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CodeRAG-Bench 9

Q: How to make a textbox clickable can anyone help how to make a textbox clickable while it is a in readonly state. I want to do is a can click my textboxes just like a button because i have plans to it. <input type="text" readonly value="Click me" id="clickme" /> A: You can use: $('#clickme').click(function(){ // logic here }); A: Like this, readonly catch click, disabled doesen't . fiddle $(function(){ $('#clickme').on('click', function(){ alert(1) }) }) A: <input type="text" readonly value="Click me" id="clickme" onClick="myFunction()"/> <script> ... function myFunction(){ // Your function } ... </script> A: Just add a click event to the textbox. JQuery: $("#clickme").click(function(){ alert("do something"); }); JsFiddle A: Jquery is awesome if you include it. $('#clickme').on('click', function(e) { // do something }); A: Without more information as to what, precisely, you want to do, I'd suggest: $('#clickme').on('click', function(){ // to allow for editing of contents: $(this).prop('readonly', false); }); JS Fiddle demo. Or: $('#clickme').on('click', function(){ // to do something if this is readonly: if (this.readOnly) { // for example: console.log('this input is readonly'); } }); JS Fiddle demo. A: You can use jquery as $('#clickme').click(function(){ alert('clickable'); // Your Method. }); Add few style too #clickme { cursor:pointer; cursor:hand; } Check out this Demo A: you can use onclick function, like <input type="text" readonly value="Click me" id="clickme" onclick="myfunction()" /> A: $('#clickme').click(function(){ alert('Textbox is clicked) });

Q: How do i count the number of attempts the user took to guess the correct sequence I would like to count the number of attempts the user took to guess the correct color sequence. I have been stuck for quite a while as I tried to add a count function but it kept being stuck at 0. I'm new at python so any help is much appreciated (I had to remove some unrelated part of the code because I cant fit it in the box (at compare_list section) import random colours = ['PINK', 'BLUE', 'YELLOW', 'RED'] random_colours = [] colours_input = [] #handles the users input and stores in a list (colours_input) def user_input(): i = 1 while i < 5: a = input('Please enter your selected colours in sequence, colour ' + str(i) + ': ').upper() while a not in colours: print('Please only type the colours in the range (PINK, BLUE, YELLOW, RED) ') a = input('Please enter a valid colour ' + str(i) + ': ').upper() colours_input.append(a) i+=1 print('Your selected colour sequence is: ' + str(colours_input)) #Automatically generate four random colours for the user to guess def randomize(): for i in range (0,4): random_colours.append(random.choice(colours)) #To check 2 variables: Correct colour in the correct place and correct colour but in the wrong place def compare_list(): correct_place = 0 if random_colours[0] == colours_input[0]: colour_1 = True correct_place = correct_place + 1 else: colour_1 = False if random_colours[1] == colours_input[1]: colour_2 = True correct_place = correct_place + 1 else: colour_2 = False if random_colours[2] == colours_input[2]: colour_3 = True correct_place = correct_place + 1 else: colour_3 = False if random_colours[3] == colours_input[3]: colour_4 = True correct_place = correct_place + 1 else: colour_4 = False print('Correct colour in the correct place: ' + str(correct_place)) while correct_place == 4: print('Congratulations! You are a master mind') break else: colours_input.clear() user_input() compare_list() A: You're going to want to have some driver code, that acts as the entry point to your program and orchestrates how functions will be called. Currently you are doing this in your compare_list() function, simply move this code (and change it a bit, there were some mistakes with the while loop structure) to a new function. Typically this code is placed in a main function. In your case, it could look something like: def main(): random_colours = [] colours_input = [] randomize() # you forgot to call this in your code while True: user_input() if compare_list(): print('Congratulations! You are a master mind') break # exit the program colours_input.clear() Then, we just need to refactor our compare_list() function so that it only compares the lists, and returns the result of the comparison (I just return a boolean representing whether the comparison was successful, but you could also return the correct_place value for example). def compare_list(): correct_place = 0 if random_colours[0] == colours_input[0]: colour_1 = True correct_place = correct_place + 1 else: colour_1 = False if random_colours[1] == colours_input[1]: ... print('Correct colour in the correct place: ' + str(correct_place)) return correct_place == 4 # returns True, if correct_place equals 4, False otherwise Now, in our main function, we can count how many times we have run this main loop for each user attempt: def main(): random_colours = [] colours_input = [] attempts = 0 while True: attempts += 1 user_input() randomize() if compare_list(): print('Congratulations! You are a master mind') print('It only took you {} attempt{}!'.format(attempts, 's' if attempts > 1 else "") break # exit colours_input.clear() random_colours.clear() Now we simply call the main() function in our file to run the driver code. Typically this is done in an if block that runs only if your script is being run directly as opposed to being imported by something else: ... def compare_list(): ... def main(): ... if __name__ == "__main__": main() (You can read up about this practice here: What does if __name__ == “__main__”: do?) A final refactor would be to reduce the use of global variables. You should aim to make your functions units of code that operate on input(s) and return output(s). Designing your functions so that they mutate global variables to produce a result is an anti-pattern. Here's one way to refactor it: import random colours = ('PINK', 'BLUE', 'YELLOW', 'RED') # this is okay since it is a constant. We can make it an immutable tuple to clearly indicate that this is read-only. # remove the following global variables # random_colours = [] # colours_input = [] #handles the users input and stores in a list (colours_input) def user_input(): colours_input = [] # define the variable here. We create a new list that this function will populate, then return it for i in range(5): ... print('Your selected colour sequence is: ' + str(colours_input)) return colours_input # return the populated list def randomize(): random_colours = [] # define the variable here. Similar to above. for i in range (0,4): random_colours.append(random.choice(colours)) return random_colours # return it to the caller # we take in the lists to compare as parameters to the function, rather then getting them from the global scope def compare_list(colours_input, random_colours): ... # (everything else is the same) def main(): random_colours = randomize() # colours_input = [] attempts = 0 while True: attempts += 1 colours_input = user_input() if compare_list(colours_input, random_colours): # pass the returned lists in as arguments to this function call print('Congratulations! You are a master mind') print('It only took you {} attempt{}!'.format(attempts, 's' if attempts > 1 else "") break # exit the program # no need to clear this anymore. We get a new list from each call to user_input() # colours_input.clear()