def __init__(self):
#GTK and Main Display
self.gladefile = "new_display.glade"
self.glade = Gtk.Builder()
self.glade.add_from_file(self.gladefile)
self.glade.connect_signals(self)
self.glade.get_object("main_display").show_all()
self.glade.get_object("main_display").set_title("Hours")
#Dialogues
self.edit_dialogue = self.glade.get_object("Edit_dialog")
self.color_dialogue = self.glade.get_object("color_changer_dialog")
self.ignore_dialogue = self.glade.get_object("ignore_dialog")
self.sch = Scheduler() #instance of Scheduler
#NOTE: its best to create new instances of this to
# prevent crossover of the scheduler
#TODO: prevent multiple schedule jobs from being ran
self.view_control = View_control()
def __init__(self):
""" Start up function call
references created
self.glade = Gtk.Builder()
self.edit_dialog = edit dialog
self.color_dialoug = color dialog
self.ignore_dialouge = ignore dialog
self.sch = scheduler module
self.view_control = view_control class in application_mgmt
"""
#GTK and Main Display
self.gladefile = "new_display.glade"
self.glade = Gtk.Builder()
self.glade.add_from_file(self.gladefile)
self.glade.connect_signals(self)
self.glade.get_object("main_display").show_all()
self.glade.get_object("main_display").set_title("Hours")
#Dialogues
self.edit_dialogue = self.glade.get_object("Edit_dialog")
self.color_dialogue = self.glade.get_object("color_changer_dialog")
self.ignore_dialogue = self.glade.get_object("ignore_dialog")
self.sch = Scheduler() #instance of Scheduler
#NOTE: its best to create new instances of this to
# prevent crossover of the scheduler
#TODO: prevent multiple schedule jobs from being ran
self.view_control = View_control()
from timer import Timer
from back.application_mgmt import Application,Data_saver,View_control
view_control = View_control()
data_saver = Data_saver()
with Timer() as t:
view_control.top_6_background_today()
print "=> elasped top 6 today: %s s" % t.secs
with Timer() as t:
view_control.new_top_6_background_today()
print "=> elasped new top 6 today: %s s" % t.secs
with Timer() as t:
view_control.all_active_today()
print "=> elasped all active today: %s s" % t.secs
with Timer() as t:
view_control.get_all_ignored()
print "=> elasped get_all_ignored: %s s" % t.secs
with Timer() as t:
data_saver.get_file("saved_active_data")
print "=> elasped get_file (active): %s s" % t.secs
with Timer() as t:
class new_display():
def __init__(self):
#GTK and Main Display
self.gladefile = "new_display.glade"
self.glade = Gtk.Builder()
self.glade.add_from_file(self.gladefile)
self.glade.connect_signals(self)
self.glade.get_object("main_display").show_all()
self.glade.get_object("main_display").set_title("Hours")
#Dialogues
self.edit_dialogue = self.glade.get_object("Edit_dialog")
self.color_dialogue = self.glade.get_object("color_changer_dialog")
self.ignore_dialogue = self.glade.get_object("ignore_dialog")
self.sch = Scheduler() #instance of Scheduler
#NOTE: its best to create new instances of this to
# prevent crossover of the scheduler
#TODO: prevent multiple schedule jobs from being ran
self.view_control = View_control()
def on_close_window(self, *args):
Gtk.main_quit(*args)
#Main Stuff [2 thing left]
def toggle_recording(self,toggle_button):
if toggle_button.get_active() == True:
self.sch.start_scheduler()
else:
self.sch.stop_scheduler()
def call_schedual(self, toggle_button):
""" This function puts toggle_recording into its own thread witch allows the scheduler module
To run independently of GTK`s main loop.
"""
thread = threading.Thread(target=self.toggle_recording, args=(toggle_button,))
thread.daemon = True
thread.start()
def get_grey(self):
""" Gives back 36 different shades of grey as strings in hex
"""
color_list = ["#B9B9B9", "#403E3A", "#9E9BAE", "#2D2A21", "#B3B0AA", "#63A582",
"#BFB8BB", "#19191B", "#797882", "#A89BA1", "#817C7C", "#5E5757",
"#867074", "#B0B1C6", "#B0C6BC", "#C6C3B0", "#C6B0BB", "#7F7B72",
"#798670", "#868270", "#8A857A", "#7D7086", "#ECE3F3", "#E3E4F3",
"#8A8E7F", "#E7F3E3", "#F3EEE3", "#F3E3E8", "#A8B1E4"]
for color in color_list:
yield color
raise StopIteration
def set_top_6(self):
"""sets the info for the background top 6
The function uses 3 generator functions for simplicity and flexibility
"""
#TODO this function is waaaaaaaaaaaaaay 2 long it needs to be split into sup functions
def gen_name_place():
""" Generator for the background name place
"""
index = 0
while index != 6:
index = index + 1
path = "name_app_%s" % (index)
name_place = self.glade.get_object(path)
yield name_place
def gen_time_place():
""" Generator for the background time place
"""
index = 0
while index != 6:
index = index + 1
path = "hours_today_app_%s" % (index)
time_place = self.glade.get_object(path)
yield time_place
def gen_color_place():
""" genator for the color place holder
"""
index = 0
while index != 6:
index = index + 1
path = "color_app_%s" % (index)
color_place = self.glade.get_object(path)
yield color_place
top_6_today = self.view_control.top_6_background_today()
name_list = top_6_today.keys()
self.top_6_ref_dict = {}
ref_index = 1
for name in name_list:
self.top_6_ref_dict[ref_index] = name
ref_index = ref_index + 1
iter_name = gen_name_place()
iter_time = gen_time_place()
iter_color = gen_color_place()
iter_grey = self.get_grey()
counter = 6 #used to catch less then 6 top apps given
for apps in top_6_today:
counter = counter - 1
name = apps
time_in_10 = len(top_6_today[apps])
if time_in_10 >= 6: #Deals with more then 60 mins of background
time = time_in_10 / 6
time = round(time, 4)
time = str(time)
else: #deals with less then 60 mins
time = time_in_10
time = time / 10.00
time = str(time)
time = "%s0" % (time) #adds the last 0 to the time
meta = self.view_control.check_meta_info(apps)
if meta == False:
print "Error in set background"
print "No Known meta for app"
else:
if meta.color == "none":
meta.color = iter_grey.next()
self.view_control.change_meta_info(meta)
fixed_color = meta.color
event_box = iter_color.next()
state = event_box.get_state()
color = Gdk.RGBA()
color.parse(fixed_color)
color.to_string()
event_box.override_background_color(state, color)
iter_name.next().set_text(meta.display_name)
iter_time.next().set_text(time)
while counter != 0: #Handles when there is less then 6 top apps
iter_name.next().set_text("None")
iter_time.next().set_text("0")
counter = counter -1
#TODO rewrtie this so that it fills all unused boxes with grey and all future boxes w/ white or something
def set_active(self):
""" Sets the active color blocks (the color blocks at the top of the app
"""
all_active = self.view_control.all_active_today()
event_box_gen = self.gen_event_box()
iter_grey = self.get_grey()
#Date time stuff
first_user_time = all_active.iterkeys().next()
first_possible_time = datetime.datetime.now()
first_possible_time = first_possible_time.replace(hour=0,
minute=1,
second=0,
microsecond = 0)
iter_time = self.gen_time(False,4)
if first_user_time > first_possible_time: #makes all time slots before first active grey
grey = "#9E9BAE"
color = Gdk.RGBA()
color.parse(grey)
color.to_string()
time_index = iter_time.next()
while first_user_time > time_index:
current_box = event_box_gen.next()
state = current_box.get_state()
current_box.override_background_color(state, color)
time_index = iter_time.next()
meta_list = []
for time_stamp in all_active:
name = all_active[time_stamp]
meta = self.view_control.check_meta_info(name)
if len(meta_list) < 4:
meta_list.append(meta)
else:
meta = meta_list[0]
meta_list = []
if meta.color == "none":
meta.color = iter_grey.next()
self.view_control.change_meta_info(meta)
new_color = meta.color
color = Gdk.RGBA()
color.parse(new_color)
color.to_string()
current_box = event_box_gen.next()
state = current_box.get_state()
current_box.override_background_color(state, color)
def new_set_active(self):
""" Sets the active part of the display
"""
event_box_gen = self.gen_event_box()
iter_time = self.gen_time()
time_now = datetime.datetime.now()
time_now = time_now.replace(second=0,microsecond = 0)
end_of_day = datetime.datetime.now()
end_of_day = end_of_day.replace(hour = 23, minute = 59,
second = 0, microsecond = 0)
all_active = self.view_control.all_active_today()
block_counter = 0
earlyest_time = False
active_in_block = False
name_list = []
current_time = iter_time.next() #passed to box filler
while current_time > time_now:
all_mins -= 1
current_time = iter_time.next() #passed to box filler
if earlyest_time == False : #gets the earlyest entry from all_active
if len(all_active) == 0:
earlyest_time = [0]
else:
earlyest_time = all_active.popitem(0)
if current_time == earlyest_time[0]:
name_list.append(earlyest_time[1])
earlyest_time = False
active_in_block = True
if block_counter == 4:
current_box = event_box_gen.next()
if active_in_block == False:
self.fill_box(current_box)
else:
#do stuff
app_name = max(name_list, key=name_list.count) #gets the most common element
self.fill_box(current_box,app_name)
current_time = False
name_list = []
active_in_block = False
block_counter = 0
else:
block_counter += 1
block_counter = 0
while current_time < end_of_day:
current_time = iter_time.next() #passed to box filler
if block_counter == 4:
current_box = event_box_gen.next()
self.fill_box(current_box,"end")
block_counter = 0
else:
block_counter += 1
def fill_box(self,current_box, app_name=False):
""" fills the event boxes with color if no app is given will fill with grey else
will fill with apps meta.color value.
Note: current_box is made from a generator function and cannot be internally generated
"""
iter_grey = self.get_grey()
if app_name == False:
grey = "#9E9BAE"
color = Gdk.RGBA()
color.parse(grey)
color.to_string()
elif app_name == "end":
grey = "#E5E9F6"
color = Gdk.RGBA()
color.parse(grey)
color.to_string()
else:
meta = self.view_control.check_meta_info(app_name)
if meta.color == "none": #if user does not pick a color gives it a color
meta.color = iter_grey.next()
self.view_control.change_meta_info(meta)
new_color = meta.color
color = Gdk.RGBA()
color.parse(new_color)
color.to_string()
state = current_box.get_state()
current_box.override_background_color(state, color)
def gen_time(self, start_from=False,intervals=1):
""" Yeilds back date time objects, by default starts at 00.01 and
counts in 1 min intervals but none defaults arguments can change this
"""
if start_from == False:
current_time = datetime.datetime.now()
current_time = current_time.replace(hour=0, minute=0, second=0,microsecond = 0)
else:
current_time = start_from
last_possible_time = datetime.datetime.now()
last_possible_time = last_possible_time.replace(hour=23, minute=59, second=0,microsecond = 0)
while current_time < last_possible_time:
current_time = current_time + datetime.timedelta(minutes = intervals)
yield current_time
raise StopIteration
def gen_event_box(self):
""" Generator function for getting references to the active color boxes
"""
index = 0
while index != 359: #AM gen
current_box_string = "color_place_%s" % (index)
current_box = self.glade.get_object(current_box_string)
index = index + 1
yield current_box
print "end of iter"
raise StopIteration
def show_records(self,widget):
""" Simple button to show the old records
"""
print "started up"
#TODO build a no data mode for start up
self.set_top_6()
self.set_active()
#TODO: get display to show some grey when there is no data between 2 records
#TODO: display none when there is less then 6 background apps
#Edit Stuff [finished]
def edit_button_clicked(self,widget):
""" Starts edit dialog also grabs the right app_obj
"""
place = widget.get_name()
print place
place = int(place[-1]) #gets the num of the app
app_name = self.top_6_ref_dict[place]
self.app_to_edit = self.view_control.check_meta_info(app_name)
self.new_display_name = "" # Sets up edit vars just in case
self.new_color = "none"
self.ignore = False
self.start_edit_dialogue(self.app_to_edit)
def start_edit_dialogue(self,edited_app):
""" Sets the values for the edit dialog and also runs the dialog
"""
name_holder = self.glade.get_object("name_lable")
event_box = self.glade.get_object("edit_color_holder")
state = event_box.get_state()
color = Gdk.RGBA()
color.parse(edited_app.color)
color.to_string()
event_box.override_background_color(state, color)
name_holder.set_text(edited_app.name)
self.edit_dialogue.run()
def edit_dialog_close(self,widget,responce=False):
print " edit diaglog close"
self.edit_dialogue.hide()
print responce
def edits_dialogue_changes(self,widget):
"""runs changes after user has made edits in edit dialog and hits ok
"""
new_name_entry = self.glade.get_object("new_name_entry")
new_name_entry = new_name_entry.get_text()
if new_name_entry != "":
self.new_display_name = new_name_entry
self.send_edits_off()
self.edit_dialog_close(widget)
def start_color_changer_dialog(self,widget):
""" Runs color changer dialogue
"""
self.color_dialogue.run()
def color_picked(self,widget,colors):
"""when user picks color set new_color and close color dialog
"""
self.new_color = self.color_dialogue.get_rgba()
self.color_picker_closed(widget)
def color_picker_closed(self,widget,responce=False):
""" Closes the color picker class
"""
self.color_dialogue.hide()
def send_edits_off(self):
""" Function for applying user issued changes to the application object,
and sending it off to the view controller for the changes to be saved
"""
if self.new_display_name != "":
self.app_to_edit.display_name = self.new_display_name
if self.new_color != "none":
#Changes RGBA color to hex color
red = int(self.new_color.red*255)
green = int(self.new_color.green*255)
blue = int(self.new_color.blue*255)
hex_new_color = '#{r:02x}{g:02x}{b:02x}'.format(r=red,g=green,b=blue)
self.app_to_edit.color = hex_new_color
self.view_control.change_meta_info(self.app_to_edit)
def ignore_button_clicked(self,widget):
""" Handels the ignore button for edit window
"""
name = self.app_to_edit.name
print "added ignore", name
self.view_control.add_ignore(name)
# Ignore List stuff [Finished]
def open_ignore(self,widget):
""" After user pressess on open ignore creates the ignore dialog
"""
container = self.glade.get_object("ignore_container")
self.ignore_grid = Gtk.Grid()
container.add(self.ignore_grid)
#TODO: make it so that the ingore data shows up when you open dialog first time
self.ignore_dialogue.run()
self.ignore_dialogue.show_all()
self.display_ignore_data()
def display_ignore_data(self):
""" Adds the ingored app names to the dialog also adds the un-ignore button
"""
ignore_gen = self.gen_ignored_data()
left = 0 #These are for the attach method witch takes in places
top = 0
width = 1
height = 1
try:
while True: #for each value in ignore list loop once
ignore_data = ignore_gen.next()
if type(ignore_data) is not str:
ignore_data = str(ignore_data) #Some of the old data is not
#stored as a string
name_lable = Gtk.Label(ignore_data)
unignore_button = Gtk.Button("unignore")
linked_name = ignore_data
unignore_button.connect("clicked", self.unignore_pressed, linked_name)
self.ignore_grid.attach(name_lable,left,top,1,1)
self.ignore_grid.attach_next_to(unignore_button,name_lable, 1,1,1)
width = width + 4
height = height + 4
top = top + 1
except StopIteration:
pass
def gen_ignored_data(self):
""" Yeilds ignore data until none left
"""
saved_ignored = self.view_control.get_all_ignored()
self.ref_saved_ignored = saved_ignored #used for referring
for ignored in saved_ignored:
meta_ignore = self.view_control.check_meta_info(ignored)
if meta_ignore != False and meta_ignore != None:
yield meta_ignore.name
else:
yield ignored
def unignore_pressed(self,button,linked_name):
self.view_control.remove_ignore(linked_name)
def ignore_dialog_close(self,arg):
self.ignore_dialogue.hide()
