def test_clCountSort_c(term,method,times):
# get the runtime parameters
searchString = term
searchType = method
loopCount = times
# run the test as many times as specified in the command line argument
for i in range(loopCount):
# read the previous timer total from the file
fr = open('timer.txt', 'r')
contents = fr.readline()
if contents == "" : # if the file is empty, start with zero
oldTotal = float(0)
else :
oldTotal = float(contents)
fr.close()
# run the count and sort method with search string and search type from run time parameters
c = clCountSort()
fileName1, fileCount1, fileName2, fileCount2, fileName3, fileCount3, runTime = c.methCountSort(searchString,searchType)
#write the new timer total back to the file
fw = open('timer.txt', 'w')
newTotal = oldTotal + float(runTime)
fw.write(str(newTotal))
fw.close()
def test_clCountSort_c():
searchString = "and"
searchType = "3"
c = clCountSort()
fileName1, fileCount1, fileName2, fileCount2, fileName3, fileCount3, totalTime = c.methCountSort(
searchString, searchType)
assert fileName1 == "french_armed_forces.txt"
assert fileCount1 == 30
assert fileName2 == "hitchhikers.txt"
assert fileCount2 == 11
assert fileName3 == "warp_drive.txt"
assert fileCount3 == 3
print("\nTotal Time test test_clCountSort_c:", totalTime)
def test_clCountSort_a():
searchString = "the"
searchType = "1"
a = clCountSort()
fileName1, fileCount1, fileName2, fileCount2, fileName3, fileCount3, totalTime = a.methCountSort(
searchString, searchType)
assert fileName1 == "french_armed_forces.txt"
assert fileCount1 == 59
assert fileName2 == "hitchhikers.txt"
assert fileCount2 == 24
assert fileName3 == "warp_drive.txt"
assert fileCount3 == 9
print("\nTotal Time test test_clCountSort_a:", totalTime)
def test_clCountSort_b():
searchString = "an"
searchType = "2"
b = clCountSort()
fileName1, fileCount1, fileName2, fileCount2, fileName3, fileCount3, totalTime = b.methCountSort(
searchString, searchType)
assert fileName1 == "french_armed_forces.txt"
assert fileCount1 == 88
assert fileName2 == "hitchhikers.txt"
assert fileCount2 == 23
assert fileName3 == "warp_drive.txt"
assert fileCount3 == 14
print("\nTotal Time test test_clCountSort_b:", totalTime)
# * 6) respond to prompts *
# * 7) evaluate results *
# ******************************************************************************
# This program will run the DocumentSearch.py program by calling the three methods.
import pytest
from DocumentSearch import clSearchString, clSearchType, clCountSort
# RUN the methSearchString and methSearchType methods,
# then pass the results to the methCountSort method
s = clSearchString() #instantiate the Search String class
searchString = s.methSearchString() #get the search string
t = clSearchType() #instantiate the Search Type class
searchType = t.methSearchType() #get the search type
u = clCountSort() #instantiate the Count Sort class
#count occurrences and and sort the results
fileName1, fileCount1, fileName2, fileCount2, fileName3, fileCount3, timerResult = u.methCountSort(
searchString, searchType)
# PRINT the results
print("\nSearch Results")
print(" ", fileName1, " - ", fileCount1, "matches")
print(" ", fileName2, " - ", fileCount2, "matches")
print(" ", fileName3, " - ", fileCount3, "matches")
print("\nElapsed Time: ", timerResult, "ms\n")