Best Python code snippet using yandex-tank
android_startup_breakdown.py
Source: android_startup_breakdown.py
...13# See the License for the specific language governing permissions and14# limitations under the License.15from os import sys, path16import synth_common17def to_s(ts):18 return ts * 1000 * 1000 * 100019trace = synth_common.create_trace()20trace.add_packet()21trace.add_process(1, 0, 'init')22trace.add_process(2, 1, 'system_server')23trace.add_process(3, 1, 'com.google.android.calendar')24trace.add_ftrace_packet(cpu=0)25# Start intent for a successful launch of calendar26trace.add_atrace_begin(27 ts=to_s(102),28 tid=2,29 pid=2,30 buf='MetricsLogger:launchObserverNotifyIntentStarted')31trace.add_atrace_end(ts=to_s(103), tid=2, pid=2)32trace.add_atrace_async_begin(33 ts=to_s(110), tid=2, pid=2, buf='launching: com.google.android.calendar')34trace.add_atrace_begin(35 ts=to_s(120), tid=2, pid=2, buf='Start proc: com.google.android.calendar')36trace.add_atrace_end(ts=to_s(155), tid=2, pid=2)37# Unrelated process binding, ignored38trace.add_atrace_begin(ts=to_s(125), tid=1, pid=1, buf='bindApplication')39trace.add_atrace_end(ts=to_s(195), tid=1, pid=1)40trace.add_atrace_begin(ts=to_s(185), tid=3, pid=3, buf='bindApplication')41trace.add_atrace_begin(42 ts=to_s(188),43 tid=3,44 pid=3,45 buf='performCreate:com.google.android.calendar.MainActivity')46trace.add_atrace_begin(ts=to_s(188), tid=3, pid=3, buf='inflate')47trace.add_atrace_end(ts=to_s(189), tid=3, pid=3)48trace.add_atrace_begin(49 ts=to_s(188), tid=3, pid=3, buf='ResourcesManager#getResources')50trace.add_atrace_end(ts=to_s(189), tid=3, pid=3)51trace.add_atrace_begin(ts=to_s(190), tid=3, pid=3, buf='inflate')52trace.add_atrace_end(ts=to_s(192), tid=3, pid=3)53trace.add_atrace_end(ts=to_s(192), tid=3, pid=3)54trace.add_atrace_begin(55 ts=193,56 tid=3,57 pid=3,58 buf='performResume:com.google.android.calendar.MainActivity')59trace.add_atrace_end(ts=to_s(194), tid=3, pid=3)60trace.add_atrace_end(ts=to_s(195), tid=3, pid=3)61trace.add_atrace_begin(62 ts=to_s(200),63 tid=3,64 pid=3,65 buf='location=error status=io-error-no-oat ' \66 'filter=run-from-apk reason=unknown')67trace.add_atrace_end(ts=to_s(202), tid=3, pid=3)68trace.add_atrace_begin(69 ts=to_s(204),70 tid=3,71 pid=3,72 buf='location=/system/framework/oat/arm/com.android.location.provider' \73 '.odex status=up-to-date filter=speed reason=prebuilt')74trace.add_atrace_end(ts=to_s(205), tid=3, pid=3)75trace.add_atrace_async_end(76 ts=to_s(210), tid=2, pid=2, buf='launching: com.google.android.calendar')77trace.add_atrace_begin(78 ts=to_s(211),79 tid=2,80 pid=2,81 buf='MetricsLogger:launchObserverNotifyActivityLaunchFinished')82trace.add_atrace_end(ts=to_s(212), tid=2, pid=2)83# Add the scheduling data to match the timestamps of events above but with84# some idle time inbetween to make the computation more realisitic.85trace.add_cpufreq(ts=to_s(50), freq=1000, cpu=0)86trace.add_sched(ts=to_s(100), prev_pid=0, next_pid=2)87trace.add_sched(ts=to_s(115), prev_pid=2, next_pid=0)88trace.add_sched(ts=to_s(120), prev_pid=0, next_pid=2)89trace.add_sched(ts=to_s(125), prev_pid=2, next_pid=1)90trace.add_sched(ts=to_s(150), prev_pid=1, next_pid=2)91trace.add_sched(ts=to_s(160), prev_pid=2, next_pid=1)92trace.add_sched(ts=to_s(180), prev_pid=1, next_pid=3)93trace.add_sched(ts=to_s(205), prev_pid=3, next_pid=2)94trace.add_sched(ts=to_s(220), prev_pid=2, next_pid=0)...
s880543178.py
Source: s880543178.py
1import sys2sys.setrecursionlimit(10**8)3def ii(): return int(sys.stdin.readline())4def mi(): return map(int, sys.stdin.readline().split())5def li(): return list(map(int, sys.stdin.readline().split()))6def li2(N): return [list(map(int, sys.stdin.readline().split())) for _ in range(N)]7def dp2(ini, i, j): return [[ini]*i for _ in range(j)]8import bisect #bisect.bisect_left(B, a)9#from collections import defaultdict #d = defaultdict(int) d[key] += value10#from collections import Counter # a = Counter(A).most_common()11#from itertools import accumulate #list(accumulate(A))12A, B, Q = mi()13S = [ii() for _ in range(A)]14T = [ii() for _ in range(B)]15S_ = [S[0]] + S + [S[A-1]]16T_ = [T[0]] + T + [T[B-1]]17for _ in range(Q):18 f = ii()19 to_s = bisect.bisect_left(S, f)20 to_t = bisect.bisect_left(T, f)21 #ans_1 = ans_2 = 022 #print(to_s, to_t)23 #ans_1 += abs(S_[to_s+1] - f)24 #ans_2 += abs(f - S_[to_s])25 #print(ans_1, ans_2)26 #ans_1 = min(ans_1 + abs(S_[to_s+1] - T_[to_t+1]), ans_1 + abs(S_[to_s+1] - T_[to_t]))27 #ans_2 = min(ans_2 + abs(S_[to_s] - T_[to_t+1]), ans_2 + abs(S_[to_s] - T_[to_t]))28 ans = min(abs(S_[to_s+1] - f) + abs(S_[to_s+1] - T_[to_t+1]), float('inf'))29 ans = min(abs(S_[to_s+1] - T_[to_t+1]) + abs(f- T_[to_t+1]), ans)30 ans = min(abs(S_[to_s+1] - f) + abs(S_[to_s+1] - T_[to_t]), ans)31 ans = min(abs(S_[to_s+1] - T_[to_t]) + abs(f- T_[to_t]), ans)32 ans = min(abs(S_[to_s] - f) + abs(S_[to_s] - T_[to_t+1]), ans)33 ans = min(abs(S_[to_s] - T_[to_t+1]) + abs(f- T_[to_t+1]), ans)34 ans = min(abs(S_[to_s] - f) + abs(S_[to_s] - T_[to_t]), ans)35 ans = min(abs(S_[to_s] - T_[to_t]) + abs(f- T_[to_t]), ans)...
Check out the latest blogs from LambdaTest on this topic:
The key to successful test automation is to focus on tasks that maximize the return on investment (ROI), ensuring that you are automating the right tests and automating them in the right way. This is where test automation strategies come into play.
Greetings folks! With the new year finally upon us, we’re excited to announce a collection of brand-new product updates. At LambdaTest, we strive to provide you with a comprehensive test orchestration and execution platform to ensure the ultimate web and mobile experience.
Entering the world of testers, one question started to formulate in my mind: “what is the reason that bugs happen?”.
“Test frequently and early.” If you’ve been following my testing agenda, you’re probably sick of hearing me repeat that. However, it is making sense that if your tests detect an issue soon after it occurs, it will be easier to resolve. This is one of the guiding concepts that makes continuous integration such an effective method. I’ve encountered several teams who have a lot of automated tests but don’t use them as part of a continuous integration approach. There are frequently various reasons why the team believes these tests cannot be used with continuous integration. Perhaps the tests take too long to run, or they are not dependable enough to provide correct results on their own, necessitating human interpretation.
The fact is not alien to us anymore that cross browser testing is imperative to enhance your application’s user experience. Enhanced knowledge of popular and highly acclaimed testing frameworks goes a long way in developing a new app. It holds more significance if you are a full-stack developer or expert programmer.
Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Get 100 minutes of automation test minutes FREE!!