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 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 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 __init__(self, key, parent=None):
if not parent:
parent = context.get_mainwindow()
size = context.get_mainwindow().get_size()
self.wprop = size[0] / 1920.0
self.hprop = size[1] / 1080.0
width = int(size[0] / 3)
height = int(size[1] / 2.5)
gtk.Window.__init__(self)
self.set_title("Mediapackage Info ")
self.set_position(gtk.WIN_POS_CENTER_ALWAYS)
self.set_default_size(width, height)
self.set_modal(True)
if parent:
self.set_type_hint(gtk.gdk.WINDOW_TYPE_HINT_DIALOG)
self.set_transient_for(parent)
self.set_destroy_with_parent(True)
# INFO
mp = context.get_repository().get(key)
# Basic info
basic, basic_table = self.add_framed_table("Basic")
self.add_data(basic_table, "Title:", mp.title)
self.add_data(basic_table, "Identifier:", mp.identifier)
self.add_data(basic_table, "Folder:", mp.getURI())
self.add_data(basic_table, "Duration:",
readable.time(int(mp.getDuration()) / 1000))
self.add_data(basic_table, "Size:", readable.size(mp.getSize()))
self.add_data(
basic_table, "Recorded on:",
readable.date(mp.getStartDateAsString(),
"%B %d, %Y - %H:%M").replace(' 0', ' '))
for parameter in mp.metadata_episode:
if mp.metadata_episode[parameter] and parameter != 'title':
self.add_data(basic_table, parameter.capitalize(),
mp.metadata_episode[parameter])
# Operations info
ops, ops_table = self.add_framed_table("Operations")
self.add_data(ops_table, "Ingest:",
mediapackage.op_status[mp.getOpStatus("ingest")])
self.add_data(ops_table, "Zipping:",
mediapackage.op_status[mp.getOpStatus("exporttozip")])
self.add_data(ops_table, "Side by Side:",
mediapackage.op_status[mp.getOpStatus("sidebyside")])
# Series info
if mp.getSeries():
series, series_table = self.add_framed_table("Series")
for parameter in mp.metadata_series:
self.add_data(series_table, parameter.capitalize(),
mp.metadata_series[parameter])
# Track info
tracks, track_table = self.add_framed_table("Tracks", True)
first = True
for track in mp.getTracks():
if not first:
self.add_data(track_table, "", "")
first = False
self.add_data(track_table, "Name:", track.getIdentifier())
self.add_data(track_table, "Flavor:", track.getFlavor())
self.add_data(track_table, "Type:", track.getMimeType())
filename = str(path.split(track.getURI())[1])
self.add_data(track_table, "File:", filename)
# Catalog info
cats, cat_table = self.add_framed_table("Catalogs", True)
first = True
for cat in mp.getCatalogs():
if not first:
self.add_data(cat_table, "", "")
first = False
self.add_data(cat_table, "Name:", cat.getIdentifier())
self.add_data(cat_table, "Flavor:", cat.getFlavor())
self.add_data(cat_table, "Type:", cat.getMimeType())
filename = str(path.split(cat.getURI())[1])
self.add_data(cat_table, "File:", filename)
#PACKING
box = gtk.VBox()
box.pack_start(basic, False, True, int(self.hprop * 10))
box.pack_start(ops, False, True, int(self.hprop * 10))
if mp.getSeries():
box.pack_start(series, False, True, int(self.hprop * 10))
box.pack_start(tracks, False, True, int(self.hprop * 10))
box.pack_start(cats, False, True, int(self.hprop * 10))
external_align = gtk.Alignment(0.5, 0, 0.8, 0.8)
external_align.add(box)
self.add(external_align)
#BUTTONS
self.buttons = gtk.HButtonBox()
self.buttons.set_layout(gtk.BUTTONBOX_SPREAD)
self.add_button("Close", self.close)
self.add_button("Open Folder", self.openfolder, mp.getURI())
box.pack_end(self.buttons, False, False, int(self.hprop * 10))
self.show_all()
def __init__(self, key, parent = None):
if not parent:
parent = context.get_mainwindow()
size = context.get_mainwindow().get_size()
self.wprop = size[0]/1920.0
self.hprop = size[1]/1080.0
width = int(size[0]/3)
height = int(size[1]/2.5)
gtk.Window.__init__(self)
self.set_title(_("Mediapackage Info "))
self.set_position(gtk.WIN_POS_CENTER_ALWAYS)
self.set_default_size(width,height)
self.set_modal(True)
if parent:
self.set_type_hint(gtk.gdk.WINDOW_TYPE_HINT_DIALOG)
self.set_transient_for(parent)
self.set_destroy_with_parent(True)
# INFO
mp = context.get_repository().get(key)
# Metadata info
data = {}
data['title'] = mp.title
data['identifier'] = mp.identifier
data['folder'] = mp.getURI()
data['duration'] = readable.time(int(mp.getDuration())/1000)
data['size'] = readable.size(mp.getSize())
data['created'] = readable.date(mp.getStartDateAsString(),
"%B %d, %Y - %H:%M").replace(' 0',' ')
basic, basic_table = self.add_framed_table(_("Basic"))
for item in ORDER_EPISODES:
if item in data:
self.add_data(basic_table,EPISODE_NAMES[item], data[item])
elif item in mp.metadata_episode:
self.add_data(basic_table,EPISODE_NAMES[item], mp.metadata_episode[item])
# Operations info
ops, ops_table = self.add_framed_table(_("Operations"))
self.add_data(ops_table,_("Ingest:"),
mediapackage.op_status[mp.getOpStatus("ingest")])
self.add_data(ops_table,_("Zipping:"),
mediapackage.op_status[mp.getOpStatus("exporttozip")])
self.add_data(ops_table,_("Side by Side:"),
mediapackage.op_status[mp.getOpStatus("sidebyside")])
# Series info
if mp.getSeries():
series, series_table = self.add_framed_table(_("Series"))
for item in ORDER_SERIES:
if item in mp.metadata_series:
self.add_data(series_table,SERIES_NAMES[item], mp.metadata_series[item])
# Track info
tracks, track_table = self.add_framed_table(_("Tracks"), True)
first = True
for track in mp.getTracks():
if not first:
self.add_data(track_table,"","")
first = False
self.add_data(track_table,_("Name:"),track.getIdentifier())
self.add_data(track_table,_("Flavor:"),track.getFlavor())
self.add_data(track_table,_("Type:"),track.getMimeType())
filename = str(path.split(track.getURI())[1])
self.add_data(track_table,_("File:"),filename)
# Catalog info
cats, cat_table = self.add_framed_table(_("Catalogs"), True)
first = True
for cat in mp.getCatalogs():
if not first:
self.add_data(cat_table,"","")
first = False
self.add_data(cat_table,_("Name:"),cat.getIdentifier())
self.add_data(cat_table,_("Flavor:"),cat.getFlavor())
self.add_data(cat_table,_("Type:"),cat.getMimeType())
filename = str(path.split(cat.getURI())[1])
self.add_data(cat_table,_("File:"),filename)
#PACKING
box = gtk.VBox()
box.pack_start(basic,False,True,int(self.hprop*10))
box.pack_start(ops,False,True,int(self.hprop*10))
if mp.getSeries():
box.pack_start(series,False,True,int(self.hprop*10))
box.pack_start(tracks,False,True,int(self.hprop*10))
box.pack_start(cats,False,True,int(self.hprop*10))
external_align=gtk.Alignment(0.5,0,0.8,0.8)
external_align.add(box)
self.add(external_align)
#BUTTONS
self.buttons = gtk.HButtonBox()
self.buttons.set_layout(gtk.BUTTONBOX_SPREAD)
self.add_button(_("Close"), self.close)
self.add_button(_("Open Folder"), self.openfolder, mp.getURI())
box.pack_end(self.buttons, False, False, int(self.hprop*10))
self.show_all()
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 time_readable(self, column, cell, model, iterator, index):
"""Generates date hour:minute:seconds from seconds."""
value = readable.time(model.get_value(iterator, index) / 1000)
cell.set_property('text', value)
def test_time(self):
self.assertEqual(readable.time(600), '10:00')
self.assertEqual(readable.time(3600), ' 1:00:00')
self.assertEqual(readable.time(103600), '28:46:40')
def time_readable(self, column, cell, model, iterator, index):
"""Generates date hour:minute:seconds from seconds."""
value = readable.time(model.get_value(iterator, index)/1000)
cell.set_property('text', value)
def test_time(self):
self.assertEqual(readable.time(600), '10:00')
self.assertEqual(readable.time(3600), ' 1:00:00')
self.assertEqual(readable.time(103600), '28:46:40')