def update_work_unit_info(self, app):
if not self.queue:
self.reset_work_unit_info(app)
return
# Get selected queue entry
selected = self.get_selected_queue_entry(app)
if selected is None: return
entry = self.queue_map[selected]
# Load info
for name, value in entry.items():
if name in app.queue_widgets:
if (name in ['basecredit', 'creditestimate', 'ppd'] and \
float(value) == 0) or value == '<invalid>' or \
value == '0.00 secs':
value = 'Unknown'
widget = app.queue_widgets[name]
set_widget_str_value(widget, value)
# Status
status = entry['state'].title()
color = status_to_color(status)
status = get_span_markup(status, color)
widget = app.queue_widgets['state']
widget.set_markup(status)
# PRCG
prcg = '%s (%s, %s, %s)' % (entry['project'], entry['run'],
entry['clone'], entry['gen'])
set_widget_str_value(app.queue_widgets['prcg'], prcg)
def update_work_unit_info(self, app):
if not self.queue:
self.reset_work_unit_info(app)
return
# Get selected queue entry
selected = self.get_selected_queue_entry(app)
if selected is None: return
entry = self.queue_map[selected]
# Load info
for name, value in entry.items():
if name in app.queue_widgets:
if (name in ['basecredit', 'creditestimate', 'ppd'] and \
float(value) == 0) or value == '<invalid>' or \
value == '0.00 secs': value = 'Unknown'
widget = app.queue_widgets[name]
set_widget_str_value(widget, value)
# Status
status = entry['state'].title()
color = status_to_color(status)
status = get_span_markup(status, color)
widget = app.queue_widgets['state']
widget.set_markup(status)
# PRCG
prcg = '%s (%s, %s, %s)' % (
entry['project'], entry['run'], entry['clone'], entry['gen'])
set_widget_str_value(app.queue_widgets['prcg'], prcg)
def update_queue_ui(self, app):
if not self.queue:
app.queue_list.clear()
return
# Save selections
selected = self.get_selected_queue_entry(app)
selected_row = None
log_filter_selected = get_active_combo_column(app.log_unit, 1)
log_filter_row = None
# Clear queue wo/ updating log filter
self.updating = True
try:
app.queue_list.clear()
finally:
self.updating = False
# Reload queue list
for values in sorted(self.queue, key=lambda x: x['id']):
unit_id = values['unit']
queue_id = values['id']
status = values['state'].title()
color = status_to_color(status)
status = get_span_markup(status, color)
progress = values['percentdone']
percent = float(progress[:-1])
eta = values['eta']
if eta == '0.00 secs':
eta = 'Unknown'
credit = values['creditestimate']
if float(credit) == 0:
credit = 'Unknown'
prcg = self.get_prcg(values)
iter = app.queue_list.append([
unit_id, queue_id, status, color, progress, percent, eta,
credit, prcg
])
if queue_id == selected:
selected_row = iter
if queue_id == log_filter_selected:
log_filter_row = iter
# Select the first item if nothing is selected
if selected_row is None:
selected_row = app.queue_list.get_iter_first()
if log_filter_row is None:
log_filter_row = app.queue_list.get_iter_first()
# Restore selections
app.queue_tree.get_selection().select_iter(selected_row)
app.log_unit.set_active_iter(log_filter_row)
def update_queue_ui(self, app):
if not self.queue:
app.queue_list.clear()
return
# Save selections
selected = self.get_selected_queue_entry(app)
selected_row = None
log_filter_selected = get_active_combo_column(app.log_unit, 1)
log_filter_row = None
# Clear queue wo/ updating log filter
self.updating = True
try:
app.queue_list.clear()
finally:
self.updating = False
# Reload queue list
for values in sorted(self.queue, lambda x, y: cmp(x['id'], y['id'])):
unit_id = values['unit']
queue_id = values['id']
status = values['state'].title()
color = status_to_color(status)
status = get_span_markup(status, color)
progress = values['percentdone']
percent = float(progress[:-1])
eta = values['eta']
if eta == '0.00 secs': eta = 'Unknown'
credit = values['creditestimate']
if float(credit) == 0: credit = 'Unknown'
prcg = self.get_prcg(values)
iter = app.queue_list.append([unit_id, queue_id, status, color,
progress, percent, eta, credit, prcg])
if queue_id == selected: selected_row = iter
if queue_id == log_filter_selected: log_filter_row = iter
# Select the first item if nothing is selected
if selected_row is None: selected_row = app.queue_list.get_iter_first()
if log_filter_row is None:
log_filter_row = app.queue_list.get_iter_first()
# Restore selections
app.queue_tree.get_selection().select_iter(selected_row)
app.log_unit.set_active_iter(log_filter_row)
def update_status_slots(self, app):
# Save selection
selected = get_selected_tree_column(app.slot_status_tree, 0)
if selected is not None:
selected = selected
selected_row = None
log_filter_selected = get_active_combo_column(app.log_slot, 0)
log_filter_row = None
# Clear list wo/ updating log filter
self.updating = True
try:
app.slot_status_list.clear()
finally:
self.updating = False
# Reload list
for slot in self.slots:
id = '%02d' % slot.id
status = slot.status.title()
color = status_to_color(status)
if status == 'Paused' and slot.reason:
status += ':' + slot.reason
status = get_span_markup(status, color)
description = slot.description.replace('"', '')
iter = app.slot_status_list.append(
(id, status, color, description))
if id == selected:
selected_row = iter
if id == log_filter_selected:
log_filter_row = iter
# Selected the first item if nothing is selected
if selected_row is None:
selected_row = app.slot_status_list.get_iter_first()
if selected_row is not None:
app.slot_status_tree.get_selection().select_iter(selected_row)
self.select_slot(app)
if log_filter_row is None:
log_filter_row = app.slot_status_list.get_iter_first()
# Restore selections
if selected_row is not None:
app.slot_status_tree.get_selection().select_iter(selected_row)
if log_filter_row is not None:
app.log_slot.set_active_iter(log_filter_row)
def update_work_unit_info(self, app):
if not self.queue:
self.reset_work_unit_info(app)
return
# Get selected queue entry
selected = self.get_selected_queue_entry(app)
if selected is None: return
entry = self.queue_map[selected]
# Load info
for name, value in entry.items():
if name in app.queue_widgets:
if (name in ['basecredit', 'creditestimate', 'ppd'] and \
float(value) == 0) or value == '<invalid>' or \
value == '0.00 secs':
value = 'Unknown'
widget = app.queue_widgets[name]
set_widget_str_value(widget, value)
# Status
status = entry['state'].title()
color = status_to_color(status)
status = get_span_markup(status, color)
widget = app.queue_widgets['state']
widget.set_markup(status)
# PRCG
prcg = '%s (%s, %s, %s)' % (entry['project'], entry['run'],
entry['clone'], entry['gen'])
set_widget_str_value(app.queue_widgets['prcg'], prcg)
# Links
for name in ['cs', 'ws', 'project']:
widget = app.queue_widgets[name]
value = str(entry[name])
if name in ['cs', 'ws']:
uri = 'http://fah-web.stanford.edu/logs/%s.log.html' % value
else:
uri = 'http://fah-web.stanford.edu/cgi-bin/fahproject.' \
'overusingIPswillbebanned?p=' + value
widget.set_uri(uri)
def update_work_unit_info(self, app):
if not self.queue:
self.reset_work_unit_info(app)
return
# Get selected queue entry
selected = self.get_selected_queue_entry(app)
if selected is None: return
entry = self.queue_map[selected]
# Load info
for name, value in entry.items():
if name in app.queue_widgets:
if (name in ['basecredit', 'creditestimate', 'ppd'] and \
float(value) == 0) or value == '<invalid>' or \
value == '0.00 secs': value = 'Unknown'
widget = app.queue_widgets[name]
set_widget_str_value(widget, value)
# Status
status = entry['state'].title()
color = status_to_color(status)
status = get_span_markup(status, color)
widget = app.queue_widgets['state']
widget.set_markup(status)
# PRCG
prcg = '%s (%s, %s, %s)' % (
entry['project'], entry['run'], entry['clone'], entry['gen'])
set_widget_str_value(app.queue_widgets['prcg'], prcg)
# Links
for name in ['cs', 'ws', 'project']:
widget = app.queue_widgets[name]
value = str(entry[name])
if name in ['cs', 'ws']:
uri = 'http://fah-web.stanford.edu/logs/%s.log.html' % value
else:
uri = 'http://fah-web.stanford.edu/cgi-bin/fahproject.' \
'overusingIPswillbebanned?p=' + value
widget.set_uri(uri)
def update_status_slots(self, app):
# Save selection
selected = get_selected_tree_column(app.slot_status_tree, 0)
if selected is not None: selected = selected
selected_row = None
log_filter_selected = get_active_combo_column(app.log_slot, 0)
log_filter_row = None
# Clear list wo/ updating log filter
self.updating = True
try:
app.slot_status_list.clear()
finally:
self.updating = False
# Reload list
for slot in self.slots:
id = '%02d' % slot.id
status = slot.status.title()
color = status_to_color(status)
if status == 'Paused' and slot.reason:
status += ':' + slot.reason
status = get_span_markup(status, color)
description = slot.description.replace('"', '')
iter = app.slot_status_list.append((id, status, color, description))
if id == selected: selected_row = iter
if id == log_filter_selected: log_filter_row = iter
# Selected the first item if nothing is selected
if selected_row is None:
selected_row = app.slot_status_list.get_iter_first()
if log_filter_row is None:
log_filter_row = app.slot_status_list.get_iter_first()
# Restore selections
if selected_row is not None:
app.slot_status_tree.get_selection().select_iter(selected_row)
self.select_slot(app)
if log_filter_row is not None:
app.log_slot.set_active_iter(log_filter_row)
