def disabled_test_estimates_with_small_builder_pool(self):
# Test that a reduced builder pool results in longer dispatch time
# estimates.
vim_build, vim_job = find_job(self, 'vim', '386')
disable_builders(self, '386', True)
# Re-enable one builder.
builder = self.builders[(self.x86_proc.id, True)][0]
builder.builderok = True
# Dispatch the firefox job to it.
assign_to_builder(self, 'firefox', 1, '386')
# Dispatch the head job, making postgres/386 the new head job and
# resulting in a 240 seconds head job dispatch delay.
assign_to_builder(self, 'xxr-daptup', 1, None)
check_mintime_to_builder(self, vim_job, 240)
# Re-enable another builder.
builder = self.builders[(self.x86_proc.id, True)][1]
builder.builderok = True
# Assign a job to it.
assign_to_builder(self, 'gedit', 2, '386')
check_mintime_to_builder(self, vim_job, 120)
xxr_build, xxr_job = find_job(self, 'xxr-apt', None)
# The delay of 2627+120 seconds is calculated as follows:
# 386 jobs : (6+10+12+14+16)*60/2 = 1740
# processor-independent jobs :
# (12:56 + 11:05 + 18:30 + 16:38 + 14:47)/5 = 887
# waiting time for next builder: = 120
self.assertEqual(2, builders_for_job(vim_job))
self.assertEqual(9, builders_for_job(xxr_job))
check_estimate(self, vim_job, 2747)
def test_proc_indep_virtual_true(self):
xxr_build, xxr_job = find_job(self, 'xxr-apt-build', None)
# The delay of 1802 seconds is calculated as follows:
# 386 jobs: 16*60 = 960
# processor-independent jobs:
# (11:05 + 18:30 + 16:38 + 14:47 + 9:14)/5 = 842
check_estimate(self, xxr_job, 1802)
def test_estimation_binary_virtual_same_score(self):
vim_build, vim_job = find_job(self, 'vim', '386')
# The apg job is ahead of the vim job.
# The delay of 1527 seconds is calculated as follows:
# 386 jobs: (6+10+12+14+16)*60/5 = 696
# processor-independent jobs:
# (12:56 + 11:05 + 18:30 + 16:38 + 14:47 + 9:14)/6 = 831
check_estimate(self, vim_job, 1527)
def test_estimation_binary_virtual(self):
gcc_build, gcc_job = find_job(self, 'gcc', '386')
# The delay of 1671 seconds is calculated as follows:
# 386 jobs: (12+14+16)*60/3 = 840
# processor-independent jobs:
# (12:56 + 11:05 + 18:30 + 16:38 + 14:47 + 9:14)/6 = 831
check_estimate(self, gcc_job, 1671)
self.assertEqual(5, builders_for_job(gcc_job))
def test_estimation_binary_virtual_long_queue(self):
gedit_build, gedit_job = find_job(self, 'gedit', '386')
# The delay of 1671 seconds is calculated as follows:
# 386 jobs:
# (4+6+8+10+12+14+16)*60/5 = 840
# processor-independent jobs:
# (12:56 + 11:05 + 18:30 + 16:38 + 14:47 + 9:14)/6 = 831
check_estimate(self, gedit_job, 1671)
def test_estimation_binary_virtual_headjob(self):
# The head job only waits for the next builder to become available.
disable_builders(self, '386', True)
# Re-enable one builder.
builder = self.builders[(self.x86_proc.id, True)][0]
builder.builderok = True
# Assign a job to it.
assign_to_builder(self, 'gedit', 1, '386')
# Dispatch the head job, making postgres/386 the new head job.
assign_to_builder(self, 'xxr-daptup', 2, None)
postgres_build, postgres_job = find_job(self, 'postgres', '386')
check_estimate(self, postgres_job, 120)
def disabled_test_job_delay_for_binary_builds(self):
# One of four builders for the 'flex' build is immediately available.
flex_build, flex_job = find_job(self, 'flex', 'hppa')
check_mintime_to_builder(self, flex_job, 0)
# The delay will be 900 (= 15*60) + 222 seconds
check_delay_for_job(self, flex_job, 1122)
# Assign the postgres job to a builder.
assign_to_builder(self, 'postgres', 1, 'hppa')
# The 'postgres' job is not pending any more. Now only the 222
# seconds (the estimated duration of the platform-independent job)
# should be returned.
check_delay_for_job(self, flex_job, 222)
# How about some estimates for x86 builds?
_bison_build, bison_job = find_job(self, 'bison', '386')
check_mintime_to_builder(self, bison_job, 0)
# The delay will be 900 (= (14+16)*60/2) + 222 seconds.
check_delay_for_job(self, bison_job, 1122)
# The 2 tests that follow exercise the estimation in conjunction with
# longer pending job queues. Please note that the sum of estimates for
# the '386' jobs is divided by 4 which is the number of native '386'
# builders.
# Also, this tests that jobs with equal score but a lower 'job' value
# (i.e. older jobs) are queued ahead of the job of interest (JOI).
_vim_build, vim_job = find_job(self, 'vim', '386')
check_mintime_to_builder(self, vim_job, 0)
# The delay will be 870 (= (6+10+12+14+16)*60/4) + 122 (= (222+22)/2)
# seconds.
check_delay_for_job(self, vim_job, 992)
_gedit_build, gedit_job = find_job(self, 'gedit', '386')
check_mintime_to_builder(self, gedit_job, 0)
# The delay will be
# 1080 (= (4+6+8+10+12+14+16)*60/4) + 122 (= (222+22)/2)
# seconds.
check_delay_for_job(self, gedit_job, 1172)
def disabled_test_job_delay_for_recipe_builds(self):
# One of the 9 builders for the 'bash' build is immediately available.
bash_build, bash_job = find_job(self, 'xx-recipe-bash', None)
check_mintime_to_builder(self, bash_job, 0)
# The delay will be 960 + 780 + 222 = 1962, where
# hppa job delays: 960 = (9+11+13+15)*60/3
# 386 job delays: 780 = (10+12+14+16)*60/4
check_delay_for_job(self, bash_job, 1962)
# One of the 9 builders for the 'zsh' build is immediately available.
zsh_build, zsh_job = find_job(self, 'xx-recipe-zsh', None)
check_mintime_to_builder(self, zsh_job, 0)
# The delay will be 0 since this is the head job.
check_delay_for_job(self, zsh_job, 0)
# Assign the zsh job to a builder.
self.assertEqual((None, False), bash_job._getHeadJobPlatform())
assign_to_builder(self, 'xx-recipe-zsh', 1, None)
self.assertEqual((1, False), bash_job._getHeadJobPlatform())
# Now that the highest-scored job is out of the way, the estimation
# for the 'bash' recipe build is 222 seconds shorter.
# The delay will be 960 + 780 = 1740, where
# hppa job delays: 960 = (9+11+13+15)*60/3
# 386 job delays: 780 = (10+12+14+16)*60/4
check_delay_for_job(self, bash_job, 1740)
_postgres_build, postgres_job = find_job(self, 'postgres', '386')
# The delay will be 0 since this is the head job now.
check_delay_for_job(self, postgres_job, 0)
# Also, the platform of the postgres job is returned since it *is*
# the head job now.
pg_platform = (postgres_job.processor.id, postgres_job.virtualized)
self.assertEqual(pg_platform, postgres_job._getHeadJobPlatform())
def test_free_builder_counts(self):
# Make sure the builder numbers are correct. The builder data will
# be the same for all of our builds.
build = self.builds[0]
# The build in question is an x86/native one.
self.assertEqual(self.x86_proc.id, build.processor.id)
self.assertEqual(False, build.virtualized)
# To test this non-interface method, we need to remove the
# security proxy.
bq = removeSecurityProxy(build.buildqueue_record)
builder_stats = get_builder_data()
# We have 4 x86 native builders.
self.assertEqual(
4, builder_stats[(self.x86_proc.id, False)],
"The number of native x86 builders is wrong")
# Initially all 4 builders are free.
free_count = get_free_builders_count(
build.processor, build.virtualized)
self.assertEqual(4, free_count)
# Once we assign a build to one of them we should see the free
# builders count drop by one.
assign_to_builder(self, 'postgres', 1)
free_count = get_free_builders_count(
build.processor, build.virtualized)
self.assertEqual(3, free_count)
# When we assign another build to one of them we should see the free
# builders count drop by one again.
assign_to_builder(self, 'gcc', 2)
free_count = get_free_builders_count(
build.processor, build.virtualized)
self.assertEqual(2, free_count)
# Let's use up another builder.
assign_to_builder(self, 'apg', 3)
free_count = get_free_builders_count(
build.processor, build.virtualized)
self.assertEqual(1, free_count)
# And now for the last one.
assign_to_builder(self, 'flex', 4)
free_count = get_free_builders_count(
build.processor, build.virtualized)
self.assertEqual(0, free_count)
# If we reset the 'flex' build the builder that was assigned to it
# will be free again.
build, bq = find_job(self, 'flex')
bq.reset()
free_count = get_free_builders_count(
build.processor, build.virtualized)
self.assertEqual(1, free_count)
def setUp(self):
"""Add 2 'build source package from recipe' builds to the mix.
The two platform-independent jobs will have a score of 1025 and 1053
respectively.
In case of jobs with equal scores the one with the lesser 'job' value
(i.e. the older one wins).
3, gedit, p: hppa, v:False e:0:01:00 *** s: 1003
4, gedit, p: 386, v:False e:0:02:00 *** s: 1006
5, firefox, p: hppa, v:False e:0:03:00 *** s: 1009
6, firefox, p: 386, v:False e:0:04:00 *** s: 1012
7, apg, p: hppa, v:False e:0:05:00 *** s: 1015
9, vim, p: hppa, v:False e:0:07:00 *** s: 1021
10, vim, p: 386, v:False e:0:08:00 *** s: 1024
8, apg, p: 386, v:False e:0:06:00 *** s: 1024
--> 19, xx-recipe-bash, p: None, v:False e:0:00:22 *** s: 1025
11, gcc, p: hppa, v:False e:0:09:00 *** s: 1027
12, gcc, p: 386, v:False e:0:10:00 *** s: 1030
13, bison, p: hppa, v:False e:0:11:00 *** s: 1033
14, bison, p: 386, v:False e:0:12:00 *** s: 1036
15, flex, p: hppa, v:False e:0:13:00 *** s: 1039
16, flex, p: 386, v:False e:0:14:00 *** s: 1042
17, postgres, p: hppa, v:False e:0:15:00 *** s: 1045
18, postgres, p: 386, v:False e:0:16:00 *** s: 1048
--> 20, xx-recipe-zsh, p: None, v:False e:0:03:42 *** s: 1053
p=processor, v=virtualized, e=estimated_duration, s=score
"""
super(TestMultiArchJobDelayEstimation, self).setUp()
job = self.makeCustomBuildQueue(
virtualized=False, estimated_duration=22,
sourcename=u'xx-recipe-bash', score=1025)
self.builds.append(job.specific_build)
job = self.makeCustomBuildQueue(
virtualized=False, estimated_duration=222,
sourcename=u'xx-recipe-zsh', score=1053)
self.builds.append(job.specific_build)
# Assign the same score to the '386' vim and apg build jobs.
_apg_build, apg_job = find_job(self, 'apg', '386')
apg_job.lastscore = 1024
def test_proc_indep_virtual_false_headjob(self):
xxr_build, xxr_job = find_job(self, 'xxr-auto-apt', None)
# This job is at the head of the queue for native builders and
# will get dispatched within the next 5 seconds.
check_estimate(self, xxr_job, 5)
def test_proc_indep_virtual_false(self):
xxr_build, xxr_job = find_job(self, 'xxr-aptitude', None)
# The delay of 1403 seconds is calculated as follows:
# hppa jobs: (9+11+13+15)*60/3 = 960
# processor-independent jobs: 7:23 = 443
check_estimate(self, xxr_job, 1403)
def test_proc_indep_virtual_null_headjob(self):
xxr_build, xxr_job = find_job(self, 'xxr-daptup', None)
# This job is at the head of the queue for virtualized builders and
# will get dispatched within the next 5 seconds.
check_estimate(self, xxr_job, 5)
def assign_to_builder(test, job_name, builder_number, processor='386'):
"""Simulate assigning a build to a builder."""
build, bq = find_job(test, job_name, processor)
builder = nth_builder(test, bq, builder_number)
bq.markAsBuilding(builder)
def test_min_time_to_next_builder(self):
"""When is the next builder capable of running the job at the head of
the queue becoming available?"""
# Test the estimation of the minimum time until a builder becomes
# available.
# The builds will be set up as follows:
#
# gedit, p: 386, v:False e:0:01:00 *** s: 1001
# firefox, p: 386, v:False e:0:02:00 *** s: 1002
# apg, p: 386, v:False e:0:03:00 *** s: 1003
# vim, p: 386, v:False e:0:04:00 *** s: 1004
# gcc, p: 386, v:False e:0:05:00 *** s: 1005
# bison, p: 386, v:False e:0:06:00 *** s: 1006
# flex, p: 386, v:False e:0:07:00 *** s: 1007
# postgres, p: 386, v:False e:0:08:00 *** s: 1008
#
# p=processor, v=virtualized, e=estimated_duration, s=score
# This will be the job of interest.
apg_build, apg_job = find_job(self, 'apg')
# One of four builders for the 'apg' build is immediately available.
check_mintime_to_builder(self, apg_job, 0)
# Assign the postgres job to a builder.
assign_to_builder(self, 'postgres', 1)
# Now one builder is gone. But there should still be a builder
# immediately available.
check_mintime_to_builder(self, apg_job, 0)
assign_to_builder(self, 'flex', 2)
check_mintime_to_builder(self, apg_job, 0)
assign_to_builder(self, 'bison', 3)
check_mintime_to_builder(self, apg_job, 0)
assign_to_builder(self, 'gcc', 4)
# Now that no builder is immediately available, the shortest
# remaing build time (based on the estimated duration) is returned:
# 300 seconds
# This is equivalent to the 'gcc' job's estimated duration.
check_mintime_to_builder(self, apg_job, 300)
# Now we pretend that the 'postgres' started 6 minutes ago. Its
# remaining execution time should be 2 minutes = 120 seconds and
# it now becomes the job whose builder becomes available next.
build, bq = find_job(self, 'postgres')
set_remaining_time_for_running_job(bq, 120)
check_mintime_to_builder(self, apg_job, 120)
# What happens when jobs overdraw the estimated duration? Let's
# pretend the 'flex' job started 8 minutes ago.
build, bq = find_job(self, 'flex')
set_remaining_time_for_running_job(bq, -60)
# In such a case we assume that the job will complete within 2
# minutes, this is a guess that has worked well so far.
check_mintime_to_builder(self, apg_job, 120)
# If there's a job that will complete within a shorter time then
# we expect to be given that time frame.
build, bq = find_job(self, 'postgres')
set_remaining_time_for_running_job(bq, 30)
check_mintime_to_builder(self, apg_job, 30)
# Disable the native x86 builders.
for builder in self.builders[(self.x86_proc.id, False)]:
builder.builderok = False
# No builders capable of running the job at hand are available now.
self.assertEqual(0, builders_for_job(apg_job))
# The "minimum time to builder" estimation logic is not aware of this
# though.
check_mintime_to_builder(self, apg_job, 0)
# The following job can only run on a native builder.
job = self.makeCustomBuildQueue(
estimated_duration=111, sourcename=u'xxr-gftp', score=1055,
virtualized=False)
self.builds.append(job.specific_build)
# Disable all native builders.
for builder in self.builders[(None, False)]:
builder.builderok = False
# All native builders are disabled now. No builders capable of
# running the job at hand are available.
self.assertEqual(0, builders_for_job(job))
# The "minimum time to builder" estimation logic is not aware of the
# fact that no builders capable of running the job are available.
check_mintime_to_builder(self, job, 0)
def test_pending_jobs_only(self):
# Let's see the assertion fail for a job that's not pending any more.
assign_to_builder(self, 'gedit', 1, 'hppa')
gedit_build, gedit_job = find_job(self, 'gedit', 'hppa')
self.assertRaises(AssertionError, gedit_job.getEstimatedJobStartTime)
def disabled_test_min_time_to_next_builder(self):
"""When is the next builder capable of running the job at the head of
the queue becoming available?"""
# XXX AaronBentley 2010-03-19 bug=541914: Fails spuriously
# One of four builders for the 'apg' build is immediately available.
apg_build, apg_job = find_job(self, 'apg', 'hppa')
check_mintime_to_builder(self, apg_job, 0)
# Assign the postgres job to a builder.
assign_to_builder(self, 'postgres', 1, 'hppa')
# Now one builder is gone. But there should still be a builder
# immediately available.
check_mintime_to_builder(self, apg_job, 0)
assign_to_builder(self, 'flex', 2, 'hppa')
check_mintime_to_builder(self, apg_job, 0)
assign_to_builder(self, 'bison', 3, 'hppa')
# Now that no builder is immediately available, the shortest
# remaing build time (based on the estimated duration) is returned:
# 660 seconds
# This is equivalent to the 'bison' job's estimated duration.
check_mintime_to_builder(self, apg_job, 660)
# Now we pretend that the 'postgres' started 13 minutes ago. Its
# remaining execution time should be 2 minutes = 120 seconds and
# it now becomes the job whose builder becomes available next.
build, bq = find_job(self, 'postgres', 'hppa')
set_remaining_time_for_running_job(bq, 120)
check_mintime_to_builder(self, apg_job, 120)
# What happens when jobs overdraw the estimated duration? Let's
# pretend the 'flex' job started 14 minutes ago.
build, bq = find_job(self, 'flex', 'hppa')
set_remaining_time_for_running_job(bq, -60)
# In such a case we assume that the job will complete within 2
# minutes, this is a guess that has worked well so far.
check_mintime_to_builder(self, apg_job, 120)
# If there's a job that will complete within a shorter time then
# we expect to be given that time frame.
build, bq = find_job(self, 'postgres', 'hppa')
set_remaining_time_for_running_job(bq, 30)
check_mintime_to_builder(self, apg_job, 30)
# Disable the native hppa builders.
for builder in self.builders[(self.hppa_proc.id, False)]:
builder.builderok = False
# No builders capable of running the job at hand are available now.
self.assertEqual(0, builders_for_job(apg_job))
check_mintime_to_builder(self, apg_job, 0)
# Let's add a processor-independent job to the mix.
job = self.makeCustomBuildQueue(
virtualized=False, estimated_duration=22,
sourcename='my-recipe-digikam', score=9999)
# There are still builders available for the processor-independent
# job.
self.assertEqual(6, builders_for_job(job))
# Even free ones.
self.assertTrue(
bq._getFreeBuildersCount(job.processor, job.virtualized) > 0,
"Builders are immediately available for processor-independent "
"jobs.")
check_mintime_to_builder(self, job, 0)
# Let's disable all builders.
for builders in self.builders.itervalues():
for builder in builders:
builder.builderok = False
# There are no builders capable of running even the processor
# independent jobs now.
self.assertEqual(0, builders_for_job(job))
check_mintime_to_builder(self, job, 0)
# Re-enable the native hppa builders.
for builder in self.builders[(self.hppa_proc.id, False)]:
builder.builderok = True
# The builder that's becoming available next is the one that's
# running the 'postgres' build.
check_mintime_to_builder(self, apg_job, 30)
# Make sure we'll find an x86 builder as well.
builder = self.builders[(self.x86_proc.id, False)][0]
builder.builderok = True
# Now this builder is the one that becomes available next (29 minutes
# remaining build time).
assign_to_builder(self, 'gcc', 1, '386')
build, bq = find_job(self, 'gcc', '386')
set_remaining_time_for_running_job(bq, 29)
check_mintime_to_builder(self, apg_job, 29)
# Make a second, idle x86 builder available.
builder = self.builders[(self.x86_proc.id, False)][1]
builder.builderok = True
# That builder should be available immediately since it's idle.
check_mintime_to_builder(self, apg_job, 0)
def test_no_builder_no_estimate(self):
# No dispatch estimate is provided in the absence of builders that
# can run the job of interest (JOI).
disable_builders(self, '386', True)
vim_build, vim_job = find_job(self, 'vim', '386')
check_estimate(self, vim_job, None)
def setUp(self):
"""Add more processor-independent jobs to the mix, make the '386' jobs
virtual.
3, gedit, p: hppa, v:False e:0:01:00 *** s: 1003
4, gedit, p: 386, v: True e:0:02:00 *** s: 1006
5, firefox, p: hppa, v:False e:0:03:00 *** s: 1009
6, firefox, p: 386, v: True e:0:04:00 *** s: 1012
7, apg, p: hppa, v:False e:0:05:00 *** s: 1015
9, vim, p: hppa, v:False e:0:07:00 *** s: 1021
10, vim, p: 386, v: True e:0:08:00 *** s: 1024
8, apg, p: 386, v: True e:0:06:00 *** s: 1024
19, xxr-aptitude, p: None, v:False e:0:05:32 *** s: 1025
11, gcc, p: hppa, v:False e:0:09:00 *** s: 1027
12, gcc, p: 386, v: True e:0:10:00 *** s: 1030
13, bison, p: hppa, v:False e:0:11:00 *** s: 1033
14, bison, p: 386, v: True e:0:12:00 *** s: 1036
15, flex, p: hppa, v:False e:0:13:00 *** s: 1039
16, flex, p: 386, v: True e:0:14:00 *** s: 1042
23, xxr-apt-build, p: None, v: True e:0:12:56 *** s: 1043
22, xxr-cron-apt, p: None, v: True e:0:11:05 *** s: 1043
26, xxr-cupt, p: None, v: True e:0:18:30 *** s: 1044
25, xxr-apt, p: None, v: True e:0:16:38 *** s: 1044
24, xxr-debdelta, p: None, v: True e:0:14:47 *** s: 1044
17, postgres, p: hppa, v:False e:0:15:00 *** s: 1045
18, postgres, p: 386, v: True e:0:16:00 *** s: 1048
21, xxr-daptup, p: None, v: True e:0:09:14 *** s: 1051
20, xxr-auto-apt, p: None, v:False e:0:07:23 *** s: 1053
p=processor, v=virtualized, e=estimated_duration, s=score
"""
super(TestJobDispatchTimeEstimation, self).setUp()
job = self.makeCustomBuildQueue(
virtualized=False, estimated_duration=332,
sourcename=u'xxr-aptitude', score=1025)
self.builds.append(job.specific_build)
job = self.makeCustomBuildQueue(
virtualized=False, estimated_duration=443,
sourcename=u'xxr-auto-apt', score=1053)
self.builds.append(job.specific_build)
job = self.makeCustomBuildQueue(
estimated_duration=554, sourcename=u'xxr-daptup', score=1051)
self.builds.append(job.specific_build)
job = self.makeCustomBuildQueue(
estimated_duration=665, sourcename=u'xxr-cron-apt', score=1043)
self.builds.append(job.specific_build)
job = self.makeCustomBuildQueue(
estimated_duration=776, sourcename=u'xxr-apt-build', score=1043)
self.builds.append(job.specific_build)
job = self.makeCustomBuildQueue(
estimated_duration=887, sourcename=u'xxr-debdelta', score=1044)
self.builds.append(job.specific_build)
job = self.makeCustomBuildQueue(
estimated_duration=998, sourcename=u'xxr-apt', score=1044)
self.builds.append(job.specific_build)
job = self.makeCustomBuildQueue(
estimated_duration=1110, sourcename=u'xxr-cupt', score=1044)
self.builds.append(job.specific_build)
# Assign the same score to the '386' vim and apg build jobs.
_apg_build, apg_job = find_job(self, 'apg', '386')
apg_job.lastscore = 1024
# Also, toggle the 'virtualized' flag for all '386' jobs.
for build in self.builds:
bq = build.buildqueue_record
if bq.processor == self.x86_proc:
removeSecurityProxy(bq).virtualized = True
