def __init__(self, element):
"""elements set the previous area to which the top bar's back button points to"""
Gtk.Box.__init__(self)
self.strip = StripUI(element)
self.conf = context.get_conf()
self.dispatcher = context.get_dispatcher()
self.repository = context.get_repository()
self.network = False
self.dispatcher.connect_ui("opencast-status", self.network_status)
def __init__(self, element):
"""elements set the previous area to which the top bar's back button points to"""
gtk.Box.__init__(self)
self.strip = StripUI(element)
self.conf = context.get_conf()
self.dispatcher = context.get_dispatcher()
self.repository = context.get_repository()
self.network = False
self.dispatcher.connect("net-up", self.network_status, True)
self.dispatcher.connect("net-down", self.network_status, False)
def __init__(self, element):
"""elements set the previous area to which the top bar's back button points to"""
Gtk.Box.__init__(self)
self.strip = StripUI(element)
self.conf = context.get_conf()
self.dispatcher = context.get_dispatcher()
self.repository = context.get_repository()
self.network = False
self.dispatcher.connect_ui("opencast-status", self.network_status)
def __init__(self, element):
"""elements set the previous area to which the top bar's back button points to"""
gtk.Box.__init__(self)
self.strip = StripUI(element)
self.conf = context.get_conf()
self.dispatcher = context.get_dispatcher()
self.repository = context.get_repository()
self.network = False
self.dispatcher.connect("net-up", self.network_status, True)
self.dispatcher.connect("net-down", self.network_status, False)
def __init__(self):
Gtk.Box.__init__(self)
dbuilder= Gtk.Builder()
dbuilder.add_from_file(get_ui_path('distrib.glade'))
self.builder = dbuilder
self.gui = dbuilder
dbox = dbuilder.get_object("distbox")
release = dbuilder.get_object("release_label")
release.set_label(get_footer())
recorder = dbuilder.get_object("button1")
manager = dbuilder.get_object("button2")
quit_button = dbuilder.get_object("button3")
shutdown_button = dbuilder.get_object("button4")
profile_button = dbuilder.get_object("profile_button")
self.selected = dbuilder.get_object("selected_profile")
self.update_selected_profile()
strip = StripUI(None)
strip.resize()
strip.set_logo()
dbox.pack_start(strip,False,False,0)
dbox.reorder_child(strip,0)
#Connect signals
dispatcher = context.get_dispatcher()
dispatcher.connect_ui("action-reload-profile", self.update_selected_profile)
recorder.connect("clicked", self.emit_signal, "action-view-change", 0)
manager.connect("clicked", self.emit_signal, "action-view-change", 1)
quit_button.connect("clicked", self.emit_signal, "action-quit")
shutdown_button.connect("clicked", self.emit_signal, "action-shutdown")
profile_button.connect("clicked", self.on_profile_button)
conf = context.get_conf()
quit_button.set_visible(conf.get_boolean("basic", "quit"))
shutdown_button.set_visible(conf.get_boolean("basic", "shutdown"))
self.pack_start(dbox, True, True, 0)
class ManagerUI(gtk.Box):
"""
Create Recording Listing in a VBOX with TreeView from an MP list
"""
__gtype_name__ = 'Manager'
def __init__(self, element):
"""elements set the previous area to which the top bar's back button points to"""
gtk.Box.__init__(self)
self.strip = StripUI(element)
self.conf = context.get_conf()
self.dispatcher = context.get_dispatcher()
self.repository = context.get_repository()
self.network = False
self.dispatcher.connect("net-up", self.network_status, True)
self.dispatcher.connect("net-down", self.network_status, False)
def sorting(self, treemodel, iter1, iter2, data, regular=True, ascending=1):
"""Basic Sort comparisson"""
first =treemodel[iter1][data]
second = treemodel[iter2][data]
if first > second:
return 1 * ascending
elif first == second:
if regular:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
else:
return 0
else:
return -1 * ascending
def sorting_text(self, treemodel, iter1, iter2, data, regular=True, ascending=1):
"""Sort algorithm, giving similar value to capital and regular letters"""
# Null sorting
first = treemodel[iter1][data]
second = treemodel[iter2][data]
if first != None:
first = first.lower()
if second != None:
second = second.lower()
if first in ["",None] and second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
elif first in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
return -1
else:
return 1
elif second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
return 1
else:
return -1
# Regular sorting
if first > second:
return 1 * ascending
elif first == second:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
else:
return -1 * ascending
def sorting_empty(self, treemodel, iter1, iter2, data, regular=True, ascending=1):
"""Sorting algorithm, placing empty values always and the end, both descending and ascending"""
# Null sorting
first = treemodel[iter1][data]
second = treemodel[iter2][data]
if first in ["",None] and second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
elif first in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
return -1
else:
return 1
elif second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
return 1
else:
return -1
# Regular sorting
if first > second:
return 1 * ascending
elif first == second:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
else:
return -1 * ascending
#-------------------------------- DATA PRESENTATION --------------------------------
def size_readable(self,column,cell,model,iterador,user_data):
"""Generates human readable string for a number.
Returns: A string form of the number using size abbreviations (KB, MB, etc.) """
resultado = readable.size(cell.get_property('text'))
cell.set_property('text',resultado)
return resultado
def date_readable(self,column,cell,model,iterador,user_data):
""" Generates date readable string from an isoformat datetime. """
novo=readable.date(cell.get_property('text'))
cell.set_property('text',novo)
return novo
def time_readable(self,column,cell,model,iterador,user_data):
"""Generates date hout:minute:seconds from seconds."""
ms = cell.get_property('text')
novo = readable.time(int(ms)/1000)
cell.set_property('text',novo)
return novo
def list_readable(self,listed):
"""Generates a string of items from a list, separated by commas."""
novo = readable.list(listed)
return novo
def status_readable(self,column,cell,model,iterator,user_data):
"""Set text equivalent for numeric status of mediapackages."""
ms = cell.get_property('text')
novo = mediapackage.mp_status[int(ms)]
cell.set_property('text',novo)
def operation_readable(self,column,cell,model,iterator,operation):
"""Sets text equivalent for numeric operation status of mediapackages."""
mp=self.repository.get((model[iterator])[0])
status=mp.getOpStatus(operation)
out = mediapackage.op_status[status]
cell.set_property('text', out)
old_style = context.get_conf().get_color_style()
if old_style:
color = model[iterator][8]
else:
palette = context.get_conf().get_palette()
color = palette[status]
cell.set_property('background', color)
def series_readable(self,column,cell,model,iterator,user_data):
"""Sets text equivalent for numeric status of mediapackages."""
ms = cell.get_property('text')
if ms == None:
novo=""
else:
novo=self.repository.get((model[iterator])[0]).series_title
cell.set_property('text',novo)
return novo
#---------------------------------------- ACTION CALLBACKS ------------------
def ingest_question(self,package):
"""Pops up a question dialog for available operations."""
buttons = None
disabled = not self.conf.get_boolean("ingest", "active")
day,night = context.get_worker().get_all_job_types_by_mp(package)
jobs = day+night
text = {"title" : "Media Manager",
"main" : "Which operation do you want to perform?"
}
text['text'] = ''
icon = message.QUESTION
if disabled:
text['text']=text['text']+"The ingest service is disabled."
if not self.network:
text['text']=text['text']+"Ingest disabled because of network problems."
for job in day:
if job.lower().count("ingest"):
jobs.remove(job)
day.remove(job)
for job in night:
if job.lower().count("ingest"):
pass
#jobs.remove(job)
#night.remove(job)
for job in day:
op_state = package.operation[job.lower().replace(" ", "")]
if op_state == mediapackage.OP_DONE:
text['text']="\n" + text['text'] + job + " already perfomed"
elif op_state == mediapackage.OP_NIGHTLY:
text['text']="\n"+ text['text'] + job + " will be performed tonight"
index = 0
response_dict = {}
grouped1 = []
grouped2 = []
for job in day:
index+=1
response_dict[index]=job
grouped1.append(job)
grouped1.append(index)
for job in night:
index+=1
response_dict[index]=job
grouped2.append(job)
grouped2.append(index)
grouped2.append("Cancel")
grouped2.append(0)
buttons = tuple(grouped1)
buttons2 = tuple(grouped2)
if icon == message.QUESTION:
icon = "INGEST"
warning = message.PopUp(icon,text,
context.get_mainwindow(),
buttons2, buttons)
if warning.response == 0:
return True
elif warning.response == gtk.RESPONSE_OK: # Warning
return True
else:
chosen_job = response_dict[warning.response].lower().replace (" ", "_")
if chosen_job.count('nightly'):
context.get_worker().do_job_nightly(chosen_job.replace("_",""), package)
else:
context.get_worker().do_job(chosen_job, package)
return True
def play(self,key):
"""Retrieves mediapackage and send videos to player."""
logger.info("Play: "+str(key))
package = self.repository.get(key)
if package.status == mediapackage.RECORDED:
self.dispatcher.emit("play-list", package)
else:
text = {"title" : "Media Manager",
"main" : "This recording can't be played",
}
buttons = ( gtk.STOCK_OK, gtk.RESPONSE_OK )
message.PopUp(message.WARNING, text,
context.get_mainwindow(),
buttons)
return True
def change_mode(self,button):
"""Handles a change mode"""
text=button.get_children()[0].get_text()
if text == "Recorder":
self.dispatcher.emit("change-mode", 0)
else:
self.dispatcher.emit("change-mode", 2)
#--------------------------------------- METADATA -----------------------------
def edit(self,key):
"""Pop ups the Metadata Editor"""
logger.info("Edit: "+str(key))
selected_mp = self.repository.get(key)
Metadata(selected_mp)
self.repository.update(selected_mp)
def info(self,key):
"""Pops up de MP info dialog"""
logger.info("Info: "+str(key))
MPinfo(key)
def do_resize(self, buttonlist, secondlist=[]):
"""Force a resize on the Media Manager"""
size = context.get_mainwindow().get_size()
self.strip.resize()
altura = size[1]
anchura = size[0]
k1 = anchura / 1920.0
k2 = altura / 1080.0
self.proportion = k1
for name in buttonlist:
button = self.gui.get_object(name)
button.set_property("width-request", int(k2*100) )
button.set_property("height-request", int(k2*100) )
image = button.get_children()
if type(image[0]) == gtk.Image:
image[0].set_pixel_size(int(k1*80))
elif type(image[0]) == gtk.VBox:
for element in image[0].get_children():
if type(element) == gtk.Image:
element.set_pixel_size(int(k1*46))
for name in secondlist:
button = self.gui.get_object(name)
button.set_property("width-request", int(k2*85) )
button.set_property("height-request", int(k2*85) )
image = button.get_children()
if type(image[0]) == gtk.Image:
image[0].set_pixel_size(int(k1*56))
elif type(image[0]) == gtk.VBox:
for element in image[0].get_children():
if type(element) == gtk.Image:
element.set_pixel_size(int(k1*46))
return True
def delete(self,key):
"""Pops up a dialog. If response is positive, deletes a MP."""
logger.info("Delete: "+str(key))
package = self.repository.get(key)
t1 = "This action will remove the recording from the hard disk."
t2 = 'Recording: "'+package.getTitle()+'"'
text = {"title" : "Media Manager",
"main" : "Are you sure you want to delete?",
"text" : t1+"\n\n"+t2
}
buttons = ( gtk.STOCK_DELETE, gtk.RESPONSE_OK, gtk.STOCK_CANCEL, gtk.RESPONSE_REJECT)
warning = message.PopUp(message.WARNING, text,
context.get_mainwindow(),
buttons)
if warning.response in message.POSITIVE:
self.repository.delete(package)
return True
else:
return False
def network_status(self, signal, status):
"""Updates the signal status from a received signal"""
self.network = status
class ManagerUI(gtk.Box):
"""
Create Recording Listing in a VBOX with TreeView from an MP list
"""
__gtype_name__ = 'Manager'
def __init__(self, element):
"""elements set the previous area to which the top bar's back button points to"""
gtk.Box.__init__(self)
self.strip = StripUI(element)
self.conf = context.get_conf()
self.dispatcher = context.get_dispatcher()
self.repository = context.get_repository()
self.network = False
self.dispatcher.connect("net-up", self.network_status, True)
self.dispatcher.connect("net-down", self.network_status, False)
def sorting(self,
treemodel,
iter1,
iter2,
data,
regular=True,
ascending=1):
"""Basic Sort comparisson"""
first = treemodel[iter1][data]
second = treemodel[iter2][data]
if first > second:
return 1 * ascending
elif first == second:
if regular:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == gtk.SORT_DESCENDING:
ascending = -1
# order by date
response = self.sorting(treemodel, iter1, iter2, 6, False,
ascending)
return response
else:
return 0
else:
return -1 * ascending
def sorting_text(self,
treemodel,
iter1,
iter2,
data,
regular=True,
ascending=1):
"""Sort algorithm, giving similar value to capital and regular letters"""
# Null sorting
first = treemodel[iter1][data]
second = treemodel[iter2][data]
if first != None:
first = first.lower()
if second != None:
second = second.lower()
if first in ["", None] and second in ["", None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == gtk.SORT_DESCENDING:
ascending = -1
# order by date
response = self.sorting(treemodel, iter1, iter2, 6, False,
ascending)
return response
elif first in ["", None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == gtk.SORT_DESCENDING:
return -1
else:
return 1
elif second in ["", None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == gtk.SORT_DESCENDING:
return 1
else:
return -1
# Regular sorting
if first > second:
return 1 * ascending
elif first == second:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == gtk.SORT_DESCENDING:
ascending = -1
# order by date
response = self.sorting(treemodel, iter1, iter2, 6, False,
ascending)
return response
else:
return -1 * ascending
def sorting_empty(self,
treemodel,
iter1,
iter2,
data,
regular=True,
ascending=1):
"""Sorting algorithm, placing empty values always and the end, both descending and ascending"""
# Null sorting
first = treemodel[iter1][data]
second = treemodel[iter2][data]
if first in ["", None] and second in ["", None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == gtk.SORT_DESCENDING:
ascending = -1
# order by date
response = self.sorting(treemodel, iter1, iter2, 6, False,
ascending)
return response
elif first in ["", None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == gtk.SORT_DESCENDING:
return -1
else:
return 1
elif second in ["", None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == gtk.SORT_DESCENDING:
return 1
else:
return -1
# Regular sorting
if first > second:
return 1 * ascending
elif first == second:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == gtk.SORT_DESCENDING:
ascending = -1
# order by date
response = self.sorting(treemodel, iter1, iter2, 6, False,
ascending)
return response
else:
return -1 * ascending
#-------------------------------- DATA PRESENTATION --------------------------------
def size_readable(self, column, cell, model, iterador, user_data):
"""Generates human readable string for a number.
Returns: A string form of the number using size abbreviations (KB, MB, etc.) """
resultado = readable.size(cell.get_property('text'))
cell.set_property('text', resultado)
return resultado
def date_readable(self, column, cell, model, iterador, user_data):
""" Generates date readable string from an isoformat datetime. """
novo = readable.date(cell.get_property('text'))
cell.set_property('text', novo)
return novo
def time_readable(self, column, cell, model, iterador, user_data):
"""Generates date hout:minute:seconds from seconds."""
ms = cell.get_property('text')
novo = readable.time(int(ms) / 1000)
cell.set_property('text', novo)
return novo
def list_readable(self, listed):
"""Generates a string of items from a list, separated by commas."""
novo = readable.list(listed)
return novo
def status_readable(self, column, cell, model, iterator, user_data):
"""Set text equivalent for numeric status of mediapackages."""
ms = cell.get_property('text')
novo = mediapackage.mp_status[int(ms)]
cell.set_property('text', novo)
def operation_readable(self, column, cell, model, iterator, operation):
"""Sets text equivalent for numeric operation status of mediapackages."""
mp = self.repository.get((model[iterator])[0])
status = mp.getOpStatus(operation)
out = mediapackage.op_status[status]
cell.set_property('text', out)
old_style = context.get_conf().get_color_style()
if old_style:
color = model[iterator][8]
else:
palette = context.get_conf().get_palette()
color = palette[status]
cell.set_property('background', color)
def series_readable(self, column, cell, model, iterator, user_data):
"""Sets text equivalent for numeric status of mediapackages."""
ms = cell.get_property('text')
if ms == None:
novo = ""
else:
novo = self.repository.get((model[iterator])[0]).series_title
cell.set_property('text', novo)
return novo
#---------------------------------------- ACTION CALLBACKS ------------------
def ingest_question(self, package):
"""Pops up a question dialog for available operations."""
buttons = None
disabled = not self.conf.get_boolean("ingest", "active")
day, night = context.get_worker().get_all_job_types_by_mp(package)
jobs = day + night
text = {
"title": "Media Manager",
"main": "Which operation do you want to perform?"
}
text['text'] = ''
icon = message.QUESTION
if disabled:
text['text'] = text['text'] + "The ingest service is disabled."
if not self.network:
text['text'] = text[
'text'] + "Ingest disabled because of network problems."
for job in day:
if job.lower().count("ingest"):
jobs.remove(job)
day.remove(job)
for job in night:
if job.lower().count("ingest"):
pass
#jobs.remove(job)
#night.remove(job)
for job in day:
op_state = package.operation[job.lower().replace(" ", "")]
if op_state == mediapackage.OP_DONE:
text['text'] = "\n" + text['text'] + job + " already perfomed"
elif op_state == mediapackage.OP_NIGHTLY:
text['text'] = "\n" + text[
'text'] + job + " will be performed tonight"
index = 0
response_dict = {}
grouped1 = []
grouped2 = []
for job in day:
index += 1
response_dict[index] = job
grouped1.append(job)
grouped1.append(index)
for job in night:
index += 1
response_dict[index] = job
grouped2.append(job)
grouped2.append(index)
grouped2.append("Cancel")
grouped2.append(0)
buttons = tuple(grouped1)
buttons2 = tuple(grouped2)
if icon == message.QUESTION:
icon = "INGEST"
warning = message.PopUp(icon, text, context.get_mainwindow(), buttons2,
buttons)
if warning.response == 0:
return True
elif warning.response == gtk.RESPONSE_OK: # Warning
return True
else:
chosen_job = response_dict[warning.response].lower().replace(
" ", "_")
if chosen_job.count('nightly'):
context.get_worker().do_job_nightly(
chosen_job.replace("_", ""), package)
else:
context.get_worker().do_job(chosen_job, package)
return True
def play(self, key):
"""Retrieves mediapackage and send videos to player."""
logger.info("Play: " + str(key))
package = self.repository.get(key)
if package.status == mediapackage.RECORDED:
self.dispatcher.emit("play-list", package)
else:
text = {
"title": "Media Manager",
"main": "This recording can't be played",
}
buttons = (gtk.STOCK_OK, gtk.RESPONSE_OK)
message.PopUp(message.WARNING, text, context.get_mainwindow(),
buttons)
return True
def change_mode(self, button):
"""Handles a change mode"""
text = button.get_children()[0].get_text()
if text == "Recorder":
self.dispatcher.emit("change-mode", 0)
else:
self.dispatcher.emit("change-mode", 2)
#--------------------------------------- METADATA -----------------------------
def edit(self, key):
"""Pop ups the Metadata Editor"""
logger.info("Edit: " + str(key))
selected_mp = self.repository.get(key)
Metadata(selected_mp)
self.repository.update(selected_mp)
def info(self, key):
"""Pops up de MP info dialog"""
logger.info("Info: " + str(key))
MPinfo(key)
def do_resize(self, buttonlist, secondlist=[]):
"""Force a resize on the Media Manager"""
size = context.get_mainwindow().get_size()
self.strip.resize()
altura = size[1]
anchura = size[0]
k1 = anchura / 1920.0
k2 = altura / 1080.0
self.proportion = k1
for name in buttonlist:
button = self.gui.get_object(name)
button.set_property("width-request", int(k2 * 100))
button.set_property("height-request", int(k2 * 100))
image = button.get_children()
if type(image[0]) == gtk.Image:
image[0].set_pixel_size(int(k1 * 80))
elif type(image[0]) == gtk.VBox:
for element in image[0].get_children():
if type(element) == gtk.Image:
element.set_pixel_size(int(k1 * 46))
for name in secondlist:
button = self.gui.get_object(name)
button.set_property("width-request", int(k2 * 85))
button.set_property("height-request", int(k2 * 85))
image = button.get_children()
if type(image[0]) == gtk.Image:
image[0].set_pixel_size(int(k1 * 56))
elif type(image[0]) == gtk.VBox:
for element in image[0].get_children():
if type(element) == gtk.Image:
element.set_pixel_size(int(k1 * 46))
return True
def delete(self, key):
"""Pops up a dialog. If response is positive, deletes a MP."""
logger.info("Delete: " + str(key))
package = self.repository.get(key)
t1 = "This action will remove the recording from the hard disk."
t2 = 'Recording: "' + package.getTitle() + '"'
text = {
"title": "Delete",
"main": "Are you sure you want to delete?",
"text": t1 + "\n\n" + t2
}
buttons = (gtk.STOCK_DELETE, gtk.RESPONSE_OK, gtk.STOCK_CANCEL,
gtk.RESPONSE_REJECT)
warning = message.PopUp(message.WARNING, text,
context.get_mainwindow(), buttons)
if warning.response in message.POSITIVE:
self.repository.delete(package)
return True
else:
return False
def network_status(self, signal, status):
"""Updates the signal status from a received signal"""
self.network = status
class ManagerUI(Gtk.Box):
"""
Create Recording Listing in a VBOX with TreeView from an MP list
"""
__gtype_name__ = 'Manager'
def __init__(self, element):
"""elements set the previous area to which the top bar's back button points to"""
Gtk.Box.__init__(self)
self.strip = StripUI(element)
self.conf = context.get_conf()
self.dispatcher = context.get_dispatcher()
self.repository = context.get_repository()
self.network = False
self.dispatcher.connect("net-up", self.network_status, True)
self.dispatcher.connect("net-down", self.network_status, False)
def sorting(self, treemodel, iter1, iter2, data, regular=True, ascending=1):
"""Basic Sort comparisson"""
first =treemodel[iter1][data]
second = treemodel[iter2][data]
if first > second:
return 1 * ascending
elif first == second:
if regular:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
else:
return 0
else:
return -1 * ascending
def sorting_text(self, treemodel, iter1, iter2, data, regular=True, ascending=1):
"""Sort algorithm, giving similar value to capital and regular letters"""
# Null sorting
first = treemodel[iter1][data]
second = treemodel[iter2][data]
if first != None:
first = first.lower()
if second != None:
second = second.lower()
if first in ["",None] and second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
elif first in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
return -1
else:
return 1
elif second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
return 1
else:
return -1
# Regular sorting
if first > second:
return 1 * ascending
elif first == second:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
else:
return -1 * ascending
def sorting_empty(self, treemodel, iter1, iter2, data, regular=True, ascending=1):
"""Sorting algorithm, placing empty values always and the end, both descending and ascending"""
# Null sorting
first = treemodel[iter1][data]
second = treemodel[iter2][data]
if first in ["",None] and second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
elif first in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
return -1
else:
return 1
elif second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
return 1
else:
return -1
# Regular sorting
if first > second:
return 1 * ascending
elif first == second:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
else:
return -1 * ascending
#---------------------------------------- ACTION CALLBACKS ------------------
def ingest_question(self,package):
"""Pops up a question dialog for available operations."""
buttons = None
disabled = not self.conf.get_boolean("ingest", "active")
day,night = context.get_worker().get_all_job_types_by_mp(package)
jobs = day+night
text = {"title" : _("Media Manager"),
"main" : _("Which operation do you want to perform?")
}
text['text'] = ''
icon = message.QUESTION
if disabled or not self.network:
for job in day:
if job.lower().count("ingest"):
jobs.remove(job)
day.remove(job)
for job in night:
if job.lower().count("ingest"):
pass
#jobs.remove(job)
#night.remove(job)
if disabled:
text['text']=text['text']+_("The ingest service is disabled. ")
elif not self.network:
text['text'] = text['text'] + _("Ingest disabled because of network problems. ")
for job in day:
op_state = package.operation[job.lower().replace(" ", "")]
if op_state == mediapackage.OP_DONE:
text['text']="\n" + text['text'] + _("{0} already performed").format(OPERATION_NAMES[job])
elif op_state == mediapackage.OP_NIGHTLY:
text['text']="\n"+ text['text'] + _("{0} will be performed tonight").format(OPERATION_NAMES[job])
index = 0
response_dict = {}
grouped1 = []
grouped2 = []
for job in day:
index+=1
response_dict[index]=job
grouped1.append(job)
grouped1.append(index)
for job in night:
index+=1
response_dict[index]=job
grouped2.append(job)
grouped2.append(index)
grouped2.append("Cancel")
grouped2.append(0)
buttons = tuple(grouped1)
buttons2 = tuple(grouped2)
if icon == message.QUESTION:
icon = "INGEST"
warning = message.PopUp(icon,text,
context.get_mainwindow(),
buttons2, buttons)
if warning.response == 0:
return True
elif warning.response == -4:
return True # Escape key used
elif warning.response == Gtk.ResponseType.OK: # Warning
return True
else:
chosen_job = response_dict[warning.response].lower().replace (" ", "_")
if chosen_job.count('nightly'):
context.get_worker().do_job_nightly(chosen_job.replace("_",""), package)
else:
context.get_worker().do_job(chosen_job, package)
return True
#--------------------------------------- METADATA -----------------------------
def edit(self,key):
"""Pop ups the Metadata Editor"""
logger.info("Edit: {0}".format(str(key)))
selected_mp = self.repository.get(key)
Metadata(selected_mp, series.get_series())
self.repository.update(selected_mp)
def info(self,key):
"""Pops up de MP info dialog"""
logger.info("Info: {0}".format(str(key)))
MPinfo(key)
def do_resize(self, buttonlist, secondlist=[]):
"""Force a resize on the Media Manager"""
size = context.get_mainwindow().get_size()
self.strip.resize()
altura = size[1]
anchura = size[0]
k1 = anchura / 1920.0
k2 = altura / 1080.0
self.proportion = k1
for name in buttonlist:
button = self.gui.get_object(name)
button.set_property("width-request", int(k1*100) )
button.set_property("height-request", int(k1*100) )
image = button.get_children()
if type(image[0]) == Gtk.Image:
image[0].set_pixel_size(int(k1*80))
elif type(image[0]) == Gtk.VBox:
for element in image[0].get_children():
if type(element) == Gtk.Image:
element.set_pixel_size(int(k1*46))
for name in secondlist:
button2 = self.gui.get_object(name)
button2.set_property("width-request", int(k2*85) )
button2.set_property("height-request", int(k2*85) )
image = button2.get_children()
if type(image[0]) == Gtk.Image:
image[0].set_pixel_size(int(k1*56))
image[0].show()
elif type(image[0]) == Gtk.VBox:
for element in image[0].get_children():
if type(element) == Gtk.Image:
element.set_pixel_size(int(k1*46))
return True
def delete(self,key):
"""Pops up a dialog. If response is positive, deletes a MP."""
logger.info("Delete: {0}".format(str(key)))
package = self.repository.get(key)
t1 = _("This action will remove the recording from the hard disk.")
t2 = _('Recording: "{0}"').format(package.getTitle())
text = {"title" : _("Media Manager"),
"main" : _("Are you sure you want to delete?"),
"text" : t1+"\n\n"+t2
}
buttons = ( Gtk.STOCK_DELETE, Gtk.ResponseType.OK, Gtk.STOCK_CANCEL, Gtk.ResponseType.REJECT)
warning = message.PopUp(message.WARN_DELETE, text,
context.get_mainwindow(),
buttons)
if warning.response in message.POSITIVE:
self.repository.delete(package)
return True
else:
return False
def network_status(self, signal, status):
"""Updates the signal status from a received signal"""
self.network = status
class ManagerUI(Gtk.Box):
"""
Create Recording Listing in a VBOX with TreeView from an MP list
"""
__gtype_name__ = 'Manager'
def __init__(self, element):
"""elements set the previous area to which the top bar's back button points to"""
Gtk.Box.__init__(self)
self.strip = StripUI(element)
self.conf = context.get_conf()
self.dispatcher = context.get_dispatcher()
self.repository = context.get_repository()
self.network = False
self.dispatcher.connect_ui("opencast-status", self.network_status)
def sorting(self, treemodel, iter1, iter2, data, regular=True, ascending=1):
"""Basic Sort comparisson"""
first =treemodel[iter1][data]
second = treemodel[iter2][data]
if first > second:
return 1 * ascending
elif first == second:
if regular:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
else:
return 0
else:
return -1 * ascending
def sorting_text(self, treemodel, iter1, iter2, data, regular=True, ascending=1):
"""Sort algorithm, giving similar value to capital and regular letters"""
# Null sorting
first = treemodel[iter1][data]
second = treemodel[iter2][data]
if first != None:
first = first.lower()
if second != None:
second = second.lower()
if first in ["",None] and second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
elif first in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
return -1
else:
return 1
elif second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
return 1
else:
return -1
# Regular sorting
if first > second:
return 1 * ascending
elif first == second:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
else:
return -1 * ascending
def sorting_empty(self, treemodel, iter1, iter2, data, regular=True, ascending=1):
"""Sorting algorithm, placing empty values always and the end, both descending and ascending"""
# Null sorting
first = treemodel[iter1][data]
second = treemodel[iter2][data]
if first in ["",None] and second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
elif first in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
return -1
else:
return 1
elif second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
return 1
else:
return -1
# Regular sorting
if first > second:
return 1 * ascending
elif first == second:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == Gtk.SortType.DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
else:
return -1 * ascending
#---------------------------------------- ACTION CALLBACKS ------------------
def ingest_question(self,package):
"""Pops up a question dialog for available operations."""
disabled = not self.conf.get_boolean("ingest", "active")
day,night = context.get_worker().get_all_job_types_by_mp(package)
jobs = day+night
text = {"title" : _("Media Manager"),
"main" : _("Which operation do you want to perform?")
}
text['text'] = ''
if disabled or not self.network:
for job in day:
if job.lower().count("ingest"):
jobs.remove(job)
day.remove(job)
for job in night:
if job.lower().count("ingest"):
pass
#jobs.remove(job)
#night.remove(job)
if disabled:
text['text']=text['text']+_("The ingest service is disabled. ")
elif not self.network:
text['text'] = text['text'] + _("Ingest disabled because of network problems. ")
for job in day:
op_state = package.operations[job.lower().replace(" ", "")]
if op_state == mediapackage.OP_DONE:
text['text']=text['text'] + "\n" + _("{0} already performed").format(OPERATION_NAMES.get(job, job))
elif op_state == mediapackage.OP_NIGHTLY:
text['text']=text['text'] + "\n" + _("{0} will be performed tonight").format(OPERATION_NAMES.get(job, job))
response_list = ['Ingest', # Resp 1
'Ingest Nightly', # Resp 2
'Cancel Ingest Nightly', # Resp 3
'Export to Zip', # Resp 4
'Export to Zip Nightly', # Resp 5
'Cancel Export to Zip Nightly', # Resp 6
'Side by Side', # Resp 7
'Side by Side Nightly', # Resp 8
'Cancel Side by Side Nightly'] # Resp 9
operations = {}
for job in jobs:
if job in response_list:
operations[job] = response_list.index(job)+1
operations_dialog = message.PopUp(message.OPERATIONS,text,
context.get_mainwindow(),
operations)
if operations_dialog.response == Gtk.ResponseType.REJECT or \
operations_dialog.response == Gtk.ResponseType.DELETE_EVENT or \
operations_dialog.response == Gtk.ResponseType.OK:
return True
elif 0 < operations_dialog.response <= len(response_list):
chosen_job = response_list[operations_dialog.response-1].lower().replace (" ", "")
if chosen_job.count('nightly'):
context.get_worker().do_job_nightly(chosen_job.replace("_",""), package)
else:
context.get_worker().do_job(chosen_job, package)
return True
else:
logger.error("Incorrect operation response: {}".format(operations_dialog.response))
return False
#--------------------------------------- METADATA -----------------------------
def edit(self,key):
"""Pop ups the Metadata Editor"""
logger.info("Edit: {0}".format(str(key)))
selected_mp = self.repository.get(key)
Metadata(selected_mp)
self.repository.update(selected_mp)
def info(self,key):
"""Pops up de MP info dialog"""
logger.info("Info: {0}".format(str(key)))
text = self.get_mp_info(key)
text['title'] = 'Mediapackage Info'
message.PopUp(message.MP_INFO, text,
context.get_mainwindow(),
response_action=self.create_mp_info_response(text['folder']),
close_on_response=False)
def create_mp_info_response(self, folder):
def on_mp_info_response(response_id, **kwargs):
""" Opens the MP folder """
open_folder(folder)
return on_mp_info_response
def get_mp_info(self,key):
""" Retrieves a dictionary with the information of the MP
with the given key
Args:
key (str): the MP identifier
Returns:
Dict {}: with the label of the info.glade dialog as key
and the content of the label as values.
"""
mp = self.repository.get(key)
data = set_manifest_json(mp)
# General
data['title_mp'] = data['title']
del data['title']
data['duration'] = readable.time((data['duration'])/1000)
data['size'] = readable.size(data['size'])
data['created'] = readable.date(mp.getStartDateAsString(),
"%B %d, %Y - %H:%M").replace(' 0',' ')
if data.has_key('seriestitle'):
data['isPartOf'] = data['seriestitle']
# Operations
for op,status in data['operations'].iteritems():
data[op] = mediapackage.op_status[status]
del data['operations']
# Tracks
tracks = []
for track in data['media']['track']:
t = {}
t[_('Name:')] = track['id']
t[_('Type:')] = track['mimetype']
t[_('Flavor:')] = track['type']
t[_('File:')] = path.split(track['url'])[1]
tracks.append(t)
if tracks:
data['tracks'] = tracks
del data['media']
# Catalogs
catalogs = []
for catalog in data['metadata']['catalog']:
c = {}
c[_('Name:')] = catalog['id']
c[_('Flavor:')] = catalog['type']
c[_('Type:')] = catalog['mimetype']
catalogs.append(c)
if catalogs:
data['catalogs'] = catalogs
del data['metadata']
return data
def do_resize(self, buttonlist, secondlist=[]):
"""Force a resize on the Media Manager"""
size = context.get_mainwindow().get_size()
self.strip.resize()
altura = size[1]
anchura = size[0]
k1 = anchura / 1920.0
k2 = altura / 1080.0
self.proportion = k1
for name in buttonlist:
button = self.gui.get_object(name)
button.set_property("width-request", int(k1*100) )
button.set_property("height-request", int(k1*100) )
resize_button(button,size_image=k1*80,size_vbox=k1*46)
for name in secondlist:
button2 = self.gui.get_object(name)
button2.set_property("width-request", int(k2*85) )
button2.set_property("height-request", int(k2*85) )
resize_button(button2.get_children()[0],size_image=k1*56,size_vbox=k1*46)
return True
def delete(self,key, response=None):
"""Pops up a dialog. If response is positive, deletes a MP."""
self.selected = key
package = self.repository.get(key)
logger.info("Delete: {0}".format(str(key)))
t1 = _("This action will remove the recording from the hard disk.")
t2 = _('Recording: "{0}"').format(package.getTitle())
text = {"title" : _("Media Manager"),
"main" : _("Are you sure you want to delete?"),
"text" : t1+"\n\n"+t2
}
buttons = ( Gtk.STOCK_DELETE, Gtk.ResponseType.OK, Gtk.STOCK_CANCEL, Gtk.ResponseType.REJECT)
message.PopUp(message.WARN_DELETE, text,
context.get_mainwindow(),
buttons, response)
def network_status(self, signal, status):
"""Updates the signal status from a received signal"""
self.network = status
class ManagerUI(Gtk.Box):
"""
Create Recording Listing in a VBOX with TreeView from an MP list
"""
__gtype_name__ = 'Manager'
def __init__(self, element):
"""elements set the previous area to which the top bar's back button points to"""
Gtk.Box.__init__(self)
self.strip = StripUI(element)
self.conf = context.get_conf()
self.dispatcher = context.get_dispatcher()
self.repository = context.get_repository()
self.network = False
self.dispatcher.connect_ui("opencast-status", self.network_status)
def sorting(self,
treemodel,
iter1,
iter2,
data,
regular=True,
ascending=1):
"""Basic Sort comparisson"""
first = treemodel[iter1][data]
second = treemodel[iter2][data]
if first > second:
return 1 * ascending
elif first == second:
if regular:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == Gtk.SortType.DESCENDING:
ascending = -1
# order by date
response = self.sorting(treemodel, iter1, iter2, 6, False,
ascending)
return response
else:
return 0
else:
return -1 * ascending
def sorting_text(self,
treemodel,
iter1,
iter2,
data,
regular=True,
ascending=1):
"""Sort algorithm, giving similar value to capital and regular letters"""
# Null sorting
first = treemodel[iter1][data]
second = treemodel[iter2][data]
if first != None:
first = first.lower()
if second != None:
second = second.lower()
if first in ["", None] and second in ["", None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == Gtk.SortType.DESCENDING:
ascending = -1
# order by date
response = self.sorting(treemodel, iter1, iter2, 6, False,
ascending)
return response
elif first in ["", None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == Gtk.SortType.DESCENDING:
return -1
else:
return 1
elif second in ["", None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == Gtk.SortType.DESCENDING:
return 1
else:
return -1
# Regular sorting
if first > second:
return 1 * ascending
elif first == second:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == Gtk.SortType.DESCENDING:
ascending = -1
# order by date
response = self.sorting(treemodel, iter1, iter2, 6, False,
ascending)
return response
else:
return -1 * ascending
def sorting_empty(self,
treemodel,
iter1,
iter2,
data,
regular=True,
ascending=1):
"""Sorting algorithm, placing empty values always and the end, both descending and ascending"""
# Null sorting
first = treemodel[iter1][data]
second = treemodel[iter2][data]
if first in ["", None] and second in ["", None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == Gtk.SortType.DESCENDING:
ascending = -1
# order by date
response = self.sorting(treemodel, iter1, iter2, 6, False,
ascending)
return response
elif first in ["", None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == Gtk.SortType.DESCENDING:
return -1
else:
return 1
elif second in ["", None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == Gtk.SortType.DESCENDING:
return 1
else:
return -1
# Regular sorting
if first > second:
return 1 * ascending
elif first == second:
if self.vista.get_column(self.equivalent[data]).get_sort_order(
) == Gtk.SortType.DESCENDING:
ascending = -1
# order by date
response = self.sorting(treemodel, iter1, iter2, 6, False,
ascending)
return response
else:
return -1 * ascending
#---------------------------------------- ACTION CALLBACKS ------------------
def ingest_question(self, package):
"""Pops up a question dialog for available operations."""
disabled = not self.conf.get_boolean("ingest", "active")
day, night = context.get_worker().get_all_job_types_by_mp(package)
jobs = day + night
text = {
"title": _("Media Manager"),
"main": _("Which operation do you want to perform?")
}
text['text'] = ''
if disabled or not self.network:
for job in day:
if job.lower().count("ingest"):
jobs.remove(job)
day.remove(job)
for job in night:
if job.lower().count("ingest"):
pass
#jobs.remove(job)
#night.remove(job)
if disabled:
text['text'] = text['text'] + _("The ingest service is disabled. ")
elif not self.network:
text['text'] = text['text'] + _(
"Ingest disabled because of network problems. ")
for job in day:
op_state = package.operation[job.lower().replace(" ", "")]
if op_state == mediapackage.OP_DONE:
text['text'] = text['text'] + "\n" + _(
"{0} already performed").format(
OPERATION_NAMES.get(job, job))
elif op_state == mediapackage.OP_NIGHTLY:
text['text'] = text['text'] + "\n" + _(
"{0} will be performed tonight").format(
OPERATION_NAMES.get(job, job))
response_list = [
'Ingest', # Resp 1
'Ingest Nightly', # Resp 2
'Cancel Ingest Nightly', # Resp 3
'Export to Zip', # Resp 4
'Export to Zip Nightly', # Resp 5
'Cancel Export to Zip Nightly', # Resp 6
'Side by Side', # Resp 7
'Side by Side Nightly', # Resp 8
'Cancel Side by Side Nightly'
] # Resp 9
operations = {}
for job in jobs:
if job in response_list:
operations[job] = response_list.index(job) + 1
operations_dialog = message.PopUp(message.OPERATIONS, text,
context.get_mainwindow(), operations)
if operations_dialog.response == Gtk.ResponseType.REJECT or \
operations_dialog.response == Gtk.ResponseType.DELETE_EVENT or \
operations_dialog.response == Gtk.ResponseType.OK:
return True
elif 0 < operations_dialog.response <= len(response_list):
chosen_job = response_list[operations_dialog.response -
1].lower().replace(" ", "")
if chosen_job.count('nightly'):
context.get_worker().do_job_nightly(
chosen_job.replace("_", ""), package)
else:
context.get_worker().do_job(chosen_job, package)
return True
else:
logger.error("Incorrect operation response: {}".format(
operations_dialog.response))
return False
#--------------------------------------- METADATA -----------------------------
def edit(self, key):
"""Pop ups the Metadata Editor"""
logger.info("Edit: {0}".format(str(key)))
selected_mp = self.repository.get(key)
Metadata(selected_mp)
self.repository.update(selected_mp)
def info(self, key):
"""Pops up de MP info dialog"""
logger.info("Info: {0}".format(str(key)))
text = self.get_mp_info(key)
text['title'] = 'Mediapackage Info'
message.PopUp(message.MP_INFO,
text,
context.get_mainwindow(),
response_action=self.create_mp_info_response(
text['folder']),
close_on_response=False)
def create_mp_info_response(self, folder):
def on_mp_info_response(response_id, **kwargs):
""" Opens the MP folder """
open_folder(folder)
return on_mp_info_response
def get_mp_info(self, key):
""" Retrieves a dictionary with the information of the MP
with the given key
Args:
key (str): the MP identifier
Returns:
Dict {}: with the label of the info.glade dialog as key
and the content of the label as values.
"""
mp = self.repository.get(key)
data = set_manifest_json(mp)
# General
data['title_mp'] = data['title']
del data['title']
data['duration'] = readable.time((data['duration']) / 1000)
data['size'] = readable.size(data['size'])
data['created'] = readable.date(mp.getStartDateAsString(),
"%B %d, %Y - %H:%M").replace(
' 0', ' ')
if data.has_key('seriestitle'):
data['isPartOf'] = data['seriestitle']
# Operations
for op, status in data['operations'].iteritems():
data[op] = mediapackage.op_status[status]
del data['operations']
# Tracks
tracks = []
for track in data['media']['track']:
t = {}
t[_('Name:')] = track['id']
t[_('Type:')] = track['mimetype']
t[_('Flavor:')] = track['type']
t[_('File:')] = path.split(track['url'])[1]
tracks.append(t)
if tracks:
data['tracks'] = tracks
del data['media']
# Catalogs
catalogs = []
for catalog in data['metadata']['catalog']:
c = {}
c[_('Name:')] = catalog['id']
c[_('Flavor:')] = catalog['type']
c[_('Type:')] = catalog['mimetype']
catalogs.append(c)
if catalogs:
data['catalogs'] = catalogs
del data['metadata']
return data
def do_resize(self, buttonlist, secondlist=[]):
"""Force a resize on the Media Manager"""
size = context.get_mainwindow().get_size()
self.strip.resize()
altura = size[1]
anchura = size[0]
k1 = anchura / 1920.0
k2 = altura / 1080.0
self.proportion = k1
for name in buttonlist:
button = self.gui.get_object(name)
button.set_property("width-request", int(k1 * 100))
button.set_property("height-request", int(k1 * 100))
resize_button(button, size_image=k1 * 80, size_vbox=k1 * 46)
for name in secondlist:
button2 = self.gui.get_object(name)
button2.set_property("width-request", int(k2 * 85))
button2.set_property("height-request", int(k2 * 85))
resize_button(button2.get_children()[0],
size_image=k1 * 56,
size_vbox=k1 * 46)
return True
def delete(self, key, response=None):
"""Pops up a dialog. If response is positive, deletes a MP."""
self.selected = key
package = self.repository.get(key)
logger.info("Delete: {0}".format(str(key)))
t1 = _("This action will remove the recording from the hard disk.")
t2 = _('Recording: "{0}"').format(package.getTitle())
text = {
"title": _("Media Manager"),
"main": _("Are you sure you want to delete?"),
"text": t1 + "\n\n" + t2
}
buttons = (Gtk.STOCK_DELETE, Gtk.ResponseType.OK, Gtk.STOCK_CANCEL,
Gtk.ResponseType.REJECT)
message.PopUp(message.WARN_DELETE, text, context.get_mainwindow(),
buttons, response)
def network_status(self, signal, status):
"""Updates the signal status from a received signal"""
self.network = status
class ManagerUI(gtk.Box):
"""
Create Recording Listing in a VBOX with TreeView from an MP list
"""
__gtype_name__ = 'Manager'
def __init__(self, element):
"""elements set the previous area to which the top bar's back button points to"""
gtk.Box.__init__(self)
self.strip = StripUI(element)
self.conf = context.get_conf()
self.dispatcher = context.get_dispatcher()
self.repository = context.get_repository()
self.network = False
self.dispatcher.connect("net-up", self.network_status, True)
self.dispatcher.connect("net-down", self.network_status, False)
def sorting(self, treemodel, iter1, iter2, data, regular=True, ascending=1):
"""Basic Sort comparisson"""
first =treemodel[iter1][data]
second = treemodel[iter2][data]
if first > second:
return 1 * ascending
elif first == second:
if regular:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
else:
return 0
else:
return -1 * ascending
def sorting_text(self, treemodel, iter1, iter2, data, regular=True, ascending=1):
"""Sort algorithm, giving similar value to capital and regular letters"""
# Null sorting
first = treemodel[iter1][data]
second = treemodel[iter2][data]
if first != None:
first = first.lower()
if second != None:
second = second.lower()
if first in ["",None] and second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
elif first in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
return -1
else:
return 1
elif second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
return 1
else:
return -1
# Regular sorting
if first > second:
return 1 * ascending
elif first == second:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
else:
return -1 * ascending
def sorting_empty(self, treemodel, iter1, iter2, data, regular=True, ascending=1):
"""Sorting algorithm, placing empty values always and the end, both descending and ascending"""
# Null sorting
first = treemodel[iter1][data]
second = treemodel[iter2][data]
if first in ["",None] and second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
elif first in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
return -1
else:
return 1
elif second in ["",None]:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
return 1
else:
return -1
# Regular sorting
if first > second:
return 1 * ascending
elif first == second:
if self.vista.get_column(self.equivalent[data]).get_sort_order() == gtk.SORT_DESCENDING:
ascending=-1
# order by date
response = self.sorting(treemodel,iter1,iter2,6,False,ascending)
return response
else:
return -1 * ascending
#---------------------------------------- ACTION CALLBACKS ------------------
def ingest_question(self,package):
"""Pops up a question dialog for available operations."""
buttons = None
disabled = not self.conf.get_boolean("ingest", "active")
day,night = context.get_worker().get_all_job_types_by_mp(package)
jobs = day+night
text = {"title" : _("Media Manager"),
"main" : _("Which operation do you want to perform?")
}
text['text'] = ''
icon = message.QUESTION
if disabled:
text['text']=text['text']+_("The ingest service is disabled.")
if not self.network:
text['text']=text['text']+_("Ingest disabled because of network problems. ")
for job in day:
if job.lower().count("ingest"):
jobs.remove(job)
day.remove(job)
for job in night:
if job.lower().count("ingest"):
pass
#jobs.remove(job)
#night.remove(job)
for job in day:
op_state = package.operation[job.lower().replace(" ", "")]
if op_state == mediapackage.OP_DONE:
text['text']="\n" + text['text'] + _("{0} already performed").format(OPERATION_NAMES[job])
elif op_state == mediapackage.OP_NIGHTLY:
text['text']="\n"+ text['text'] + _("{0} will be performed tonight").format(OPERATION_NAMES[job])
index = 0
response_dict = {}
grouped1 = []
grouped2 = []
for job in day:
index+=1
response_dict[index]=job
grouped1.append(job)
grouped1.append(index)
for job in night:
index+=1
response_dict[index]=job
grouped2.append(job)
grouped2.append(index)
grouped2.append("Cancel")
grouped2.append(0)
buttons = tuple(grouped1)
buttons2 = tuple(grouped2)
if icon == message.QUESTION:
icon = "INGEST"
warning = message.PopUp(icon,text,
context.get_mainwindow(),
buttons2, buttons)
if warning.response == 0:
return True
elif warning.response == -4:
return True # Escape key used
elif warning.response == gtk.RESPONSE_OK: # Warning
return True
else:
chosen_job = response_dict[warning.response].lower().replace (" ", "_")
if chosen_job.count('nightly'):
context.get_worker().do_job_nightly(chosen_job.replace("_",""), package)
else:
context.get_worker().do_job(chosen_job, package)
return True
#--------------------------------------- METADATA -----------------------------
def edit(self,key):
"""Pop ups the Metadata Editor"""
logger.info("Edit: {0}".format(str(key)))
selected_mp = self.repository.get(key)
Metadata(selected_mp, series.get_series())
self.repository.update(selected_mp)
def info(self,key):
"""Pops up de MP info dialog"""
logger.info("Info: {0}".format(str(key)))
MPinfo(key)
def do_resize(self, buttonlist, secondlist=[]):
"""Force a resize on the Media Manager"""
size = context.get_mainwindow().get_size()
self.strip.resize()
altura = size[1]
anchura = size[0]
k1 = anchura / 1920.0
k2 = altura / 1080.0
self.proportion = k1
for name in buttonlist:
button = self.gui.get_object(name)
button.set_property("width-request", int(k1*100) )
button.set_property("height-request", int(k1*100) )
image = button.get_children()
if type(image[0]) == gtk.Image:
image[0].set_pixel_size(int(k1*80))
elif type(image[0]) == gtk.VBox:
for element in image[0].get_children():
if type(element) == gtk.Image:
element.set_pixel_size(int(k1*46))
for name in secondlist:
button2 = self.gui.get_object(name)
button2.set_property("width-request", int(k2*85) )
button2.set_property("height-request", int(k2*85) )
image = button2.get_children()
if type(image[0]) == gtk.Image:
image[0].set_pixel_size(int(k1*56))
image[0].show()
elif type(image[0]) == gtk.VBox:
for element in image[0].get_children():
if type(element) == gtk.Image:
element.set_pixel_size(int(k1*46))
return True
def delete(self,key):
"""Pops up a dialog. If response is positive, deletes a MP."""
logger.info("Delete: {0}".format(str(key)))
package = self.repository.get(key)
t1 = _("This action will remove the recording from the hard disk.")
t2 = _('Recording: "{0}"').format(package.getTitle())
text = {"title" : _("Media Manager"),
"main" : _("Are you sure you want to delete?"),
"text" : t1+"\n\n"+t2
}
buttons = ( gtk.STOCK_DELETE, gtk.RESPONSE_OK, gtk.STOCK_CANCEL, gtk.RESPONSE_REJECT)
warning = message.PopUp(message.WARNING, text,
context.get_mainwindow(),
buttons)
if warning.response in message.POSITIVE:
self.repository.delete(package)
return True
else:
return False
def network_status(self, signal, status):
"""Updates the signal status from a received signal"""
self.network = status
