![]() In short, Unicode was designed to solve all these problems by simply creating a very, very large alphabet by using 32 bits per character. It had its problems, though: the lower half (the lower 7 bits) was well standardized, but accented characters in the upper half (128 and up) were not always supported in all applications in the same way, causing corruption of text when transferred between applications. In 16-bit Windows, a character was simply a byte (e.g. One of the biggest changes from 16-bit to 32-bit Windows was the introduction of Unicode as a way to represent characters and strings. For a while I purposefully ignored those, but recently I got bitten once again by an encoding problem, so I decided it was time to get to the bottom of this. NET method that deals with strings, text files, XML files, et cetera has an overload that allows you to specify a Text Encoding. Using constants for table and column namesĪlmost every.Using a FileSystemWatcher from PowerShell.Comparing folder security using PowerShell.
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