def getKnownSignaturesTable(self, signatures):
result = [
T.table(class_='table table-bordered')[
T.thead[
T.tr[
T.th['Key'],
T.th['Group'],
T.th['Type'],
T.th['Name'],
T.th[''],
]
],
T.tbody[
forEach(signatures, lambda key, group, sigType, name: [
T.tr[
T.td[key],
T.td[group],
T.td[sigType],
T.td[name],
T.td[
C.when(sigType in ['Data Site', 'Relic Site'])[
T.a(href='#', class_='lootModalToggle', **{'data-key': key})[
'Loot'
]
]
]
]
])
]
]
]
return result
def collectActivity (nick): activity = aggregate( listExecutedCommands(nick), listChestAccesses(nick), listBlockChanges(nick), listProtectionChanges(nick), ) materials = presentBlockchangesByMaterial(nick) hotspots = presentBlockchangesByArea(nick) return [ tags.h2 ( id = nick ) [ nick , ' ', tags.a ( class_ = 'hashlink', href = '#'+nick ) [ '#' ] ], tags.h3 [ 'activity by time' ] if activity else '', tags.table (class_ = 'bytime') [ activity ] if activity else '', tags.h3 [ 'materials used (net)' ] if materials else '', tags.table (class_ = 'bymaterial') [ materials ] if materials else '', tags.h3 [ 'activity by area' ] if hotspots else '', tags.table (class_ = 'byarea') [ hotspots ] if hotspots else '', ] if activity or materials or hotspots else []
def renderApiKeys(self, keys):
content = (
T.h2['API Keys'],
T.p[
T.a(href=self.getUrl('profile/newKey'))[
T.button(class_='btn btn-primary')['Add key']
],
],
T.div(class_='panel panel-default')[
T.div(class_='panel-heading')['Added keys'],
T.table(class_='table')[
T.thead[
T.tr[
T.th['Key ID'],
T.th['Expires'],
T.th['Characters'],
T.th()
]
],
T.tbody[
forEach(keys, lambda keyId, expires, characters: (
T.tr[
T.td[keyId],
T.td[expires],
T.td[
[
T.div[char]
for char in characters
]
],
T.td[
T.a(class_='glyphicon glyphicon-info-sign withTooltip', title='Detailed info',
href='#',
**{'data-placement': 'top', 'data-toggle': 'tooltip'}),
' ',
T.a(class_='glyphicon glyphicon-trash withTooltip text-danger', title='Delete key',
href='#',
**{'data-placement': 'top', 'data-toggle': 'tooltip'}),
]
]
)),
]
]
]
)
html = HtmlLayout()
html.setContent(content)
return html
def test_autotable_macro ( self ):
'''test autotable macro'''
data = [
[ 'One', 'Two', 'Three', 'Four' ],
range ( 0, 4 ),
range ( 4, 8 ),
range ( 8, 12 )
]
template = (
macro ( 'AutoTable', lambda data, header=False: (
assign ( 'alts', [ 'even', 'odd' ] ),
data and (
T.table ( class_='autotable' ) [
header and (
T.thead [ [ T.th [ _col ] for _col in data [ 0 ] ] ]
),
T.tbody [
[ T.tr ( class_='row-%s' % alts [ _rx % 2 ] ) [
[ T.td ( class_='col-%s' % alts [ _cx % 2 ] ) [ _col ]
for _cx, _col in enumerate ( _row ) ]
] for _rx, _row in enumerate ( data [ int ( header ): ] ) ]
]
]
) or ''
) ),
T.html [
T.head [ T.title [ my_name ( ) ] ],
T.body [
AutoTable ( data, header=True )
]
]
)
output = flatten ( template )
self.assertEqual (
output,
( u'<html><head><title>test_autotable_macro</title></head>'
u'<body><table class="autotable"><thead><th>One</th><th>Two</th><th>Three</th><th>Four</th></thead>'
u'<tbody><tr class="row-even"><td class="col-even">0</td><td class="col-odd">1</td>'
u'<td class="col-even">2</td><td class="col-odd">3</td></tr>'
u'<tr class="row-odd"><td class="col-even">4</td><td class="col-odd">5</td><td class="col-even">6</td>'
u'<td class="col-odd">7</td></tr>'
u'<tr class="row-even"><td class="col-even">8</td><td class="col-odd">9</td>'
u'<td class="col-even">10</td><td class="col-odd">11</td></tr></tbody>'
u'</table></body></html>' )
)
