41 lines
1.1 KiB
Plaintext
41 lines
1.1 KiB
Plaintext
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// (case 3)
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// SQChar is char, and 8 bit strings are treated as UTF-8 in conversion.
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// This mode could be useful when one knows that all 8-bit strings are
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// valid UTF-8.
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print("(case 3) !SQUNICODE, UTF8\n");
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local test_str = "abc_€_3_£_"; // valid UTF-8
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PrintElems8("test_str", test_str);
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a3 <- StringConvTest();
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a3.AsciiArgFunc(test_str); // test_str will be stored as it is.
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a3.WideArgFunc(test_str);
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assert(a3.GetArg1() == test_str);
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assert(a3.GetArg2() == test_str);
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/*
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Conversion from char => wchar_t fails when the string is not valid UTF-8.
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*/
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a3b <- StringConvTest();
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local broken_str = "abc_\x20\xAC_3_£_"; // broken_str is 8-bit string
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// containing not valid UTF-8
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PrintElems8("broken_str", broken_str);
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a3b.AsciiArgFunc(broken_str); // broken_str will be stored as it is.
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a3b.WideArgFunc(broken_str); // broken_str will be converted to 16-bit string,
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// and broken character should be lost.
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assert(a3b.GetArg1() == broken_str);
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assert(!(a3b.GetArg2() == broken_str));
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/*
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* Local Variables:
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* coding: utf-8
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* End:
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*/
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