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How to use input_file method in keyboard

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execSortingAndTiming.py

Source:execSortingAndTiming.py

1from heapSort import *2from insertionSort import *3from mergeSort import *4# InsertionSort5# MergeSort6# HeapSort7# Also lots of repeated code, not stoked, but it works.8class ExecSortingAndTiming:9    def __init__(self):10        pass11    @classmethod12    def exec_insertion_sort_perm(cls, length, listType):13        input_file = open('lists/permuted/perm' + length + '.txt').readlines()14        sort = InsertionSort(input_file)15        for x in range(0, len(sort.input_file)):16            sort.input_file[x] = sort.input_file[x].strip('\n')17        start = time.time()18        sort.insertion_sort_algo(sort.input_file)19        end = time.time()20        with open("outfile.txt", "a+") as outfile:21            outfile.write("Type: " + listType + "\n")22            outfile.write("Word List Size: " + length + "\n")23            outTime = (end - start)24            outfile.write(str(outTime) + "\n")25            outfile.write("--------------------" + "\n")26            outfile.close()27        print("\n")28    @classmethod29    def exec_insertion_sort_sorted(cls, length, listType):30        input_file = open('lists/sorted/sorted' + length + '.txt').readlines()31        sort = InsertionSort(input_file)32        for x in range(0, len(sort.input_file)):33            sort.input_file[x] = sort.input_file[x].strip('\n')34        start = time.time()35        sort.insertion_sort_algo(sort.input_file)36        end = time.time()37        with open("outfileInsert.txt", "a+") as outfile:38            outfile.write("Type: " + listType + "\n")39            outfile.write("Word List Size: " + length + "\n")40            outTime = (end - start)41            outfile.write(str(outTime) + "\n")42            outfile.write("--------------------" + "\n")43            outfile.close()44        print("\n")45    @classmethod46    def exec_merge_sort_perm(cls, length, listType):47        input_file = open('lists/permuted/perm' + length + '.txt').readlines()48        sort = MergeSort(input_file)49        for x in range(0, len(sort.input_file)):50            sort.input_file[x] = sort.input_file[x].strip('\n')51        start = time.time()52        sort.merge_sort_algo(sort.input_file)53        end = time.time()54        with open('outfileMerge.txt', 'a+') as outfile:55            outfile.write("Type: " + listType + "\n")56            outfile.write("Word List Size: " + length + "\n")57            outTime = (end - start)58            outfile.write(str(outTime) + "\n")59            outfile.write("--------------------" + "\n")60            outfile.close()61        print("\n")62    @classmethod63    def exec_merge_sort_sorted(cls, length, listType):64        input_file = open('lists/sorted/sorted' + length + '.txt').readlines()65        sort = MergeSort(input_file)66        for x in range(0, len(sort.input_file)):67            sort.input_file[x] = sort.input_file[x].strip('\n')68        start = time.time()69        sort.merge_sort_algo(sort.input_file)70        end = time.time()71        with open('outfileMerge.txt', 'a+') as outfile:72            outfile.write("Type: " + listType + "\n")73            outfile.write("Word List Size: " + length + "\n")74            outTime = (end - start)75            outfile.write(str(outTime) + "\n")76            outfile.write("--------------------" + "\n")77            outfile.close()78        print("\n")79    @classmethod80    def exec_heap_sort_sorted(cls, length, listType):81        input_file = open('lists/sorted/sorted' + length + '.txt').readlines()82        sort = HeapSort(input_file)83        for x in range(0, len(sort.input_file)):84            sort.input_file[x] = sort.input_file[x].strip('\n')85        start = time.time()86        buildHeapTime = sort.heap_sort_algo(sort.input_file)87        end = time.time()88        with open('outfileHeapSort.txt', 'a+') as outfile:89            outfile.write("Type: " + listType + "\n")90            outfile.write("Word List Size: " + length + "\n")91            outTime = (end - start)92            outfile.write(str(outTime) + "\n")93            outfile.write("--------------------" + "\n")94            outfile.close()95        print("\n")96        with open('outfileBuildHeap.txt', 'a+') as outfile:97            outfile.write("Type: " + listType + " BuildHeap" + "\n")98            outfile.write("Word List Size: " + length + "\n")99            outTime = buildHeapTime100            outfile.write(str(outTime) + "\n")101            outfile.write("--------------------" + "\n")102            outfile.close()103            print("\n")104    @classmethod105    def exec_heap_sort_perm(cls, length, listType):106        input_file = open('lists/permuted/perm' + length + '.txt').readlines()107        sort = HeapSort(input_file)108        for x in range(0, len(sort.input_file)):109            sort.input_file[x] = sort.input_file[x].strip('\n')110        start = time.time()111        buildHeapTime = sort.heap_sort_algo(sort.input_file)112        end = time.time()113        with open('outfileHeapSort.txt', 'a+') as outfile:114            outfile.write("Type: " + listType + "\n")115            outfile.write("Word List Size: " + length + "\n")116            outTime = (end - start)117            outfile.write(str(outTime) + "\n")118            outfile.write("--------------------" + "\n")119            outfile.close()120        print("\n")121        with open('outfileBuildHeap.txt', 'a+') as outfile:122            outfile.write("Type: " + listType + " BuildHeap" + "\n")123            outfile.write("Word List Size: " + length + "\n")124            outTime = buildHeapTime125            outfile.write(str(outTime) + "\n")126            outfile.write("--------------------" + "\n")127            outfile.close()...

encoder.py

Source:encoder.py

1import math2import numpy as np3import sys4import util5import golomb6import unary7import elias_gamma8import fibonacci9import delta10import time11import os12def app_help():13    print("Usage:  encoder.py [encode] [input file name] [output file name] [method]")14    print("\tor\n\tencoder.py [decode] [input file name] [output file name]")15    print("Encoding methods supported:\n1â¢Golomb\n2â¢Elias-Gamma\n3â¢Fibonacci\n4â¢Unary\n5â¢Delta")16if len(sys.argv) >= 4:17    function = sys.argv[1]18    input_file = sys.argv[2]19    output_file_name = sys.argv[3]20    if function.lower() == "encode":21        output_file_name += ".cod"22        if len(sys.argv) == 5:23            method = sys.argv[4]24            current_time = " - Execution time: " + str(time.process_time()) + "s"25            if method.lower() == "golomb" or method.lower() == "1":26                util.write_to_file(input_file, output_file_name, 1)27            elif method.lower() == "elias-gamma" or method.lower() == "elias gamma" or method.lower() == "2":28                print("Started encoding", input_file, "into", output_file_name,29                      "using Elias-Gamma method" + current_time)30                util.write_to_file(input_file, output_file_name, 2)31            elif method.lower() == "fibonacci" or method.lower() == "3":32                print("Started encoding", input_file, "into", output_file_name, "using Fibonacci method" + current_time)33                util.write_to_file(input_file, output_file_name, 3)34            elif method.lower() == "unary" or method.lower() == "4":35                print("Started encoding", input_file, "into", output_file_name, "using Unary method" + current_time)36                util.write_to_file(input_file, output_file_name, 4)37            elif method.lower() == "delta" or method.lower() == "5":38                print("Started encoding", input_file, "into", output_file_name, "using Delta method" + current_time)39                util.write_to_file(input_file, output_file_name, 5)40            # ecc41            print("Encoding finished" + " - Execution time: " + str(time.process_time()) + "s")42            print("Size change (compressed file size / input file size): " +43                  "{:.2f}".format(os.stat(output_file_name).st_size / os.stat(input_file).st_size))44            print("Generating noise control file: " + sys.argv[3] + ".ecc")45            util.encode_noise_control(output_file_name, sys.argv[3] + ".ecc")46            print("Noise control file created: " + sys.argv[3] + ".ecc" + " - Execution time: " + str(47                time.process_time()) + "s")48        else:49            app_help()50    elif function.lower() == "decode":51        if input_file.count(".") < 1 or (52                input_file.split('.')[len(input_file.split('.')) - 1] != "ecc" and input_file.split('.')[53            len(input_file.split('.')) - 1] != "cod"):54            print("Please provide a file with the .ecc extension as input")55        else:56            if input_file.split('.')[len(input_file.split('.')) - 1] == "cod":57                has_ecc = False58            else:59                has_ecc = True60            print("Started decoding", input_file, "into",61                  output_file_name + " - Execution time: " + str(time.process_time()) + "s")62            if has_ecc:63                util.decode_noise_control(input_file, input_file.split('.')[0] + ".cod")64                print("Error correction completed" + " - Execution time: " + str(time.process_time()) + "s")65                input_file = input_file.split('.')[0] + ".cod"66            input_file = open(input_file, "rb")67            is_text_file = input_file.read(1)68            if is_text_file == 1:69                is_text_file = True70            else:71                is_text_file = False72            method = input_file.read(1)73            divisor = int.from_bytes(input_file.read(1), "big")74            if len(method) > 0:75                print("Starting decoder - Execution time: " + str(time.process_time()) + "s")76                if int.from_bytes(method, "big") == 1:77                    output_file = open(output_file_name, "wb")78                    print("Detected Golomb method with divisor", divisor)79                    golomb.decode(input_file, output_file, divisor, is_text_file)80                elif int.from_bytes(method, "big") == 2:81                    output_file = open(output_file_name, "wb")82                    print("Detected Elias-Gamma method")83                    elias_gamma.decode(input_file, output_file, is_text_file)84                elif int.from_bytes(method, "big") == 3:85                    output_file = open(output_file_name, "wb")86                    print("Detected Fibonacci method")87                    fibonacci.decode(input_file, output_file, is_text_file)88                elif int.from_bytes(method, "big") == 4:89                    output_file = open(output_file_name, "wb")90                    print("Detected Unary method")91                    unary.decode(input_file, output_file, is_text_file)92                elif int.from_bytes(method, "big") == 5:93                    output_file = open(output_file_name, "wb")94                    print("Detected Delta method")95                    delta.decode(input_file, output_file, is_text_file)96                print("Decoder finished - Execution time: " + str(time.process_time()) + "s")97    else:98        app_help()99else:...

makeRsf.py

Source:makeRsf.py

1# !/usr/bin/python2import sys3if len(sys.argv) < 2:4  print "Usage:",sys.argv[0],"rsf-output-file-name"5  sys.exit(64)6output_file_name=sys.argv[1]7output_file=open(output_file_name, 'w')8input_file=open("modulesWithIDs.txt", 'r')9for line in input_file:10	output_file.write("Module\t" + line)11input_file.close()12input_file=open("moduleBelongsToModule.txt", 'r')13for line in input_file:14	output_file.write("ModuleBelongsToModule\t" + line)15input_file.close()16input_file=open("filesWithIDs.txt", 'r')17for line in input_file:18	output_file.write("File\t" + line)19input_file.close()20input_file=open("fileBelongsToModule.txt", 'r')21for line in input_file:22	output_file.write("FileBelongsToModule\t" + line)23input_file.close()24input_file=open("includeBelongsToFile.txt", 'r')25for line in input_file:26	output_file.write("Include\t" + line)27input_file.close()28input_file=open("conditionalCompilationBlocks.txt", 'r')29for line in input_file:30	output_file.write("ConditionalCompilation\t" + line)31input_file.close()32input_file=open("classesWithIDs.txt", 'r')33for line in input_file:34	output_file.write("Class\t" + line)35input_file.close()36#input_file=open("typedefsWithIDs.txt", 'r')37#for line in input_file:38#	output_file.write("TypeDef\t" + line)39#input_file.close()40input_file=open("classBelongsToFile.txt", 'r')41for line in input_file:42	output_file.write("ClassBelongsToFile\t" + line)43input_file.close()44input_file=open("inheritanceWithIDs.txt", 'r')45for line in input_file:46	output_file.write("InheritsFrom\t" + line)47input_file.close()48input_file=open("methodsWithIDs.txt", 'r')49for line in input_file:50	output_file.write("Method\t" + line)51input_file.close()52input_file=open("methodBelongsToClass.txt", 'r')53for line in input_file:54	output_file.write("MethodBelongsToClass\t" + line)55input_file.close()56input_file = open("methodVisibility.txt", 'r')57for line in input_file:58	output_file.write("Visibility\t" + line)59input_file.close()60input_file = open("methodSignature.txt", 'r')61for line in input_file:62	output_file.write("Signature\t" + line)63input_file.close()64input_file=open("methodHasClassAsReturnType.txt", 'r')65for line in input_file:66	output_file.write("HasType\t" + line)67input_file.close()68input_file=open("attributesWithIDs.txt", 'r')69for line in input_file:70	output_file.write("Attribute\t" + line)71input_file.close()72input_file=open("attributeBelongsToClass.txt", 'r')73for line in input_file:74	output_file.write("AttributeBelongsToClass\t" + line)75input_file.close()76input_file=open("attributeHasClassAsType.txt", 'r')77for line in input_file:78	output_file.write("HasType\t" + line)79input_file.close()80input_file=open("functionsWithIDs.txt", 'r')81for line in input_file:82	output_file.write("Function\t" + line)83input_file.close()84input_file=open("invokableEntityBelongsToFile.txt", 'r')85for line in input_file:86	output_file.write("InvokableEntityBelongsToFile\t" + line)87input_file.close()88input_file=open("functionHasClassAsReturnType.txt", 'r')89for line in input_file:90	output_file.write("HasType\t" + line)91input_file.close()92input_file=open("defsWithAssociation.txt", 'r')93for line in input_file:94	output_file.write("DefinitionForDeclaration\t" + line)95input_file.close()96input_file=open("globalVarsWithIDs.txt", 'r')97for line in input_file:98	output_file.write("GlobalVar\t" + line)99input_file.close()100input_file=open("accessibleEntityBelongsToFile.txt", 'r')101for line in input_file:102	output_file.write("AccessibleEntityBelongsToFile\t" + line)103input_file.close()104input_file=open("globalVarHasClassAsType.txt", 'r')105for line in input_file:106	output_file.write("HasType\t" + line)107input_file.close()108input_file=open("invocationsWithIDs.txt", 'r')109for line in input_file:110	output_file.write("Invokes\t" + line)111input_file.close()112input_file=open("invocationLocations.txt", 'r')113for line in input_file:114	output_file.write("LineNo\t" + line)115input_file.close()116input_file=open("accessesWithIDs.txt", 'r')117for line in input_file:118	output_file.write("Accesses\t" + line)119input_file.close()120input_file=open("accessesLocations.txt", 'r')121for line in input_file:122	output_file.write("LineNo\t" + line)123input_file.close()124input_file=open("leftValueAccesses.txt", 'r')125for line in input_file:126	output_file.write("LeftValueAccess\t" + line)127input_file.close()128input_file=open("entityBelongsToBlock.txt", 'r')129for line in input_file:130	output_file.write("entityBelongsToBlock\t" + line)131input_file.close()132input_file=open("annotations.txt", 'r')133for line in input_file:134	output_file.write("Annotation\t" + line)135input_file.close()136input_file=open("annotationBelongsToEntity.txt", 'r')137for line in input_file:138	output_file.write("AnnotationBelongsToEntity\t" + line)139input_file.close()140input_file=open("metricsWithIDs.txt", 'r')141for line in input_file:142	output_file.write("Measurement\t" + line)143input_file.close()144input_file=open("cfMetricsWithIDs.txt", 'r')145for line in input_file:146	output_file.write("Measurement\t" + line)147input_file.close()...

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