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How to use search_for method in robotframework-pageobjects

Best Python code snippet using robotframework-pageobjects_python

prefix-grep.py

Source:prefix-grep.py

1from __future__ import with_statement, division2import subprocess, sys3from memoize import memoize4GOOD = True5BAD = False6INVALID = None7# http://python3porting.com/problems.html8if sys.version_info < (3,):9    def b(x):10        return x11    def s(x):12        return x13else:14    def b(x):15        return x.encode()16    def s(x):17        return x.decode()18def binary_search_on_string(f, arg):19    start = 020    mid = 021    end = len(arg)22    while mid < end and f(arg[start:end]) is not GOOD:23        new_end = (mid + end) // 224        if new_end == end:25            new_end -= 126        if new_end <= mid:27            end = mid28        else:29            ret = f(arg[start:new_end])30            if ret is GOOD:31                mid = new_end32            elif ret is BAD:33                end = new_end34            else:35                orig_new_end = new_end36                while ret is INVALID and new_end < end:37                    new_end += 138                    ret = f(arg[start:new_end])39                if mid < new_end and ret is GOOD:40                    mid = new_end41                elif new_end < end and ret is BAD:42                    end = new_end43                else:44                    new_end = orig_new_end45                    while ret is INVALID and mid < new_end:46                        new_end -= 147                        ret = f(arg[start:new_end])48                    if mid == new_end:49                        end = new_end50                    elif ret is GOOD:51                        mid = new_end52                    elif ret is BAD:53                        end = new_end54                    else:55                        sys.stderr.write("This should be impossible\n")56                        end = mid57                        break58    while end + 1 < len(arg) and f(arg[start:end + 1]) == GOOD:59        sys.stderr.write("This should be impossible (2)\n")60        end += 161    orig_end = end62    while end + 1 < len(arg):63        end += 164        if f(arg[start:end]) == GOOD:65            orig_end = end66    return arg[start:orig_end]67@memoize68def check_grep_for(in_str, search_for):69    # print("echo %s | grep -q %s" % (repr(in_str), repr(search_for)))70    p = subprocess.Popen(["timeout", "0.5s", "grep", search_for], universal_newlines=False, stderr=subprocess.PIPE, stdout=subprocess.PIPE, stdin=subprocess.PIPE)71    # print(search_for)72    (stdout, stderr) = p.communicate(input=b(in_str))73    p.stdin.close()74    p.wait()75    if stderr != b('') or p.returncode == 124: # timeout76        return INVALID77    return (GOOD if p.returncode == 0 else BAD)78if __name__ == '__main__':79    if len(sys.argv) != 3:80        sys.stderr.write("USAGE: %s SEARCH_IN SEARCH_FOR\n" % sys.argv[0])81        sys.exit(1)82    def check_grep(search_for):83        return check_grep_for(sys.argv[1], search_for)84    search_for = binary_search_on_string(check_grep, sys.argv[2])85    p = subprocess.Popen(["grep", "--color=auto", search_for], universal_newlines=False, stdin=subprocess.PIPE)86    p.communicate(input=b(sys.argv[1]))87    p.stdin.close()88    p.wait()89    if len(search_for) < len(sys.argv[2]):90        print("Mismatch: good prefix:")91        p = subprocess.Popen(["grep", "-o", "--color=auto", search_for], universal_newlines=False, stdin=subprocess.PIPE)92        p.communicate(input=b(sys.argv[1]))93        p.stdin.close()94        p.wait()95        p = subprocess.Popen(["grep", "-o", '^.*' + search_for], universal_newlines=False, stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE)96        (stdout, stderr) = p.communicate(input=b(sys.argv[1]))97        p.stdin.close()98        p.wait()99        print("Mismatch: good prefix search:\n%s" % search_for)100        print("Mismatch: expected next characters at %d: %s" % (len(search_for), repr(sys.argv[2][len(search_for):][:10])))101        print("Mismatch: actual next characters at %d: %s" % (len(stdout)-1, repr(sys.argv[1][len(stdout)-1:][:10])))...

text_count.py

Source:text_count.py

1"""2file: text_count.py3language: python 34author: Duc Phan - ddp3945@rit.edu5description: Homework 3 - CSCI-1416"""7import pdb8def count_text_string(search_for, search_in):9    """Counts and return the number of occurences of the string search_for in the string search_in"""10    if len(search_for) > len(search_in):11        return 012    if search_for == '':13        return 014    s1 = ''15    s2 = search_in16    sum = 017    pdb.set_trace()18    for i in range(len(search_for)):19        s1 = s1 + s2[0]20        s2 = s2[1:]21    if search_for == s1:22        sum = 123    return sum + count_text_string(search_for, search_in[1:])24def count_text_file(search_for, text_file_name):25    """26    - Count and return the number of occurrences of string search_for in file text_file_name27    - Print the lines in the file text_file_name that contain the string search_for28    """29    asum = 030    for lines in open(text_file_name):31        sum = count_text_string(search_for, lines)32        asum = asum + sum33        if sum > 0:34            print(lines.rstrip())35    return asum36def main():37    """38    - Prompt users for a string to search for39    - Prompt users for a filename to search in40    - Print the lines in the file which contain the input string41    - Print the number of occurrences of the input string in the file42    """43    search_for = input('Enter text:')44    text_file_name = input('Enter filename:')45    sum = count_text_file(search_for, text_file_name)46    print('Total count of', search_for, 'is:', sum, sep=' ')...

FancyFind.py

Source:FancyFind.py

1#Write a function called fancy_find. fancy_find should have2#two parameters: search_within and search_for.3#4#fancy_find should check if search_for is found within the5#string search_within. If it is, it should print the message6#"[search_for] found at index [index]!", with [search_for]7#and [index] replaced by the value of search_for and the8#index at which it is found. If search_for is not found9#within search_within, it should print, "[search_for] was10#not found within [search_within]!", again with the values11#of search_for and search_within.12#13#For example:14#15#  fancy_find("ABCDEF", "DEF") -> "DEF found at index 3!"16#  fancy_find("ABCDEF", "GHI") -> "GHI was not found within ABCDEF!"17#Add your function here!18def fancy_find(search_within, search_for):19    if search_for in search_within:20        return search_for + " found at index " +str(search_within.find(search_for)) + "!"21    elif search_for not in search_within:22        return search_for + " was not found within " + search_within + "!"23#Below are some lines of code that will test your function.24#You can change the value of the variable(s) to test your25#function with different inputs.26#27#If your function works correctly, this will originally28#print:29#DEF found at index 3!30#GHI was not found within ABCDEF!31print(fancy_find("ABCDEF", "DEF"))...

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