If you want to contribute a bit to the cost for hosting and programming a small donation is always welcome (see top of page).Īnd I am always interested in what EagleData is used for, so if you can spare a minute please write me a short mail and tell me what you do with it. You can use it as you like and have to pay nothing for it.
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(I no longer support the OS 9 or pre-Intel versions but you can still download them.) Does it cost anything?ĮagleData is "mailware".
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Where can I get help?ĮagleData is a simple but flexible database that I wrote in the last millennium for the good old ATARI.It is useful to file your addresses, catalogue your cd-, games-, or video-collection, etc.It can even export your data as html-table and print labels.Įver since I had a Mac I wanted to convert it, but missed the right tool to do so.I made several attempts but to program a user Interface with Codewarrior was just too much work for me.Then REALbasic came along and here it is: EagleData for the Mac.Please download it and tell me what you think about it. Is this all the program can do? I am missing. Is there a german/french/spanish/whatever version?
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If you want to donate something, please feel free to do so.ĭownload EagleData 0.26 for OS X (.zip-file)ĭownload EagleData 0.26 for OS X (.sit-file You need StuffitExpander to unstuff this.) While EagleData is still free I have no problem in accepting donations to pay for my webspace and programming efforts. The VarType function returns 8 when passed a String.Some users asked me if they could donate money for EagleData. This enables you to specify both the encoding scheme and the desired character code. In other cases, it is best to use the Chr method of the TextEncoding class. If you need to get a character that corresponds to the value of a character code, use the Chr function only if it is an ASCII code. Specify the desired encoding using the Encodings module. If you need to save string data in a particular encoding, use the ConvertEncoding function. You can determine the encoding of a string using the Encoding function. When you read in a text string using the TextInputStream class, set the Encoding property to the correct encoding or use the optional Encoding parameter of the Read, ReadLine, or ReadAll methods. Since character codes above 127 represent different characters in different encoding schemes, it is important that you understand the encoding that is used for strings that were generated outside of your app. If the strings you work with are created, saved, and read within your code, you shouldn't have to worry about encoding issues because the encoding is stored along with the content of the string. Your constants, string literals, and so forth are nearly always stored internally using UTF-8 encoding.
Two different Unicode formats are supported: UTF-8 and UTF-16. In particular, the Unicode encoding is designed to handle any language and a mixture of languages in the same string. Many extensions to ASCII have been introduced which handle additional symbols, accented characters, non-Roman alphabets, and so forth. These values include only the upper and lowercase English alphabet, numbers, some symbols, and invisible control codes used in early computers. It defines character codes only for values 0-127. The oldest and most familiar encoding scheme is the ASCII encoding.
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The default value of a String is "".Īll computers use encoding schemes to store character strings as a series of bytes. The maximum length of a string is limited only by available memory. When you place quotes around information in your code, you are indicating the data as just a series of characters and nothing more. MethodsĪny kind of alphabetic or numeric information can be stored as a string. It is a series of numeric or alphabetic characters enclosed in quotes.