from datetime import time
import argparse
import re
+import collections
from gotovienna import defaults
return dep
+
+UBAHN, TRAM, BUS, NIGHTLINE, OTHER = range(5)
+LINE_TYPE_NAMES = ['U-Bahn', 'Strassenbahn', 'Bus', 'Nightline', 'Andere']
+
+def get_line_sort_key(name):
+ """Return a sort key for a line name
+
+ >>> get_line_sort_key('U6')
+ ('U', 6)
+
+ >>> get_line_sort_key('D')
+ ('D', 0)
+
+ >>> get_line_sort_key('59A')
+ ('A', 59)
+ """
+ txt = ''.join(x for x in name if not x.isdigit())
+ num = ''.join(x for x in name if x.isdigit()) or '0'
+
+ return (txt, int(num))
+
+def get_line_type(name):
+ """Get the type of line for the given name
+
+ >>> get_line_type('U1')
+ UBAHN
+ >>> get_line_type('59A')
+ BUS
+ """
+ if name.isdigit():
+ return TRAM
+ elif name.endswith('A') or name.endswith('B') and name[1].isdigit():
+ return BUS
+ elif name.startswith('U'):
+ return UBAHN
+ elif name.startswith('N'):
+ return NIGHTLINE
+ elif name in ('D', 'O', 'VRT', 'WLB'):
+ return TRAM
+
+ return OTHER
+
+def categorize_lines(lines):
+ """Return a categorized version of a list of line names
+
+ >>> categorize_lines(['U4', 'U3', '59A'])
+ [('U-Bahn', ['U3', 'U4']), ('Bus', ['59A'])]
+ """
+ categorized_lines = collections.defaultdict(list)
+
+ for line in sorted(lines):
+ line_type = get_line_type(line)
+ categorized_lines[line_type].append(line)
+
+ for lines in categorized_lines.values():
+ lines.sort(key=get_line_sort_key)
+
+ return [(LINE_TYPE_NAMES[key], categorized_lines[key])
+ for key in sorted(categorized_lines)]
+
print '* %s\n %s .....' % (key, station[0]), itip.get_departures(station[1])
else:
print ' %s' % station[0]
-
elif not l:
- line = {'U-Bahn': '|', 'Strassenbahn': '|', 'Bus': '|', 'Andere': '|', 'Nightline': '|'}
- lines_sorted = lines.keys()
- lines_sorted.sort()
- for li in lines_sorted:
- if li.isdigit():
- type = 'Strassenbahn'
- elif li.endswith('A') or li.endswith('B') and li[1].isdigit():
- type = 'Bus'
- elif li.startswith('U'):
- type = 'U-Bahn'
- elif li.startswith('N'):
- type = 'Nightline'
- else:
- type = 'Andere'
-
- line[type] += ' %s |' % li
- for kv in line.items():
- print "%s:\n%s" % kv
+ ITEMS_PER_LINE = 12
+ ITEM_WIDTH = 5
+ LINE_WIDTH = (ITEMS_PER_LINE*ITEM_WIDTH + ITEMS_PER_LINE)
+
+ print
+ for label, remaining in categorize_lines(lines.keys()):
+ prefix, fill, postfix = '|== ', '=', '==- -'
+ before, after = prefix+label+' ', postfix
+ padding = LINE_WIDTH - len(before+after)
+ print ''.join((before, fill*padding, after))
+
+ while remaining:
+ this_row = [remaining.pop(0) for _ in
+ range(min(len(remaining), ITEMS_PER_LINE))]
+ print ' '.join(('%%%ds' % ITEM_WIDTH) % x for x in this_row)
+
+ print