Question 12 kana .Which of the following statements is false? The re module's findall function finds every matching substring in a string and returns a list of the matching substrings. The following code extracts all phone numbers of the form ###-###-#### from a string:contact = 'Wally White, Home: 555-555-1234, Work: 555-555-4321're.findall(r'\d{3}-\d{3}-\d{4}', contact) The re module's finditer function works like findall, but returns a greedy iterable of match objects. For large numbers of matches, using finditer can save memory because it returns one match at a time, whereas findall returns all the matches at once.Full explain this question and text typing work only We should answer our question within 2 hours takes more time then we will reduce Rating Dont ignore this line

For a large number of matches, using finditer can save memory

For large numbers of matches, using finditer can save memory because it returns one match at a time, whereas findall returns all the matches at once. Full explain this question and text typing work only We should answer our question within 2 hours takes more time then we will reduce Rating Dont ignore this line

For large numbers of matches, using finditer can save memory because it returns one match at a time, whereas findall returns all the matches at once. Full explain this question and text typing work only We should answer our question within 2 hours takes more time then we will reduce Rating Dont ignore this line

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter7: Characters, Strings, And The Stringbuilder

Section: Chapter Questions

Problem 12RQ

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Complete the check_strings_same_start(word1, word2) function which is passed two string parameters. The function returns True if the two parameter strings start with the same character and only one (not both) of the parameter strings has an even number of characters (including any space characters), otherwise the function returns False. For example: Test Result result = check_strings_same_start("blue", "bag") True print(result) print(check_strings_same_start("babyproofing", "baby")) False print(check_strings_same_start("check", "fact")) False
3. Complete the function count_digits. This function takes one parameter - a string (s). It should return the number of digits in s. For example, if s is "25 or 6 to 4 is a song by Chicago" then count_digits should return 4. count_digits should not print the result- it should return it. Do not change anything outside count_digits. Save & Run Load History Show CodeLens 1 def count_digits(s): 2 ''Returns the number of digits in s''" 3 pass #Hint: make a string of digits to use #in checking whether each character #is a digit. And use the accumulator #pattern 4 6. 7 8. 9 user_string 10 num_digits 11 print("There are", num_digits, "digits in", user_string) input("Please enter a string: ") count_digits(user_string) 12
Programming language: SWIFT Write a function that takes a string as a parameter and returns the string "Swift" if the string passed as parameter begins with "SWIFT" or "swift". Otherwise, returns an empty string.
7. username_ends_with_digits This function decides whether a given username ends with some digits. It returns either True, if the username does end with digits, or False, if it does not. Check out the .isdigit method on strings! Sample runs should look like: >>> username_ends_with_digits("FunctionEnjoyer") False >>> username_ends_with_digits("this_username_95060") True
Allowed libraries:
Task 7 Write a function called show palindrome that takes a number as an argument and then returns a palindrome string. Finally, prints the returned value in the function call. Example1: Function Call: show_palindrome(5) Output: 123454321
The countSubstring function will take two strings as parameters and will return an integer that is the count of how many times the substring (the second parameter) appears in the first string without overlapping with itself. This method will be case insensitive. For example: countSubstring(“catwoman loves cats”, “cat”) would return 2 countSubstring(“aaa nice”, “aa”) would return 1 because “aa” only appears once without overlapping itself. public static int countSubstring(String s, String x) { if (s.length() == 0 || x.length() == 0) return 1; if (s.length() == 1 || x.length() == 1){ if (s.substring(0,1).equals(x.substring(0,1))){ s.replaceFirst((x), " "); return 1 + countSubstring(s.substring(1), x); } else { return 0 + countSubstring(s.substring(1), x); } } return countSubstring(s.substring(0,1), x) + countSubstring(s.substring(1), x); } public class Main { public static void main(String[] args) { System.out.println(Recursion.countSubstring("catwoman loves cats","cat"));…
Exercise2: Thestrcmp(string1,string2)function comparesstring1to string2. It is a value returning function that returns a negative integer if string1 < string2, 0 if string1 == string2, and a positive integer if string1 > string2. Write a program that reads two names (last name first followed by a comma followed by the first name) and then prints them in alphabetical order. The two names should be stored in separate character arrays holding a maximum of 25 characters each. Use the strcmp() func- tion to make the comparison of the two names. Remember that 'a' < 'b', 'b' < 'c', etc. Be sure to include the proper header file to use strcmp(). Sample Run 1: Please input the first name Brown, George Please input the second name Adams, Sally The names are as follows: Adams, SallyBrown, George Sample Run 2: Please input the first name Brown, George Please input the second name Brown, George The names are as follows: Brown, GeorgeBrown, GeorgeThe names are the same
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EBK JAVA PROGRAMMING

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FARRELL

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9781337671385

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		The re module's findall function finds every matching substring in a string and returns a list of the matching substrings.
		The following code extracts all phone numbers of the form ###-###-#### from a string: contact = 'Wally White, Home: 555-555-1234, Work: 555-555-4321' re.findall(r'\d{3}-\d{3}-\d{4}', contact)
		The re module's finditer function works like findall, but returns a greedy iterable of match objects.
		For large numbers of matches, using finditer can save memory because it returns one match at a time, whereas findall returns all the matches at once.