How to use to_s method in yandex-tank

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)...

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