I’m happy I chose to write the function that consumes a ternary value last, shown in last week’s Lesson. The process turns out to be not that big of a deal, though trepidations scurried around me as I wrote the code.
Continue reading →

I believe my approach was okay for generating ternary (base 3) numbers, but for some reason I couldn’t get my algorithm to work. From last week’s Lesson, here’s what I tried:
Continue reading →

To generate a string of digits representing a value in a specific power base, such as base 3 (ternary), you need a power table. Using this power table, you can translate any positive integer into a string representation of the number in the given base. Sounds complex. Is complex.
Continue reading →

When the math nerds refer to a counting system, they use the word base. “We count in base 10,” they proclaim, adding, “Decimal” to sound important. Surely, these are the miracles of mathematics.
Continue reading →

The C language uses radians instead of degrees when calculating angles. Humans should use radians as well, as they’re logical and easy to work with (radians, not humans). What surprises me, however, is that the C library lacks a defined constant for making the degree-radian conversion.
Continue reading →

Way back in April, I concluded my series on the “raw” file functions with a program that created a new file — but one that had no permissions. Thanks to input from readers and research into file-permission functions, I have a solution to the puzzle.
Continue reading →

In Unix-like operating systems, the chmod shell command alters a file’s permissions. From the C library, the chmod() function does the same thing.
Continue reading →