The findStr Function mplement your version of the standard C-library function strstr(). So that it doesn't onflict with the names in the standard library, use findStr(). 1 const char findstr(const char *s1, const char *s2); The findStr prototype. PAGE 2 he function: finds the first occurrence of the entire string s2 inside the string s1 returns a pointer to the first occurrer rence. If no match is found, then return the C++ nullptr. If s2 points to a string of zero length, then return s1. ere are some examples: findstr("cowtown", "ow"); // returns &s1[1] findstr("cowtown", "own"); // returns &s1[4] findstr("cowtown", "two"); // returns nullptr Using the findStr function. ou may use pointer notation or array notation. However, do not use any functions from ne standard libraru. That includes strlen() or the C++ string class.

I need to print the map size also. Any idea how to do that?

Research the binary box (magic box) method. Create your own graphical representation of the binary box (preferably hand drawn). It's simple and you can reference back to it (along with your OSI model) throughout the course or on cert exams. Physically drawing/color-coding helps with memorization.

I forgot about the arrows and $ thank you! How would I find the average of a single item instead?

Please written by computer source   Create a histogram of the image. Note the dimensions are 300*300. Also equalize the histogram. DO IT ON PAPER NOT COMPUTER. SHOW ALL WORK

Scaling by a fraction move the point closer to the origin True or false

Split the UI/UX divide. Create a catalog of the top methods.

Using DrawingPanel.java (from chapter 3G), draw a grid for filling in a 4 x 4 square of cell containing integers. For this part of the assignment the values are not important, but you are welcome to use the values shown in the magic square from below. Note that the values in any horizontal row, vertical column or main diagonals add up to 34, in addition to various sub-squares in the larger square also add up to the same value. Requirements: The magic square should be centered in the panel The values in each of the cells should be centered in that cell (both horizontally and vertically). You can assume the values will be <= 99 (i.e., at most 2 digits). For this part of the assignment, you can hard-code the values; you will store them in a 2-dimensional array (from chapter 7) when implementing Part B of the assignment. The title "CSC 142 Magic Square" is centered horizontally in the panel and at y = 50 You are free to choose the colors, fonts, font sizes and effects. This is what I used…