Simple Calculator using switch Statement #include <stdio.h> int main() { char op; double first, second; printf("Enter an operator (+, -, *, /): "); scanf("%c", &op); printf("Enter two operands: "); scanf("%lf %lf", &first, &second); switch (op) { case '+': printf(...
a partial implementation of the PSA architecture has been done, but it is not yet complete. It will be implemented in a separate executable program namedpsa_switch, different from thesimple_switchprogram described here.
A simple code complexity analyser without caring about the C/C++ header files or Java imports, supports most of the popular languages. - terryyin/lizard
In the example here, the first mutant did not produce any test failures. This is not good—my test suite probably misses the code path containing the mutated code. The second and third mutants do produce test case failures (good) and contribute to the beta power of the te...
In this case, the vpn-instance-capability simple command is used to disable OSPF routing loop detection and enable OSPF to calculate routes based on received LSAs without checking the DN bit and route-tag in the LSAs. The route-tag is restored to the default value 1. Prerequisites OSPF VPN...
class Calculator { public static double DoOperation(double num1, double num2, string op) { double result = double.NaN; // Default value is "not-a-number" if an operation, such as division, could result in an error. // Use a switch statement to do the math. switch (op) { case "...
How to create a simple calculator using switch case in Golang? Problem Solution: In this program, we will create a simple calculator to perform addition, subtraction, multiplication, and division operations using a switch case. Program/Source Code: ...
In that case, you will need to implement your threading with an approved (explicit) model. In such a situation, I recommend that you use OpenMP to prototype the planned concurrency and estimate the potential performance gains, possible scalability, and how much effort will be needed to thread ...
switch (ac) { case SrsCodecAudioAAC: as = SrsTsStreamAudioAAC; audio_pid = TS_AUDIO_AAC_PID; break; case SrsCodecAudioMP3: as = SrsTsStreamAudioMp3; audio_pid = TS_AUDIO_MP3_PID; break; case SrsCodecAudioDisabled: as = SrsTsStreamReserved; ...
To calculate the robot's current position we just need to use simple trigonometry. There is a slightly different case for each of the different quadrants. The following diagram shows an example of the calculation in the second quadrant, i.e., when the robot's current heading is greater than...