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C Programming

Choose from the following seven topics. Cryptography Steganography Computer Fore

Choose from the following seven topics.
Cryptography
Steganography
Computer Forensics
Parallel Computing
Cloud Computing
Big Data Analytics
Machine learning
The paper (saved as a PDF file) should be at least 4 pages double-spaced. It should have an introduction, at least 3 paragraph body and a conclusion.
Your references should be included at the end of the paper in a Works Cited section. You should cite at least 5 sources.
The fonts used should be New Times Roman, Calibri or Arial, and no larger than 12.

Categories
C Programming

Choose from the following seven topics. Cryptography Steganography Computer Fore

Choose from the following seven topics.
Cryptography
Steganography
Computer Forensics
Parallel Computing
Cloud Computing
Big Data Analytics
Machine learning
The paper (saved as a PDF file) should be at least 4 pages double-spaced. It should have an introduction, at least 3 paragraph body and a conclusion.
Your references should be included at the end of the paper in a Works Cited section. You should cite at least 5 sources.
The fonts used should be New Times Roman, Calibri or Arial, and no larger than 12.

Categories
C Programming

I will provide the best learn pdf document of c and cpp programing so when u learn my document you are understunding off cpp c language

i will provide the best learn pdf document of c and cpp programing so when u learn my document you are understunding off cpp c language

Categories
C Programming

Do not use any break or continue statements other than in the switch.

Write a C program called bitflip to run on ocelot which will flip bits in an unsigned integer using the binary representation of the number. The user should input the original integer value between 1 and 20000 inclusive on the command line as well as the desired options. Use an unsigned integer type uint16_t. Output is to the screen or to a file. You must use only bitwise operators for this program. You can shift bits and or use the logical bitwise operators.
usage: bitflip [-e] [-f] [-a] [-s] [-o outputfilename] intval
Output the new integer number(s) depending on which options are requested (all aperations done on the original intval). Do not use any break or continue statements other than in the switch.
You should use getopt for this program to identify the options.
The program will always print the starting value on the first line of output and each other value on a new line, clearly identifying it.
If the -e option is selected then flip all even bits.
If the -f option is selected then flip all odd bits.
If the -a option is selected then flip all bits.
If the -s option is selected then take the bits and switch them around from right to left. (The rightmost bit becomes the leftmost bit.
If the -o option is selected then print the output to an output file instead of to the screen.
If an option is included more than once, you can ignore duplicates.
Code should be nicely indented and commented.
Create a simple Makefile to compile your program into an executable called bitflip.
A sample of a run of the program could be something like this:
crahn@ocelot:~/ 135% bitflip -s -a -e -f 391
Value: 391
Even bits flipped: 21714
Odd bits flipped: 43821
All bits flipped: 65144
Switched all bits: 57728

Categories
C Programming

I will attach the assignment description in a pdf in it there is a link to work

I will attach the assignment description in a pdf in it there is a link to work on it in Piazza but I will type it here and it has the main.c file and safe-math.h file
https://paiza.io/projects/hqKdfhnoRkdSNH2GTpOOSA

Categories
C Programming

Can be completed without overflowing or underflowing, a psnip_safe_bool value is returned that evaluates to true.

I’m working on a c programming question and need a sample publish to help me learn.
I will attach the assignment description in a pdf in it there is a link to work on it in Piazza but I will type it here and it has the main.c file and safe-math.h file.
You will use these three function:
-psnip_safe_bool psnip_safe_char_mul (char* res, char a, char b)
Attempts to multiply chars a and b, and stores the results in the address res. If the operation
can be completed without overflowing or underflowing, a psnip_safe_bool value is returned
that evaluates to true. Otherwise, a psnip_safe_bool that evaluates to false is returned.
 psnip_safe_bool psnip_safe_int_mul (int* res, int a, int b)
Attempts to multiply integers a and b, and stores the results in the address res. If the operation
can be completed without overflowing or underflowing, a psnip_safe_bool value is returned
that evaluates to true. Otherwise, a psnip_safe_bool that evaluates to false is returned.
 psnip_safe_bool psnip_safe_long_mul (long* res, long a, long b)
Attempts to multiply longs a and b, and stores the results in the address res. If the operation
can be completed without overflowing or underflowing, a psnip_safe_bool value is returned
that evaluates to true. Otherwise, a psnip_safe_bool that evaluates to false is returned.
* Use these functions to implement a program that inputs two strings A and B from stdin, converts
A and B to longs (set to 0 if the conversion fails), multiplies A and B using the smallest single type
T, and outputs the result. The eligible types T are char, int, and long, where char is “smaller” than
int and int is “smaller” than long. The two possible program outputs are of the form:
https://paiza.io/projects/hqKdfhnoRkdSNH2GTpOOSA

Categories
C Programming

Can be completed without overflowing or underflowing, a psnip_safe_bool value is returned that evaluates to true.

I will attach the assignment description in a pdf in it there is a link to work on it in Piazza but I will type it here and it has the main.c file and safe-math.h file.
You will use these three function:
-psnip_safe_bool psnip_safe_char_mul (char* res, char a, char b)
Attempts to multiply chars a and b, and stores the results in the address res. If the operation
can be completed without overflowing or underflowing, a psnip_safe_bool value is returned
that evaluates to true. Otherwise, a psnip_safe_bool that evaluates to false is returned.
 psnip_safe_bool psnip_safe_int_mul (int* res, int a, int b)
Attempts to multiply integers a and b, and stores the results in the address res. If the operation
can be completed without overflowing or underflowing, a psnip_safe_bool value is returned
that evaluates to true. Otherwise, a psnip_safe_bool that evaluates to false is returned.
 psnip_safe_bool psnip_safe_long_mul (long* res, long a, long b)
Attempts to multiply longs a and b, and stores the results in the address res. If the operation
can be completed without overflowing or underflowing, a psnip_safe_bool value is returned
that evaluates to true. Otherwise, a psnip_safe_bool that evaluates to false is returned.
* Use these functions to implement a program that inputs two strings A and B from stdin, converts
A and B to longs (set to 0 if the conversion fails), multiplies A and B using the smallest single type
T, and outputs the result. The eligible types T are char, int, and long, where char is “smaller” than
int and int is “smaller” than long. The two possible program outputs are of the form:
https://paiza.io/projects/hqKdfhnoRkdSNH2GTpOOSA

Categories
C Programming

Can be completed without overflowing or underflowing, a psnip_safe_bool value is returned that evaluates to true.

I’m working on a c programming question and need a sample publish to help me learn.
I will attach the assignment description in a pdf in it there is a link to work on it in Piazza but I will type it here and it has the main.c file and safe-math.h file.
You will use these three function:
-psnip_safe_bool psnip_safe_char_mul (char* res, char a, char b)
Attempts to multiply chars a and b, and stores the results in the address res. If the operation
can be completed without overflowing or underflowing, a psnip_safe_bool value is returned
that evaluates to true. Otherwise, a psnip_safe_bool that evaluates to false is returned.
 psnip_safe_bool psnip_safe_int_mul (int* res, int a, int b)
Attempts to multiply integers a and b, and stores the results in the address res. If the operation
can be completed without overflowing or underflowing, a psnip_safe_bool value is returned
that evaluates to true. Otherwise, a psnip_safe_bool that evaluates to false is returned.
 psnip_safe_bool psnip_safe_long_mul (long* res, long a, long b)
Attempts to multiply longs a and b, and stores the results in the address res. If the operation
can be completed without overflowing or underflowing, a psnip_safe_bool value is returned
that evaluates to true. Otherwise, a psnip_safe_bool that evaluates to false is returned.
* Use these functions to implement a program that inputs two strings A and B from stdin, converts
A and B to longs (set to 0 if the conversion fails), multiplies A and B using the smallest single type
T, and outputs the result. The eligible types T are char, int, and long, where char is “smaller” than
int and int is “smaller” than long. The two possible program outputs are of the form:
https://paiza.io/projects/hqKdfhnoRkdSNH2GTpOOSA

Categories
C Programming

1.25 a, c, e

Warning this is not Signal and System problems I don’t know if it’s C language, I am having trouble finding what it falls under.
P57
1.1, 1.2
1.3 c, f
1.4 a, c, d
1.5 a, b, c, d
1.6 a
1.7 b
1.8 a, b, c, d
1.21 a, c, e
1.22 a, c, g
1.23
1.24
1.25 a, c, e
1.26 a, c, e

Categories
C Programming

For this assignment, you will find a job or internship posting for an information systems related position that you would be interested in applying for

For this assignment, you will find a job or internship posting for an information systems related position that you would be interested in applying for