# along with this program (gpl.txt); if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
-import os, sys, re, subprocess
-from PyQt4 import QtGui
+import os, re, subprocess
from selector_window import PositionSelection
-app = QtGui.QApplication(sys.argv)
+import gui
# for auto-config: common names of internal connectors
commonInternalConnectorNames = ['LVDS', 'LVDS0', 'LVDS1', 'LVDS-0', 'LVDS-1']
curKey = line[:pos].strip()
result[curKey] = shlex.split(line[pos+1:]) # shlex.split also strips
except Exception:
- raise Exception("Invalid config, line %d: Error parsing line (quoting issue?)" % linenr)
+ raise Exception("Invalid config, line %d: Error parsing line (quoting issue?)." % linenr)
# add some convencience get functions
return result
assert connector is not None
connectors[connector].append((int(m.groups()[0]), int(m.groups()[1])))
p.communicate()
- if p.returncode != 0: raise Exception("Querying xrandr for data failed")
+ if p.returncode != 0: raise Exception("Querying xrandr for data failed.")
return connectors
def res2xrandr(res):
return connector
return None
-# load connectors and options
-connectors = getXrandrInformation()
-config = loadConfigFile(os.getenv('HOME') + '/.dsl.conf')
-# find internal connector
-if 'internalConnector' in config:
- if len(config['internalConnector']) != 1:
- raise Exception("You must specify exactly one internal connector")
- internalConnector = config['internalConnector'][0]
- if not internalConnector in connectors:
- raise Exception("Connector %s does not exist, there is an error in your config file" % internalConnector)
-else:
- # auto-config
- internalConnector = findAvailableConnector(commonInternalConnectorNames)
- if internalConnector is None:
- raise Exception("Could not automatically find internal connector, please use ~/.dsl.conf to specify it manually")
-# all the rest is external then, obviously - unless the user wants to do that manually
-if 'externalConnectors' in config:
- externalConnectors = config['externalConnectors']
- for connector in externalConnectors:
- if not connector in connectors:
- raise Exception("Connector %s does not exist, there is an error in your config file" % internalConnector)
-else:
- externalConnectors = connectors.keys()
- externalConnectors.remove(internalConnector)
-if not externalConnectors:
- raise Exception("No external connector found - either your config is wrong, or your machine has only one connector")
+# the main function
+def main():
+ # load connectors and options
+ connectors = getXrandrInformation()
+ config = loadConfigFile(os.getenv('HOME') + '/.dsl.conf')
+ # find internal connector
+ if 'internalConnector' in config:
+ if len(config['internalConnector']) != 1:
+ raise Exception("You must specify exactly one internal connector.")
+ internalConnector = config['internalConnector'][0]
+ if not internalConnector in connectors:
+ raise Exception("Connector %s does not exist, there is an error in your config file." % internalConnector)
+ else:
+ # auto-config
+ internalConnector = findAvailableConnector(commonInternalConnectorNames)
+ if internalConnector is None:
+ raise Exception("Could not automatically find internal connector, please use ~/.dsl.conf to specify it manually.")
+ # all the rest is external then, obviously - unless the user wants to do that manually
+ if 'externalConnectors' in config:
+ externalConnectors = config['externalConnectors']
+ for connector in externalConnectors:
+ if not connector in connectors:
+ raise Exception("Connector %s does not exist, there is an error in your config file." % internalConnector)
+ else:
+ externalConnectors = connectors.keys()
+ externalConnectors.remove(internalConnector)
+ if not externalConnectors:
+ raise Exception("No external connector found - either your config is wrong, or your machine has only one connector.")
-# default: screen off
-args = {} # maps connector names to xrand arguments
-for c in externalConnectors+[internalConnector]:
- args[c] = ["--off"]
+ # default: screen off
+ args = {} # maps connector names to xrand arguments
+ for c in externalConnectors+[internalConnector]:
+ args[c] = ["--off"]
-# Check what to do
-usedExternalConnector = findAvailableConnector(externalConnectors) # *the* external connector which is actually used
-if usedExternalConnector is not None: # there's an external screen connected, we need to ask what to do
- internalResolutions = connectors[internalConnector]
- externalResolutions = connectors[usedExternalConnector]
- extPosition = PositionSelection(usedExternalConnector, map(res2user, internalResolutions), map(res2user, externalResolutions))
- extPosition.exec_()
- if not extPosition.result(): sys.exit(1) # the user canceled
- extResolution = res2xrandr(externalResolutions[extPosition.extResolutions.currentIndex()])
- intResolution = res2xrandr(internalResolutions[extPosition.intResolutions.currentIndex()])
- # build command-line
- args[usedExternalConnector] = ["--mode", extResolution] # set external screen to desired resolution
- if extPosition.extOnly.isChecked():
- args[usedExternalConnector] += ["--primary"]
- else:
- # there are two screens
- args[internalConnector] = ["--mode", intResolution] # set internal screen to desired resolution
- # set position
- if extPosition.posLeft.isChecked():
- args[usedExternalConnector] += ["--left-of", internalConnector]
- else:
- args[usedExternalConnector] += ["--right-of", internalConnector]
- # set primary screen
- if extPosition.primExt.isChecked():
+ # Check what to do
+ usedExternalConnector = findAvailableConnector(externalConnectors) # *the* external connector which is actually used
+ if usedExternalConnector is not None: # there's an external screen connected, we need to ask what to do
+ internalResolutions = connectors[internalConnector]
+ externalResolutions = connectors[usedExternalConnector]
+ extPosition = PositionSelection(usedExternalConnector, map(res2user, internalResolutions), map(res2user, externalResolutions))
+ extPosition.exec_()
+ if not extPosition.result(): sys.exit(1) # the user canceled
+ extResolution = res2xrandr(externalResolutions[extPosition.extResolutions.currentIndex()])
+ intResolution = res2xrandr(internalResolutions[extPosition.intResolutions.currentIndex()])
+ # build command-line
+ args[usedExternalConnector] = ["--mode", extResolution] # set external screen to desired resolution
+ if extPosition.extOnly.isChecked():
args[usedExternalConnector] += ["--primary"]
else:
- args[internalConnector] += ["--primary"]
-else:
- # use first resolution
- args[internalConnector] = ["--mode", res2xrandr(connectors[internalConnector][0]), "--primary"]
-# and do it
-call = ["xrandr"]
-for name in args:
- call += ["--output", name] + args[name]
-print "Call that will be made:",call
-subprocess.check_call(call)
+ # there are two screens
+ args[internalConnector] = ["--mode", intResolution] # set internal screen to desired resolution
+ # set position
+ if extPosition.posLeft.isChecked():
+ args[usedExternalConnector] += ["--left-of", internalConnector]
+ else:
+ args[usedExternalConnector] += ["--right-of", internalConnector]
+ # set primary screen
+ if extPosition.primExt.isChecked():
+ args[usedExternalConnector] += ["--primary"]
+ else:
+ args[internalConnector] += ["--primary"]
+ else:
+ # use first resolution
+ args[internalConnector] = ["--mode", res2xrandr(connectors[internalConnector][0]), "--primary"]
+ # and do it
+ call = ["xrandr"]
+ for name in args:
+ call += ["--output", name] + args[name]
+ print "Call that will be made:",call
+ subprocess.check_call(call)
+
+# if we run top-level
+if __name__ == "__main__":
+ try:
+ main()
+ except Exception as e:
+ gui.error(str(e))
+ raise
projects / lilass.git / blobdiff