def btnImportar_click(self, *args):
files = self.arena2filePicker.get()
if files == None:
return
status = self.importManager.createStatus("ARENA2 Importador", self)
self.taskStatusController.bind(status)
self.setVisibleTaskStatus(True)
self.btnClose.setEnabled(False)
transforms = list()
n = 0
ws = self.cboWorkspace.getSelectedItem()
for transform in self.importManager.getTransformFactories():
if self.cltTransforms.getCheckedModel().isSelectedIndex(n):
try:
transform.selfConfigure(ws)
except:
ex = sys.exc_info()[1]
status.message(
"No es posible configurar workspace para la regla: " +
str(type(transform)))
logger(
"No es posible configurar workspace para la regla." +
str(ex), gvsig.LOGGER_ERROR, ex)
return
transforms.append(transform.create(workspace=ws))
n += 1
self.process = self.importManager.createImportProcess(
files, ws, self.report, status, transforms=transforms)
th = Thread(self.process, "ARENA2_import")
th.start()
class ThreadedRunner(Runnable):
def __init__(self, runnable):
self._runnable = runnable
self._notifier = Event()
self._result = None
self._error = None
self._traceback = None
self._thread = None
def run(self):
try:
self._result = self._runnable()
except:
self._error, self._traceback = sys.exc_info()[1:]
self._notifier.set()
__call__ = run
def run_in_thread(self, timeout):
self._thread = Thread(self, name=TIMEOUT_THREAD_NAME)
self._thread.setDaemon(True)
self._thread.start()
self._notifier.wait(timeout)
return self._notifier.isSet()
def get_result(self):
if self._error:
raise self._error, None, self._traceback
return self._result
def stop_thread(self):
self._thread.stop()
def actionPerformed(self, actionEvent):
global yara_rules
global yara_path
if actionEvent.getSource() is self.menuItem:
yara_path = self._yara_exe_txtField.getText()
yara_rules = self._yara_rules_txtField.getText()
t = Thread(self)
t.start()
elif actionEvent.getSource() is self._yara_clear_button:
# Delete the LogEntry objects from the log
row = self._log.size()
self._lock.acquire()
self._log.clear()
# Update the Table
self.fireTableRowsDeleted(0, row)
# Clear data regarding any selected LogEntry objects from the request / response viewers
self._requestViewer.setMessage([], True)
self._responseViewer.setMessage([], False)
self._currentlyDisplayedItem = None
self._lock.release()
else:
stdout.println("Unknown Event Received.")
def execute(self, runnable):
runner = Runner(runnable)
thread = Thread(runner, name='RobotFrameworkTimeoutThread')
thread.setDaemon(True)
thread.start()
thread.join(int(self._timeout * 1000))
if thread.isAlive():
thread.stop()
raise TimeoutError(self._error)
return runner.get_result()
def execute(self, runnable):
runner = Runner(runnable)
thread = Thread(runner, name='RobotFrameworkTimeoutThread')
thread.setDaemon(True)
thread.start()
thread.join(int(self._timeout * 1000))
if thread.isAlive():
thread.stop()
raise TimeoutError(self._error)
return runner.get_result()
def main():
sessionManager = createSessionManager()
session = sessionManager.getSession(DOCBASE_NAME)
myCabinet = createOrGetCabinet(session)
sessionManager.release(session)
count = countIndex()
for i in range(count):
work = workthread.workthread(i, myCabinet, sessionManager, DOCBASE_NAME)
t = Thread(work, "workthread %d" % i)
t.start()
def startUpload(sessionManager, folder):
count = 0
apppath = os.path.dirname(os.path.abspath(sys.argv[0]))
fobj = open(os.path.join(apppath, "DataFileInfo.csv"))
lines = fobj.readlines()
fobj.close()
Tasks = []
ThreadTasks = []
totalCount = 0
for line in lines[1:]:
words = line.strip().split(",")
fileName = words[4]
countStr = words[-3]
type = words[-1]
count = int(countStr)
totalCount = totalCount + count
Tasks.append((fileName, count, type))
eachThreadCount = totalCount / THREAD_COUNT
for i in range(THREAD_COUNT - 1):
ThreadTasks.append([])
tasksLeftToAssign = eachThreadCount
for j in range(len(Tasks)):
(f, c, t) = Tasks[j]
if c >= tasksLeftToAssign:
ThreadTasks[i].append((f, tasksLeftToAssign, t))
c = c - tasksLeftToAssign
tasksLeftToAssign = 0
if c < tasksLeftToAssign and c > 0:
ThreadTasks[i].append((f, c, t))
tasksLeftToAssign = tasksLeftToAssign - c
c = 0
Tasks[j] = (f, c, t)
if tasksLeftToAssign == 0:
break
ThreadTasks.append([])
for (f, c, t) in Tasks:
if c > 0:
ThreadTasks[THREAD_COUNT - 1].append((f, c, t))
i = 0
for tt in ThreadTasks:
for (f, c, t) in tt:
src = os.path.join(apppath, f)
tgt = os.path.join(apppath, "%s_src_thread_%d.txt" % (f, i))
shutil.copyfile(src, tgt)
i = i + 1
for i in range(THREAD_COUNT):
work = workthread.workthread(i, folder, sessionManager, DOCBASE_NAME, ThreadTasks[i])
t = Thread(work, "workthread %d" % i)
t.start()
def setValueAt(self, value, row, col):
if 3 == col:
old = self.getValueAt(row, col)
if old == value:
return
# else, update value in the underlying data structure
accepted[row] = value
# ... and save the evaluation CSV file in a new thread
# to avoid potentially slow operations in the event dispatch thread
t = Thread(writeAccepted)
t.setPriority(Thread.NORM_PRIORITY)
t.start()
def asynchronousMoveTo(self, newPos):
self.iambusy = 1
self.setPoint = float(newPos)
self.ca.caput("ME01D-EA-TCTRL-01:RAMPST_S", 0) # ramp off
time.sleep(1) # message does not get through epics if there is no wait
self.ca.caput("ME01D-EA-TCTRL-01:RANGE_S", 5) # heater at 50 W
time.sleep(1)
self.ca.caput("ME01D-EA-TCTRL-01:SETP_S",
float(newPos)) # set set point
newThread = checkTemperatureThread(self)
t = Thread(newThread)
t.start()
class Applet(JApplet, Runnable):
def init(self):
self.setBackground(Color.BLACK)
self.jpanel = Panel(_app_size)
self.getContentPane().add(self.jpanel)
pyj2d.env.japplet = self
self.event = pyj2d.event
self.mousePressed = self.mousePress
self.mouseReleased = self.mouseRelease
self.mouseEntered = self.mouseEnter
self.mouseExited = self.mouseExit
self.mouseMoved = self.mouseMove
self.keyPressed = self.keyPress
self.keyReleased = self.keyRelease
self.setFocusable(True)
self.program = Program()
self.thread = Thread(self)
self.thread.start()
def mousePress(self, event):
self.event.mousePress = event
self.event._updateQueue(event)
def mouseRelease(self, event):
self.event.mousePress = None
self.event._updateQueue(event)
def mouseEnter(self, event):
self.requestFocus()
def mouseExit(self, event):
self.event.mousePress = None
def mouseMove(self, event):
self.event._updateQueue(event)
def keyPress(self, event):
self.event._updateQueue(event)
def keyRelease(self, event):
self.event._updateQueue(event)
def run(self):
self.program.update()
self.stop()
def stop(self):
self.program.quit = True
self.thread = None
def btnApplyUpdate_click(self, *args):
status = self.importManager.createStatus("ARENA2 Post Actualizando", self)
self.taskStatusController.bind(status)
self.setVisibleTaskStatus(True)
self.btnClose.setEnabled(False)
self.process = self.importManager.createPostUpdateProcess(
self.cboWorkspace.getSelectedItem(),
self.report,
status
)
th = Thread(self.process, "ARENA2_postupdate")
th.start()
class __Metronom:
def __init__(self, q, func, nbConsumers,debug):
print func
self.t = Thread(__Metronom.__Producer(q,func,nbConsumers,debug), "TheMetronomProducer")
self.t.start()
print "Metronom is started for func=%s with %d consumers..." % (func.__class__.__name__,nbConsumers)
self.debug=debug
#self.isalive = True
class __Producer(Runnable):
'''
A runnable inner class that just product tempo (Oject()) every Cadencer tempo
'''
def __init__(self, q, func,nbConsumers,debug):
self._queue = q
self._cadencer = func
self.nbConsumers=nbConsumers
self._inc=0
self.debug=debug
def run(self):
#print self._name
while True:
(time_to_sleep,is_break) = self._cadencer.next()
# Condition to stop : -1
if time_to_sleep<0:
break
# Reset queue when changing rate
if is_break:
self._queue.clear()
if self.debug:
print "Sleeping time for %d ms" % (time_to_sleep)
Thread.sleep(long(time_to_sleep))
self._inc = self._inc+1
if self.debug:
print "Putting message %d " % time_to_sleep
self._queue.put(time_to_sleep)
if self.debug:
print "Bottle object sent"
if self.debug:
print "OK - i quit and i force consumers to stop ..."
# The trick is to poison all consumer to force them to stop
for k in range(self.nbConsumers):
self._queue.put(-1)
Thread.sleep(5)
def __init__(self, srcdir, session_id, hostname="localhost", port=8000):#{{{
self.commands = {'quit':self.quit,
'add_bp':self.add_breakpoint,
'clear_bp':self.clear_breakpoint,
'list_bp':None,
'resume':self.resume,
'show_classes':self.printclasses,
'clearall_bp':self.clearall_breakpoints}
log('debugger started.')
self.session_id = session_id
self.vm = VMConnection(hostname, port)
self.eventwatcher = Thread( VirtualMachineEventHandler(self.vm.vm, self) )
self.eventwatcher.start()
commandreader = Thread(CommandReader('vim_jpda_com.' + str( self.session_id ), self.handle_command ))
commandreader.start()
def btnAccept_click(self, *args):
status = self.importManager.createStatus("ARENA2 tablas", self)
self.taskStatusController.bind(status)
self.setVisibleTaskStatus(True)
self.btnClose.setEnabled(False)
process = self.importManager.createTablesProcess(
self.connectionPicker.get(),
status,
createBaseTables=self.chkCreateBaseTables.isSelected(),
createDicTables=self.chkCreateDicTables.isSelected(),
loadDics=self.chkLoadDic.isSelected(),
createWorkspace=self.chkCreateWorkspace.isSelected())
th = Thread(process, "ARENA2_createtables")
th.start()
def asynchronousMoveTo(self, newPos):
self.iambusy = True
self.setPoint = float(newPos)
#repeat as sometimes the message does not get through
self.ca.caput("ME01D-EA-TCTRL-01:SETP_S",
float(newPos)) # set set point
time.sleep(4)
self.ca.caput("ME01D-EA-TCTRL-01:SETP_S",
float(newPos)) # set set point
time.sleep(4)
print "Set temperature to ", newPos
mythread = Thread(checkTemperatureThread(self))
mythread.start()
def asynchronousMoveTo(self, newPos):
self.iambusy = True
self.setPoint = float(newPos)
#repeat as sometimes the message does not get through
self.ca.caput("ME01D-EA-TCTRL-01:SETP_S",
float(newPos)) # set set point
time.sleep(4)
self.ca.caput("ME01D-EA-TCTRL-01:SETP_S",
float(newPos)) # set set point
time.sleep(4)
print "Changing temperature to %3.2f" % newPos
if not self.runningThread:
# if a temperature checking thread is not running from a previous pos command then start a new one
mythread = Thread(checkTemperatureThread(self))
mythread.start()
def actionPerformed(self, e):
'''
Event handler for the buttons.
'''
cmd = e.getActionCommand()
if cmd=='Browse...':
folder = IJ.getDirectory("Select the image folder")
if not folder:
return
self.folderTextField.setText(folder)
images = Uploader.getImageList(folder)
self.nrOfImagesToUpload = len(images)
self.inputFolder = folder
self.statusTextField.setText(str(self.nrOfImagesToUpload) + ' images to upload...')
if cmd=='Upload Images':
print('upload')
if self.nrOfImagesToUpload < 1:
return
else:
# convert if ome checked. Add _lbl if ground-truth checked. upload
self.statusTextField.setText('Uploading ' + str(self.nrOfImagesToUpload) + ' images...')
imageFolder = self.folderTextField.getText()
uploader = Uploader.getInstance(self.biaflows)
uploader.addObserver(self)
self.tmpFolder = None
if self.convertToOMETIFCheckBox.getState() or self.uploadAsGroundTruthCheckBox.getState():
self.statusTextField.setText('Converting ' + str(self.nrOfImagesToUpload) + ' images...')
# convert and add '_lbl' if ground truth
self.tmpFolder = imageFolder + 'biaflows_tmp/'
suffix = ''
if self.uploadAsGroundTruthCheckBox.getState():
suffix = '_lbl'
uploader.convertImagesInFolderToOME(imageFolder, self.tmpFolder, suffix)
imageFolder = self.tmpFolder
# upload
pid = self.projectIDs[self.projectChoice.getSelectedIndex()]
sid = self.storageIDs[self.storageChoice.getSelectedIndex()]
self.statusTextField.setText('Uploading ' + str(self.nrOfImagesToUpload) + ' images...')
uploader.setInputFolder(imageFolder)
uploader.setProject(str(pid))
uploader.setStorage(str(sid))
thread = Thread(uploader)
thread.start()
# cleanup
self.statusTextField.setText('Upload started.')
def btnApplyTransform_click(self, *args):
status = self.importManager.createStatus("ARENA2 Post transform Actualizando", self)
self.taskStatusController.bind(status)
self.setVisibleTaskStatus(True)
self.btnClose.setEnabled(False)
transforms = list()
n = 0
for transform in self.importManager.getTransformFactories():
if self.cltTransforms.getCheckedModel().isSelectedIndex(n):
transforms.append(transform.create(workspace=self.cboWorkspace.getSelectedItem()))
n+=1
self.process = self.importManager.createPostTransformProcess(
self.cboWorkspace.getSelectedItem(),
self.report,
status,
expressionFilter=self.filterPicker.get(),
transforms=transforms
)
th = Thread(self.process, "ARENA2_posttransform")
th.start()
def actionPerformed(self, actionEvent):
global yara_rules
global yara_path
if actionEvent.getSource() is self.menuItem:
yara_path = self._yara_exe_txtField.getText()
yara_rules = self._yara_rules_files
t = Thread(self)
t.start()
elif actionEvent.getSource() is self._yara_clear_button:
# Delete the LogEntry objects from the log
row = self._log.size()
self._lock.acquire()
self._log.clear()
# Update the Table
self.fireTableRowsDeleted(0, row)
# Clear data regarding any selected LogEntry objects from the request / response viewers
self._requestViewer.setMessage([], True)
self._responseViewer.setMessage([], False)
self._currentlyDisplayedItem = None
self._lock.release()
elif actionEvent.getSource() is self._yara_rules_select_files_button:
fileChooser = JFileChooser()
yarFilter = FileNameExtensionFilter("Yara Rules", ["yar"])
fileChooser.addChoosableFileFilter(yarFilter)
fileChooser.setFileFilter(yarFilter)
fileChooser.setMultiSelectionEnabled(True)
fileChooser.setFileSelectionMode(JFileChooser.FILES_ONLY)
ret = fileChooser.showOpenDialog(None)
if ret == JFileChooser.APPROVE_OPTION:
self._yara_rules_files.clear()
for file in fileChooser.getSelectedFiles():
self._yara_rules_files.add(file.getPath())
self._yara_rules_fileList.setListData(self._yara_rules_files)
else:
stdout.println("Unknown Event Received.")
def wait_for_connection(self):
local = None
notifier = None
connection = None
try:
local = LocalDevice.getLocalDevice()
local.setDiscoverable(DiscoveryAgent.GIAC)
uuid = UUID(80087355) # "04c6093b-0000-1000-8000-00805f9b34fb"
url = "btspp://localhost:" + uuid.toString() + ";name=RemoteBluetooth"
notifier = Connector.open(url)
except Exception:
print "Bluetooth Device is not available"
return
while True:
try:
print "waiting for connection..."
connection = notifier.acceptAndOpen()
processThread = JThread(ProcessConnectionThread(connection, self.arduino))
processThread.start()
except Exception:
print "Bluetooth Device is not available"
return
def btnCheckIntegrity_click(self, *args):
self.btnClose.setEnabled(False)
self.btnApplyUpdate.setEnabled(False)
self.btnApplyTransform.setEnabled(False)
self.btnCheckIntegrity.setEnabled(False)
rules = list()
n = 0
for rule in self.importManager.getRuleFactories():
if self.cltRules.getCheckedModel().isSelectedIndex(n):
rules.append(rule.create(workspace=self.cboWorkspace.getSelectedItem()))
n+=1
if len(rules)==0 :
self.btnClose.setEnabled(True)
self.btnApplyUpdate.setEnabled(True)
self.btnApplyTransform.setEnabled(True)
self.btnCheckIntegrity.setEnabled(True)
return
status = self.importManager.createStatus("ARENA2 Post Validando", self)
self.taskStatusController.bind(status)
self.setVisibleTaskStatus(True)
self.process = self.importManager.createPostValidatorProcess(
self.report,
status=status,
rules = rules,
workspace=self.cboWorkspace.getSelectedItem(),
expressionFilter=self.filterPicker.get()
)
self.process.add(self.showValidatorFinishMessage)
self.process.add(self.activateButtons)
th = Thread(self.process, "ARENA2_postvalidator")
th.start()
def btnCheckIntegrity_click(self, *args):
files = self.arena2filePicker.get()
if files == None:
return
self.btnClose.setEnabled(False)
self.btnImportar.setEnabled(False)
self.btnCheckIntegrity.setEnabled(False)
rules = list()
n = 0
for rule in self.importManager.getRuleFactories():
if self.cltRules.getCheckedModel().isSelectedIndex(n):
rules.append(
rule.create(workspace=self.cboWorkspace.getSelectedItem()))
n += 1
if len(rules) == 0:
self.btnClose.setEnabled(True)
self.btnImportar.setEnabled(True)
self.btnCheckIntegrity.setEnabled(True)
return
status = self.importManager.createStatus("ARENA2 validando", self)
self.taskStatusController.bind(status)
self.setVisibleTaskStatus(True)
self.process = self.importManager.createValidatorProcess(
files,
self.report,
status=status,
rules=rules,
workspace=self.cboWorkspace.getSelectedItem())
self.process.add(self.showValidatorFinishMessage)
th = Thread(self.process, "ARENA2_validator")
th.start()
class App(JApplet, Runnable):
def init(self):
self.setBackground(Color.BLACK)
self.jpanel = Panel(_app_size)
self.getContentPane().add(self.jpanel)
pyj2d.env.japplet = self
self.event = pyj2d.event
self.modKey = pyj2d.event.modKey
self.mousePressed = self.mousePress
self.mouseReleased = self.mouseRelease
self.mouseEntered = self.mouseEnter
self.mouseExited = self.mouseExit
self.mouseMoved = self.mouseMove
self.mouseDragged = self.mouseDrag
self.mouseWheelMoved = self.mouseWheelMove
self.keyPressed = self.keyPress
self.keyReleased = self.keyRelease
self.setFocusable(True)
self.program = Program()
self.thread = Thread(self)
self.thread.start()
def mousePress(self, event):
self.event.mousePress[event.button] = True
self.event._updateQueue(event, MouseEvent.MOUSE_PRESSED)
def mouseRelease(self, event):
self.event.mousePress[event.button] = False
self.event._updateQueue(event, MouseEvent.MOUSE_RELEASED)
def mouseEnter(self, event):
self.requestFocus()
def mouseExit(self, event):
self.event.mousePress[1], self.event.mousePress[2], self.event.mousePress[3] = False, False, False
for keycode in self.modKey:
if self.event.keyPress[keycode]:
self.event.keyPress[keycode] = False
def mouseMove(self, event):
self.event._updateQueue(event, MouseEvent.MOUSE_MOVED)
def mouseDrag(self, event):
self.event._updateQueue(event, MouseEvent.MOUSE_MOVED)
def mouseWheelMove(self, event):
self.event._updateQueue(event, MouseEvent.MOUSE_PRESSED)
def keyPress(self, event):
if event.keyCode in self.modKey:
self.event.keyPress[event.keyCode] = True
self.event._updateQueue(event, KeyEvent.KEY_PRESSED)
def keyRelease(self, event):
if event.keyCode in self.modKey:
self.event.keyPress[event.keyCode] = False
self.event._updateQueue(event, KeyEvent.KEY_RELEASED)
def run(self):
self.program.update()
self.stop()
def stop(self):
self.program.quit = True
self.thread = None
def go(self):
thread = Thread(self)
thread.start()
class Channel(Runnable):
"""
**pyj2d.mixer.Channel**
* Channel.play
* Channel.stop
* Channel.pause
* Channel.unpause
* Channel.set_volume
* Channel.get_volume
* Channel.get_busy
* Channel.get_sound
"""
_mixer = None
def __init__(self, id):
self._id = id
self._sound = None
self._stream = None
self._data = jarray.zeros(self._mixer._bufferSize, 'b')
self._data_len = 0
self._active = False
self._pause = False
self._loops = 0
self._volume = 1.0
self._lvolume = 1.0
self._rvolume = 1.0
self._mixer._register_channel(self)
self._nonimplemented_methods()
self._thread = Thread(self)
self._thread.start()
def _set_sound(self, sound):
self._sound = sound
self._stream = AudioSystem.getAudioInputStream(sound._sound_object)
def run(self):
return
def _get(self):
try:
self._data_len = self._stream.read(self._data)
except IOException:
self._data_len = 0
if self._data_len > 0:
return (self._data, self._data_len, self._lvolume*self._sound._volume, self._rvolume*self._sound._volume)
else:
if not self._loops:
self.stop()
else:
self._stream.close()
self._set_sound(self._sound)
if self._loops != -1:
self._loops -= 1
return (self._data, self._data_len, 1.0, 1.0)
def _play(self):
self._volume = 1.0
self._lvolume = 1.0
self._rvolume = 1.0
self._active = True
def _play_repeat(self, loops):
if loops > 0:
self._loops = loops
else:
self._loops = -1
self._play()
def play(self, sound, loops=0, maxtime=0, fade_ms=0):
"""
Play sound on channel.
Argument sound to play and loops is number of repeats or -1 for continuous.
"""
if self._sound:
self.stop()
self._set_sound(sound)
if not loops:
self._play()
else:
self._play_repeat(loops)
return None
def stop(self):
"""
Stop sound on channel.
"""
try:
self._stream.close()
self._stream = None
except AttributeError:
pass
self._sound = None
self._pause = False
self._loops = 0
self._active = False
return None
def pause(self):
"""
Pause sound on channel.
"""
if self._active:
self._active = False
self._pause = True
return None
def unpause(self):
"""
Unpause sound on channel.
"""
if self._pause:
if self._stream:
self._active = True
self._pause = False
return None
def set_volume(self, volume, volume2=None):
"""
Set channel volume of sound playing.
Argument volume of value 0.0 to 1.0, setting for both speakers when single, stereo l/r speakers with second value.
"""
if volume < 0.0:
volume = 0.0
elif volume > 1.0:
volume = 1.0
self._lvolume = volume
if volume2:
if volume2 < 0.0:
volume2 = 0.0
elif volume2 > 1.0:
volume2 = 1.0
self._rvolume = volume2
else:
self._rvolume = self._lvolume
self._volume = volume
return None
def get_volume(self):
"""
Get channel volume for current sound.
"""
return self._volume
def get_busy(self):
"""
Check if channel is processing sound.
"""
return self._active
def get_sound(self):
"""
Get sound open by channel.
"""
return self._sound
def _nonimplemented_methods(self):
"""
Non-implemented methods.
"""
self.fadeout = lambda *arg: None
self.queue = lambda *arg: None
self.get_queue = lambda *arg: None
self.set_endevent = lambda *arg: None
self.get_endevent = lambda *arg: 0
""" main.py
Purpose: Final demo
Author: Tiago Pimentel
[email protected]
Joao Felipe
[email protected]
Matheus Camargo
[email protected]
CSE 467 -- Embedded Computing Systems
WUSTL, Spring 2013
Date: Apr., 29, 2013
Description:
This is the main of the interface with internet/bluetooth for android
"""
from java.lang import Thread as JThread
from Arduino import Arduino
if __name__=='__main__':
wait_thread = JThread(Arduino())
wait_thread.start()
from org.csstudio.opibuilder.scriptUtil import PVUtil, ConsoleUtil
from java.lang import Thread, Runnable
class MyTask(Runnable):
def run(self):
display.getWidget("Start_Button_Py").setPropertyValue("visible", False)
display.getWidget("Start_Button_JS").setPropertyValue("visible", False)
display.getWidget("Progress_Bar").setPropertyValue("visible", True)
for i in range(100, 0, -1):
if not display.isActive():
return
if i%10==0:
widget.setPropertyValue("text", "I'm going to finish in %s seconds..." % (i/10))
pvs[1].setValue(100 - i)
Thread.sleep(100)
pvs[1].setValue(100)
widget.setPropertyValue("text", "I'm done! Hit the button again to start me.")
display.getWidget("Progress_Bar").setPropertyValue("visible", False)
display.getWidget("Start_Button_Py").setPropertyValue("visible", True)
display.getWidget("Start_Button_JS").setPropertyValue("visible", True)
thread =Thread(MyTask());
thread.start()
class RockingMotorDuringCounting(ScannableMotionBase, Runnable):
'''Create PD for continuous rocking motion of the specified scannable within the limits during scan'''
def __init__(self, name, pd, lowerlimit, upperlimit):
self.setName(name)
self.setInputNames([name])
self.pd=pd
self.upperlimit=upperlimit
self.lowerlimit=lowerlimit
self.setLevel(5)
self.runThread=False
self.thread=None
def atPointStart(self):
'''start rocking motion'''
self.start()
def atPointEnd(self):
'''stop rocking motion'''
self.stop()
def start(self):
'''start rocking'''
self.rawAsynchronousMoveTo(1.0)
def stop(self):
'''stop roking'''
self.rawAsynchronousMoveTo(0.0)
def run(self):
'''rocking motion of the specified pd during scan'''
moveToUpperLimit=True
while(self.runThread):
if not self.isBusy():
if (moveToUpperLimit):
if (abs(float(float(self.getPosition())-float(self.upperlimit)))>0.01):
print "move to upper limit " + str(self.upperlimit)
moveToUpperLimit=True
self.pd.asynchronousMoveTo(self.upperlimit)
continue
else:
print "moving to lower limit"
self.pd.asynchronousMoveTo(self.lowerlimit)
moveToUpperLimit=False
continue
else:
if (abs(float(float(self.getPosition())-float(self.lowerlimit)))>0.01):
print "move to lower limit " + str(self.lowerlimit)
moveToUpperLimit=False
self.pd.asynchronousMoveTo(self.lowerlimit)
continue
else:
print "moving to upper limit"
self.pd.asynchronousMoveTo(self.upperlimit)
moveToUpperLimit=True
continue
sleep(0.1)
def rawGetPosition(self):
'''This method not applies for the object, but returns pd position to satisfy framework interface'''
return self.pd.getPosition()
def rawAsynchronousMoveTo(self,new_position):
'''start rocking between two limiting positions, 1 to start rocking, 0 to stop rocking'''
if (float(new_position) != 1.0):
if (float(new_position) != 0.0):
print "must be 0 or 1: 1 to start rocking, 0 to stop rocking."
if (float(new_position) == 1.0):
self.thread=Thread(self, "Thread: "+self.getName())
self.runThread=True
self.thread.start()
if (float(new_position) == 0.0):
self.runThread=False
self.thread=None
self.pd.stop()
def isBusy(self):
'''always return origianl pd's status'''
return self.pd.isBusy();
def toString(self):
return self.name + " : " + str(self.getPosition())
def getLowerLimit(self):
return self.lowerlimit
def setLowerLimit(self, value):
self.lowerlimit=value
def getUpperLimit(self):
return self.upperlimit
def setUpperLimit(self, value):
self.upperlimit=value
if __name__ == "__main__":
from java.lang import Thread
import datetime
from strategies import random_signal_combos_generator, Strategy
from signals import available_signals
definition = {"symbol": "ES", "secType": "FUT", "expiry": "200712", "exchange": "GLOBEX", "currency": "USD"}
signal_combos = random_signal_combos_generator(available_signals, 50)
start_time = datetime.time(9, 30) # times for the test data
end_time = datetime.time(15, 45) # should exit after this
strategies = [Strategy(signals=combo, start=start_time, end=end_time) for combo in signal_combos]
split = len(strategies) / 2 # divide over tasks
start = datetime.datetime.now()
t1 = Thread(TestRunner(1, definition, strategies[:split]))
t1.start()
t2 = Thread(TestRunner(2, definition, strategies[split:]))
t2.start()
t1.join() # join here after t1 has finished
t2.join() # join here after t2 has finished
end = datetime.datetime.now()
print "finished crunching %s strategies, time: %s, %s seconds per " "strategy" % (
len(strategies),
str(end - start),
round((end - start).seconds * 1.0 / len(strategies), 2),
)
for sss in strategies:
rp = sss.report
print rp["result_for_capacity_percentage"], rp["long_trades"], rp["short_trades"], rp[
"sum_all_results_with_commission"
def collectData(self): self.isCollecting = 1 newThread = collectDataThread(self) t = Thread(newThread) t.start()
class VPNService(Container, MultiPointVPNService):
def __init__(self):
Resource.__init__(self, "MultiPointVPNService")
print "MultiPoint VPN Service is starting"
self.vpnIndex = {}
self.vpnIndexById = {}
self.topology = None
self.coretopology = None
self.lock = threading.Lock()
self.properties['mat'] = True # Default.
self.loadService()
self.saveThread = Thread(target=self.autosave)
self.saveThread.start()
if self.topology != None:
self.setscc()
def setscc(self):
self.SCC = SdnControllerClient()
self.sccThread = JavaThread(self.SCC)
self.sccThread.start()
self.VPNcallback = VpnCallback("MP-VPN Service", self)
setcallback(self.VPNcallback)
self.SCC.setCallback(self.VPNcallback)
def settopos(self, popstoponame, coretoponame):
self.properties['topology'] = popstoponame
self.topology = Container.getContainer(self.properties['topology'])
self.properties['coretopology'] = coretoponame
self.coretopology = Container.getContainer(
self.properties['coretopology'])
# We can now set up the callback
self.setscc()
self.saveService()
def shutdown(self):
self.saveThread.stop()
if self.sccThread != None:
self.sccThread.stop()
self.SCC.clearCallback()
MultiPointVPNServiceFactory.delete()
def autosave(self):
while True:
if not self.topology == None:
self.saveService()
for (x, vpn) in self.vpnIndex.items():
vpn.saveVPN()
time.sleep(60)
def saveService(self):
self.properties['sid'] = self.sid
if self.topology != None:
self.properties['topology'] = self.topology.getResourceName()
if self.coretopology != None:
self.properties[
'coretopology'] = self.coretopology.getResourceName()
try:
self.save()
except:
print "Failed to save VPN Service\n", sys.exc_info()[0]
def loadService(self):
stored = Container.getContainer(self.getResourceName())
mapResource(obj=self, resource=stored)
if 'topology' in self.properties:
self.topology = Container.getContainer(self.properties['topology'])
if 'coretopology' in self.properties:
self.coretopology = Container.getContainer(
self.properties['coretopology'])
vpns = self.loadResources({"resourceType": "VPN"})
for v in vpns:
vpn = VPN(v.getResourceName())
vpn.loadVPN(self)
self.vpnIndex[v.getResourceName()] = vpn
self.vpnIndexById[vpn.vid] = vpn
if not 'mat' in self.properties:
self.properties['mat'] = True
def newVid(self):
with self.lock:
while True:
v = random.randint(1, 65535)
if not v in self.vpnIndexById:
return v
def getSite(self, s):
global sites
if s in sites:
return sites[s]
else:
return None
def getHost(self, s):
return tbns[s]
def addVpn(self, vpn):
self.vpnIndex[vpn.name] = vpn
self.vpnIndexById[vpn.vid] = vpn
self.saveResource(vpn)
def createVPN(self, vpnname):
if vpnname in self.vpnIndex:
return None
vpn = VPN(vpnname, vs=self)
self.vid = self.newVid()
self.addVpn(vpn)
return vpn
def deleteVPN(self, vpnname):
if not vpnname in self.vpnIndex:
print "vpn name %s not found" % vpnname
return
vpn = self.vpnIndex[vpnname]
for h in vpn.hostsites.keys():
self.delhostbymac(vpn, h)
for s in vpn.vpnsites.values():
self.delsite(vpn, s)
for p in vpn.pops.values():
self.delpop(vpn, p)
self.vpnIndex.pop(vpn.name)
self.vpnIndexById.pop(vpn.vid)
self.deleteResource(vpn)
print "VPN %s removed successfully." % (vpn.name)
return True
def getVPN(self, vpnname):
if not vpnname in self.vpnIndex:
return None
return self.vpnIndex[vpnname]
def addPOP(self, vpn, pop):
if not vpn.addpop(pop):
return False
return True
def deletePOP(self, vpn, pop):
if not vpn.delpop(pop):
return False
return True
def addSite(self, vpn, site, vlan):
if not vpn.addsite(site, vlan):
# possible issues: duplicated site
return False
return True
def deleteSite(self, vpn, site):
if not vpn.delsite(site):
return False
return True
def addhostbymac(self, vpn, site, mac):
if not vpn.addhostbymac(site, mac):
print "Error while adding host."
return
print "Host %s has been added into VPN %s successfully at site %s" % (
mac, vpn.name, site['name'])
def delhostbymac(self, vpn, mac):
if not vpn.delhostbymac(mac):
print "Error while deleting host."
return
def startChangingFiles(self, startMarFileNo, delay):
stopThread = False
newThread = ChangeMarFile(startMarFileNo, delay)
t = Thread(newThread)
t.start()
class JGLBabalCanvas(Canvas, Runnable, KeyListener, ComponentListener):
def __init__(self, w, h, map_file=None):
self.initSize = Dimension(w, h)
self.GL = jgl.GL()
self.GLU = jgl.GLU(self.GL)
self.GL.glXMakeCurrent(self, 0, 0)
self.game = Game(map_file)
self._resized = 0
self._image = None
self._image_source = None
self.addKeyListener(self)
self.addComponentListener(self)
gl_draw.init(self.GL, self.GLU, self.game)
def start(self):
self.game.reset_timer()
self.thread = Thread(self)
self.thread.start()
def stop(self):
self.thread = None
def preferredSize(self):
return self.initSize
def minimumSize(self):
return self.initSize
def update(self, g):
self.paint(g)
def paint(self, g):
#print 'START paint'
if self._image:
g.drawImage(self._image, 0, 0, self)
#print 'END paint'
paint = make_synchronized(paint)
def _draw(self):
#print 'START draw'
self.game.update()
gl_draw.draw()
if self._resized:
self._image_source = self.GL.glXGetImageSource()
self._image_source.setAnimated(1)
self._image = self.createImage(self._image_source)
self._resized = 0
self.repaint()
elif self._image_source:
self._image_source.newPixels()
#print 'END draw'
_draw = make_synchronized(_draw)
def run(self):
me = Thread.currentThread( );
me.setPriority(Thread.MIN_PRIORITY);
while self.thread == Thread.currentThread():
try:
Thread.sleep(1)
except InterruptedException:
return
self._draw()
def keyPressed(self, e):
code = e.getKeyCode()
if code == KeyEvent.VK_LEFT:
self.game.begin_left()
elif code == KeyEvent.VK_RIGHT:
self.game.begin_right()
elif code == KeyEvent.VK_UP:
self.game.begin_accel()
elif code == KeyEvent.VK_DOWN:
self.game.begin_decel()
elif code == KeyEvent.VK_SPACE:
self.game.begin_jump()
keyPressed = make_synchronized(keyPressed)
def keyReleased(self, e):
code = e.getKeyCode()
if code == KeyEvent.VK_LEFT:
self.game.end_left()
elif code == KeyEvent.VK_RIGHT:
self.game.end_right()
elif code == KeyEvent.VK_UP:
self.game.end_accel()
elif code == KeyEvent.VK_DOWN:
self.game.end_decel()
elif code == KeyEvent.VK_SPACE:
self.game.end_jump()
keyReleased = make_synchronized(keyReleased)
def keyTyped(self, e):
if e.getKeyChar() == 'p' or e.getKeyChar() == 'P':
self.game.toggle_pause()
keyTyped = make_synchronized(keyTyped)
def componentResized(self, e):
size = self.getSize()
gl_draw.reshape(size.width, size.height)
self._resized = 1
componentResized = make_synchronized(componentResized)
def componentMoved(self, e):
pass # required for ComponentListener interface
def componentHidden(self, e):
pass # required for ComponentListener interface
def componentShown(self, e):
pass # required for ComponentListener interface
def startChangingFiles(self, startMarFileNo, delay):
stopThread = False
newThread = ChangeMarFile(startMarFileNo, delay)
t = Thread(newThread)
t.start()
def DiscoveryMain(Framework):
urlString = Framework.getDestinationAttribute(PARAM_SERVER_URL)
credentialsId = Framework.getDestinationAttribute(PARAM_CREDENTIALS_ID)
connectionRetryNumber = Framework.getParameter(
PARAM_CONNECTION_RETRY_NUMBER)
continuousMonitoring = Framework.getParameter(
PARAM_EVENT_BASED_DISCOVERY_ENABLED)
historyHours = Framework.getParameter(PARAM_HYSTORY_HOURS)
isJobMonitoringSupported = _vmware_vim_base.isJobStateMonitoringSupported(
Framework)
if not isJobMonitoringSupported:
Framework.reportWarning(
'You are running job on UCMDB 8.03 or earlier, it cannot be gracefully stopped, only by restarting the probe.'
)
try:
client = None
try:
clientFactory = vmware_vim.ClientFactory(Framework, urlString,
credentialsId)
client = clientFactory.createClient()
if client:
agent = client.getAgent()
apiVersion = vmware_vim.getApiVersion(agent)
logger.debug("Target API version: %s" % apiVersion)
logger.debug("Client type: %s" % agent.getClientType())
crossClientHelper = vmware_vim.getCrossClientHelper(agent)
module = vmware_vim.getVmwareModuleByApiVersion(apiVersion)
monitor = module.getEventMonitor(agent, crossClientHelper,
Framework)
monitor.setContinuousMonitoring(continuousMonitoring)
monitor.setHistoryHours(historyHours)
monitor.setRetryNumber(connectionRetryNumber)
#monitor.setPageSize(5)
#monitor.setFilterRecreationIntervalMinutes(5)
vmMigratedEventListener = module.getVmMigratedEventListener(
agent, crossClientHelper)
vmMigratedEventReporter = module.getVmMigratedEventReporter(
crossClientHelper, Framework)
vmMigratedEventListener._addReporter(vmMigratedEventReporter)
monitor.addListener(vmMigratedEventListener)
vmPoweredOnEventListener = module.getVmPoweredOnEventListener(
agent, crossClientHelper)
vmPoweredOnEventReporter = module.getVmPoweredOnEventReporter(
crossClientHelper, Framework)
vmPoweredOnEventListener._addReporter(vmPoweredOnEventReporter)
monitor.addListener(vmPoweredOnEventListener)
if isJobMonitoringSupported:
jobMonitoringTask = _vmware_vim_base.JobStateCheckTask(
monitor, Framework)
jobMonitoringThread = Thread(jobMonitoringTask)
jobMonitoringThread.start()
monitor.start()
finally:
client and client.close()
except AxisFault, axisFault:
faultType = _vmware_vim_base.getFaultType(axisFault)
if faultType == 'InvalidLogin':
msg = errormessages.makeErrorMessage(
_vmware_vim_base.VimProtocol.DISPLAY, None,
errormessages.ERROR_INVALID_USERNAME_PASSWORD)
logger.debug(msg)
Framework.reportError(msg)
elif faultType == 'NoPermission':
priviledgeId = axisFault.getPrivilegeId()
msg = "User does not have required '%s' permission" % priviledgeId
logger.debug(msg)
errormessages.resolveAndReport(
msg, _vmware_vim_base.VimProtocol.DISPLAY, Framework)
else:
msg = axisFault.dumpToString()
logger.debug(msg)
errormessages.resolveAndReport(
msg, _vmware_vim_base.VimProtocol.DISPLAY, Framework)
t1 = MyThread()
t1.start()
t1.join()
assert t1.count == 1, 'subclassing java.lang.Thread'
print_test('pass subclass back to java', 2)
class MyRun(Runnable):
count = 0
def run(self):
self.count = self.count+1
run = MyRun()
t = Thread(run)
t.start()
t.join()
assert run.count == 1, 'subclassing java.lang.Thread'
print_test("invoke super's constructor", 2)
class MyThread(Thread):
def __init__(self):
self.name = "Python-"+self.name
t = MyThread()
assert t.name[:14] == "Python-Thread-", 'automatic constructor call'
class MyThread(Thread):
def __init__(self):
Thread.__init__(self, "Python-Thread")
class App(JApplet, Runnable):
def init(self):
self.setBackground(Color.BLACK)
self.jpanel = Panel(_app_size)
self.getContentPane().add(self.jpanel)
pyj2d.env.japplet = self
self.event = pyj2d.event
self.modKey = pyj2d.event.modKey
self.mousePressed = self.mousePress
self.mouseReleased = self.mouseRelease
self.mouseEntered = self.mouseEnter
self.mouseExited = self.mouseExit
self.mouseMoved = self.mouseMove
self.mouseDragged = self.mouseDrag
self.mouseWheelMoved = self.mouseWheelMove
self.keyPressed = self.keyPress
self.keyReleased = self.keyRelease
self.setFocusable(True)
self.program = Program()
self.thread = Thread(self)
self.thread.start()
def mousePress(self, event):
self.event.mousePress[event.button] = True
self.event._updateQueue(event, MouseEvent.MOUSE_PRESSED)
def mouseRelease(self, event):
self.event.mousePress[event.button] = False
self.event._updateQueue(event, MouseEvent.MOUSE_RELEASED)
def mouseEnter(self, event):
self.requestFocus()
def mouseExit(self, event):
self.event.mousePress[1], self.event.mousePress[2], self.event.mousePress[3] = False, False, False
for keycode in self.modKey:
if self.event.keyPress[keycode]:
self.event.keyPress[keycode] = False
def mouseMove(self, event):
self.event._updateQueue(event, MouseEvent.MOUSE_MOVED)
def mouseDrag(self, event):
self.event._updateQueue(event, MouseEvent.MOUSE_MOVED)
def mouseWheelMove(self, event):
self.event._updateQueue(event, MouseEvent.MOUSE_PRESSED)
def keyPress(self, event):
if event.keyCode in self.modKey:
self.event.keyPress[event.keyCode] = True
self.event._updateQueue(event, KeyEvent.KEY_PRESSED)
def keyRelease(self, event):
if event.keyCode in self.modKey:
self.event.keyPress[event.keyCode] = False
self.event._updateQueue(event, KeyEvent.KEY_RELEASED)
def run(self):
self.program.update()
self.stop()
def stop(self):
self.program.quit = True
self.thread = None
def switch(self): # actually do function value change
if self.throttle != None :
t = Thread( Sequence( self.throttle ) )
t.start()
self.onOffValue = not self.onOffValue
self.setIcon()
class CarbonCacheClient:
def __init__(self, host, port, scenario_name=None):
self.scenario_name = scenario_name
self.host = host
self.port = port
self.sharedInstance = None
self._numberFormat = NumberFormat.getInstance()
self._numberFormat.setMinimumFractionDigits(1)
self._numberFormat.setMaximumFractionDigits(3)
self._nbCallSuccessSoFar = 0
self._nbCall = 0
self._nbCallError = 0
self._nbCallErrorSoFar = 0
self._nbCall_tps = 0
self._injection_rate = 0
self._sumTime = 0
self._maxTime = 0
self._lastRefresh = System.currentTimeMillis()
self.CarbonCache = Thread(
CarbonCacheClient.__AggregateReportThread(self, host, port),
"TheCarbonCache")
self.CarbonCache.start()
def __repr__(self):
return '[host=%s][port=%s][testname=%s]' % (self.host, self.port,
self.scenario_name)
class __AggregateReportThread(Thread):
def __init__(self, Reporter, host, port):
self.Reporter = Reporter
self.socket = socket.socket()
try:
self.socket.connect((host, port))
except:
print "unable to connect to Carbon Cache on %s Port %s" % (
host, port)
raise
def __del__(self):
self.socket.close()
def run(self):
while True:
timestamp = int(time.time())
OneMessageSet = ""
Thread.sleep(10000)
ReportSet = self.Reporter.GetReportStructured()
for ValueName in ReportSet:
message = "%s.%s %s %d\n" % (
self.Reporter.getClientIdentifier(), ValueName,
ReportSet[ValueName], timestamp)
OneMessageSet += message
self.socket.sendall(OneMessageSet)
def getClientLabel(self):
return self.scenario_name or "grindertool"
def getClientIdentifier(self):
return self.scenario_name or "grindertool"
def GetReportStructured(self):
currentTime = System.currentTimeMillis()
deltaTime = (currentTime - self._lastRefresh)
NbCall_tps = 0.0
avgTime = 0.0
maxTime = 0.0
if (deltaTime > 0):
NbCall_tps = float(self._nbCall_tps * 1000) / deltaTime
avg = 0
if self._nbCall_tps > 0:
avg = long(self._sumTime / self._nbCall_tps)
avgTime = avg
maxTime = self._maxTime
else:
NbCall_tps = 0
avgTime = 0
maxTime = 0
self._maxTime = 0
# NowRunning = self._nbStarted - self._nbFinished
#
# DeltaStarted = self._nbStarted - self._nbStartedTotal
# self._nbStartedTotal = self._nbStarted
#
# DeltaStopped = self._nbFinished - self._nbStoppedTotal
# self._nbStoppedTotal = self._nbFinished
DeltaSuccess = self._nbCall - self._nbCallSuccessSoFar
self._nbCallSuccessSoFar = self._nbCall
DeltaError = self._nbCallError - self._nbCallErrorSoFar
self._nbCallErrorSoFar = self._nbCallError
Reply = {
"Cadence.InjRate": "%f" % (self._injection_rate),
# "Session.Started" : "%d" % (DeltaStarted),
# "Session.Finished" : "%d" % (DeltaStopped),
"Session.Running": "%d" % (self._nbRunningSessions),
"NbCall.Success": "%d" % (DeltaSuccess),
"NbCall.Error": "%d" % (DeltaError),
"NbCall.tps": "%f" % (NbCall_tps),
"Time.Avg": "%f" % (avgTime),
"Time.Max": "%f" % (maxTime)
}
self._lastRefresh = currentTime
return Reply
def addNbStartedCount(self):
self._nbStarted += 1
def addNbFinishedCount(self):
self._nbFinished += 1
def addNbCallCount(self):
self._nbCall += 1
self._nbCall_tps += 1
def addNbCallErrorCount(self):
self._nbCallError += 1
def setTime1(self, startTime, TimerName):
NowTime = System.currentTimeMillis()
lock = Lock()
lock.acquire()
duration = NowTime - startTime
self._sumTime += duration
if duration > self._maxTime:
self._maxTime = duration
lock.release()
def setTPS(self, tps):
self._injection_rate = tps
def incrementSessions(self):
self._nbRunningSessions += 1
def decrementSessions(self):
self._nbRunningSessions -= 1
def setConcurrentSessions(self, nbSessions):
self._nbRunningSessions = nbSessions
class Debugger:
def __init__(self, srcdir, session_id, hostname="localhost", port=8000):#{{{
self.commands = {'quit':self.quit,
'add_bp':self.add_breakpoint,
'clear_bp':self.clear_breakpoint,
'list_bp':None,
'resume':self.resume,
'show_classes':self.printclasses,
'clearall_bp':self.clearall_breakpoints}
log('debugger started.')
self.session_id = session_id
self.vm = VMConnection(hostname, port)
self.eventwatcher = Thread( VirtualMachineEventHandler(self.vm.vm, self) )
self.eventwatcher.start()
commandreader = Thread(CommandReader('vim_jpda_com.' + str( self.session_id ), self.handle_command ))
commandreader.start()
#self.send_vim_keys("<Esc>:call Jy_DebuggerReady()<CR>")
#}}}
def vm_callback(self, next_event):#{{{
if isinstance(next_event, BreakpointEvent):
fileinfo = open('/home/mike/Desktop/cfiletemp.txt', 'w')
#fileinfo=tempfile.TemporaryFile()
log( next_event.location().sourceName() + ":" + str( next_event.location().lineNumber() ) )
fileinfo.write( next_event.location().sourceName() + ":" + str( next_event.location().lineNumber() ) )
result = self.eval_vim_command("JumpTo('" +fileinfo.name + "')")
log(result)
fileinfo.close()
log(str(next_event))#}}}
def quit(self, *args):#{{{
log('quitting.')
self.vm.vm.dispose()
sys.exit(0)#}}}
def printclasses(self, *args):#{{{
for c in self.vm.vm.allClasses():
try: sourcename = c.sourceName()
except: sourcename = "(unknown)"
log(c.name() + ' ' + sourcename)#}}}
def resume(self, *args):
self.vm.vm.resume()
def add_breakpoint(self, *args):#{{{
log('add breakpoint: ' + ','.join(args))
filename, linenumber = args[0], int(args[1])
classes = get_classrefs_from_filename(self.vm.vm, args[0])
log(classes)
if len(classes) == 1:
locs = [l for l in classes[0].allLineLocations() if l.lineNumber()==linenumber]
log(locs)
if locs:
bp_req = self.vm.vm.eventRequestManager().createBreakpointRequest(locs[0])
bp_req.setSuspendPolicy(EventRequest.SUSPEND_NONE)
bp_req.enable()
log('added breakpoint.')#}}}
def clearall_breakpoints(self, *args):#{{{
self.vm.vm.eventRequestManager().deleteAllBreakPoints()
log('clearall breakpoint: ' + ','.join(args))#}}}
def clear_breakpoint(self, *args):#{{{
log('clear breakpoint: ' + ','.join(args))#}}}
def handle_command(self, command):#{{{
log(command)
commandargs = command.split('|')
commandfunc = None
try:
if commandargs: commandfunc = self.commands.get(commandargs[0],None)
if commandfunc: commandfunc(*commandargs[1:])
else: log("received unknown command: " + ','.join(commandargs))
except Exception:
log(traceback.format_exc())
except Throwable, t:
log(t.getMessage()) #}}}
class EpicsPVWithMonitorListener(PseudoDevice, MonitorListener, Runnable): '''create a scannable that monitors the EPICS PV value changes and update its value passively. This value is used by a running thread to control the scan processing this object participates in. ''' def __init__(self, name, pvstring, unitstring, formatstring): self.setName(name) self.setInputNames([name]) self.Units=[unitstring] self.setOutputFormat([formatstring]) self.setLevel(5) self.outcli=CAClient(pvstring) self.currenttemp=float(self.rawGetPosition()) self.monitor=None self.thread=None self.runThread=False def atScanStart(self): '''prepare to start scan: creating channel, monitor, and start control thread''' if not self.outcli.isConfigured(): self.outcli.configure() self.monitor=self.outcli.camonitor(self) self.thread=Thread(self,"Thread: "+self.getName()) self.runThread=True self.thread.start() def atScanEnd(self): '''clean up after scan finished successfully: remove monitor, destroy channel, and stop control thread''' if self.outcli.isConfigured(): self.outcli.removeMonitor(self.monitor) self.monitor=None self.outcli.clearup() self.runThread=False self.thread=None def rawGetPosition(self): ''' return current position.''' output=0.0 if not self.outcli.isConfigured(): self.outcli.configure() output=float(self.outcli.caget()) self.outcli.clearup() else: output=float(self.outcli.caget()) return float(output) def rawAsynchronousMoveTo(self,position): '''Not implemented, this is only a monitoring object''' print "object " + self.getName()+" cannot be moved." return def rawIsBusy(self): '''monitoring object never busy''' return 0 def monitorChanged(self, mevent): self.currenttemp = float(mevent.getDBR().getDoubleValue()[0]) def run(self): # print "Thread: " + self.getName() + " started" while (self.runThread): if (JythonServerFacade.getInstance().getScanStatus() == JythonStatus.RUNNING and self.currenttemp >= float(MAXTEMP)): JythonServerFacade.getInstance().pauseCurrentScan() print "Scan paused as temperature " + self.getName() +" returns: "+str(self.currenttemp) elif (JythonServerFacade.getInstance().getScanStatus() == JythonStatus.PAUSED and self.currenttemp <= float(MINTEMP)): print "Scan resumed as temperature " + self.getName() +" returns: "+str(self.currenttemp) JythonServerFacade.getInstance().resumeCurrentScan() sleep(10) def stop(self): '''clean up after scan finished successfully: remove monitor, destroy channel, and stop control thread on emergence stop or unexpected crash. If required, can be used to manually clean up the object.''' if not self.monitor == None: self.outcli.removeMonitor(self.monitor) self.monitor=None if self.outcli.isConfigured(): self.outcli.clearup() if not self.thread == None: self.runThread=False self.thread=None
def refresh(self):
thread = Thread(RefreshRunnable(self))
thread.start()
def rawAsynchronousMoveTo(self,new_position): self.iambusy = 1 newThread = moveScannableThread(self,new_position) t = Thread(newThread) t.start()
class Mixer(Runnable):
"""
**pyj2d.mixer**
* pyj2d.mixer.init
* pyj2d.mixer.quit
* pyj2d.mixer.get_init
* pyj2d.mixer.stop
* pyj2d.mixer.pause
* pyj2d.mixer.unpause
* pyj2d.mixer.set_num_channels
* pyj2d.mixer.get_num_channels
* pyj2d.mixer.set_reserved
* pyj2d.mixer.find_channel
* pyj2d.mixer.get_busy
* pyj2d.mixer.Sound
* pyj2d.mixer.Channel
"""
def __init__(self):
self._mixer = None
Sound._mixer = self
Channel._mixer = self
self.Sound = Sound
self.Channel = Channel
self._channel_max = 8
self._channels = {}
self._sounds = {}
self._channel_reserved = []
self._channel_paused = []
self._channel_reserves = [id for id in range(self._channel_max-1,-1,-1)]
self._channel_pool = []
self._lines = {}
self._line_num = 0
self._thread = None
self._initialized = False
self._nonimplemented_methods()
def init(self, frequency=22050, size=-16, channels=2, buffer=4096):
"""
Mixer initialization.
Argument sampled frequency, bit size, channels, and buffer.
Currently implements PCM 16-bit audio.
Plays WAV, AIFF, and AU sampled audio.
To specify the BigEndian format of AIFF and AU, use -16L for size.
The mixing is done by Mixer.class, compiled with 'javac Mixer.java'.
When a JAR is created, include with 'jar uvf Pyj2d_App.jar pyj2d/Mixer.class'.
"""
if not self._initialized:
encoding = {True:AudioFormat.Encoding.PCM_SIGNED, False:AudioFormat.Encoding.PCM_UNSIGNED}[size<0]
channels = {True:1, False:2}[channels<=1]
framesize = int((abs(size)/8) * channels)
isBigEndian = isinstance(size,long)
self._audio_format = AudioFormat(encoding, int(frequency), int(abs(size)), channels, framesize, int(frequency), isBigEndian)
self._bufferSize = buffer
try:
self._mixer = AudioMixer(self._audio_format, self._bufferSize)
except TypeError:
self._mixer = None
return None
if not self._mixer.isInitialized():
return None
self._bufferSize = self._mixer.getBufferSize()
self._byteArray = jarray.zeros(self._bufferSize, 'b')
self._initialized = True
self._thread = Thread(self)
self._thread.start()
return None
def pre_init(self, frequency=22050, size=-16, channels=2, buffer=4096):
"""
Mixer initialization.
"""
self.init(frequency, size, channels, buffer)
return None
def quit(self):
"""
Stop mixer processing and release resources.
"""
self._initialized = False
def _quit(self):
self.stop()
try:
self._mixer.quit()
except AttributeError:
pass
self._mixer = None
def get_init(self):
"""
Get the audio format initialized.
"""
if self._initialized:
frequency = int(self._audio_format.sampleRate)
format = self._audio_format.sampleSizeInBits * {True:1,False:-1}[self._audio_format.bigEndian]
channels = self._audio_format.channels
return (frequency, format, channels)
else:
return None
def stop(self):
"""
Stop mixer channels.
"""
for id in self._channel_pool:
self._channels[id].stop()
return None
def pause(self):
"""
Pause mixer channels.
"""
for id in self._channel_pool:
try:
if self._channels[id]._active:
self._channel_paused.append(id)
self._channels[id].pause()
except AttributeError:
continue
return None
def unpause(self):
"""
Unpause mixer channels.
"""
for id in self._channel_paused:
self._channels[id].unpause()
self.channel_paused = []
return None
def set_num_channels(self, count):
"""
Set maximum mixer channels.
Argument channel count.
"""
if count >= self._channel_max:
for id in range(self._channel_max, count):
self._channels[id] = None
self._channel_max = count
elif count >= 0:
for id in range(count, self._channel_max):
self._channels[id].stop()
del self._channels[id]
self._channel_max = count
return None
def get_num_channels(self):
"""
Get maximum mixer channels.
"""
return self._channel_max
def set_reserved(self, count):
"""
Reserve channel.
Argument reserved channel count.
"""
if count > self._channel_max:
count = self._channel_max
reserved_len = len(self._channel_reserved)
if reserved_len:
if reserved_len >= count:
for i in range(reserved_len-count):
id = self._channel_reserved.pop()
self._channels[id]._reserved = False
self._channel_pool.append(id)
count = 0
else:
count -= len(self._channel_reserved)
for id in range(reserved_len, count+reserved_len):
try:
self._channels[id]._reserved = True
except AttributeError:
self._channels[id] = Channel(id)
try:
self._channel_pool.remove(id)
except ValueError:
pass
self._channel_reserved.append(id)
return None
def find_channel(self, force=False):
"""
Get an inactive mixer channel.
Optional force attribute return longest running channel if all active.
"""
try:
channel = self._channel_reserves.pop()
try:
return self._channels[channel]
except KeyError:
channel = Channel(channel)
return channel
except IndexError:
for id in self._channel_pool:
if not self._channels[id]._active:
return self._channels[id]
else:
if force:
channel = None
longest = 0
for id in self._channel_pool:
try:
duration = self._channels[id]._stream.getMicrosecondPosition()
if duration > longest:
longest = duration
channel = self._channels[id]
except AttributeError:
channel = self._channels[id]
break
try:
channel.stop()
return channel
except AttributeError:
return None
else:
return None
def get_busy(self):
"""
Check if mixer channels are actively processing.
"""
for id in self._channel_pool:
try:
if self._channels[id]._active:
return True
except AttributeError:
continue
return False
def run(self):
while self._initialized:
channel_active = [self._channels[id] for id in self._channel_pool if self._channels[id]._active]
if not channel_active:
try:
self._thread.sleep(1)
except InterruptedException:
Thread.currentThread().interrupt()
self.quit()
continue
if len(channel_active) > 1:
for channel in channel_active:
try:
data, data_len, lvol, rvol = channel._get()
except AttributeError:
continue
self._mixer.setAudioData(data, data_len, lvol, rvol)
data_len = self._mixer.getAudioData(self._byteArray)
if data_len > 0:
try:
self._mixer.write(self._byteArray, 0, data_len)
except IllegalArgumentException:
nonIntegralByte = data_len % self._audio_format.getFrameSize()
if nonIntegralByte:
data_len -= nonIntegralByte
try:
self._mixer.write(self._byteArray, 0, data_len)
except (IllegalArgumentException, LineUnavailableException):
pass
except LineUnavailableException:
pass
else:
try:
data, data_len, lvol, rvol = channel_active[0]._get()
except AttributeError:
data_len = 0
if data_len > 0:
if lvol < 1.0 or rvol < 1.0:
data = self._mixer.processVolume(data, data_len, lvol, rvol)
try:
self._mixer.write(data, 0, data_len)
except IllegalArgumentException:
nonIntegralByte = data_len % self._audio_format.getFrameSize()
if nonIntegralByte:
data_len -= nonIntegralByte
try:
self._mixer.write(data, 0, data_len)
except (IllegalArgumentException, LineUnavailableException):
pass
except LineUnavailableException:
pass
self._quit()
def _register_channel(self, channel):
id = channel._id
if id < self._channel_max:
try:
if self._channels[id]._sound:
channel._sound = self._channels[id]._sound
channel._stream = self._channels[id]._stream
self._channels[id] = channel
except KeyError:
self._channels[id] = channel
self._channel_pool.append(id)
else:
raise AttributeError("Channel not available.")
def _register_sound(self, sound):
self._sounds[sound._id] = sound
def _nonimplemented_methods(self):
"""
Non-implemented methods.
"""
self.fadeout = lambda *arg: None
class ContinuousRocking(ScannableGroup, Runnable):
'''Create PD for continuous rocking motion of the specified scannable within its limits during a scan. '''
def __init__(self, name, pd, upperlimit, lowerlimit):
self.setName(name)
self.setInputNames([name])
self.pd=pd
self.setUpperGdaLimits(upperlimit)
self.setLowerGdaLimits(lowerlimit)
self.setLevel(5)
self.runThread=False
self.thread=None
def atScanStart(self):
'''prepare to start scan: start rocking motion thread'''
ScannableMotionBase.atScanStart()
self.thread=Thread(self, "Thread: "+self.getName())
self.runThread=True
self.thread.start()
def atScanEnd(self):
'''clean up after scan finished successfully: stop rocking motion thread'''
ScannableMotionBase.atScanEnd()
self.runThread=False
#self.thread.interrupt()
self.thread=None
self.pd.stop()
def run(self):
'''rocking motion of the specified scannable during scan. This call must be non-blocking.'''
while(self.runThread):
if (JythonServerFacade.getInstance().getScanStatus() == JythonStatus.RUNNING):
if not self.pd.isBusy():
self.pd.asynchronousMoveTo(self.getUpperGdaLimits()[0])
if (JythonServerFacade.getInstance().getScanStatus() == JythonStatus.RUNNING):
if not self.pd.isBusy():
self.pd.asynchronousMoveTo(self.getLowerGdaLimits()[0])
def setLowerGdaLimits(self, lowerlimit):
ScannableMotionBase.setLowerGdaLimits(lowerlimit)
def getLowerGdaLimits(self):
return ScannableMotionBase.getLowerGdaLimits()
def setUpperGdaLimits(self, upperlimit):
ScannableMotionBase.setUpperGdaLimits(upperlimit)
def getUpperGdaLimits(self):
return ScannableMotionBase.getUpperGdaLimits()
def setRockingScannable(self, scnb):
self.pd = scnb
def getRockingScannable(self):
return self.pd
def rawGetPosition(self):
'''This method not applies for the object, but returns pd position to satisfy framework interface'''
return self.pd.getPosition()
def rawAsynchronousMoveTo(self,new_position):
'''No action, just pass'''
pass
def rawIsBusy(self):
'''always return False'''
return 0
def toString(self):
return self.name + " : " + str(self.getPosition())
def stop(self):
'''stop control thread on emergence stop or unexpected crash and clean up after scan finished successfully.
If required, can be used to manually clean up the object.'''
if not self.thread == None:
self.runThread=False
self.thread=None
self.pd.stop()
def DiscoveryMain(Framework):
urlString = Framework.getDestinationAttribute(PARAM_SERVER_URL)
credentialsId = Framework.getDestinationAttribute(PARAM_CREDENTIALS_ID)
connectionRetryNumber = Framework.getParameter(PARAM_CONNECTION_RETRY_NUMBER)
continuousMonitoring = Framework.getParameter(PARAM_EVENT_BASED_DISCOVERY_ENABLED)
historyHours = Framework.getParameter(PARAM_HYSTORY_HOURS)
isJobMonitoringSupported = _vmware_vim_base.isJobStateMonitoringSupported(Framework)
if not isJobMonitoringSupported:
Framework.reportWarning('You are running job on UCMDB 8.03 or earlier, it cannot be gracefully stopped, only by restarting the probe.')
try:
client = None
try:
clientFactory = vmware_vim.ClientFactory(Framework, urlString, credentialsId)
client = clientFactory.createClient()
if client:
agent = client.getAgent()
apiVersion = vmware_vim.getApiVersion(agent)
logger.debug("Target API version: %s" % apiVersion)
logger.debug("Client type: %s" % agent.getClientType())
crossClientHelper = vmware_vim.getCrossClientHelper(agent)
module = vmware_vim.getVmwareModuleByApiVersion(apiVersion)
monitor = module.getEventMonitor(agent, crossClientHelper, Framework)
monitor.setContinuousMonitoring(continuousMonitoring)
monitor.setHistoryHours(historyHours)
monitor.setRetryNumber(connectionRetryNumber)
#monitor.setPageSize(5)
#monitor.setFilterRecreationIntervalMinutes(5)
vmMigratedEventListener = module.getVmMigratedEventListener(agent, crossClientHelper)
vmMigratedEventReporter = module.getVmMigratedEventReporter(crossClientHelper, Framework)
vmMigratedEventListener._addReporter(vmMigratedEventReporter)
monitor.addListener(vmMigratedEventListener)
vmPoweredOnEventListener = module.getVmPoweredOnEventListener(agent, crossClientHelper)
vmPoweredOnEventReporter = module.getVmPoweredOnEventReporter(crossClientHelper, Framework)
vmPoweredOnEventListener._addReporter(vmPoweredOnEventReporter)
monitor.addListener(vmPoweredOnEventListener)
if isJobMonitoringSupported:
jobMonitoringTask = _vmware_vim_base.JobStateCheckTask(monitor, Framework)
jobMonitoringThread = Thread(jobMonitoringTask)
jobMonitoringThread.start()
monitor.start()
finally:
client and client.close()
except AxisFault, axisFault:
faultType = _vmware_vim_base.getFaultType(axisFault)
if faultType == 'InvalidLogin':
msg = errormessages.makeErrorMessage(_vmware_vim_base.VimProtocol.DISPLAY, None, errormessages.ERROR_INVALID_USERNAME_PASSWORD)
logger.debug(msg)
Framework.reportError(msg)
elif faultType == 'NoPermission':
priviledgeId = axisFault.getPrivilegeId()
msg = "User does not have required '%s' permission" % priviledgeId
logger.debug(msg)
errormessages.resolveAndReport(msg, _vmware_vim_base.VimProtocol.DISPLAY, Framework)
else:
msg = axisFault.dumpToString()
logger.debug(msg)
errormessages.resolveAndReport(msg, _vmware_vim_base.VimProtocol.DISPLAY, Framework)
class VPNService(Container,MultiPointVPNService):
def __init__(self):
Resource.__init__(self,"MultiPointVPNService")
print "MultiPoint VPN Service is starting"
self.vpnIndex = {}
self.vpnIndexById = {}
self.topology = None
self.coretopology = None
self.lock = threading.Lock()
self.properties['mat'] = True # Default.
self.loadService()
self.saveThread = Thread(target=self.autosave)
self.saveThread.start()
if self.topology != None:
self.setscc()
def setscc(self):
self.SCC = SdnControllerClient()
self.sccThread = JavaThread(self.SCC)
self.sccThread.start()
self.VPNcallback = VpnCallback("MP-VPN Service", self)
setcallback(self.VPNcallback)
self.SCC.setCallback(self.VPNcallback)
def settopos(self, popstoponame, coretoponame):
self.properties['topology'] = popstoponame
self.topology = Container.getContainer(self.properties['topology'])
self.properties['coretopology'] = coretoponame
self.coretopology = Container.getContainer(self.properties['coretopology'])
# We can now set up the callback
self.setscc()
self.saveService()
def shutdown(self):
self.saveThread.stop()
if self.sccThread != None:
self.sccThread.stop()
self.SCC.clearCallback()
MultiPointVPNServiceFactory.delete()
def autosave(self):
while True:
if not self.topology == None:
self.saveService()
for (x,vpn) in self.vpnIndex.items():
vpn.saveVPN()
time.sleep(60)
def saveService(self):
self.properties['sid'] = self.sid
if self.topology != None:
self.properties['topology'] = self.topology.getResourceName()
if self.coretopology != None:
self.properties['coretopology'] = self.coretopology.getResourceName()
try:
self.save()
except:
print "Failed to save VPN Service\n", sys.exc_info()[0]
def loadService(self):
stored = Container.getContainer(self.getResourceName())
mapResource (obj=self,resource=stored)
if 'topology' in self.properties:
self.topology = Container.getContainer(self.properties['topology'])
if 'coretopology' in self.properties:
self.coretopology = Container.getContainer(self.properties['coretopology'])
vpns = self.loadResources({"resourceType":"VPN"})
for v in vpns:
vpn = VPN(v.getResourceName())
vpn.loadVPN(self)
self.vpnIndex[v.getResourceName()] = vpn
self.vpnIndexById[vpn.vid] = vpn
if not 'mat' in self.properties:
self.properties['mat'] = True
def newVid(self):
with self.lock:
while True:
v = random.randint(1,65535)
if not v in self.vpnIndexById:
return v
def getSite(self,s):
global sites
if s in sites:
return sites[s]
else:
return None
def getHost(self,s):
return tbns[s]
def addVpn(self,vpn):
self.vpnIndex[vpn.name] = vpn
self.vpnIndexById[vpn.vid] = vpn
self.saveResource(vpn)
def createVPN(self,vpnname):
if vpnname in self.vpnIndex:
return None
vpn = VPN(vpnname,vs=self)
self.vid = self.newVid()
self.addVpn(vpn)
return vpn
def deleteVPN(self,vpnname):
if not vpnname in self.vpnIndex:
print "vpn name %s not found" % vpnname
return
vpn = self.vpnIndex[vpnname]
for h in vpn.hostsites.keys():
self.delhostbymac(vpn, h)
for s in vpn.vpnsites.values():
self.delsite(vpn, s)
for p in vpn.pops.values():
self.delpop(vpn, p)
self.vpnIndex.pop(vpn.name)
self.vpnIndexById.pop(vpn.vid)
self.deleteResource(vpn)
print "VPN %s removed successfully." % (vpn.name)
return True
def getVPN(self,vpnname):
if not vpnname in self.vpnIndex:
return None
return self.vpnIndex[vpnname]
def addPOP(self,vpn, pop):
if not vpn.addpop(pop):
return False
return True
def deletePOP(self,vpn, pop):
if not vpn.delpop(pop):
return False
return True
def addSite(self, vpn, site, vlan):
if not vpn.addsite(site, vlan):
# possible issues: duplicated site
return False
return True
def deleteSite(self, vpn, site):
if not vpn.delsite(site):
return False
return True
def addhostbymac(self, vpn, site, mac):
if not vpn.addhostbymac(site, mac):
print "Error while adding host."
return
print "Host %s has been added into VPN %s successfully at site %s" % (mac, vpn.name, site['name'])
def delhostbymac(self,vpn, mac):
if not vpn.delhostbymac(mac):
print "Error while deleting host."
return
t1.join()
assert t1.count == 1, 'subclassing java.lang.Thread'
print_test('pass subclass back to java', 2)
class MyRun(Runnable):
count = 0
def run(self):
self.count = self.count + 1
run = MyRun()
t = Thread(run)
t.start()
t.join()
assert run.count == 1, 'subclassing java.lang.Thread'
print_test("invoke super's constructor", 2)
class MyThread(Thread):
def __init__(self):
self.name = "Python-" + self.name
t = MyThread()
assert t.name[:14] == "Python-Thread-", 'automatic constructor call'
class RockingMotion(ScannableMotionBase, Runnable):
'''Create PD for continuous rocking motion of the specified scannable within the limits during scan'''
def __init__(self, name, pd, lowerlimit, upperlimit):
self.setName(name)
self.setInputNames([name])
self.pd=pd
self.upperlimit=upperlimit
self.lowerlimit=lowerlimit
self.setLevel(5)
self.runThread=False
self.thread=None
def atScanStart(self):
'''prepare to start scan: start rocking motion thread'''
self.thread=Thread(self, "Thread: "+self.getName())
self.runThread=True
self.thread.start()
def atScanEnd(self):
'''clean up after scan finished successfully: stop rocking motion thread'''
self.runThread=False
#self.thread.interrupt()
self.thread=None
self.pd.stop()
def start(self):
'''start rocking'''
self.rawAsynchronousMoveTo(1.0)
def stop(self):
'''stop roking'''
self.rawAsynchronousMoveTo(0.0)
def run(self):
'''rocking motion of the specified pd during scan'''
moveToUpperLimit=True
while(self.runThread):
if not self.rawIsBusy():
if (moveToUpperLimit):
if (abs(float(float(self.getPosition())-float(self.upperlimit)))>0.01):
print "move to upper limit " + str(self.upperlimit)
moveToUpperLimit=True
self.pd.asynchronousMoveTo(self.upperlimit)
continue
else:
print "moving to lower limit"
self.pd.asynchronousMoveTo(self.lowerlimit)
moveToUpperLimit=False
continue
else:
if (abs(float(float(self.getPosition())-float(self.lowerlimit)))>0.01):
print "move to lower limit " + str(self.lowerlimit)
moveToUpperLimit=False
self.pd.asynchronousMoveTo(self.lowerlimit)
continue
else:
print "moving to upper limit"
self.pd.asynchronousMoveTo(self.upperlimit)
moveToUpperLimit=True
continue
def rawGetPosition(self):
'''This method not applies for the object, but returns pd position to satisfy framework interface'''
return self.pd.getPosition()
def rawAsynchronousMoveTo(self,new_position):
'''start rocking between two limiting positions, 1 to start rocking, 0 to stop rocking'''
if (float(new_position) != 1.0):
if (float(new_position) != 0.0):
print "must be 0 or 1: 1 to start rocking, 0 to stop rocking."
if (float(new_position) == 1.0):
self.thread=Thread(self, "Thread: "+self.getName())
self.runThread=True
self.thread.start()
if (float(new_position) == 0.0):
self.runThread=False
self.thread=None
self.pd.stop()
def rawIsBusy(self):
'''always return origianl pd's status'''
return self.pd.isBusy();
def toString(self):
return self.name + " : " + str(self.getPosition())
def getLowerLimit(self):
return self.lowerlimit
def setLowerLimit(self, value):
self.lowerlimit=value
def getUpperLimit(self):
return self.upperlimit
def setUpperLimit(self, value):
self.upperlimit=value
class GameBase(Runnable):
components = GameComponent
canvas = Canvas
thread = Thread
dbg = Graphics
db_image = BufferedImage
running = False
is_paused = False
game_over = False
is_applet = False
size_changed = False
game_time = GameTime()
updates = 0
NO_DELAYS_PER_YIELD = 16
MAX_FRAME_SKIPS = 5
period = None
game_start_time = None
frames_skipped = None
gelapsed_before = System.nanoTime()
gelapsed_after = System.nanoTime()
MAX_STAT_INTERVAL = 1
NUM_FPS = 10
stats_interval = 0
prev_stats_time = 0
total_elapsed_time = 0
time_spend_in_game = 0
frame_count = 0
fps_store = []
stats_count = 0
average_fps = 0
total_frames_skipped = 0
ups_store = 0
average_ups = 0
df = DecimalFormat("0.##")
def set_size(self, size):
self.canvas.setSize(size)
self.size_changed = True
def set_resolution(self, size):
self.set_size(size)
def get_resolution(self):
return Dimension(self.db_image.getWidth(), self.db_image.getHeight())
def get_is_active(self):
if self.is_paused == True:
return False
else:
return True
def get_is_applet(self):
return self.is_applet
def set_is_applet(self, flag):
if type(flag) is not type(True):
raise Exception("Flag passed to set_is_applet not a boolean. Got %s instead." % type(flag))
self.is_applet = flag
def get_stats_avg_fps(self):
return self.average_fps
def get_stats_avg_ups(self):
return self.average_ups
def __init__(self, size, fps):
self.set_size(size)
Component.setPreferredSize(size)
Component.setMinimumSize(size)
Component.setMaximumSize(size)
Component.setBackground(Color.white)
Component.setFocusable(True)
Component.requestFocus()
db_image = BufferedImage(size.width, size.height, BufferedImage.TYPE_INT_RGB)
self.fps_store = self.NUM_FPS
self.ups_store = self.NUM_FPS
i = 0
if i < self.NUM_FPS:
self.fps_store[i] = 0
self.ups_store[i] = 0
i += 1
def run(self):
before_time = None
after_time = None
time_diff = None
sleep_time = None
over_sleep_time = 0
no_delays = 0
excess = 0
game_start_time = System.nanoTime()
prev_stats_time = game_start_time
before_time = game_start_time
running = True
while running:
self.game_update()
self.game_render()
self.paint_screen()
after_time = System.nanoTime()
time_diff = after_time - before_time
sleep_time = (self.period - time_diff) - over_sleep_time
if sleep_time > 0:
try:
Thread.sleep(sleep_time)
except InterruptedException as e:
pass
over_sleep_time = (System.nanoTime() - after_time) - sleep_time
else:
excess -= sleep_time
over_sleep_time = 0
if (no_delays + 1) >= self.NO_DELAYS_PER_YIELD:
Thread.yield()
no_delays = 0
before_time = System.nanoTime()
skips = 0
while excess > self.period and skips < self.MAX_FRAME_SKIPS:
excess -= self.period
self.game_update()
skips += 1
self.frames_skipped += skips
self.store_stats()
self.print_stats()
System.exit(0)
def store_stats(self):
self.frame_count += 1
self.stats_interval += self.period
if self.stats_interval >= self.MAX_STAT_INTERVAL:
time_now = System.nanoTime()
self.time_spend_in_game = time_now - self.game_start_time
real_elapsed_time = time_now - self.prev_stats_time
self.total_elapsed_time += real_elapsed_time
self.total_frames_skipped += self.frames_skipped
if self.total_elapsed_time > 0:
actual_fps = self.frame_count / self.total_elapsed_time
actual_ups = (self.frame_count + self.total_frames_skipped) / self.total_elapsed_time
self.fps_store[self.stats_count % self.NUM_FPS] = actual_fps
self.ups_store[self.stats_count % self.NUM_FPS] = actual_ups
self.stats_count += 1
i = 0
if i < self.NUM_FPS:
total_fps = self.fps_store[i]
total_ups = self.ups_store[i]
i += 1
if self.stats_count < self.NUM_FPS:
self.average_fps = total_fps / self.stats_count
self.average_ups = total_ups / self.stats_count
else:
self.average_fps = total_fps / self.NUM_FPS
self.average_ups = total_ups / self.NUM_FPS
self.frames_skipped = 0
self.prev_stats_time = time_now
self.stats_interval = 0
def game_update(self):
self.gelapsed_after = System.nanoTime()
self.game_time.elapsed_game_time.set_span(self.gelapsed_before, self.gelapsed_after)
self.game_time.elapsed_real_time.set_span(self.gelapsed_before, self.gelapsed_after)
self.game_time.total_game_time.set_span(self.game_start_time, self.gelapsed_after)
self.game_time.total_real_time.set_span(self.game_start_time, self.gelapsed_after)
self.gelapsed_before = System.nanoTime()
if self.running and self.is_paused is not True and self.game_over is not True:
for item in self.components.getComponents():
item.update(self.game_time)
self.updates += 1
def get_render(self):
if self.db_image is None or self.size_changed:
size = Dimension(Component.getWidth(), Component.getHeight())
self.set_size(size)
Component.setPreferredSize(size)
Component.setMinimumSize(size)
Component.setMaximumSize(size)
self.size_changed = False
try:
self.db_image = BufferedImage(Component.getWidth(), Component.getHeight(), BufferedImage.TYPE_INT_RGB)
except JavaException as e:
self.db_image = None
System.out.println("Render Error: %s" % e)
System.out.println("Render Error: Buffer not initialized properly")
System.out.println("Render Error: Resolving...")
def paint_screen(self):
bs = Canvas.getBufferStrategy()
if bs is None:
Canvas.createBufferStrategy(3)
g = bs.getDrawGraphics()
g.drawImage(self.db_image, 0, 0, Component.getWidth(), Component.getHeight(), None)
g.dispose()
bs.show()
def start_game(self):
if self.running:
return
self.thread = Thread(self)
self.thread.start()
self.running = True
def stop_game(self):
if self.running is None:
return
self.thread.stop()
self.running = False
def set_preferred_fps(self, fps):
self.period = 1000/fps
def reset_elapsed_time(self):
self.game_time.elapsed_game_time.set_span(0)
self.game_time.elapsed_real_time.set_span(0)
def add_component(self, game_component):
game_component.initialize()
game_component.load_content()
self.components.add(game_component)
def remove_component(self, game_component):
game_component.unload_content()
self.components.remove(game_component)
def resume_game(self):
self.is_paused = False
def pause_game(self):
self.is_paused = True
def print_stats(self):
System.out.println("Frame Count/Loss: %s / %s" % (self.frame_count, self.total_frames_skipped))
System.out.println("Average FPS: %s" % self.df.format(self.average_fps))
System.out.println("Average UPS: %s" % self.df.format(self.average_ups))
System.out.println("TIme Spend: %s secs" % self.time_spend_in_game)
System.out.println("Total Updates: %s" % self.updates)
System.out.println("dbImage: %s" % self.db_image.toString())
def collectData(self):
mythread = Thread(collectDataThread(self))
mythread.start()
class ContinuousRocking(ScannableGroup, Runnable):
'''Create PD for continuous rocking motion of the specified scannable within its limits during a scan. '''
def __init__(self, name, pd, upperlimit, lowerlimit):
self.setName(name)
self.setInputNames([name])
self.pd = pd
self.setUpperGdaLimits(upperlimit)
self.setLowerGdaLimits(lowerlimit)
self.setLevel(5)
self.runThread = False
self.thread = None
def atScanStart(self):
'''prepare to start scan: start rocking motion thread'''
ScannableMotionBase.atScanStart()
self.thread = Thread(self, "Thread: " + self.getName())
self.runThread = True
self.thread.start()
def atScanEnd(self):
'''clean up after scan finished successfully: stop rocking motion thread'''
ScannableMotionBase.atScanEnd()
self.runThread = False
#self.thread.interrupt()
self.thread = None
self.pd.stop()
def run(self):
'''rocking motion of the specified scannable during scan. This call must be non-blocking.'''
while (self.runThread):
if (JythonServerFacade.getInstance().getScanStatus() ==
JythonStatus.RUNNING):
if not self.pd.isBusy():
self.pd.asynchronousMoveTo(self.getUpperGdaLimits()[0])
if (JythonServerFacade.getInstance().getScanStatus() ==
JythonStatus.RUNNING):
if not self.pd.isBusy():
self.pd.asynchronousMoveTo(self.getLowerGdaLimits()[0])
def setLowerGdaLimits(self, lowerlimit):
ScannableMotionBase.setLowerGdaLimits(lowerlimit)
def getLowerGdaLimits(self):
return ScannableMotionBase.getLowerGdaLimits()
def setUpperGdaLimits(self, upperlimit):
ScannableMotionBase.setUpperGdaLimits(upperlimit)
def getUpperGdaLimits(self):
return ScannableMotionBase.getUpperGdaLimits()
def setRockingScannable(self, scnb):
self.pd = scnb
def getRockingScannable(self):
return self.pd
def rawGetPosition(self):
'''This method not applies for the object, but returns pd position to satisfy framework interface'''
return self.pd.getPosition()
def rawAsynchronousMoveTo(self, new_position):
'''No action, just pass'''
pass
def rawIsBusy(self):
'''always return False'''
return 0
def toString(self):
return self.name + " : " + str(self.getPosition())
def stop(self):
'''stop control thread on emergence stop or unexpected crash and clean up after scan finished successfully.
If required, can be used to manually clean up the object.'''
if not self.thread == None:
self.runThread = False
self.thread = None
self.pd.stop()
# params.dampSpringMesh
# params.maxNumThreads
# params.visualize
currentLayerPath = os.path.join(os.path.dirname(projectPath), 'currentLayer_' + namePlugin + '.txt')
currentWrittenLayer = fc.incrementCounter(currentLayerPath, increment = nLayersAtATime)
l = AtomicInteger(currentWrittenLayer)
# fc.startThreads(elasticMontage(), wait = 1, nThreads = nThreads) /!\ it does not work I do not understand why. Probably a java6 issue because it works in other scripts in java8 ...
threads = []
for p in range(nThreads):
thread = Thread(elasticMontage)
threads.append(thread)
thread.start()
time.sleep(0.5)
for thread in threads:
thread.join()
IJ.log( namePlugin + ' layer ' + str(currentWrittenLayer))
fc.resizeDisplay(layerset)
project.save()
IJ.log('Sleeping in case the saving of the large project takes some time ...')
time.sleep(20)
# save all transforms
transformsPath = os.path.join(os.path.dirname(projectPath) , namePlugin + '_Transforms.txt')
def switch(self): # actually do function value change
if self.throttle != None:
t = Thread(Sequence(self.throttle))
t.start()
self.onOffValue = not self.onOffValue
self.setIcon()
