def putCode(keyhandles, parser, commands, added_qualifiers):
keys = parser.getKeys() + parser.getQualifiersWithoutFocusAndMouse(
) + added_qualifiers
firstkey = keys.pop(0)
command = " ".join(commands)
pythoncall = commands[0] + "(" + ",".join(commands[1:]) + ")"
#print "addkeybinding:", commands, keysub[firstkey] + " " + " ".join(sorted(map(lambda x:keysub[x],keys))), pythoncall
ra.addKeybinding(
command, keysub[firstkey] + " " +
" ".join(sorted(map(lambda x: keysub[x], keys))))
#pythoncall=commands.pop(0)
#pythoncall+="("
#while len(commands)>1:
# pythoncall+=commands.pop(0)+","
# if len(commands)>0:
# pythoncall+=commands.pop(0)
# pythoncall+=")"
if pythoncall == "ra.undo()":
print "adding \"%s\", line: %d, firstkey: %d, keys: %s" % (
pythoncall, parser.getCurrLineNum(), firstkey, keys)
if keyhandles[firstkey].addHandle(
keys, compile(pythoncall, '<string>', 'single')) == False:
# Note. This doesn't happen anymore. Redefining a keybinding is allowed.
message = "Keybindings for command \"%s\" in line %d is already used" % (
pythoncall, parser.getCurrLineNum())
print message
ra.addMessage(message)
return False
return True
def parse_user_keys():
import codecs
if not ra.hasConfPath("keys"):
return
user_key_file = ra.getConfPath("keys")
try:
f = open(user_key_file, 'r')
filecontent = f.read()
f.close()
except:
try:
filecontent = codecs.open(user_key_file, "r", "latin-1").read()
except:
return
for line in filecontent.split('\n'):
line = line.split('#')[0].strip()
if len(line) == 0:
continue
elif '=' not in line:
print '"Error: Malformed line in "' + user_key_file + '": ' + "'" + line + "'"
ra.addMessage('"Error: Malformed line in "' + user_key_file +
'": ' + "'" + line + "'")
sys.exit(-1)
else:
key, value = line.split("=")
code2read[key.strip()] = value.strip()
def putCode(keyhandles,parser,commands,added_qualifiers):
keys=parser.getKeys()+parser.getQualifiers()+added_qualifiers
firstkey=keys.pop(0)
command = " ".join(commands)
pythoncall = commands[0] + "(" + ",".join(commands[1:]) + ")"
#print "addkeybinding:", commands, keysub[firstkey] + " " + " ".join(sorted(map(lambda x:keysub[x],keys))), pythoncall
ra.addKeybinding(command, keysub[firstkey] + " " + " ".join(sorted(map(lambda x:keysub[x],keys))))
#pythoncall=commands.pop(0)
#pythoncall+="("
#while len(commands)>1:
# pythoncall+=commands.pop(0)+","
# if len(commands)>0:
# pythoncall+=commands.pop(0)
# pythoncall+=")"
if pythoncall=="ra.undo()":
print "adding \"%s\", line: %d, firstkey: %d, keys: %s" % (pythoncall,parser.getCurrLineNum(),firstkey,keys)
if keyhandles[firstkey].addHandle(keys,compile(pythoncall,'<string>','single'))==False:
# Note. This doesn't happen anymore. Redefining a keybinding is allowed.
message = "Keybindings for command \"%s\" in line %d is already used" % (pythoncall , parser.getCurrLineNum())
print message
ra.addMessage(message)
return False
return True
def __init__(self, filename):
if not '_keybindingsdict' in dir(ra):
ra.addMessage("Error. Unable to generate menues.")
try:
keybindingsdict = ra._keybindingsdict
except:
print sys.exc_info()
message = traceback.format_exc()
print message
ra.addMessage("Unable to generate menues. (" +
str(sys.exc_info()) + ")")
#print "AAAAAAAAAAAA",keybindingsdict
file = open(filename, 'r')
self.lines = map(
lambda x: self.constructmenuitemstring(string.split(x, "|"),
keybindingsdict),
filter(lambda x: len(x) > 0 and x[0] != "#",
map(lambda x: string.rstrip(x), file.readlines())))
file.close()
self.currline = 0
def parse_and_show_errors():
global keyhandles
old_stdout = sys.stdout
old_stderr = sys.stderr
if platform.system() != "Linux": # and os.isatty(sys.stdout.fileno()):
sys.stdout = NullWriter()
sys.stderr = NullWriter()
ret = False
old_keyhandles = keyhandles
try:
resetKeyHandles()
ret = parse()
except:
print sys.exc_info()
#radium.addMessage("Couldn't create keybindings dict. ("+str(sys.exc_info())+")")
message = traceback.format_exc()
print message
#radium.addMessage("Loading "+filename+" failed.") # If this is a valid module file, please send it to [email protected] ("+str(e)+")")
# for m in message.split("\n"):
ra.addMessage("Couldn't parse keybindings file.\n\nBacktrace:<pre>"+message+"</pre>")
keyhandles = old_keyhandles
if platform.system() != "Linux": # and os.isatty(sys.stdout.fileno()):
sys.stdout = old_stdout
sys.stderr = old_stderr
return ret
def get_file_handles():
try:
infilehandle=open(sys.argv[1],'r')
except:
print "Cant open1 -%s-" % sys.argv[1]
ra.addMessage("Cant open %s" % sys.argv[1])
sys.exit(1)
try:
infilehandle2=open(sys.argv[2],'r')
except:
print "Cant open2 -%s-" % sys.argv[2]
infilehandle2 = None
#print "Cant open %s" % sys.argv[2], infilehandle2
#sys.exit(-1)
try:
outfilehandle=open(os.path.join(os.path.expanduser("~"), ".radium", "generated_keybinding_code.py"),'w+')
outfilehandle.write("#Do not edit. This file is automatically generated from keybindings.config.\n")
except:
message = "Could not write to \"" + os.path.join(os.path.expanduser("~"), ".radium", "generated_keybinding_code.py") + "\"."
print message
ra.addMessage(message)
outfilehandle = False
return infilehandle, infilehandle2, outfilehandle
def get_file_handles():
try:
infilehandle = open(sys.argv[1], 'r')
except:
print "Cant open1 -%s-" % sys.argv[1]
ra.addMessage("Cant open %s" % sys.argv[1])
sys.exit(1)
try:
infilehandle2 = open(sys.argv[2], 'r')
except:
print "Cant open2 -%s-" % sys.argv[2]
infilehandle2 = None
#print "Cant open %s" % sys.argv[2], infilehandle2
#sys.exit(-1)
try:
outfilehandle = open(
os.path.join(os.path.expanduser("~"), ".radium",
"generated_keybinding_code.py"), 'w+')
outfilehandle.write(
"#Do not edit. This file is automatically generated from keybindings.config.\n"
)
except:
message = "Could not write to \"" + os.path.join(
os.path.expanduser("~"), ".radium",
"generated_keybinding_code.py") + "\"."
print message
ra.addMessage(message)
outfilehandle = False
return infilehandle, infilehandle2, outfilehandle
def parse_and_show_errors():
global keyhandles
old_stdout = sys.stdout
old_stderr = sys.stderr
if platform.system() != "Linux": # and os.isatty(sys.stdout.fileno()):
sys.stdout = NullWriter()
sys.stderr = NullWriter()
ret = False
old_keyhandles = keyhandles
try:
resetKeyHandles()
ret = parse()
except:
print sys.exc_info()
#radium.addMessage("Couldn't create keybindings dict. ("+str(sys.exc_info())+")")
message = traceback.format_exc()
print message
#radium.addMessage("Loading "+filename+" failed.") # If this is a valid module file, please send it to [email protected] ("+str(e)+")")
# for m in message.split("\n"):
ra.addMessage("Couldn't parse keybindings file.\n\nBacktrace:<pre>" +
message + "</pre>")
keyhandles = old_keyhandles
if platform.system() != "Linux": # and os.isatty(sys.stdout.fileno()):
sys.stdout = old_stdout
sys.stderr = old_stderr
return ret
def gotKey(windownum,key,keys):
try:
global keyhandles
#print "*********** key: " + keysub[key] + ". keys: " + str(map(lambda k:keysub[k], keys))
return keyhandles[key].exe(windownum,keys);
except:
traceback.print_exc(file=sys.stdout)
ra.addMessage("Keybinding error.\n\nBacktrace:<pre>" + traceback.format_exc() + "</pre>")
return True
def get_tracks(filename):
if filename=="":
filename = radium.getLoadFilename("Choose midi file", "*.mid *.MID *.midi *.MIDI")
if not filename or filename=="":
return False
try:
tracks = midi.read_midifile(filename)
except:
radium.addMessage("Could not read "+filename+". Either file doesn't exist, or it could not be read as a standard midi file.");
return False
return tracks
def putCode(keyhandles, parser, codestring, added_qualifiers):
keys = parser.getKeys() + parser.getQualifiers() + added_qualifiers
firstkey = keys.pop(0)
#print "adding \"%s\", line: %d, firstkey: %d, keys: %s" % (codestring,parser.getCurrLineNum(),firstkey,keys)
if keyhandles[firstkey].addHandle(
keys, compile(codestring, '<string>', 'single')) == False:
# Note. This doesn't happen anymore. Redefining a keybinding is allowed.
message = "Keybindings for command \"%s\" in line %d is already used" % (
codestring, parser.getCurrLineNum())
print message
radium.addMessage(message)
return False
return True
def get_tracks(filename):
if filename == "":
filename = radium.getLoadFilename("Choose midi file",
"*.mid *.MID *.midi *.MIDI")
if not filename or filename == "":
return False
try:
tracks = midi.read_midifile(filename)
except:
radium.addMessage(
"Could not read " + filename +
". Either file doesn't exist, or it could not be read as a standard midi file."
)
return False
return tracks
def get_tracks(filename):
if filename == "":
filename = radium.getLoadFilename("Choose midi file",
"*.mid *.MID *.midi *.MIDI")
if not filename or filename == "" or radium.isIllegalFilepath(filename):
return False
try:
filename = radium.getPathString(filename)
tracks = midi.read_midifile(filename)
except:
message = traceback.format_exc()
radium.addMessage(
"Gakk. Could not read " + filename +
". Either file doesn't exist, or it could not be read as a standard midi file.\n\n"
+ message)
return False
return tracks
def nextLine(self):
if not self.readNextLine():
return "ENDFILE"
if self.currline[0:1] == '*':
if self.linetype == "GOINGTOINSERTCODE":
self.linetype = "INSERTCODELAST"
else:
if self.linetype == "INSERTCODE":
self.linetype = "INSERTCODELAST"
else:
if self.linetype == "INSERTCLEANCODE":
self.linetype = "INSERTCLEANCODELAST"
else:
self.linetype = "GOINGTOINSERTCLEANCODE"
else:
if self.linetype == "GOINGTOINSERTCODE":
self.linetype = "INSERTCODE"
if self.linetype == "GOINGTOINSERTCLEANCODE":
self.linetype = "INSERTCLEANCODE"
if self.linetype == "INSERTCODELAST" or self.linetype == "INSERTCLEANCODELAST":
self.linetype = "NORMAL"
if self.linetype == "NORMAL" or self.linetype == "SKIP":
if self.currline[-2:] == "* ":
self.linetype = "GOINGTOINSERTCODE"
parts = self.parser.getParts()
keys = []
self.command = []
for lokke in range(len(parts)):
if parts[lokke] == ":":
keys = parts[:lokke]
self.command = parts[lokke + 1:]
break
lokke = 0
while lokke < len(keys):
key = tuple_has_key(keysub, keys[lokke])
if key == -1:
key = tuple_has_key(qualsub, keys[lokke])
if (key != -1):
key += tuple_has_key(keysub, "CTRL_L")
if key == -1:
message = "Unknown key \"" + keys[
lokke] + "\" in line %d in keyconfig file." % self.linenum
print message
ra.addMessage(message)
del keys[lokke]
self.linetype = "ERROR"
return "OK"
else:
keys[lokke] = key
lokke += 1
keys.sort()
new_keys = []
self.qualifiers = []
for key in keys:
if key_is_qualifier(key):
self.qualifiers.append(key)
else:
new_keys.append(key)
new_keys.sort()
self.qualifiers.sort()
if len(keys) > len(self.qualifiers): # ????????
self.keys = new_keys
if self.linetype != "GOINGTOINSERTCODE":
if len(self.command) == 0:
self.linetype = "SKIP"
else:
self.linetype = "NORMAL"
#print "------------------------------------------>"
#print "command: %s" % self.command
#print "self.qualifiers: %s" % str(map(lambda k:keysub[k], self.qualifiers))
#print "self.keys: %s " % str(map(lambda k:keysub[k], self.keys))
#print "<------------------------------------------"
return "OK"
def parse():
global keyhandles
keybindingsdict = {}
filehandle, filehandle2, outfilehandle = get_file_handles()
parser = Parser(filehandle, filehandle2)
defnum = 0
reader = protoconfparser.Read()
while parser.nextLine() != "ENDFILE":
if outfilehandle:
if parser.getLineType() == "GOINGTOINSERTCODE":
outfilehandle.write("def radium_generated_keycodedef%d():\n" %
defnum)
if parser.getLineType() == "INSERTCODE":
outfilehandle.write(parser.getCurrLine() + "\n")
if parser.getLineType() == "INSERTCODELAST":
#outfilehandle.write("\treturn\n")
outfilehandle.write("\n")
addIt(keyhandles, parser,
"keybinding.radium_generated_keycodedef%d()" % defnum)
defnum += 1
if parser.getLineType() == "INSERTCLEANCODE":
outfilehandle.write(parser.getCurrLine() + "\n")
if parser.getLineType() == "ERROR":
return False
if parser.getLineType() == "NORMAL":
commands = parser.getCommands()
lokke = 2
while lokke < len(commands):
if commands[lokke][0] == "+":
add = int(commands.pop(lokke)[1:])
commands[lokke -
1] = "%d" % (int(commands[lokke - 1]) + add)
elif commands[lokke][0] == "-":
add = int(commands.pop(lokke)[1:])
commands[lokke -
1] = "%d" % (int(commands[lokke - 1]) - add)
elif commands[lokke][0] == "*":
add = int(commands.pop(lokke)[1:])
commands[lokke -
1] = "%d" % (int(commands[lokke - 1]) * add)
elif commands[lokke][0] == "/":
add = int(commands.pop(lokke)[1:])
commands[lokke -
1] = "%d" % (int(commands[lokke - 1]) / add)
lokke += 1
command = commands[0]
for c in commands[1:]:
command += " " + c
keybindingsdict[command] = [
map(lambda x: keysub[x], parser.getKeys()),
map(lambda x: keysub[x], parser.getQualifiers())
]
#print "commands", commands
pythoncall = commands.pop(0)
pythoncall += "("
while len(commands) > 1:
pythoncall += commands.pop(0) + ","
if len(commands) > 0:
pythoncall += commands.pop(0)
pythoncall += ")"
keys = parser.getKeys() + parser.getQualifiers()
firstkey = keys.pop(0)
#printsak(0,keyhandles,parser,command)
addIt(keyhandles, parser, pythoncall)
try:
radium._keybindingsdict = keybindingsdict
except:
print sys.exc_info()
radium.addMessage("Couldn't create keybindings dict. (" +
str(sys.exc_info()) + ")")
try:
if filehandle:
filehandle.close()
if filehandle2:
filehandle2.close()
if outfilehandle:
outfilehandle.close()
except:
print "Could not close file. Out of disk space?"
#sys.exit(3)
reload(keybinding
) # i.e re-do "import generated_keybinding_code as keybinding"
#sys.exit(1)
#print "BBBBBB",radium._keybindingsdict
return True
ra=radium
print "Parsing keybindings.conf..."
#profile.run("KeyConfer(infilehandle,outfilehandle)","fooprof")
try:
keybindingsparser.init(sys.argv[1], sys.argv[2])
except:
print sys.exc_info()
#radium.addMessage("Couldn't create keybindings dict. ("+str(sys.exc_info())+")")
message = traceback.format_exc()
#radium.addMessage("Loading "+filename+" failed.") # If this is a valid module file, please send it to [email protected] ("+str(e)+")")
# for m in message.split("\n"):
radium.addMessage("Couldn't parse keybindings file.\n\nBacktrace:"+message)
sys.exit(6)
# Wait parsing keybindings. If we do it here, we run code in keybindings.conf, but the program isn't finished initializing at this point.
#if keybindingsparser.parse_and_show_errors()==False:
# sys.exit(5)
# Hack to fix generated_keybinding_code to load during startup. This is not necessary when calling reloadKeybindings(), so I don't know why this is. Maybe some file cache thing.
# Didn't work (I thought it worked once, but maybe not). Instead we call reloadKeybindings() in Qt_Main.cpp after startup..
#if keybindingsparser.parse_and_show_errors()==False:
# sys.exit(50)
#import os
#os.system("/usr/bin/givertcap")
ra = radium
print "Parsing keybindings.conf..."
#profile.run("KeyConfer(infilehandle,outfilehandle)","fooprof")
try:
keybindingsparser.init(sys.argv[1], sys.argv[2])
except:
print sys.exc_info()
#radium.addMessage("Couldn't create keybindings dict. ("+str(sys.exc_info())+")")
message = traceback.format_exc()
#radium.addMessage("Loading "+filename+" failed.") # If this is a valid module file, please send it to [email protected] ("+str(e)+")")
# for m in message.split("\n"):
radium.addMessage("Couldn't parse keybindings file.\n\nBacktrace:" +
message)
sys.exit(6)
if keybindingsparser.parse_and_show_errors() == False:
sys.exit(5)
import generated_keybinding_code as keybinding
#import os
#os.system("/usr/bin/givertcap")
pid = os.getpid()
# Seems like Ctrl+C is handled properly without this code now. This block is also disabled now since it sometimes caused the main process hang if program crashed, and you had to run "killall -9 radium" or similar.
if False: #hasattr(os,'fork') and os.fork()==0:
import signal, time
def nextLine(self):
if not self.readNextLine():
return "ENDFILE"
if self.currline[0:1]=='*':
if self.linetype=="GOINGTOINSERTCODE":
self.linetype="INSERTCODELAST"
else:
if self.linetype=="INSERTCODE":
self.linetype="INSERTCODELAST"
else:
if self.linetype=="INSERTCLEANCODE":
self.linetype="INSERTCLEANCODELAST"
else:
self.linetype="GOINGTOINSERTCLEANCODE"
else:
if self.linetype=="GOINGTOINSERTCODE":
self.linetype="INSERTCODE"
if self.linetype=="GOINGTOINSERTCLEANCODE":
self.linetype="INSERTCLEANCODE"
if self.linetype=="INSERTCODELAST" or self.linetype=="INSERTCLEANCODELAST":
self.linetype="NORMAL"
if self.linetype=="NORMAL" or self.linetype=="SKIP":
if self.currline[-2:]=="* ":
self.linetype="GOINGTOINSERTCODE"
parts=self.parser.getParts()
keys=[]
self.command=[]
for lokke in range(len(parts)):
if parts[lokke]==":":
keys=parts[:lokke]
self.command=parts[lokke+1:]
break
lokke=0
while lokke<len(keys):
key=tuple_has_key(keysub,keys[lokke])
if key==-1:
key=tuple_has_key(qualsub,keys[lokke])
if(key!=-1):
key+=tuple_has_key(keysub,"CTRL_L")
if key==-1:
message = "Unknown key \""+keys[lokke] +"\" in line %d in keyconfig file." % self.linenum
print message
ra.addMessage(message)
del keys[lokke]
self.linetype="ERROR"
return "OK"
else:
keys[lokke]=key
lokke+=1
keys.sort()
new_keys = []
self.qualifiers = []
for key in keys:
if key_is_qualifier(key):
self.qualifiers.append(key)
else:
new_keys.append(key)
new_keys.sort()
self.qualifiers.sort()
if len(keys)>len(self.qualifiers): # ????????
self.keys=new_keys
if self.linetype!="GOINGTOINSERTCODE":
if len(self.command)==0:
self.linetype="SKIP"
else:
self.linetype="NORMAL"
#print "------------------------------------------>"
#print "command: %s" % self.command
#print "self.qualifiers: %s" % str(map(lambda k:keysub[k], self.qualifiers))
#print "self.keys: %s " % str(map(lambda k:keysub[k], self.keys))
#print "<------------------------------------------"
return "OK"
