def index(self, slave=None):
if 'numbuilds' in request.GET:
count = int(request.GET.getone('numbuilds'))
else:
count = 25
if 'format' in request.GET:
format = request.GET.getone('format')
else:
format = 'html'
if format not in ('html', 'json'):
abort(400, detail='Unsupported format: %s' % format)
# if slave is not None:
# slave = slave[0]
if 'slave' in request.GET:
slave = request.GET.getall('slave')
builds = GetHistoricBuilds(slave=slave, count=count)
# Return a rendered template
# or, return a json blob
if format == "html":
c.recent_builds = builds
return render("/recent.mako")
else:
for b in builds:
for k,v in b.items():
if isinstance(v, datetime.datetime):
v = times.UTC.localize(v)
b[k] = times.dt2ts(v)
return self.jsonify(builds)
def get_builds_for_day(self, date, branch):
"""
Returns a list of builds for the given date (a datetime.datetime instance)
"""
assert date.tzinfo
key = self.build_key_for_day(date, branch)
starttime = dt2ts(date)
endtime = dt2ts(date + oneday)
if date - now(self.timezone) < 3*oneday:
# Expire soon
expire = time.time() + 60
else:
# Don't expire
expire = 0
return self.cache.get(key, getBuilds, (branch, starttime, endtime),
expire=expire)
def get_builds_for_day(self, date, branch):
"""
Returns a list of builds for the given date (a datetime.datetime instance)
"""
assert date.tzinfo
key = self.build_key_for_day(date, branch)
starttime = dt2ts(date)
endtime = dt2ts(date + oneday)
if date - now(self.timezone) < 3 * oneday:
# Expire soon
expire = time.time() + 60
else:
# Don't expire
expire = 0
return self.cache.get(key,
getBuilds, (branch, starttime, endtime),
expire=expire)
def get_builds_for_date_range(self, starttime, endtime, branch, method=0):
"""
Returns a list of builds for the given date range. starttime and
endtime should be datetime.datetime instances.
"""
assert starttime.tzinfo
assert endtime.tzinfo
# Naive version: grab every day individually
if method == 0:
retval = []
d = starttime
while d < endtime:
builds = self.get_builds_for_day(d, branch)
retval.extend(builds)
d += oneday
return retval
# Less naive version? grab the entire date range if anything isn't
# cached
if method == 1:
d = starttime
need_more = False
while d < endtime:
key = self.build_key_for_day(d, branch)
if not self.cache.has_key(key):
need_more = True
break
d += oneday
if not need_more:
# Fall back to method 0
return self.get_builds_for_date_range(starttime,
endtime,
branch,
method=0)
# Do a big query to get everything
builds = getBuilds(
branch,
dt2ts(starttime),
dt2ts(endtime),
)
retval = builds
# And then cache the results by date
days = {}
for b in builds:
date = ts2dt(b['starttime'], self.timezone)
date = date.replace(hour=0, minute=0, second=0, microsecond=0)
days.setdefault(date, []).append(b)
for date, builds in days.iteritems():
if date - now(self.timezone) < 3 * oneday:
# Expire soon
expire = time.time() + 60
else:
# Expire in half an hour
expire = time.time() + 1800
key = self.build_key_for_day(date, branch)
self.cache.put(key, builds, expire=expire)
return retval
def get_builds_for_date_range(self, starttime, endtime, branch, method=0):
"""
Returns a list of builds for the given date range. starttime and
endtime should be datetime.datetime instances.
"""
assert starttime.tzinfo
assert endtime.tzinfo
# Naive version: grab every day individually
if method == 0:
retval = []
d = starttime
while d < endtime:
builds = self.get_builds_for_day(d, branch)
retval.extend(builds)
d += oneday
return retval
# Less naive version? grab the entire date range if anything isn't
# cached
if method == 1:
d = starttime
need_more = False
while d < endtime:
key = self.build_key_for_day(d, branch)
if not self.cache.has_key(key):
need_more = True
break
d += oneday
if not need_more:
# Fall back to method 0
return self.get_builds_for_date_range(starttime, endtime,
branch, method=0)
# Do a big query to get everything
builds = getBuilds(branch,
dt2ts(starttime),
dt2ts(endtime),
)
retval = builds
# And then cache the results by date
days = {}
for b in builds:
date = ts2dt(b['starttime'], self.timezone)
date = date.replace(hour=0, minute=0, second=0, microsecond=0)
days.setdefault(date, []).append(b)
for date, builds in days.iteritems():
if date - now(self.timezone) < 3*oneday:
# Expire soon
expire = time.time() + 60
else:
# Expire in half an hour
expire = time.time() + 1800
key = self.build_key_for_day(date, branch)
self.cache.put(key, builds, expire=expire)
return retval