How to use run_prog method in Pyscreenshot

Best Python code snippet using pyscreenshot_python

ini_mc_run.py

Source:ini_mc_run.py

1import numpy as np2import os3import sys4import evac as ev5#sys.path.insert(1,'/p/project/jias70/jps_jureca/files/jureca_upload')6b_max = 7.17b_min = 0.88b_step = 0.19dig = 310#i_start = 011#i_final = 10012size = (b_max-b_min)/b_step13#runstep = 114#i_step = 115#irange = np.arange(i_start,i_final,i_step)16brange = np.arange(b_min,b_max,b_step)17#print(brange.shape[0])18np.save("ini_b.npy", brange)19brange = np.array([round(i, dig) for i in brange])20ev.ini_files(brange)21mc_i = 122for b_i in brange:23    file  = open("mc_" + str(mc_i) + ".py", "w")24    b_write = "b = np.arange(" + str(round(b_i, dig)) + "," + str(round(b_i + b_step, dig)) + "," + str(b_step) + ") \n"25    #i_start = str(i)26    #i_final = str(i + i_step)27    file.write("import sys \n")28    file.write("sys.path.insert(0,'../') \n")29    file.write("import evac as ev \n")30    file.write("import numpy as np \n")31    #file.write("i_start = " + i_start + " \n")32    #file.write("i_final = " + i_final + " \n")33    #file.write("b = np.array([30]) \n")34    file.write(b_write)35    file.write("b = np.array([round(i,3) for i in b]) \n")36    file.write("ev.main(b) \n")37    file.close()38    mc_i += 139    40run_prog = ""41for i in range(brange.shape[0]):42    prog = " python mc_" + str(int(i+1)) + ".py"43    run_prog += prog44    if i < brange.shape[0]:45        run_prog = run_prog + " & "46#print(run_prog)47#os.system(run_prog)48#os.system("python waiting_time_err.py")49    ...

test_is_safe.py

Source:test_is_safe.py

1#!/usr/bin/env python32# -*- coding: utf-8 -*-3# Ci-dessous une tentative d'implÃ©mentation d'un programme "is_safe(val, prog)" qui Ã©tant donnÃ©:4#   1) une chaine de nom "val"5#   2) une chaÃ®ne de nom "prog" reprÃ©sentant un programme Python qui termine toujours6#      (et dont le code comporte Ã©ventuellement une variable de nom "arg")7# dÃ©termine si l'exÃ©cution de "prog" termine sans erreur sous la prÃ©condition "arg==val".8def is_safe(val, prog):9    run_prog = "arg={0};{1}".format(repr(val), prog)10    try:11        exec(run_prog)12        print(repr(run_prog), "terminates without error.")13        return True14    except Exception as e:15        print(repr(run_prog), "fails on", repr(e))16        return False17is_safe('5', "assert arg == '5'")18print("---")19is_safe('4', "assert arg == '5'")20print("---")21is_safe('4', "assert not arg == arg")22print("---")23is_safe('assert 2+2=4', "assert arg")24print("---")25is_safe('arg', "arg")26print("---")27is_safe('False', "assert is_safe(arg, arg)")28print("---")29# Question subsidiaire 1: qu'affiche cette ligne ?30# is_safe("assert is_safe(arg, arg)", "assert is_safe(arg, arg)")31# Question subsidiaire 2: trouver une entrÃ©e "(val, prog)" de "is_safe" pour laquelle son rÃ©sultat est faux...

2.py

Source:2.py

1import fileinput2from typing import List3VAL = 196907204def run_prog(nums_input: List[int]):5    nums = nums_input[:]6    for i in range(0, len(nums), 4):7        inst = nums[i]8        if inst == 99:9            break10        elif inst == 1:11            nums[nums[i + 3]] = nums[nums[i + 1]] + nums[nums[i + 2]]12        elif inst == 2:13            nums[nums[i + 3]] = nums[nums[i + 1]] * nums[nums[i + 2]]14    return nums15assert run_prog([1, 0, 0, 0, 99]) == [2, 0, 0, 0, 99]16assert run_prog([2, 3, 0, 3, 99]) == [2, 3, 0, 6, 99]17assert run_prog([2, 4, 4, 5, 99, 0]) == [2, 4, 4, 5, 99, 9801]18assert run_prog([1, 1, 1, 4, 99, 5, 6, 0, 99]) == [30, 1, 1, 4, 2, 5, 6, 0, 99]19def main():20    # part 121    nums_copy = [int(x) for x in fileinput.input()[0].strip().split(",")]22    nums = nums_copy[:]23    nums[1] = 1224    nums[2] = 225    print(run_prog(nums)[0])26    # part 227    for noun in range(0, 100):28        for verb in range(0, 100):29            nums = nums_copy[:]30            nums[1] = noun31            nums[2] = verb32            res = run_prog(nums)33            if res[0] == VAL:34                print(100 * noun + verb)...

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