def connect_to_harvest(self):
'''
connect to harvest and get data, set the current state and save the config
'''
#check harvest status
if not self.check_harvest_up():
return
#set preference fields data
self.set_prefs()
if not self.uri or not self.username or not self.password:
self.preferences_window.show()
self.preferences_window.present()
self.running = False
return self.not_connected()
try:
self.harvest = Harvest(self.uri, self.username, self.password)
except HarvestError as e:
self.running = False
self.attention = "Unable to Connect to Harvest!"
self.set_message_text("Unable to Connect to Harvest\r\n%s" % e)
self.warning_message(self.timetracker_window, "Error Connecting!\r\n%s" % e)
return self.not_connected()
except Exception as e:
#catch all other exceptions
self.running = False
self.attention = "ERROR: %s" % e
self.set_message_text("Error\r\n%s" % e)
raise e
#by this time no error means valid login, so lets save it to config
self.save_config()
self.set_message_text("%s Logged In" % self.username)
self.preferences_window.hide()
self.refresh_and_show()
#all should be fine by now, return true
return True
outputFile=logFile,
target='javadoc')
print('OK')
# Create installer
strVersion = UpdateVersion.getVersionName()
print("Creating installer for OpenNI " + strVersion + " " + plat)
finalDir = "Final"
if not os.path.isdir(finalDir):
os.mkdir(finalDir)
if plat == 'Android':
build_android()
outputDir = 'OpenNI-Android-' + strVersion
harvest = Harvest('..', outputDir, 'Arm', 'Android')
harvest.run()
finalFile = finalDir + '/' + outputDir + ".tar"
print('Creating archive ' + finalFile)
subprocess.check_call(['tar', '-cf', finalFile, outputDir])
elif platform.system() == 'Windows':
import win32con, pywintypes, win32api, platform
(bits, linkage) = platform.architecture()
matchObject = re.search('64', bits)
is_64_bit_machine = matchObject is not None
if is_64_bit_machine:
MSVC_KEY = (win32con.HKEY_LOCAL_MACHINE,
class uiLogic(uiBuilder, uiCreator, logicFunctions):
def __init__(self,*args, **kwargs):
super(uiLogic, self).__init__(*args, **kwargs)
#print 'logic __init__'
#get all the widgets from the glade ui file
if self.builder_build(widget_list_dict={}, *args, **kwargs):
#initialize application
#run before_init to setup callbacks and other junk that may be needed later on
self.before_init()
#run the meat of the setup, the application is actually ran from the callback via _run_application()
self.init()
#setup any other callbacks and whatnot, this is after all other callback have been connected inside init
self.after_init()
def callback(self, *args, **kwargs): #executed after init, lets us inject interrupts
'''
execution order:
logic __init__
signals before init
init
signals after init
signal helpers __init__
signals __init__
logic callback
logic _run_application
checking harvest up
signal helpers callback
signals callback
'''
#print 'logic callback'
def _handle_callback(*args):
return self._run_application()
return kwargs.get("function")( lambda *args, **kwargs: _handle_callback(*args, **kwargs) )
def quit_gracefully(self): #after all those callbacks and stuff, this function works like a charm, successfully injected interrupts
print 'quitting'
def _run_application(self):
#print 'logic _run_application'
#call functions to start up app from here
self.load_config()
self.set_status_icon()
self.connect_to_harvest()
self.center_windows(self.timetracker_window, self.preferences_window)
self.start_elapsed_timer()
if sys.platform != "win32":
self._status_button = StatusButton()
self._notifier = Notifier('TimeTracker', gtk.STOCK_DIALOG_INFO, self._status_button)
self.about_dialog.set_logo(gtk.gdk.pixbuf_new_from_file(media_path + "logo.svg"))
return self
def check_harvest_up(self):
#print 'checking harvest up'
if HarvestStatus().get() == "down":
self.warning_message(self.timetracker_window, "Harvest Is Down")
self.attention = "Harvest is Down!"
return self.not_connected()
return True
def refresh_comboboxes(self):
if self.project_combobox_handler:
self.project_combobox.handler_block(self.project_combobox_handler)
self.create_liststore(self.project_combobox, self.projects, self.current_selected_project_idx)
if self.project_combobox_handler:
self.project_combobox.handler_unblock(self.project_combobox_handler)
#repopulate the tasks comboboxes, because they can be different for each project
if self.current_selected_project_id and self.current_selected_task_idx > -1:
if self.task_combobox_handler:
self.task_combobox.handler_block(self.task_combobox_handler)
self.create_liststore(self.task_combobox, self.tasks[self.current_selected_project_id], self.current_selected_task_idx)
if self.task_combobox_handler:
self.task_combobox.handler_unblock(self.task_combobox_handler)
elif self.current_selected_task_idx > -1:#no current project running, just select the first entry
if self.task_combobox_handler:
self.task_combobox.handler_block(self.task_combobox_handler)
self.create_liststore(self.task_combobox, {}, self.current_selected_task_idx, True, "Select Project First") #select default None option
if self.task_combobox_handler:
self.task_combobox.handler_unblock(self.task_combobox_handler)
self.set_comboboxes(self.project_combobox, self.current_selected_project_id)
self.set_comboboxes(self.task_combobox, self.current_selected_task_id)
def not_connected(self):
self.preferences_window.show()
self.preferences_window.present()
if not self.attention:
self.attention = "Not Connected to Harvest!"
else:#append any previous message
self.attention = "Not Connected to Harvest!\r\n%s" % self.attention
#self.warning_message(self.timetracker_window, self.attention)
return
def set_entries(self):
if not self.harvest:
return self.not_connected()
#get data from harvest
data = self.harvest.get_today()
self._setup_current_data(data)
self.attention = None #remove attention state, everything should be fine by now
if not self.running:
self.statusbar.push(0, "Stopped")
def connect_to_harvest(self):
'''
connect to harvest and get data, set the current state and save the config
'''
#check harvest status
if not self.check_harvest_up():
return
#set preference fields data
self.set_prefs()
if not self.uri or not self.username or not self.password:
self.preferences_window.show()
self.preferences_window.present()
self.running = False
return self.not_connected()
try:
self.harvest = Harvest(self.uri, self.username, self.password)
except HarvestError as e:
self.running = False
self.attention = "Unable to Connect to Harvest!"
self.set_message_text("Unable to Connect to Harvest\r\n%s" % e)
self.warning_message(self.timetracker_window, "Error Connecting!\r\n%s" % e)
return self.not_connected()
except Exception as e:
#catch all other exceptions
self.running = False
self.attention = "ERROR: %s" % e
self.set_message_text("Error\r\n%s" % e)
raise e
#by this time no error means valid login, so lets save it to config
self.save_config()
self.set_message_text("%s Logged In" % self.username)
self.preferences_window.hide()
self.refresh_and_show()
#all should be fine by now, return true
return True
def _setup_current_data(self, harvest_data):
self.entries_count = len(harvest_data['day_entries'])
self.today_total_hours = 0 #total hours amount for all entries combined
self.today_total_elapsed_hours = 0 #today_total_hours + timedelta
self.running = False
self.projects = {}
self.tasks = {}
#all projects, used for liststore for combobox
for project in harvest_data['projects']:
project_id = str(project['id'])
self.projects[project_id] = "%s - %s" % (project['client'], project['name'])
self.tasks[project_id] = {}
for task in project['tasks']:
task_id = str(task['id'])
self.tasks[project_id][task_id] = "%s" % task['name']
_updated_at = None #date used to determine the newest entry to use as last entry, a user could on a diff comp use\
# harvest web app and things go out of sync so we should use the newest updated_at entry
# reset
self.current_entry_id = None
self.current_hours = ""
self.current_project_id = None
self.current_task_id = None
self.current_created_at = None
self.current_updated_at = None
#get total hours and set current
for entry in harvest_data['day_entries']:
#how many hours worked today, used in counter label
self.today_total_hours += entry['hours']
#make dates into a datetime object we can use
entry['updated_at'] = parse(entry['updated_at'])
entry['created_at'] = parse(entry['created_at'])
#this should all go away, leave for now
if not _updated_at:#first time
_updated_at = entry['updated_at']
#use most recent updated at entry
if _updated_at <= entry['updated_at']:
_updated_at = entry['updated_at']
_updated_at_time = mktime(entry['updated_at'].timetuple())
stopped = False
last_line = entry["notes"].split("\n")[-1] if entry.has_key("notes") and entry['notes'] else ""
if last_line.split(" ")[-1] == "#TimerStopped" or last_line.find("#SwitchTo") > -1:
stopped = True
if self.is_running(_updated_at_time, stopped):
self.running = True
self.current_hours = "%0.02f" % round(entry['hours'], 2)
self.current_notes = entry['notes']
self.current_updated_at = _updated_at_time
entry_id = str(entry['id'])
project_id = str(entry['project_id'])
task_id = str(entry['task_id'])
self.current_entry_id = entry_id
self.current_project = self.projects[project_id]
self.current_selected_project_id = project_id
self.current_selected_project_idx = self.projects.keys().index(
project_id) + 1 #compensate for empty 'select one'
self.current_selected_task_id = task_id
self.current_selected_task_idx = self.tasks[project_id].keys().index(
task_id) + 1 #compensate for empty 'select one'
self.current_task = self.tasks[project_id][task_id]
self.current_created_at = entry['created_at'] #set created at date for use in statusbar, as of now
self.current_text = "%s %s %s" % (entry['hours'], entry['task'], entry['project']) #make the text
self.refresh_comboboxes() #setup the comboboxes
def is_running(self, timestamp, stopped = False):
if timestamp:
if int(timestamp + self._interval) > int(mktime(datetime.utcnow().timetuple())):
if not stopped:
return True
return False
def _get_elapsed_time_diff(self, timestamp):
if timestamp:
if float(timestamp + self._interval) > float(mktime(datetime.utcnow().timetuple())):
return float(timestamp + self._interval) - float(mktime(datetime.utcnow().timetuple()))
return False
def stop_and_refactor_time(self, task_type = ""):
if self.is_running(self.current_updated_at):
#TODO: figure out how to keep track on lost seconds and add them up them auto correct,
#also handle(when dialog yes response) the time when interval dialog is showing and the timer is actually stopped
secs = self._get_elapsed_time_diff(self.current_updated_at) #seconds left to run this timer
interval = round(float(self.interval) * (secs / self._interval),2) # interval to subract from already alloted time
self.running = False
self.last_project_id = self.current_project_id
self.last_task_id = self.current_task_id
if task_type != "":
self.last_notes = self.get_notes(self.current_notes, False, "%s"%task_type) # task switched
else:
self.last_notes = self.get_notes(self.current_notes, True, "#TimerStopped") #timer stopped
self.last_hours = "%0.02f" % round(float(self.current_hours) - float(interval), 2)
self.last_text = self.current_text
self.last_entry_id = self.current_entry_id
#print self.last_hours
entry = self.harvest.update(self.last_entry_id, {#append to existing timer
'notes': self.last_notes,
'hours': self.last_hours,
'project_id': self.last_project_id,
'task_id': self.last_task_id
})
#print entry
self.set_entries()
def append_add_entry(self):
if self.harvest: #we have to be connected
if self.current_selected_project_id and self.current_selected_task_id:
if self.get_textview_text(self.notes_textview).strip("\n") == "":
return #Fail early, notes cannot be empty to send anything
data = self.harvest.get_today()
if not 'day_entries' in data:# this should never happen, but just in case lets check
self.attention = "Unable to Get data from Harvest"
self.set_message_text("Unable to Get data from Harvest")
return
if self.running:
got_one = False
for entry in data['day_entries']:
if (entry['project_id'] == self.current_selected_project_id\
and entry['task_id'] == self.current_selected_task_id)\
and self.current_hours: #current running time with timedelta added from timer
#print 'running and exists', self.current_hours, self.last_hours
task = self.tasks[self.current_selected_project_id][self.current_selected_task_id]
self.stop_and_refactor_time(
"#SwitchTo %s " % task) #refactor any previous time alloted to a task
print 'running and exists', entry['hours'], self.current_hours, self.last_hours
if str(entry['id']) != str(self.last_entry_id): #dont increment timer if only append note to current timer
hours = round(float(entry['hours']) + float(self.interval), 2) #task switched
notes = self.get_notes(entry['notes'], True, "", True)
else:
hours = round(float(entry['hours']), 2) # same task as before, since interval timer running no need to increment time again
notes = self.get_notes(entry['notes'])
entry = self.harvest.update(entry['id'], {#append to existing timer
'notes': notes,
'hours': hours,
'project_id': self.current_selected_project_id,
'task_id': self.current_selected_task_id
})
#print entry
got_one = True
break
if not got_one:
#not the same project task as last one, add new entry
print 'running and doesnt exist'
project_id = self.get_combobox_selection(self.project_combobox)
task_id = self.get_combobox_selection(self.task_combobox)
task = self.tasks[project_id][task_id]
notes = self.get_notes(None, True, "", True), #TimerStarted
self.stop_and_refactor_time("#SwitchTo %s "%task) #refactor any previous time alloted to a task
entry = self.harvest.add({
'notes': notes,
'hours': self.interval,
'project_id': project_id,
'task_id': task_id
})
#print entry
if 'timer_started_at' in entry and 'id' in entry: #stop the timer if adding it has started it
self.harvest.toggle_timer(entry['id'])
else:
got_one = False
for entry in data['day_entries']:
if (entry['project_id'] == self.current_selected_project_id\
and entry['task_id'] == self.current_selected_task_id): #found existing project/task entry for today, just append to it
#self.harvest.toggle_timer(entry['id'])
print 'not running and exists'
entry = self.harvest.update(entry['id'], {#append to existing timer
'notes': self.get_notes(entry['notes'], True, "", True),
'hours': round(float(entry['hours']) + float(self.interval), 2),
'project_id': self.current_selected_project_id,
'task_id': self.current_selected_task_id
})
#print entry
got_one = True
break
if not got_one:
#not the same project task as last one, add new entry
print 'not running and doesnt exist'
entry = self.harvest.add({
'notes': self.get_notes(None, True, "", True), #TimerStarted
'hours': self.interval,
'project_id': self.current_selected_project_id,
'task_id': self.current_selected_task_id
})
#print entry
if 'timer_started_at' in entry and 'id' in entry: #stop the timer if it was started by harvest, do timing locally
self.harvest.toggle_timer(entry['id'])
else:
self.statusbar.push(0, "No Project and Task Selected")
return False
self.set_textview_text(self.notes_textview, "")
self.set_entries()
else: #something is wrong we aren't connected
return self.not_connected()
print 'Creating java documentation...',
build_android_project('../Wrappers/java', outputFile=logFile, target='javadoc')
print 'OK'
# Create installer
strVersion = UpdateVersion.getVersionName()
print "Creating installer for OpenNI " + strVersion + " " + plat
finalDir = "Final"
if not os.path.isdir(finalDir):
os.mkdir(finalDir)
if plat == 'Android':
build_android()
outputDir = 'OpenNI-Android-' + strVersion
harvest = Harvest('..', outputDir, 'Arm', 'Android')
harvest.run()
finalFile = finalDir + '/' + outputDir + ".tar"
print('Creating archive ' + finalFile)
subprocess.check_call(['tar', '-cf', finalFile, outputDir])
elif platform.system() == 'Windows':
import win32con,pywintypes,win32api,platform
(bits,linkage) = platform.architecture()
matchObject = re.search('64',bits)
is_64_bit_machine = matchObject is not None
if is_64_bit_machine:
MSVC_KEY = (win32con.HKEY_LOCAL_MACHINE, r"SOFTWARE\Wow6432Node\Microsoft\VisualStudio\10.0")