def state():
response.content_type = 'application/json'
#TODO: Complete!
return json.dumps({"is-recording" : context.get_recorder().is_recording(),
"hostname" : context.get_conf().get_hostname(),
"net" : context.get_ocservice().net if context.get_ocservice() else None,
"recorder-status" : str(context.get_recorder().status),
"current-profile" : context.get_conf().get_current_profile().name,
"current-mediapackage" : context.get_recorder().current_mediapackage.getIdentifier() if context.get_recorder().current_mediapackage else None
})
def fill_mp_info(self, gui, info):
""" Fill next recordings PopUp grid with the MP information
"""
# FIXME: Merge fill info and fill mp info in any way?
# Make a generic function in order to fill grids with dynamic widgets information
grid = gui.get_object('mp_grid')
row = 1
for mp in info:
column = 0
for label, content in mp.iteritems():
widget = gui.get_object('{}_mp'.format(label))
if widget:
if isinstance(widget, Gtk.Label):
new_widget = Gtk.Label().new(content)
else:
new_widget = Gtk.Button().new_with_label(
_("Record Now"))
# FIXME: Use set_properties?
new_widget.set_property('halign',
widget.get_property('halign'))
new_widget.set_property('valign',
widget.get_property('valign'))
new_widget.connect("clicked", self.send_start, content)
recorder = context.get_recorder()
if recorder.status == ERROR_STATUS:
new_widget.set_sensitive(False)
widget_classes = widget.get_style_context().list_classes()
for style_class in widget_classes:
widget_style_context = new_widget.get_style_context()
widget_style_context.add_class(style_class)
new_widget.show()
grid.attach(new_widget, column, row, 1, 1)
column += 1
row += 1
def fill_mp_info(self, gui, info):
""" Fill next recordings PopUp grid with the MP information
"""
# FIXME: Merge fill info and fill mp info in any way?
# Make a generic function in order to fill grids with dynamic widgets information
grid = gui.get_object('mp_grid')
row = 1
for mp in info:
column = 0
for label, content in mp.iteritems():
widget = gui.get_object('{}_mp'.format(label))
if widget:
if isinstance(widget, Gtk.Label):
new_widget = Gtk.Label().new(content)
else:
new_widget = Gtk.Button().new_with_label(_("Record Now"))
# FIXME: Use set_properties?
new_widget.set_property('halign', widget.get_property('halign'))
new_widget.set_property('valign', widget.get_property('valign'))
new_widget.connect("clicked", self.send_start, content)
recorder = context.get_recorder()
if recorder.status == ERROR_STATUS:
new_widget.set_sensitive(False)
widget_classes = widget.get_style_context().list_classes()
for style_class in widget_classes:
widget_style_context = new_widget.get_style_context()
widget_style_context.add_class(style_class)
new_widget.show()
grid.attach(new_widget, column, row, 1, 1)
column += 1
row += 1
def init():
global conf, logger, recorder, dispatcher
dispatcher = context.get_dispatcher()
logger = context.get_logger()
conf = context.get_conf()
recorder = context.get_recorder()
dispatcher.connect('init', manage_button)
def set_property():
logger = context.get_logger()
recorder = context.get_recorder()
if not recorder.current_mediapackage:
error_message = "[{}] No current_mediapackage available. Recording should be started before calling the endpoint.".format(request.fullpath)
logger.error(error_message)
abort(400, error_message)
mp = recorder.current_mediapackage
try:
property_name = request.forms['name']
except KeyError as exc:
error_message = "[{}] The request does not have the required field {}".format(request.fullpath, exc)
logger.error(error_message)
abort(400, error_message)
if mp.getProperty(property_name):
error_message = "[{}] The mp already has the property {}, we do not overwrite it.".format(request.fullpath, property_name)
logger.error(error_message)
abort(400, error_message)
try:
property_value = request.forms['value']
except KeyError as exc:
error_message = "[{}] The request does not have the required field {}".format(request.fullpath, exc)
logger.error(error_message)
abort(400, error_message)
mp.setProperty(property_name, property_value)
logger.info("Setting property {} with value {} for the mediapackage {}".format(property_name, property_value, mp.getIdentifier()))
def init():
global conf, logger, recorder, dispatcher
dispatcher = context.get_dispatcher()
logger = context.get_logger()
conf = context.get_conf()
recorder = context.get_recorder()
dispatcher.connect('init', manage_button)
def start():
response.content_type = 'text/xml'
recorder = context.get_recorder()
if recorder.is_recording():
abort(500, "couldn't start capture")
else:
recorder.record(None)
return "Signal to start recording sent"
def start():
response.content_type = 'text/xml'
recorder = context.get_recorder()
if recorder.is_recording():
abort(500, "couldn't start capture")
else:
recorder.record(None)
return "Signal to start recording sent"
def stop():
response.content_type = 'text/html'
recorder = context.get_recorder()
if recorder.is_recording():
Gdk.threads_add_idle(GLib.PRIORITY_HIGH, recorder.stop)
else:
abort(500, "failed to stop the capture, or no current active capture")
return "Signal to stop recording sent"
def stop():
response.content_type = 'text/html'
recorder = context.get_recorder()
if recorder.is_recording():
recorder.stop()
else:
abort(500, "failed to stop the capture, or no current active capture")
return "Signal to stop recording sent"
def stop():
response.content_type = 'text/html'
recorder = context.get_recorder()
if recorder.is_recording():
recorder.stop()
else:
abort(500, "failed to stop the capture, or no current active capture")
return "Signal to stop recording sent"
def check_pipeline_amp(self, valor):
if context.get_recorder().is_recording():
rms = valor
rms_list.append(rms)
if os.path.exists(temp_amp):
f = open(temp_amp, 'a')
else:
f = open(temp_amp, 'w')
if len(rms_list) > 100:
f.write(str(max(rms_list)) + '\n')
f.close()
del rms_list[:]
def get_series():
logger = context.get_logger()
recorder = context.get_recorder()
if not recorder.current_mediapackage:
error_message = "[{}] No current_mediapackage available. Recording should be started before calling the endpoint.".format(request.fullpath)
logger.error(error_message)
abort(400, error_message)
mp = recorder.current_mediapackage
series = mp.getSeries()
logger.info("Called {} api. Returned series of mp {} as {}".format(request.fullpath, mp.getIdentifier(), series))
return json.dumps(series);
def quit():
logger = context.get_logger()
recorder = context.get_recorder()
main_window = context.get_mainwindow()
force = request.forms.get('force')
if not recorder.is_recording() or readable.str2bool(force):
logger.info("Quit Galicaster through API rest")
GObject.idle_add(main_window.do_quit)
else:
abort(401, "Sorry, there is a current recording")
def init():
logger.info('Start rapidrec plugin')
global recorder, dispatcher
dispatcher = context.get_dispatcher()
recorder = context.get_recorder()
try:
dispatcher = context.get_dispatcher()
dispatcher.connect('timer-short', monitor_timer_action)
logger.info("Registered")
except ValueError:
logger.info("Error")
pass
def check_key(element, source, event):
"""
Filter Ctrl combinations for quit,restart and configuration
"""
dispatcher = context.get_dispatcher()
window = context.get_mainwindow()
if ((event.get_state() & Gdk.ModifierType.SHIFT_MASK and event.get_state() & Gdk.ModifierType.CONTROL_MASK)
and event.get_state() & Gdk.ModifierType.MOD2_MASK and
(event.keyval in [Gdk.keyval_from_name('q'), Gdk.keyval_from_name('Q')])):
if not context.get_recorder().is_recording():
dispatcher.emit('action-quit')
if ((event.get_state() & Gdk.ModifierType.CONTROL_MASK) and
event.keyval == Gdk.keyval_from_name('Return') ):
window.toggle_fullscreen(None)
return True
def get_property():
logger = context.get_logger()
recorder = context.get_recorder()
if not recorder.current_mediapackage:
error_message = "[{}] No current_mediapackage available. Recording should be started before calling the endpoint.".format(request.fullpath)
logger.error(error_message)
abort(400, error_message)
mp = recorder.current_mediapackage
try:
property_name = request.query['name']
except KeyError as exc:
error_message = "[{}] The request does not have the required field {}".format(request.fullpath, exc)
logger.error(error_message)
abort(400, error_message)
property = mp.getProperty(property_name)
logger.info("Called {} api for property {} of mp {}: {}".format(request.fullpath, property_name, mp.getIdentifier(), property))
return json.dumps(property)
def check_pipeline_amp(self, valor, valor2, stereo):
global temp_amp, logger
# gstreamer pipeline amplitude temp file
temp_amp = os.path.join(FAIL_DIR, 'gc_pipeline_amp')
if context.get_recorder().is_recording():
rms = valor
rms_list.append(rms)
if os.path.exists(temp_amp):
f = open(temp_amp, 'a')
else:
f = open(temp_amp, 'w')
if len(rms_list) > 100:
value = str(max(rms_list))
logger.debug("Writing data {} to {}".format(value, temp_amp))
f.write(value + '\n')
f.close()
del rms_list[:]
def __init__(self,
mode,
symbols,
hold_timeout,
rescale,
drop_frames,
buffers,
ignore_bins,
logger=None):
self.symbol_start = symbols['start']
self.symbol_stop = symbols['stop']
self.symbol_hold = symbols['hold']
self.mode = mode
self.rescale = rescale
self.drop_frames = drop_frames
self.queue_buffers = buffers
if ignore_bins:
self.ignore_bins_list = ignore_bins.split(',')
else:
self.ignore_bins_list = []
self.hold_timeout = hold_timeout # secs
self.hold_timeout_ns = hold_timeout * SEC2NANO # nano secs
self.hold_timestamp = 0
self.hold_timer = None
self.hold_timer_timestamp = 0
self.logger = logger
self.pipeline = None
self.bins = None
self.recording_paused = False
self.pause_state_file = path.join(
context.get_repository().get_rectemp_path(), "paused")
# self.logger.debug(self.pause_state_file)
self.sync_msg_handler = None
self.msg_pattern = re.compile(ZBAR_MESSAGE_PATTERN)
# mediapackage modifiers
self.trimhold = False
self.add_smil = False
self.add_edits = False
self.recorder = context.get_recorder()
self.dispatcher = context.get_dispatcher()
def check_key(element, source, event):
"""
Filter Ctrl combinations for quit,restart and configuration
"""
dispatcher = context.get_dispatcher()
window = context.get_mainwindow()
if ((event.get_state() & Gdk.ModifierType.SHIFT_MASK
and event.get_state() & Gdk.ModifierType.CONTROL_MASK)
and event.get_state() & Gdk.ModifierType.MOD2_MASK
and (event.keyval
in [Gdk.keyval_from_name('q'),
Gdk.keyval_from_name('Q')])):
if not context.get_recorder().is_recording():
dispatcher.emit('action-quit')
if ((event.get_state() & Gdk.ModifierType.CONTROL_MASK)
and event.keyval == Gdk.keyval_from_name('Return')):
window.toggle_fullscreen(None)
return True
def init():
global recorder, dispatcher, logger, config, repo, oc_client, METADATA, ACL
config = context.get_conf().get_section(CONFIG_SECTION) or {}
dispatcher = context.get_dispatcher()
repo = context.get_repository()
logger = context.get_logger()
recorder = context.get_recorder()
oc_client = context.get_occlient()
with open(get_ui_path("series_metadata_template.json"),
"r") as metadataFile:
METADATA = Template(metadataFile.read())
with open(get_ui_path("acl_template.json"), "r") as aclFile:
ACL = Template(aclFile.read())
try:
dispatcher.connect("init", init_user_ui)
except Exception as e:
logger.error(e)
logger.info("Set user loaded.")
def set_series():
logger = context.get_logger()
recorder = context.get_recorder()
if not recorder.current_mediapackage:
error_message = "[{}] No current_mediapackage available. Recording should be started before calling the endpoint.".format(request.fullpath)
logger.error(error_message)
abort(400, error_message)
mp = recorder.current_mediapackage
if mp.getSeriesIdentifier() != None:
error_message = "[{}] The mp {} already has an Opencast series {} we do not overwrite it.".format(request.fullpath, mp.getIdentifier(), mp.getSeries())
logger.error(error_message)
abort(400, error_message)
try:
series_id = request.forms['id']
except KeyError as exc:
error_message = "[{}] The request does not have the required field {}".format(request.fullpath, exc)
logger.error(error_message)
abort(400, error_message)
return
series_title = request.forms.get('title', None)
opencastSeries = series.getSeriesbyId(series_id)
if opencastSeries != None:
series_title = opencastSeries['name']
logger.info("Series with id {} found. Using stored title: {}".format(series_id, series_title))
mp.setSeries(
catalog = {
'identifier': series_id,
'title': series_title
}
)
logger.info("Set series of mp {} to {}".format(mp.getIdentifier(), mp.getSeries()))
def send_start(self, origin, data):
mp = context.get_repository().get(data)
mp.anticipated = True
context.get_recorder().record(mp)
self.dialog.destroy()
return True
def disable_input():
logger = context.get_logger()
recorder = context.get_recorder()
preview = request.json
recorder.disable_input(list(preview.values())[0])
logger.info("Input disabled")
def enable_preview():
logger = context.get_logger()
recorder = context.get_recorder()
preview = request.json
recorder.enable_preview(list(preview.values())[0])
logger.info("Preview enabled")
def disable_preview():
logger = context.get_logger()
recorder = context.get_recorder()
preview = request.json
recorder.disable_preview(preview.values()[0])
logger.info("Preview disabled")
def enable_input():
logger = context.get_logger()
recorder = context.get_recorder()
preview = request.json
recorder.enable_input(preview.values()[0])
logger.info("Input enabled")
def init():
global recorder, dispatcher
dispatcher = context.get_dispatcher()
recorder = context.get_recorder()
dispatcher.connect("init", post_init)
def init():
global recorder, dispatcher
dispatcher = context.get_dispatcher()
recorder = context.get_recorder()
dispatcher.connect("init", post_init)
def send_start(self, origin, data):
mp = context.get_repository().get(data)
mp.anticipated = True
context.get_recorder().record(mp)
self.dialog.destroy()
return True
def __init__(self, package=None):
logger.info("Creating Recording Area")
Gtk.Box.__init__(self)
builder = Gtk.Builder()
builder.add_from_file(get_ui_path('recorder.glade'))
release = builder.get_object("release_label")
release.set_label(get_footer())
# TEST
self.repo = context.get_repository()
self.dispatcher = context.get_dispatcher()
self.worker = context.get_worker()
self.conf = context.get_conf()
self.recorder = context.get_recorder()
self.recorder.set_create_drawing_areas_func(self.create_drawing_areas)
self.start_recording = False
self.font = None
self.scheduled_recording = False
self.focus_is_active = False
self.net_activity = None
self.error_dialog = None
self.close_before_response_action = False
# BUILD
self.recorderui = builder.get_object("recorderbox")
self.main_area = builder.get_object("videobox")
self.vubox = builder.get_object("vubox")
self.gui = builder
# VUMETER
self.rangeVum = 50
self.thresholdVum = self.conf.get_float('audio', 'min')
self.mute = False
self.stereo = True
self.vumeterL = builder.get_object("progressbarL")
self.vumeterR = builder.get_object("progressbarR")
self.label_channels = builder.get_object("label_channels")
# SWAP
if not self.conf.get_boolean('basic', 'swapvideos'):
self.gui.get_object("swapbutton").destroy()
self.swap = False
# STATUS
self.view = self.set_status_view()
hbox1 = self.gui.get_object('hbox1')
hbox1.add(self.view)
self.dispatcher.connect_ui("init", self.check_status_area)
self.dispatcher.connect_ui("init", self.check_net, None)
self.dispatcher.connect_ui("opencast-status", self.check_net)
# UI
self.pack_start(self.recorderui, True, True, 0)
self.pause_dialog = None
# Event Manager
self.dispatcher.connect_ui("recorder-vumeter", self.set_vumeter)
self.dispatcher.connect_ui("view-changed", self.event_change_mode)
self.dispatcher.connect_ui("recorder-status", self.handle_status)
self.dispatcher.connect_ui("recorder-ready", self.reset_mute)
# STATES
self.previous = None
# PERMISSIONS
self.allow_pause = self.conf.get_permission("pause")
self.allow_start = self.conf.get_permission("start")
self.allow_stop = self.conf.get_permission("stop")
self.allow_manual = self.conf.get_permission("manual")
self.allow_overlap = self.conf.get_permission("overlap")
self.help_main_str = self.conf.get('help', 'main')
self.help_text_str = self.conf.get('help', 'text')
# OTHER
builder.connect_signals(self)
self.net_activity = self.conf.get_boolean('ingest', 'active')
self.proportion = 1
#TIMEOUTS
deps = self.update_scheduler_deps()
GObject.timeout_add(500, self.update_scheduler_timeout, *deps)
self.update_clock_timeout(self.gui.get_object("local_clock"))
GObject.timeout_add(10000, self.update_clock_timeout,
self.gui.get_object("local_clock"))
import time
from datetime import datetime
from email.mime.text import MIMEText
from pulsectl import Pulse
from galicaster.core import context
gi.require_version('GUdev', '1.0')
from gi.repository import GLib, GUdev # noqa
conf = context.get_conf()
dispatcher = context.get_dispatcher()
logger = context.get_logger()
recorder = context.get_recorder()
pulse = Pulse('galicaster-plugin-unplugged')
udev = GUdev.Client(subsystems=['usb'])
def init():
Unplugged()
class WatchedDevice(object):
def __init__(self, device_name, device_info):
self.name = device_name
self.vendor_id = device_info.get('vendor_id')
self.device_id = device_info.get('device_id')
self.switch_on_connect = device_info.get('switch_on_connect')
def __init__(self, package=None):
logger.info("Creating Recording Area")
Gtk.Box.__init__(self)
builder = Gtk.Builder()
builder.add_from_file(get_ui_path('recorder.glade'))
release = builder.get_object("release_label")
release.set_label(get_footer())
# TEST
self.repo = context.get_repository()
self.dispatcher = context.get_dispatcher()
self.worker = context.get_worker()
self.conf = context.get_conf()
self.recorder = context.get_recorder()
self.recorder.set_create_drawing_areas_func(self.create_drawing_areas)
self.start_recording = False
self.font = None
self.scheduled_recording = False
self.focus_is_active = False
self.net_activity = None
self.error_dialog = None
self.close_before_response_action = False
# BUILD
self.recorderui = builder.get_object("recorderbox")
self.main_area = builder.get_object("videobox")
self.vubox = builder.get_object("vubox")
self.gui = builder
# VUMETER
self.rangeVum = 50
self.thresholdVum = self.conf.get_float('audio','min')
self.mute = False
self.stereo = True
self.vumeterL = builder.get_object("progressbarL")
self.vumeterR = builder.get_object("progressbarR")
self.label_channels= builder.get_object("label_channels")
self.low_audio = False
self.lowaudio_threshold = self.conf.get_float('lowaudio','lowaudio_threshold')
# SWAP
if not self.conf.get_boolean('basic', 'swapvideos'):
self.gui.get_object("swapbutton").destroy()
self.swap = False
# STATUS
self.view = self.set_status_view()
hbox1 = self.gui.get_object('hbox1')
hbox1.add(self.view)
self.dispatcher.connect_ui("init", self.check_status_area)
self.dispatcher.connect_ui("init", self.check_net, None)
self.dispatcher.connect_ui("opencast-status", self.check_net)
self.dispatcher.connect_ui("operation-started", self.check_operations)
self.dispatcher.connect_ui("operation-stopped", self.check_operations)
# UI
self.pack_start(self.recorderui,True,True,0)
self.pause_dialog = None
# Event Manager
self.dispatcher.connect_ui("recorder-vumeter", self.set_vumeter)
self.dispatcher.connect_ui("view-changed", self.event_change_mode)
self.dispatcher.connect_ui("recorder-status", self.handle_status)
self.dispatcher.connect_ui("recorder-ready", self.reset_mute)
# STATES
self.previous = None
# PERMISSIONS
self.allow_pause = self.conf.get_permission("pause")
self.allow_start = self.conf.get_permission("start")
self.allow_stop = self.conf.get_permission("stop")
self.allow_manual = self.conf.get_permission("manual")
self.allow_overlap = self.conf.get_permission("overlap")
self.help_main_str = self.conf.get('help', 'main')
self.help_text_str = self.conf.get('help', 'text')
# OTHER
builder.connect_signals(self)
self.net_activity = self.conf.get_boolean('ingest', 'active')
self.pausedialog_size = self.conf.get_int('basic', 'pausedialog_size',
default=15)
if self.pausedialog_size < 5:
self.pausedialog_size = 5
elif self.pausedialog_size > 100:
self.pausedialog_size = 100
self.proportion = 1
#TIMEOUTS
deps = self.update_scheduler_deps()
GObject.timeout_add(500, self.update_scheduler_timeout, *deps)
self.update_clock_timeout(self.gui.get_object("local_clock"))
GObject.timeout_add(10000, self.update_clock_timeout, self.gui.get_object("local_clock"))
def __init__(self, package=None):
logger.info("Creating Recording Area")
Gtk.Box.__init__(self)
builder = Gtk.Builder()
builder.add_from_file(get_ui_path('recorder.glade'))
# TEST
recorderui = builder.get_object("recorderbox")
self.repo = context.get_repository()
self.dispatcher = context.get_dispatcher()
self.worker = context.get_worker()
self.conf = context.get_conf()
self.recorder = context.get_recorder()
self.recorder.set_create_drawing_areas_func(self.create_drawing_areas)
self.start_recording = False
self.font = None
self.scheduled_recording = False
self.focus_is_active = False
self.net_activity = None
self.error_dialog = None
# BUILD
self.recorderui = builder.get_object("recorderbox")
self.main_area = builder.get_object("videobox")
self.vubox = builder.get_object("vubox")
self.gui = builder
# SWAP
if not self.conf.get_boolean('basic', 'swapvideos'):
self.gui.get_object("swapbutton").hide()
self.swap = False
# STATUS
big_status = builder.get_object("bg_status")
self.view = self.set_status_view()
big_status.add(self.view)
self.dispatcher.connect("galicaster-init", self.check_status_area)
self.dispatcher.connect("galicaster-init", self.check_net)
self.dispatcher.connect("net-up", self.check_net, True)
self.dispatcher.connect("net-down", self.check_net, False)
# VUMETER
self.audiobar=Vumeter()
# UI
self.vubox.add(self.audiobar)
self.pack_start(self.recorderui,True,True,0)
# Event Manager
self.dispatcher.connect("recorder-vumeter", self.audiobar.SetVumeter)
self.dispatcher.connect("galicaster-status", self.event_change_mode)
self.dispatcher.connect("recorder-status", self.handle_status)
nb=builder.get_object("data_panel")
pages = nb.get_n_pages()
for index in range(pages):
page=nb.get_nth_page(index)
# nb.set_tab_label_packing(page, True, True,Gtk.PackType.START)
# STATES
self.previous = None
# PERMISSIONS
self.allow_pause = self.conf.get_permission("pause")
self.allow_start = self.conf.get_permission("start")
self.allow_stop = self.conf.get_permission("stop")
self.allow_manual = self.conf.get_permission("manual")
self.allow_overlap = self.conf.get_permission("overlap")
# OTHER
builder.connect_signals(self)
self.net_activity = self.conf.get_boolean('ingest', 'active')
self.proportion = 1
#TIMEOUTS
deps = self.update_scheduler_deps()
GObject.timeout_add(500, self.update_scheduler_timeout, *deps)
self.update_clock_timeout(self.gui.get_object("local_clock"))
GObject.timeout_add(10000, self.update_clock_timeout, self.gui.get_object("local_clock"))
def state():
response.content_type = 'application/json'
#TODO: Complete!
return json.dumps({"is-recording": context.get_recorder().is_recording()})
"""
TODO:
- Timer only in manual recordings
- Doc
"""
from threading import Timer
from threading import _Timer
from galicaster.core import context
dispatcher = context.get_dispatcher()
conf = context.get_conf()
logger = context.get_logger()
recorder = context.get_recorder()
t_stop = None
max_duration = conf.get_int('forcedurationrec', 'duration') or 240
def init():
dispatcher.connect("galicaster-notify-quit", do_stop_timers)
dispatcher.connect('starting-record', create_timer)
dispatcher.connect('restart-preview', do_stop_timers)
def create_timer(sender=None):
global t_stop
do_stop_timers()
t_stop = Timer(60 * max_duration, stop_recording)
def send_start(self,origin, event, data):
mp = context.get_repository().get(data)
context.get_recorder().record(mp)
self.dialog.destroy()
return True