def doit(self):
""" set the command and start the thread. """
self.commandThread = CommandThread()
# self.commandThread.setCommand("echo 1; sleep 1; echo 2; sleep 2; echo 3")
# self.commandThread.setCommand("play /usr/share/sounds/gnome/default/alerts/bark.ogg")
self.commandThread.setCommand(
'ssh cubieboard2.local ls /tmp; echo "ZACKBUMM"; ssh -v cubieboard2.local ls /tmp'
)
print "Starting CommandThread"
self.commandThread.start()
class MainApplication:
""" a class for the main application """
def __init__(self):
""" constructor defines a thread variable, but doesnt construct the thread,
because threads can only be started once. """
print "Creating CommandThread"
self.commandThread = None
def doit(self):
""" set the command and start the thread. """
self.commandThread = CommandThread()
# self.commandThread.setCommand("echo 1; sleep 1; echo 2; sleep 2; echo 3")
# self.commandThread.setCommand("play /usr/share/sounds/gnome/default/alerts/bark.ogg")
self.commandThread.setCommand(
'ssh cubieboard2.local ls /tmp; echo "ZACKBUMM"; ssh -v cubieboard2.local ls /tmp'
)
print "Starting CommandThread"
self.commandThread.start()
def output(self):
""" read the output and print it on sync. """
while self.commandThread and self.commandThread.isRunning():
lines = self.commandThread.dumpOutputLines()
for line in lines:
sys.stdout.write("%d>%s" % (len(lines), line))
