def post(self):
calendar_link = ""
if(settings.APP['gcalenabled']):
ck = db.Key(self.request.get('clientkey'))
ck_query = Clients.all()
ck_query.filter('__key__ =', ck)
client = ck_query.fetch(1)
clientname = client[0].business
try:
cal_title = self.request.get('pname') + " - " + clientname
projectdesc = 'Client: ' + clientname + ' '
projectdesc += 'Project: ' + self.request.get('pname')
gconnect = Gconnection()
gd_client = gconnect.calendar_connect()
calendar = gdata.calendar.CalendarListEntry()
calendar.title = atom.Title(text=cal_title)
calendar.summary = atom.Summary(text=projectdesc)
calendar.where = gdata.calendar.Where(value_string=settings.COMPANY["city"])
calendar.color = gdata.calendar.Color(value='#2952A3')
calendar.timezone = gdata.calendar.Timezone(value='America/Los_Angeles')
calendar.hidden = gdata.calendar.Hidden(value='false')
new_calendar = gd_client.InsertCalendar(new_calendar=calendar)
calendar_link = new_calendar.link[0].href
except:
# TODO figure out proper action to take
calendar_link = "Something went wrong."
projects = Projects()
projects.client = db.Key(self.request.get('clientkey'))
projects.pname = self.request.get('pname')
projects.calendarid = calendar_link
projects.status = 'empty'
projects.summary = 0
projects.put()
action = '/projects?clientkey=' + self.request.get('clientkey') + ''
self.redirect(action)
def post(self):
calendar_link = ""
if (settings.APP['gcalenabled']):
ck = db.Key(self.request.get('clientkey'))
ck_query = Clients.all()
ck_query.filter('__key__ =', ck)
client = ck_query.fetch(1)
clientname = client[0].business
try:
cal_title = self.request.get('pname') + " - " + clientname
projectdesc = 'Client: ' + clientname + ' '
projectdesc += 'Project: ' + self.request.get('pname')
gconnect = Gconnection()
gd_client = gconnect.calendar_connect()
calendar = gdata.calendar.CalendarListEntry()
calendar.title = atom.Title(text=cal_title)
calendar.summary = atom.Summary(text=projectdesc)
calendar.where = gdata.calendar.Where(
value_string=settings.COMPANY["city"])
calendar.color = gdata.calendar.Color(value='#2952A3')
calendar.timezone = gdata.calendar.Timezone(
value='America/Los_Angeles')
calendar.hidden = gdata.calendar.Hidden(value='false')
new_calendar = gd_client.InsertCalendar(new_calendar=calendar)
calendar_link = new_calendar.link[0].href
except:
# TODO figure out proper action to take
calendar_link = "Something went wrong."
projects = Projects()
projects.client = db.Key(self.request.get('clientkey'))
projects.pname = self.request.get('pname')
projects.calendarid = calendar_link
projects.status = 'empty'
projects.summary = 0
projects.put()
action = '/projects?clientkey=' + self.request.get('clientkey') + ''
self.redirect(action)
def post(self):
# Philosophically, posting new time assumes that you are logging
# your time as you finish the task at hand. You can override this
# behavior by providing a date/time, but that timestamp is
# still assumed to be the end point of the task, and the amount
# of time entered is subtracted from it.
#
# I'm not sure why I have to import this here, but it throws errors
# if I do it at the top;
# TODO get someone to explain why.
from datetime import datetime, timedelta
# Calculate dates and times.
# The submitting form has service, project, date, note, and
# multiplier (hours) fields. It is assumed that you log your time
# when you *finish* a task and subtract the amount of time (multiplier)
# that you just spent on it. You can, of course override "now" and
# provide the end time manually, but the base assumption is that you
# take the given time and *subtract* the multiplier (hours).
hours = float(self.request.get('hours'))
# First, we check to see if we're overriding our "now" assumption
# if we are, we have to append :00 onto the time (as the datetime html5
# input doesn't seem to support the full this) to conform to
# the gdata API; otherwise, we take GMT and format it accoringly so
# that we can do the math
if self.request.get('date'):
# end_time = self.request.get('date') + ":00"
end_time = self.request.get('date')
else:
end_time = time.strftime('%Y-%m-%dT%H:%M:%S', time.gmtime())
the_end = datetime.strptime(end_time,'%Y-%m-%dT%H:%M:%S')
# Adjust for timezone.
# TODO refactor to support Eastern timezones as this breaks if you
# use a positive GMT offset.
ender = the_end - timedelta(hours=settings.CAL["GMToffset"])
# subtract the hours spent
the_start = ender - timedelta(hours=hours)
#format things for calendar API (add the T)
event_end = str(ender).replace(" ", "T")
event_start = str(the_start).replace(" ", "T")
# Get project details from projects model
projectid = db.Key(self.request.get('pid'))
project_query = Projects.all()
project_query.filter('__key__ =', projectid)
projects = project_query.fetch(1)
# Get the calendar ID so that we can post
# to it and add this event to the appropriate calendar
calendar_uri = projects[0].calendarid
# Update the project status to reflect that it now has billable time.
# If we don't do this, we won't be able to select the project in the UI
# as we test for project status; if it's "empty" the checkbox is
# disabled.
projects[0].status = 'normal'
projects[0].put()
# put together time details to go into time model
rateservice = str(self.request.get('service')).split(" || ")
linetotal = int(rateservice[1]) * float(self.request.get('hours'))
linetotal = "%.2f" % linetotal
entry = Time()
entry.client = db.Key(self.request.get('clientkey'))
entry.project = projectid
entry.date = the_end
entry.hours = float(self.request.get('hours'))
entry.service = rateservice[0]
entry.rate = int(rateservice[1])
entry.rateunit = rateservice[2]
entry.total = str(linetotal)
entry.worker = self.request.get('worker')
entry.note = self.request.get('note')
entry.status = 'logged'
entry.put()
# if gcalendar is enabled, use the gdata API to add event to
# this project's calendar
if(settings.APP["gcalenabled"]):
gconnect = Gconnection()
gd_client = gconnect.calendar_connect()
location = settings.APP["title"]
title = rateservice[0]
desc = self.request.get('note')
desc += "\nWorker: " + self.request.get('worker')
desc += "\nHours: " + self.request.get('hours')
event_entry = gdata.calendar.CalendarEventEntry()
event_entry.title = atom.Title(text=title)
event_entry.content = atom.Content(text=desc)
event_entry.timezone = gdata.calendar.Timezone(value='America/Los_Angeles')
event_entry.when.append(gdata.calendar.When(start_time=event_start, end_time=event_end))
event_entry.where.append(gdata.calendar.Where(value_string=location))
try:
cal_event = gd_client.InsertEvent(event_entry,calendar_uri)
except gdata.service.RequestError, request_exception:
request_error = request_exception[0]
if request_error['status'] == 401 or request_error['status'] == 403:
self.response.out.write("401 or 403")
else:
raise
def post(self):
# Philosophically, posting new time assumes that you are logging
# your time as you finish the task at hand. You can override this
# behavior by providing a date/time, but that timestamp is
# still assumed to be the end point of the task, and the amount
# of time entered is subtracted from it.
#
# I'm not sure why I have to import this here, but it throws errors
# if I do it at the top;
# TODO get someone to explain why.
from datetime import datetime, timedelta
# Calculate dates and times.
# The submitting form has service, project, date, note, and
# multiplier (hours) fields. It is assumed that you log your time
# when you *finish* a task and subtract the amount of time (multiplier)
# that you just spent on it. You can, of course override "now" and
# provide the end time manually, but the base assumption is that you
# take the given time and *subtract* the multiplier (hours).
hours = float(self.request.get('hours'))
# First, we check to see if we're overriding our "now" assumption
# if we are, we have to append :00 onto the time (as the datetime html5
# input doesn't seem to support the full this) to conform to
# the gdata API; otherwise, we take GMT and format it accoringly so
# that we can do the math
if self.request.get('date'):
# end_time = self.request.get('date') + ":00"
end_time = self.request.get('date')
else:
end_time = time.strftime('%Y-%m-%dT%H:%M:%S', time.gmtime())
the_end = datetime.strptime(end_time, '%Y-%m-%dT%H:%M:%S')
# Adjust for timezone.
# TODO refactor to support Eastern timezones as this breaks if you
# use a positive GMT offset.
ender = the_end - timedelta(hours=settings.CAL["GMToffset"])
# subtract the hours spent
the_start = ender - timedelta(hours=hours)
#format things for calendar API (add the T)
event_end = str(ender).replace(" ", "T")
event_start = str(the_start).replace(" ", "T")
# Get project details from projects model
projectid = db.Key(self.request.get('pid'))
project_query = Projects.all()
project_query.filter('__key__ =', projectid)
projects = project_query.fetch(1)
# Get the calendar ID so that we can post
# to it and add this event to the appropriate calendar
calendar_uri = projects[0].calendarid
# Update the project status to reflect that it now has billable time.
# If we don't do this, we won't be able to select the project in the UI
# as we test for project status; if it's "empty" the checkbox is
# disabled.
projects[0].status = 'normal'
projects[0].put()
# put together time details to go into time model
rateservice = str(self.request.get('service')).split(" || ")
linetotal = int(rateservice[1]) * float(self.request.get('hours'))
linetotal = "%.2f" % linetotal
entry = Time()
entry.client = db.Key(self.request.get('clientkey'))
entry.project = projectid
entry.date = the_end
entry.hours = float(self.request.get('hours'))
entry.service = rateservice[0]
entry.rate = int(rateservice[1])
entry.rateunit = rateservice[2]
entry.total = str(linetotal)
entry.worker = self.request.get('worker')
entry.note = self.request.get('note')
entry.status = 'logged'
entry.put()
# if gcalendar is enabled, use the gdata API to add event to
# this project's calendar
if (settings.APP["gcalenabled"]):
gconnect = Gconnection()
gd_client = gconnect.calendar_connect()
location = settings.APP["title"]
title = rateservice[0]
desc = self.request.get('note')
desc += "\nWorker: " + self.request.get('worker')
desc += "\nHours: " + self.request.get('hours')
event_entry = gdata.calendar.CalendarEventEntry()
event_entry.title = atom.Title(text=title)
event_entry.content = atom.Content(text=desc)
event_entry.timezone = gdata.calendar.Timezone(
value='America/Los_Angeles')
event_entry.when.append(
gdata.calendar.When(start_time=event_start,
end_time=event_end))
event_entry.where.append(
gdata.calendar.Where(value_string=location))
try:
cal_event = gd_client.InsertEvent(event_entry, calendar_uri)
except gdata.service.RequestError, request_exception:
request_error = request_exception[0]
if request_error['status'] == 401 or request_error[
'status'] == 403:
self.response.out.write("401 or 403")
else:
raise