def test_format(self):
'''
Take date object and create ISO string from it.
This is the reverse test to test_parse.
'''
if expectation is None:
self.assertRaises(AttributeError, strftime(dt, format))
else:
self.assertEqual(strftime(dt, format), expectation)
def test_format(self):
'''
Take date object and create ISO string from it.
This is the reverse test to test_parse.
'''
if expectation is None:
self.assertRaises(AttributeError,
strftime(dt, format))
else:
self.assertEqual(strftime(dt, format),
expectation)
def resolve_datetime_term(self, term, root_replacer=None):
""" """
qr = dict()
value = term.get_real_value()
path_ = ElasticSearchDialect.create_dotted_path(term, root_replacer)
if hasattr(value, "day") and hasattr(value, "hour"):
value_formatter = (isodate.DATE_EXT_COMPLETE + "T" +
isodate.TIME_EXT_COMPLETE)
elif hasattr(value, "day"):
value_formatter = isodate.DATE_EXT_COMPLETE
elif hasattr(value, "hour"):
value_formatter = isodate.TIME_EXT_COMPLETE
else:
raise ValueError("Could not understand date query value.")
if term.comparison_operator in (OPERATOR.eq, OPERATOR.ne):
qr["range"] = {
path_: {
ES_PY_OPERATOR_MAP[OPERATOR.ge]:
isodate.strftime(value, value_formatter),
ES_PY_OPERATOR_MAP[OPERATOR.le]:
isodate.strftime(value, value_formatter),
}
}
elif term.comparison_operator in (
OPERATOR.le,
OPERATOR.lt,
OPERATOR.ge,
OPERATOR.gt,
):
qr["range"] = {
path_: {
ES_PY_OPERATOR_MAP[term.comparison_operator]:
isodate.strftime(value, value_formatter)
}
}
if hasattr(value, "tzinfo") and value.tzinfo:
timezone = isodate.tz_isoformat(value)
if timezone not in ("", "Z"):
qr["range"][path_]["time_zone"] = timezone
if (term.comparison_operator != OPERATOR.ne and term.unary_operator
== OPERATOR.neg) or (term.comparison_operator == OPERATOR.ne
and term.unary_operator != OPERATOR.neg):
unary_operator = OPERATOR.neg
else:
unary_operator = OPERATOR.pos
return qr, unary_operator
def _serialize(self, value, attr, data, **kwargs):
"""
An implementation of _serialize.
It is not guaranteed to return the same string as was input,
if ground_from has been used!
"""
return isodate.strftime(value, "P%P")
def display_if_datetime(value):
"""datetime values will be displayed in
ckanext.switzerland.date_picker_format
"""
try:
if isinstance(value, datetime):
return isodate.strftime(value, DATE_FORMAT)
except Exception:
return None
def format_iso8601_datetime(dt):
"""
Format a datetime instance as an iso8601 string.
@type dt: datetime.datetime instance
@param dt: datetime instance to format
@rtype: str
@return: iso8601 representation of the passed in datetime instance
"""
return isodate.strftime(dt, isodate.DT_EXT_COMPLETE)
def format_iso8601_datetime(dt):
"""
Format a datetime instance as an iso8601 string.
@type dt: datetime.datetime instance
@param dt: datetime instance to format
@rtype: str
@return: iso8601 representation of the passed in datetime instance
"""
return isodate.strftime(dt, isodate.DT_EXT_COMPLETE)
def display_if_timestamp(value):
"""timestamps will be displayed in
ckanext.switzerland.date_picker_format
"""
try:
dt = datetime.fromtimestamp(int(value))
if isinstance(dt, datetime):
return isodate.strftime(dt, DATE_FORMAT)
except Exception:
return None
def default(self, obj):
if isinstance(obj, datetime):
# return obj.strftime('%Y-%m-%d %H:%M:%S.%f%Z')
return isodate.strftime(obj, "%Y-%m-%d %H:%M:%S.%f%Z")
elif isinstance(obj, date):
return obj.strftime('%Y-%m-%d')
# elif isinstance(obj, MeObject):
# return json.dumps(obj, cls=MeEncoder)
else:
return json.JSONEncoder.default(self, obj)
def search(request):
# get the query string from the GET parameters
q = request.GET.get('q', None)
# if there is no query string, return empty result
if q is None:
return JsonResponse({})
# search for the query string on youtube
# docs: https://developers.google.com/youtube/v3/docs/search/list
search_page = requests.get(
'https://www.googleapis.com/youtube/v3/search',
params={
'part': 'snippet', # resource type being requested [required]
'key': YOUTUBE_DATA_API_KEY, # authenticate with api key
'q': q, # query term to search for
'safeSearch': 'none', # don't filter search results
'type': 'video', # resource types, e.g. 'video,playlist,channel'
})
# get the list of video ids of the search results
videoIds = []
for item in search_page.json()['items']:
videoIds.append(item['id']['videoId'])
# get details about each of the search results
details_page = requests.get(
'https://www.googleapis.com/youtube/v3/videos',
params={
'part':
'contentDetails', # resource type being requested [required]
'key': YOUTUBE_DATA_API_KEY, # authenticate with api key
'id': ','.join(map(
str, videoIds)), # search result ids as comma separated list
})
# combine search items, detail items, computed time strings into one list
items = []
for search_item, detail_item in zip(search_page.json()['items'],
details_page.json()['items']):
iso_duration = detail_item['contentDetails']['duration']
time_delta = parse_duration(iso_duration)
time_string = strftime(time_delta, '%H:%M:%S')
items.append({
'id': search_item['id']['videoId'],
'timeString': time_string,
'snippet': search_item['snippet'],
'contentDetails': detail_item['contentDetails'],
})
# return combined search results as JSON
return JsonResponse({
'items': items,
})
def generateTechnicalMetaString(data, mediaType, convertTime):
# create root element and tree object
root = etree.Element('technical')
tech_meta = etree.ElementTree(root)
# technical/format/fileName
etree.SubElement(root, 'fileName').text = data['FileName']
# create format element to hold mimeType and compression subelements
format = etree.SubElement(root, 'format')
# create media {audio,video} and duration subelement
media = etree.SubElement(root, mediaType)
etree.SubElement(media, 'duration').text = isodate.strftime(
convertTime(data['DurationDerivatives']), "%H:%M:%S")
if mediaType == 'audio':
etree.SubElement(format, 'mimeType').text = "audio/mpeg"
etree.SubElement(format, 'compression').text = "lossy"
etree.SubElement(media, 'channels').text = data['TrackFormat']
# create sound container element specific to audio objects
sound = etree.SubElement(media, 'audioTrack')
elif mediaType == 'video':
etree.SubElement(format, 'mimeType').text = "video/x-m4v"
etree.SubElement(format, 'compression').text = "lossy"
# create sound container element specific to video objects
sound = etree.SubElement(media, 'videoSound')
# create top-level video elements
if 'Color' in data and data['Color']:
etree.SubElement(media, 'color').text = data['Color']
if 'DataRate' in data and data['DataRate']:
dataRate = etree.SubElement(media, 'dataRate')
d = data['DataRate'].split(" ")
dataRate.text = d[0]
dataRate.set('rate', d[1])
if 'FrameRate' in data and data['FrameRate']:
frame = etree.SubElement(media, 'frame')
frame.text = data['FrameRate']
frame.set('rate', 'second')
# create video format element and subelements
if 'ScanSignal' in data or 'VideoStandard' in data:
videoFormat = etree.SubElement(media, 'videoFormat')
if data['ScanSignal']:
etree.SubElement(videoFormat, 'scanSignal').text = data['ScanSignal']
if data['VideoStandard']:
etree.SubElement(videoFormat, 'videoStandard').text = data['VideoStandard']
# create videoResolution and subelement only if all three are present
if all (k in data for k in ('AspectRatio','HorizontalPixels','VerticalPixels')):
videoRes = etree.SubElement(media, 'videoResolution')
etree.SubElement(videoRes, 'aspectRatio').text = data['AspectRatio']
etree.SubElement(videoRes, 'horizontalPixels').text = data['HorizontalPixels']
etree.SubElement(videoRes, 'verticalPixels').text = data['VerticalPixels']
# populate the sound container element
if 'Mono/Stereo' in data and data['Mono/Stereo']:
etree.SubElement(sound, 'soundField').text = data['Mono/Stereo']
if 'Language' in data and data['Language']:
etree.SubElement(sound, 'language').text = data['Language']
return etree.tostring(tech_meta, pretty_print=True)
def format_iso8601_interval(interval, start_time=None, recurrences=None):
"""
Format a time interval as an iso8601 string.
@type interval: datetime.timedelta instance
@param interval: length of the interval
@type start_time: datetime.datetime instance or None
@param start_time: (optional) start time of the interval
@type recurrences: int
@param recurrences: (optional) number of times intercal recures
@rtype: str
@return: iso8601 representation of the passed in time interval
"""
parts = []
if recurrences is not None:
parts.append('R%d' % recurrences)
if start_time is not None:
parts.append(format_iso8601_datetime(start_time))
parts.append(isodate.strftime(interval, isodate.D_DEFAULT))
return '/'.join(parts)
def format_iso8601_interval(interval, start_time=None, recurrences=None):
"""
Format a time interval as an iso8601 string.
@type interval: datetime.timedelta instance
@param interval: length of the interval
@type start_time: datetime.datetime instance or None
@param start_time: (optional) start time of the interval
@type recurrences: int
@param recurrences: (optional) number of times intercal recures
@rtype: str
@return: iso8601 representaion of the passed in time interval
"""
parts = []
if recurrences is not None:
parts.append('R%d' % recurrences)
if start_time is not None:
parts.append(format_iso8601_datetime(start_time))
parts.append(isodate.strftime(interval, isodate.D_DEFAULT))
return '/'.join(parts)
def get_youtube_info(target, vid):
global last_vids
if (not (target in last_vids)):
last_vids[target] = collections.deque(5*[''], 5)
if (vid in last_vids[target]):
return None
last_vids[target].pop()
last_vids[target].appendleft(vid)
entry = yt_service.list(part='snippet,statistics,contentDetails', id=vid, maxResults=1).execute()['items'][0]
ret = u'[YouTube]: %s' % (entry['snippet']['title'])
if ('duration' in entry['contentDetails']) and (len(entry['contentDetails']['duration']) > 0):
ret += u' [%s]' % (isodate.strftime(isodate.parse_duration(entry['contentDetails']['duration']), '%H:%M:%S'))
ret += u' (Views: %s)' % entry['statistics']['viewCount']
return sanitize(ret)
def _value(self):
if self.raw_data:
return ' '.join(self.raw_data)
else:
return self.data and isodate.strftime(self.data, '%H:%M') or ''
async def test_fhir_date_param(es_requester):
""" """
async with es_requester as requester:
container, request, txn, tm = await setup_txn_on_container(requester
) # noqa
# init primary data
await init_data(requester)
engine = query_utility(IElasticsearchEngineFactory).get()
index_name = await engine.get_index_name(container)
conn = engine.connection.raw_connection
await conn.indices.refresh(index=index_name)
context = query_utility(ISearchContextFactory).get("Organization",
unrestricted=True)
factory = query_utility(IFhirSearch)
# test:1 equal to
params = (("_lastUpdated", "2010-05-28T05:35:56+00:00"), )
bundle = await factory(params, context=context)
# result should contains only item
assert len(bundle.entry) == 1
assert bundle.entry[0].resource.id == "f001"
# test:2 not equal to
params = (("_lastUpdated", "ne2015-05-28T05:35:56+00:00"), )
bundle = await factory(params, context=context)
# result should contains two items
assert len(bundle.entry) == 2
# test:3 less than
now_iso_time = isodate.strftime(datetime.datetime.utcnow(),
isodate.DT_EXT_COMPLETE)
params = (("_lastUpdated", "lt" + now_iso_time + "+00:00"), )
bundle = await factory(params, context=context)
# result should contains three items, all are less than current time
assert bundle.total == 3
# test:4 less than or equal to
params = (("_lastUpdated", "le2015-05-28T05:35:56+00:00"), )
bundle = await factory(params, context=context)
# result should contains two items,
# 2010-05-28T05:35:56+00:00 + 2015-05-28T05:35:56+00:00
assert bundle.total == 2
# test:5 greater than
params = (("_lastUpdated", "gt2015-05-28T05:35:56+00:00"), )
bundle = await factory(params, context=context)
# result should contains only item
assert len(bundle.entry) == 1
assert bundle.entry[0].resource.id == "f003"
# test:6 greater than or equal to
params = (("_lastUpdated", "ge2015-05-28T05:35:56+00:00"), )
bundle = await factory(params, context=context)
# result should contains only item
assert len(bundle.entry) == 2
return
# ** Issue: 21 **
context = query_utility(ISearchContextFactory).get("Task",
unrestricted=True)
# test IN/OR
params = (("authored-on",
"2017-08-05T06:16:41+00:00,ge2018-08-05T06:16:41+00:00"), )
bundle = factory(params, context=context)
# should be two
assert len(bundle.entry) == 2
params = (("authored-on",
"2017-05-07T07:42:17+00:00,2019-08-05T06:16:41+00:00"), )
bundle = factory(params, context=context)
# Although 2019-08-05T06:16:41 realy does not exists but OR
# feature should bring One
assert len(bundle.entry) == 1
params = (
("authored-on",
"lt2018-08-05T06:16:41+00:00,gt2017-05-07T07:42:17+00:00"), )
bundle = factory(params, context=context)
# Keep in mind OR feature! not and that's why expected result 3 not 1 because
assert bundle.total == 3
def createUMDM(data, batch, summedRunTime, mets):
timeStamp = datetime.datetime.utcnow().strftime("%Y-%m-%dT%H:%M:%S.%fZ")
# Initialize the output starting with the specified template file
outputfile = batch['umdm']
# Strip out trailing quotation marks from Dimensions field
if data['Dimensions'].endswith('"'):
data['Dimensions'] = data['Dimensions'][0:-1]
# Generate Agents (Creator, Contributor, Provider)
agents = {}
if data['Creator'] and data['Creator'] is not None:
agents['creator'] = (data['Creator'], data['CreatorType'])
if data['Contributor'] and data['Contributor'] is not None:
agents['contributor'] = (data['Contributor'], data['ContributorType'])
if data['Provider/Publisher'] and data['Provider/Publisher'] is not None:
agents['provider'] = (data['Provider/Publisher'],
data['Provider/PublisherType'])
agentsString = generateAgentsString(**agents)
# Generate dating tags
dateTagString = generateDateTag(data['DateCreated'], data['DateAttribute'], data['Century'])
# Generate browse terms
browseTermsString = generateBrowseTerms(data['RepositoryBrowse'])
# Generate topical subjects
topicalSubjects = generateTopicalSubjects( pers=(data['PersonalSubject'], data['PersonalScheme']),
corp=(data['CorpSubject'], data['CorpScheme']),
top=(data['TopicalSubject'], data['TopicalScheme']),
geog=(data['GeographicalSubject'], data['GeographicalScheme']),
dec=(data['AlbumDecade'], ''),
alb=(data['AlbumBrowse'], 'AlbUM')
)
# Generate MediaType XML Tags
mediaTypeString = generateMediaTypeTag(data['MediaType'], data['FormType'], data['Form'])
# Generate Archival Location Information Tags
archivalLocation = generateArchivalLocation(collection=data['ArchivalCollection'],
series=data['Series'],
subseries=data['Subseries'],
box=data['Box'],
item=data['Item'],
accession=data['Accession']
)
# Insert the RELS-METS section compiled from the UMAM files
outputfile = outputfile.replace('!!!INSERT_METS_HERE!!!', mets) # Insert the METS
outputfile = stripAnchors(outputfile) # Strip out anchor points
# XML tags with which to wrap the CSV data
XMLtags = {
'!!!ContentModel!!!' : { 'open' : '<type>',
'close' : '</type>' },
'!!!Status!!!' : { 'open' : '<status>',
'close' : '</status>' },
'!!!Title!!!' : { 'open' : '<title type="main">',
'close' : '</title>' },
'!!!AlternateTitle!!!' : { 'open' : '<title type="alternate">',
'close' : '</title>'},
'!!!Identifier!!!' : { 'open' : '<identifier>',
'close' : '</identifier>'},
'!!!Description/Summary!!!' : { 'open' : '<description type="summary">',
'close' : '</description>'},
'!!!Rights!!!' : { 'open' : '<rights type="access">',
'close' : '</rights>'},
'!!!CopyrightHolder!!!' : { 'open' : '<rights type="copyrightowner">',
'close' : '</rights>'},
'!!!Continent!!!' : { 'open' : '<geogName type="continent">',
'close' : '</geogName>'},
'!!!Country!!!' : { 'open' : '<geogName type="country">',
'close' : '</geogName>'},
'!!!Region/State!!!' : { 'open' : '<geogName type="region">',
'close' : '</geogName>'},
'!!!Settlement/City!!!' : { 'open' : '<geogName type="settlement">',
'close' : '</geogName>'},
'!!!Repository!!!' : { 'open' : '<repository><corpName>',
'close' : '</corpName></repository>'},
'!!!Dimensions!!!' : { 'open' : '<size units="in">',
'close' : '</size>'},
'!!!DurationMasters!!!' : { 'open' : '<extent units="{0}">'.format(
batch['timeUnits']),
'close' : '</extent>'},
'!!!Format!!!' : { 'open' : '<format>',
'close' : '</format>'},
'!!!ArchivalLocation!!!' : { 'open' : '<bibRef>',
'close' : '</bibRef>'},
'!!!Language!!!' : { 'open' : '<language>',
'close' : '</language>'}
}
# Create mapping of the metadata onto the UMDM XML template file
umdmMap = {
'!!!PID!!!' : data['PID'],
'!!!ContentModel!!!' : 'UMD_VIDEO',
'!!!Status!!!' : batch['rightsScheme']['doInfoStatus'],
'!!!Title!!!' : data['Title'],
'!!!AlternateTitle!!!' : data['AlternateTitle'],
'!!!Agents!!!' : agentsString,
'!!!Identifier!!!' : data['Identifier'],
'!!!Description/Summary!!!' : data['Description/Summary'],
'!!!Rights!!!' : data['Rights'],
'!!!CopyrightHolder!!!' : data['CopyrightHolder'],
'!!!MediaType/Form!!!' : mediaTypeString,
'!!!Continent!!!' : data['Continent'],
'!!!Country!!!' : data['Country'],
'!!!Region/State!!!' : data['Region/State'],
'!!!Settlement/City!!!' : data['Settlement/City'],
'!!!InsertDateHere!!!' : dateTagString,
'!!!Language!!!' : data['Language'],
'!!!Dimensions!!!' : data['Dimensions'],
'!!!DurationMasters!!!' : isodate.strftime(summedRunTime,
"%H:%M:%S"),
'!!!Format!!!' : data['Format'],
'!!!RepositoryBrowse!!!' : browseTermsString,
'!!!Repository!!!' : data['Department'],
'!!!TopicalSubjects!!!' : topicalSubjects,
'!!!ArchivalLocation!!!' : archivalLocation,
'!!!CollectionPID!!!' : batch['collectionPID'],
'!!!TimeStamp!!!' : timeStamp,
'!!!TopicalSubjects!!!' : topicalSubjects
}
# Carry out a find and replace for each line of the data mapping
# and convert ampersands to XML entities in the process
for k, v in umdmMap.items():
if k in XMLtags.keys(): # If there is an XML tag available
if v != '': # and if the data point is not empty
# wrap the data point with the XML tag and insert it in the template
myTag = XMLtags[k]['open'] + v.replace('&', '&') + XMLtags[k]['close']
outputfile = outputfile.replace(k, myTag)
else: # if the data is empty, get rid of the anchor point
outputfile = outputfile.replace(k, '')
else: # but if there is no xml tag available, simply replace anchor with value
outputfile = outputfile.replace(k, v.replace('&', '&'))
return outputfile
def print_duration(video_infos: JsonType) -> None:
total_duration = reduce(
operator.add, [video.duration for video in video_infos.values()])
print('\n' * 2)
print('Total duration of playlist is {}'.format(
strftime(total_duration, '%H:%M')))