlers.append(handler + ":")
self.pasteTextHandler(text, sendPaste=False, clipSave=False)
def hotKeyWrapSelectedText(self,
key,
textLeft,
textRight,
pressEnter=False):
Validator.notEmpty(
textLeft, "hotKeyWrapSelectedText <textLeft> on %s button" %
Parser.parseHotKey(key))
Validator.notEmpty(
textRight, "hotKeyWrapSelectedText <textRight> on %s button" %
Parser.parseHotKey(key))
self.key_bindings.append("\n%s::" % Parser.parseHotKey(key))
self.key_bindings.append("""
ClipSaved := ClipboardAll
Clipboard =
Send ^x
ClipWait 1
SendInput %s
Send ^v
SendInput %s
Clipboard := ClipSaved
ClipSaved =
Return
""" % (textLeft, textRight))
def hotKeyWrapSelectedText(self, key, textLeft, textRight, pressEnter=False):
Validator.notEmpty(textLeft, "hotKeyWrapSelectedText <textLeft> on %s button" % Parser.parseHotKey(key))
Validator.notEmpty(textRight, "hotKeyWrapSelectedText <textRight> on %s button" % Parser.parseHotKey(key))
self.key_bindings.append("\n%s::" % Parser.parseHotKey(key))
self.key_bindings.append("""
ClipSaved := ClipboardAll
Clipboard =
Send ^x
ClipWait 1
SendInput %s
Send ^v
SendInput %s
Clipboard := ClipSaved
ClipSaved =
Return
""" % (textLeft, textRight))
def addPasteText(self,
itemName,
text,
subMenuName=None,
deleteOnClick=False,
clipSave=True):
Validator.notEmpty(text, "addPasteText for itemName %s " % itemName)
itemName = Parser.filterMenuItemName(itemName)
print("[PasteText] %s" % text)
handler = self.createHandlerId()
if not subMenuName:
subMenuName = self.name
self.builder.menu_tree.append("Menu, %s, Add, %s, %s" %
(subMenuName, itemName, handler))
self.builder.handlers.append(handler + ":")
self.pasteTextHandler(text, sendPaste=False, clipSave=False)
def setHotKeyAction(self, key, action, data):
if action == TOKEN.HK_PRINT:
self.hotKeyPrintText(key, data, pressEnter=False, useKeyDelay=False)
elif action == TOKEN.HK_PASTE: #TODO will be implemented later, adding stub now
self.hotKeyPrintText(key, data, pressEnter=False, useKeyDelay=False)
elif action == TOKEN.HK_WRAP:
# output = data.replace(TOKEN.SELECTED_TEXT, action) #TODO create new implementation with unlimited usages of [SELECTION]
if len(data.split(TOKEN.SELECTED_TEXT)) != 2:
print("Split %s length !=2 when parsing line: %s" % (TOKEN.SELECTED_TEXT ,data))
return
(textLeft, textRight) = data.split(TOKEN.SELECTED_TEXT)
self.hotKeyWrapSelectedText(key, textLeft, textRight, pressEnter=False)
elif action == TOKEN.HK_INCLUDE_FILE:
if not key == TOKEN.HK_DEFINED_IN_FILE:
self.key_bindings.append("\n%s::" % Parser.parseHotKey(key))
self.key_bindings.append(includeFile(data))
#Author: Artem Mamchych
import ahkutils as ahk
from utils.configfileparser import Parser
if __name__ == "__main__":
builder = ahk.ScriptBuilder()
for file in Parser.getCliArgument('--menufiles='):
ahk.script_file_name = file + ".ahk"
ahk.Menu.createPrintTextMenuFromFile(file, builder)
builder.generateScript()
def assignMenuHotKey(self):
self.builder.menu_tree.append("return ; End of menu tree definition section.")
self.builder.menu_key_bindings.append("%s::Menu, %s, Show ; i.e. press the Win-%s hotkey to show the menu.\n" % (Parser.parseHotKey(self.key), self.name, self.key))
def createPrintTextMenuFromFile(filename, builder):
print("[Config] Parsing menu config file: " +
Parser.getShortFilePath(filename))
if not os.path.exists(filename) or not os.path.isfile(filename):
print("Error! %s file are not exists!" % filename)
return
menu = None
deleteOnClick = False
clipSave = True
method = None
import json
data = json.loads(Parser.readFileAsString(filename))
if not len(data['MenuItems']):
error(
"Invalid JSON file [%s] MenuItems dictionary is empty or invalid!"
% filename)
if data['MenuSettings'] and data['MenuSettings']['Hotkey']:
hotKey = data['MenuSettings']['Hotkey']
menu = Menu(hotKey, hotKey, builder)
else:
error(
"Invalid JSON file [%s] MenuSettings.Hotkey value is not provided!"
% filename)
if data['MenuSettings']['clipSave'] == 'false':
clipSave = False
elif data['MenuSettings']['clipSave'] == 'true':
clipSave = True
if data['MenuSettings']['deleteOnClick'] == 'true':
deleteOnClick = True
elif data['MenuSettings']['deleteOnClick'] == 'false':
deleteOnClick = False
else:
error(
"Invalid JSON file [%s] MenuSettings.deleteOnClick value is not provided!"
)
if data['MenuSettings']['mode'] == 'print':
method = menu.addPrintText
elif data['MenuSettings']['mode'] == 'clipboard' or data[
'MenuSettings']['mode'] == 'paste':
method = menu.addPasteText
else:
error(
"Invalid JSON file [%s] MenuSettings.mode value is not provided!"
)
for key, subMenu in data['MenuItems'].iteritems():
if key == 'MenuSettings':
continue
if isinstance(subMenu, dict):
for itemName, itemValue in subMenu.iteritems():
method(itemName,
itemValue,
subMenuName=key,
deleteOnClick=deleteOnClick,
clipSave=clipSave)
menu.attachSubMenu(hotKey, key, key)
if isinstance(subMenu, list):
for item in subMenu:
#If got empty json element ("",) - skip it
if not item:
continue
itemName = item
if len(item) > 80:
itemName = item[:80]
method(itemName,
item,
subMenuName=key,
deleteOnClick=deleteOnClick,
clipSave=clipSave)
menu.attachSubMenu(hotKey, key, key)
if menu:
menu.assignMenuHotKey()
def assignMenuHotKey(self):
self.builder.menu_tree.append(
"return ; End of menu tree definition section.")
self.builder.menu_key_bindings.append(
"%s::Menu, %s, Show ; i.e. press the Win-%s hotkey to show the menu.\n"
% (Parser.parseHotKey(self.key), self.name, self.key))
# Author: Artem Mamchych
import ahkutils as ahk
from utils.configfileparser import Parser
if __name__ == "__main__":
builder = ahk.ScriptBuilder()
for file in Parser.getCliArgument("--menufiles="):
ahk.script_file_name = file + ".ahk"
ahk.Menu.createPrintTextMenuFromFile(file, builder)
builder.generateScript()
if Parser.getCliArgument("--invert-wheel"):
top_scripts.invertMouseScrollWheel()
autocompl = commons.AutoComplete(builder, user_branches, user_remotes)
autocompl.insertCurrentDate_Time()
autocompl.insertCommonGitAliases()
if os.path.exists("application_specific_bindings.py"):
import application_specific_bindings as asp
asp.generate(builder)
builder.generateScript()
def getFilesByMask(directory, prefix, extension):
files = list()
os.chdir(directory)
for file in os.listdir("."):
if file.endswith(extension) and prefix in file:
files.append(os.path.join(ahk.config_dir, file))
os.chdir(sys.path[0])
return files
if __name__ == "__main__":
# List type (--branches=master,develop,experimental) command line arguments are fetched here
user_branches = Parser.getCliArgument("--branches=")
user_remotes = Parser.getCliArgument("--remotes=")
menu_files = Parser.getCliArgument("--menufiles=")
generate()
if os.path.exists("most_useful_autohotkey_scripts.py"):
import most_useful_autohotkey_scripts as commons
top_scripts = commons.CommonScripts(builder)
if Parser.getCliArgument('--invert-wheel'):
top_scripts.invertMouseScrollWheel()
autocompl = commons.AutoComplete(builder, user_branches, user_remotes)
autocompl.insertCurrentDate_Time()
autocompl.insertCommonGitAliases()
if os.path.exists("application_specific_bindings.py"):
import application_specific_bindings as asp
asp.generate(builder)
builder.generateScript()
def getFilesByMask(directory, prefix, extension):
files = list()
os.chdir(directory)
for file in os.listdir("."):
if file.endswith(extension) and prefix in file:
files.append(os.path.join(ahk.config_dir, file))
os.chdir(sys.path[0])
return files
if __name__ == "__main__":
#List type (--branches=master,develop,experimental) command line arguments are fetched here
user_branches = Parser.getCliArgument('--branches=')
user_remotes = Parser.getCliArgument('--remotes=')
menu_files = Parser.getCliArgument('--menufiles=')
generate()
