def test_do_show_sorted_entries(self):
item = Item.create(self.name, itemtype=ITEMTYPE_BLOG)
item._save(self.meta, self.data, comment=self.comment)
# store entries
for entry in self.entries:
item = Item.create(entry['name'], itemtype=ITEMTYPE_BLOG_ENTRY)
item._save(self.entry_meta, entry['data'], comment=self.comment)
# Add PTIME to some of the entries, ptime value is a UNIX timestamp. If PTIME
# is not defined, we use MTIME as publication time (which is usually in the past).
self._publish_entry(self.entries[0], ptime=2000)
self._publish_entry(self.entries[1], ptime=1000)
time_in_future = utctimestamp(datetime(2029, 1, 1))
self._publish_entry(self.entries[2], ptime=time_in_future)
# the blog is not empty
exclude_data_tokens = [
self.NO_ENTRIES_MSG,
]
# blog entries are listed in reverse order relative to their PTIME/MTIMEs,
# entries published in the future are also listed here
ordered_data = [
self.data,
self.entries[2]['data'],
self.entries[3]['data'],
self.entries[0]['data'],
self.entries[1]['data'],
]
regex = re.compile(r'{0}.*{1}.*{2}.*{3}.*{4}'.format(*ordered_data),
re.DOTALL)
self._test_view(self.name,
exclude_data_tokens=exclude_data_tokens,
regex=regex)
def __getitem__(self, key):
if self._meta:
# we have real metadata (e.g. from storage)
return self._meta[key]
elif self._doc and key in self._common_fields:
# we have a result document from whoosh, which has quite a lot
# of the usually wanted metadata, avoid storage access, use this.
value = self._doc[key]
if key in [MTIME, PTIME]:
# whoosh has a datetime object, but we want a UNIX timestamp
value = utctimestamp(value)
return value
else:
self._meta, _ = self.revision._load()
return self._meta[key]
def adapt(self, value):
"""Coerces value to a native UNIX timestamp.
If value is an instance of int and it is a correct UNIX timestamp,
returns it unchanged. Otherwise uses DateTime superclass to parse it.
"""
if isinstance(value, int):
try:
# check if a value is a correct timestamp
dt = datetime.datetime.utcfromtimestamp(value)
return value
except ValueError:
raise AdaptationError()
dt = super(DateTimeUNIX, self).adapt(value)
if isinstance(dt, datetime.datetime):
# XXX forces circular dependency when it is in the head import block
from MoinMoin.themes import utctimestamp
# TODO: Add support for timezones
dt = utctimestamp(dt)
return dt
def adapt(self, value):
"""Coerces value to a native UNIX timestamp.
If value is an instance of int and it is a correct UNIX timestamp,
returns it unchanged. Otherwise uses DateTime superclass to parse it.
"""
if isinstance(value, int):
try:
# check if a value is a correct timestamp
dt = datetime.datetime.utcfromtimestamp(value)
return value
except ValueError:
raise AdaptationError()
dt = super(DateTimeUNIX, self).adapt(value)
if isinstance(dt, datetime.datetime):
# XXX forces circular dependency when it is in the head import block
from MoinMoin.themes import utctimestamp
# TODO: Add support for timezones
dt = utctimestamp(dt)
return dt
def test_do_show_sorted_entries(self):
item = Item.create(self.name, itemtype=ITEMTYPE_BLOG)
item._save(self.meta, self.data, comment=self.comment)
# store entries
for entry in self.entries:
item = Item.create(entry['name'], itemtype=ITEMTYPE_BLOG_ENTRY)
item._save(self.entry_meta, entry['data'], comment=self.comment)
# Add PTIME to some of the entries, ptime value is a UNIX timestamp. If PTIME
# is not defined, we use MTIME as publication time (which is usually in the past).
self._publish_entry(self.entries[0], ptime=2000)
self._publish_entry(self.entries[1], ptime=1000)
time_in_future = utctimestamp(datetime(2029, 1, 1))
self._publish_entry(self.entries[2], ptime=time_in_future)
# the blog is not empty
exclude_data_tokens = [self.NO_ENTRIES_MSG, ]
# blog entries are listed in reverse order relative to their PTIME/MTIMEs,
# entries published in the future are also listed here
ordered_data = [self.data,
self.entries[2]['data'],
self.entries[3]['data'],
self.entries[0]['data'],
self.entries[1]['data'], ]
regex = re.compile(r'{0}.*{1}.*{2}.*{3}.*{4}'.format(*ordered_data), re.DOTALL)
self._test_view(self.name, exclude_data_tokens=exclude_data_tokens, regex=regex)
def mtime(self):
dt = self.meta.get(MTIME)
if dt is not None:
return utctimestamp(dt)