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How to use convert_element method in hypothesis
Best Python code snippet using hypothesis
google_calendar_exercise.py
Source:google_calendar_exercise.py 
...23 while index1 < len(person1_calendar):24 merged_list.append(person1_calendar[index1])25 index1 += 126 break27 time1 = convert_element(person1_calendar[index1][0])28 time2 = convert_element(person2_calendar[index2][0])29 if compare(time1, time2) == 1:30 merged_list.append(person1_calendar[index1])31 index1 += 132 elif compare(time1, time2) == 2:33 merged_list.append(person2_calendar[index2])34 index2 += 135 return merged_list36def compare(time1, time2):37 if time1 <= time2:38 return 139 else:40 return 241 pass42def eliminating(lis):43 index = 044 result = []45 while index < len(lis) -1:46 end1 = convert_element(lis[index][1])47 start2 = convert_element(lis[index + 1][0])48 end2 = convert_element(lis[index + 1][1])49 if end1 >= start2 and end1 <= end2:50 lis[index][1] = lis[index + 1][1]51 lis.pop(index + 1)52 elif end1 > end2:53 lis.pop(index + 1)54 else:55 if start2 - end1 >= 30:56 result.append([lis[index][1], lis[index + 1][0]])57 index += 158 else:59 index += 160 return result61 pass62def convert_element(string):63 hour, minute = string.split(":")64 time = int(hour) * 60 + int(minute)65 return time66def limit_parser(limit1,limit2):67 result = []68 result1 = []69 result2 = []70 limit1_1 = convert_element(limit1[0])71 limit1_2 = convert_element(limit1[1])72 limit2_1 = convert_element(limit2[0])73 limit2_2 = convert_element(limit2[1])74 if compare(limit1_1, limit2_1) == 1:75 result1.append(limit1[0])76 result1.append(limit2[0])77 else:78 result1.append(limit2[0])79 result1.append(limit1[0])80 if compare(limit1_2, limit2_2) == 1:81 result2.append(limit1[1])82 result2.append(limit2[1])83 else:84 result2.append(limit2[1])85 result2.append(limit1[1])86 result.append(result1)87 result.append(result2)88 return result89def pair_splitter(string):90 result = []91 first, second = string.split("-")92 result.append(first)93 result.append(second)94 return result95def get_free_intervalls(busy_intervalls, total_free_intervall):96 result = []97 new_busy_intervalls = []98 for i in range(len(busy_intervalls)):99 temp = convert_element(busy_intervalls[i][0])100 new_busy_intervalls.append([temp, busy_intervalls[i][1]])101 Sort(new_busy_intervalls)102 for i in range(len(new_busy_intervalls)):103 new_busy_intervalls[i][0] = convert_back_element(new_busy_intervalls[i][0])104 plus_free_start = [total_free_intervall[0], new_busy_intervalls[0][0]]105 plus_free_end = [get_biggest_second_from_list(new_busy_intervalls), total_free_intervall[1]]106 if plus_free_start[0] != plus_free_start[1]:107 result.append(plus_free_start)108 if eliminating(new_busy_intervalls) != []:109 for i in range(len(eliminating(new_busy_intervalls))):110 result.append(eliminating(new_busy_intervalls)[i])111 #result.append(eliminating(new_busy_intervalls))112 if plus_free_end[0] != plus_free_end[1]:113 result.append(plus_free_end)114 return result115def convert_back_element(time):116 result = ""117 hours = int(time / 60)118 minutes = time % 60119 if minutes == 0:120 result += str(hours) + ":00"121 elif minutes < 10:122 result += str(hours) + ":0" + str(minutes)123 else:124 result += str(hours) + ":" + str(minutes)125 return result126 pass127def Sort(list):128 list.sort(key=lambda x: x[0])129 return list130def check_validity(list, element, avalaible):131 element_start = convert_element(element[0])132 element_end = convert_element(element[1])133 avalaible_start = convert_element(avalaible[0])134 avalaible_end = convert_element(avalaible[1])135 if element_start < avalaible_start or element_end < avalaible_start:136 return -1137 elif element_end > avalaible_end or element_start > avalaible_end:138 return -1139 for i in range(len(list)):140 if element_start > convert_element(list[i][0]) and element_start < convert_element(list[i][1]):141 return -2142 elif element_end > convert_element(list[i][0]) and element_end < convert_element(list[i][1]):143 return -2144 elif element_start == convert_element(list[i][0]) and element_end == convert_element(list[i][1]):145 return -2146 return 1147def get_biggest_second_from_list(list):148 max_value = -1149 for i in range(len(list)):150 if max_value <= convert_element(list[i][1]):151 max_value = convert_element(list[i][1])152 return convert_back_element(max_value)153 pass154def check_format(string):155 try:156 first, second = string.split("-")157 first1, first2 = first.split(":")158 second1, second2 = second.split(":")159 except ValueError:160 return -1161 try:162 int(first1)163 int(first2)164 int(second1)165 int(second2)166 except ValueError:167 return -1168 if int(first1) < 0 or int(first1) >24 or int(first2) < 0 or int(first2) >60 or int(second1) < 0 or int(second1) >24 or int(second2) < 0 or int(second2) >60:169 return -1170 return 1171def sort_list(list):172 new_list = []173 for i in range(len(list)):174 temp = convert_element(list[i][0])175 new_list.append([temp, list[i][1]])176 Sort(new_list)177 for i in range(len(new_list)):178 new_list[i][0] = convert_back_element(new_list[i][0])179 return new_list180#limits = limit_parser(person1_limits, person2_limits)181#result_list = merge_lists(person1_calendar, person2_calendar)182#result = merge_lists(result_list, limits)183#new_res = eliminating(result)184#print(get_free_intervalls([["9:00", "10:30"], ["12:00", "13:00"], ["16:00", "18:00"]], ["9:00", "20:00"]))185#print(check_validity([["10:00", "11:30"], ["9:30", "12:00"], ["13:00", "14:30"]], ["12:00", "13:00"], ["9:00", "20:00"]))186#print(get_biggest_second_from_list([["10:00", "11:30"], ["9:30", "17:00"], ["13:00", "19:30"], ["12:30", "16:00"]]))...
matrix_to_ps.py
Source:matrix_to_ps.py
...16 for i in range(0, N):17 for j in range(0, N):18 #print('convert_element check:')19 #print(' args: m[i][j]={}, i={}, j={}, N={}, encoding={}'.format(matrix[i][j],i,j,N,encoding))20 #print(' res: {}'.format(convert_element(matrix[i][j],i,j,N,encoding)))21 22 # TODO: optimize could check matrix[i][j] is non-zero23 pauli_strings += convert_element(matrix[i][j], i, j, N, encoding)24 25 return pauli_strings26def convert_element(elem, i, j, N, encoding):27 nBinDigits = len(format(N-1,'b'))28 i_bin = encoding(i, nBinDigits)29 j_bin = encoding(j, nBinDigits)30 qubit_product = 131 32 for q in range(0,len(i_bin)):33 qubit_product *= basis_to_pauli_string(i_bin[q], j_bin[q], str(len(i_bin)-1-q))34 ...
MatrixToPauliString.py
Source:MatrixToPauliString.py
...16 for i in range(0, N):17 for j in range(0, N):18 #print('convert_element check:')19 #print(' args: m[i][j]={}, i={}, j={}, N={}, encoding={}'.format(matrix[i][j],i,j,N,encoding))20 #print(' res: {}'.format(convert_element(matrix[i][j],i,j,N,encoding)))21 pauli_strings += convert_element(matrix[i][j], i, j, N, encoding)22 23 return pauli_strings24def convert_element(elem, i, j, N, encoding):25 nBinDigits = len(format(N-1,'b'))26 i_bin = encoding(i, nBinDigits)27 j_bin = encoding(j, nBinDigits)28 qubit_product = 129 30 for q in range(0,len(i_bin)):31 qubit_product *= basis_to_pauli_string(i_bin[q], j_bin[q], str(len(i_bin)-1-q))32 ...
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