Computers represent all of its data using the binary system. In this system, the only possible values are 0 and 1, binary digits, which are also called bits. The demonstration below shows the bit-level representation of some common integer data-types in C. In this post, we’ll see how to understand…
Calling functions written in Assembly from a C program. How to include Assembly code in a C program. Compiling C and Assembly code.
A retrospective of my first year (2020) learning programming. Comments about what courses and resources I followed to start learning.
Programming a float to int converter using the bit-level representation of the float datatype in C. Assumes 32-bits for float and int, using two’s complement representation. Tested for the whole range of float values.
Converting int to single-precision floating-point values in C. Valid for the whole range of 32-bit int values.