I’ve tackled the leap year program on this blog before. My Month Program series addressed the issue specifically. That code offers the february() function, which returns 28 or 29, depending on whether the current year is the leap year.
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Your task for this month’s Exercise is to take a timestamp string and move values from inside a string (characters) into a structure. It’s not an easy exercise, and it doesn’t have a single, best solution.
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Your task for this month’s Exercise is to code a text-processing routine that interprets the ^ character as a toggle for all-caps output. This challenge can be difficult, depending on how you interpret the toggle.
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The challenge for this month’s Exercise is to fill a cup without overflowing it. That cup is an unsigned char value, which goes only to 255 maximum. If your goal is increase the value of an unsigned char variable by 10 percent, any value over 255 - (255/10), or 220, must be set to 255.
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For my solution to this month’s Oscillation Exercise I created a toggle variable. This variable switches between 1 and -1. It sets the direction for the cascading values.
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This month’s Exercise involves swapping elements between two string arrays. A number of solutions exist (as always), but because the “strings” are really pointers, the solution can be very specific. Yes, you just might have to use that dratted ** notation. Brace yourselves.
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The two functions required from this month’s Exercise are show_arrays() and swap_arrays(). They’re not that difficult to code, meaning that you don’t need to use the dratted ** notation or perform any special tricks. Here’s how I solved the problem:
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When I see a problem such as finding a filename in a pathname, one of the first things I think of are regular expressions. For this month’s Exercise, however, that’s not the solution I coded.
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For this month’s Exercise, I offer both a string function solution as well as a solution that uses pointers. As you can guess, I thought of the string method first, which is where most programmers would run to avoid the dratted topic of pointers.
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Unwinding percent-encoding involves three steps:
+ back into a space.