def patternTimeTable(self, series, direction):
table = markup.HTMLTable('timetable_%d' % direction, ['Station', 'A', 'V', 'meting', '#', 'delta', 'A', 'V'])
indexes = range(len(series.points))
if direction == Direction.down: indexes.reverse()
for index in indexes:
point = series.points[index]
station = point.station
planArrival, planDeparture = point.times_in_direction(direction)
row = table.add_row()
row.add_to_cell(0, station.name)
row.add_to_cell(1, string_from_minutes(planArrival))
row.add_to_cell(2, string_from_minutes(planDeparture))
stationDict = self.results[direction].get(station.id, None)
if stationDict == None:
departure, count = ('-', '-')
delta = 0
else:
departure, count = mostCommonItem(stationDict['v'])
delta = departure - planDeparture
departure = string_from_minutes(departure)
row.add_to_cell(3, departure)
row.add_to_cell(4, count)
row.add_to_cell(5, delta)
row.add_to_cell(6, markup.input('text', 'arr_%d_%d' % (direction, index), string_from_minutes(planArrival + delta), size=4))
row.add_to_cell(7, markup.input('text', 'dep_%d_%d' % (direction, index), string_from_minutes(planDeparture + delta), size=4))
return table
def get(self):
document = ConsoleDocument('Treinenaapje Console')
nrOfStations = len(TSStation.all_ids())
nrOfSeries = len(TASeries.all_ids())
if nrOfStations == 0:
document.add_paragraph('Er zijn geen stations beschikbaar.')
elif nrOfSeries == 0:
document.add_paragraph('Er zijn geen series beschikbaar.')
form = markup.form('/TASeries', 'post')
form.add(markup.input('hidden', 'inst', 'fetch'))
form.add(markup.input('submit', value='Series laden'))
document.main.add(form)
else:
document.add_paragraph('Er zijn %d stations en %d series' % (nrOfStations, nrOfSeries))
table = document.add_table('statistics_table', ['naam', 'aantal'])
row = table.add_row()
row.add_to_cell(0, 'stations')
row.add_to_cell(1, nrOfStations)
row = table.add_row()
row.add_to_cell(0, 'series')
row.add_to_cell(1, nrOfSeries)
for key, value in counter_dict().items():
row = table.add_row()
row.add_to_cell(0, key)
row.add_to_cell(1, str(value))
self.response.out.write(document.write())
def get(self):
series =TASeries.get(self.request.get('series'))
self.results = [{}, {}]
self.analyzeStops()
self.doc = ToolsDocument('Patroontijden voor serie %s' % series.name)
form = markup.form('/tools/repattern', 'post')
form.add(markup.input('hidden', 'series', self.request.get('series')))
form.add(markup.heading(2, 'Heenrichting'))
form.add(self.patternTimeTable(series, Direction.up))
form.add(markup.heading(2, 'Terugrichting'))
form.add(self.patternTimeTable(series, Direction.down))
form.add(markup.input('submit', value='pas aan'))
self.doc.main.add(form)
self.response.out.write(self.doc.write())
def get(self):
station = TSStation.get(self.request.get('station'))
document = ConsoleDocument(station.name)
table = document.add_table('departures_table', ['s', 'V', 'dV', 'treinnr.', 'bestemming', 'perron'])
for the_stop in station.agent.sorted_stops:
row = table.add_row()
row.add_to_cell(0, the_stop.status)
row.add_to_cell(1, the_stop.departure_string)
row.add_to_cell(2, delay_string(the_stop.delay_dep))
mission_code = the_stop.mission_id.split('.')[1]
row.add_link_to_cell(3, '/console/schedule?mission=%s' % the_stop.mission_id, mission_code)
row.add_to_cell(4, the_stop.destination)
if the_stop.platformChange:
row.add_to_cell(5, '%s <<' % the_stop.platform)
else:
row.add_to_cell(5, the_stop.platform)
form = markup.form('/agent/station/%s' % station.id_, 'post')
form.add(markup.input('hidden', 'inst', 'console'))
form.add(markup.input('hidden', 'redirect', '/console/departures?station=%s' % station.id_))
form.add(markup.input('submit', value='Verversen'))
document.main.add(form)
self.response.out.write(document.write())
def proposeChanges(self):
table = markup.HTMLTable('submit_table', ['', 'Offset', 'Afronden'])
form = markup.form('/tools/reoffset', 'post')
form.add(markup.input('hidden', 'series', self.request.get('series')))
form.add(table)
self.doc.main.add(form)
row = table.add_row()
row.add_to_cell(0,'heen')
row.add_to_cell(1, markup.input('text', 'offset_up', str(self.foundOffset[Direction.up]), size=6))
row.add_to_cell(2, markup.input('text', 'round_up', '3', size=6))
row = table.add_row()
row.add_to_cell(0,'terug')
row.add_to_cell(1, markup.input('text', 'offset_down', str(self.foundOffset[Direction.down]), size=6))
row.add_to_cell(2, markup.input('text', 'round_down', '3', size=6))
row = table.add_row()
row.add_to_cell(0, markup.input('submit', value='pas aan'))
def get(self):
kind = self.request.get('kind')
if not self.series:
self.response.out.write('Serie niet gevonden')
return
if kind == 'active':
document = ConsoleDocument('Serie %s' % self.series.name)
document.main.add(markup.heading(2, 'Heenrichting'))
document.main.add(self.overviewTable(self.series.current_up_missions))
document.main.add(markup.heading(2, 'Terugrichting'))
document.main.add(self.overviewTable(self.series.current_down_missions))
self.response.out.write(document.write())
if kind == 'all':
document = ConsoleDocument('Serie %s' % self.series.name)
document.main.add(markup.heading(2, 'Heenrichting'))
document.main.add(self.overviewTable(self.series.up_missions))
document.main.add(markup.heading(2, 'Terugrichting'))
document.main.add(self.overviewTable(self.series.down_missions))
self.response.out.write(document.write())
elif kind == 'pattern':
direction = self.request.get('direction')
up = direction != 'down'
if up:
label = 'heen'
reverse = 'down'
reverse_label = 'toon terugrichting'
origin = self.series.first_point.stationName
destination = self.series.last_point.stationName
missions = self.series.up_missions
else:
label = 'terug'
reverse = 'up'
reverse_label = 'toon heenrichting'
origin = self.series.last_point.stationName
destination = self.series.first_point.stationName
missions = self.series.down_missions
document = ConsoleDocument('Serie %s (%s)' % (self.series.name, label))
changes = self.request.get('changes')
if changes: document.add_paragraph('%s missies zijn aangepast.' % changes)
document.add_paragraph('%d treinen in serie %s %s - %s' % (self.series.nr_of_missions, self.series.name, origin, destination))
document.add_reference('/console/missions?kind=pattern&series=%s&direction=%s' % (self.series.id, reverse),reverse_label)
url = '/TASeries/%s' % self.series.id
form1 = markup.form(url, 'post')
form1.add(markup.input('hidden', 'inst', 'optimize_odids'))
form1.add(markup.input('submit', value='Optimaliseer waarden'))
document.main.add(form1)
form2 = markup.form('/forms/series', 'post')
form2.add(markup.input('hidden', 'series', self.series.id))
form2.add(markup.input('hidden', 'direction', self.request.get('direction')))
table = markup.HTMLTable('missions_table', ['Trein', 'Offset', 'Bediende traject'])
form2.add(table)
form2.add(markup.input('submit', value='Wijzigen'))
document.main.add(form2)
for mission in missions:
row = table.add_row()
row.add_to_cell(0, mission.number)
row.add_to_cell(1, markup.input('text', 'offset_%d' % mission.number, mission.offset_string, size=6))
name = 'odids_%d' % mission.number
array = []
for key, value in mission.odIDs_dictionary.iteritems():
array.append((key, value))
array.sort()
odids = []
for key, value in array:
odids.append('%s: %s-%s' % (dayString(key), value[0], value[1]))
row.add_to_cell(2, markup.input('text', name, ', '.join(odids), size=75))
self.response.out.write(document.write())
def get(self):
if self.series is None:
nrOfSeries = len(TASeries.all_ids())
seriesPerPage = 20
currentPage = int(self.request.get('page', '1'))
lastPage = int(math.ceil(float(nrOfSeries) / seriesPerPage))
document = ConsoleDocument('Treinseries')
if nrOfSeries == 0:
document.add_paragraph('Er zijn geen treinseries beschikbaar')
document.add_reference('/TASeries?inst=fetch', 'Klik om treinseries op te halen')
else:
document.add_paragraph('%d treinseries beschikbaar.' % nrOfSeries)
table = document.add_table('stations_table', ['serie', 'van', 'naar', 'actief', 'tools'])
for series in TASeries.paginatedObjects(currentPage, seriesPerPage):
row = table.add_row()
row.add_link_to_cell(0, '/console/series?id=%s' % series.id, series.name)
row.add_to_cell(1, series.origin)
row.add_to_cell(2, series.destination)
number = series.nr_of_missions
if number > 0:
cell_text = '%d treinen' % number
else:
cell_text = '-'
row.add_link_to_cell(3, '/console/missions?kind=active&series=%s' % series.id, cell_text)
row.add_link_to_cell(4, '/console/missions?kind=pattern&series=%s&direction=up' % series.id, 'H')
row.add_to_cell(4, '|')
row.add_link_to_cell(4, '/console/missions?kind=pattern&series=%s&direction=down' % series.id, 'T')
row.add_to_cell(4, '|')
row.add_link_to_cell(4, '/tools/reoffset?series=%s' % series.id, 'O')
row.add_to_cell(4, '|')
row.add_link_to_cell(4, '/TASeries/%s?format=xml' % series.id, 'X')
document.add_page_navigator(currentPage, lastPage, '/console/series?page=%d')
self.response.out.write(document.write())
else:
document = ConsoleDocument('Serie %s' % self.series.name)
url = '/TASeries/%s' % self.series.id
form = markup.form(url, 'post')
form.add(markup.input('hidden', 'inst', 'fetch'))
form.add(markup.input('submit', value='Serie opnieuw laden'))
document.main.add(form)
if self.series.points:
form = markup.form('/some_url', 'post')
form.add(markup.input('hidden', 'series', self.series.id))
form.add(markup.input('text', 'van', self.series.first_point.station_code, size=4))
form.add(markup.input('text', 'naar', self.series.last_point.station_code, size=4))
form.add(markup.input('submit', value='Tijden checken'))
document.main.add(form)
table = document.add_table('up_timetable', ['km', 'station', 'A', 'V', 'perron', 'tools'])
for point in self.series.points:
row = table.add_row()
row.add_to_cell(0, '%.1f' % point.km)
row.add_to_cell(1, self.series.name_for_point(point))
if point.upArrival != point.upDeparture:
row.add_to_cell(2, string_from_minutes(point.upArrival))
row.add_to_cell(3, string_from_minutes(point.upDeparture))
row.add_to_cell(4, point.platform_string(Direction.up))
form = markup.form(url, 'post')
form.add(markup.input('hidden', 'inst', 'delete_point'))
form.add(markup.input('hidden', 'sender', point.station_id))
form.add(markup.input('submit', value='Verwijder'))
row.add_to_cell(5, form)
table = document.add_table('down_timetable', ['km', 'station', 'A', 'V', 'perron'])
for point in reversed(self.series.points):
row = table.add_row()
row.add_to_cell(0, '%.1f' % point.km)
row.add_to_cell(1, point.stationName)
if point.downArrival != point.downDeparture:
row.add_to_cell(2, string_from_minutes(point.downArrival))
row.add_to_cell(3, string_from_minutes(point.downDeparture))
row.add_to_cell(4, point.platform_string(Direction.down))
self.response.out.write(document.write())