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@@ -1530,26 +1530,21 @@ fmt_array :: proc(fi: ^Info, data: rawptr, n: int, elem_size: int, elem: ^reflec
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}
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}
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- switch reflect.type_info_base(elem).id {
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- case byte:
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- s := strings.string_from_ptr((^byte)(data), n)
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- fmt_string(fi, s, verb)
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- return
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- case rune:
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- v := ([^]rune)(data)[:n]
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- for r in v {
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- io.write_rune(fi.writer, r, &fi.n)
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+ print_utf32 :: proc(fi: ^Info, s: []$T) where size_of(T) == 4 {
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+ for r in s {
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+ io.write_rune(fi.writer, rune(r), &fi.n)
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}
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- return
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- case u16:
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- print_utf16(fi, ([^]u16)(data)[:n])
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- return
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- case u16le:
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- print_utf16(fi, ([^]u16le)(data)[:n])
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- return
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- case u16be:
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- print_utf16(fi, ([^]u16be)(data)[:n])
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- return
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+ }
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+
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+ switch reflect.type_info_base(elem).id {
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+ case byte: fmt_string(fi, string(([^]byte)(data)[:n]), verb); return
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+ case u16: print_utf16(fi, ([^]u16)(data)[:n]); return
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+ case u16le: print_utf16(fi, ([^]u16le)(data)[:n]); return
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+ case u16be: print_utf16(fi, ([^]u16be)(data)[:n]); return
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+ case u32: print_utf32(fi, ([^]u32)(data)[:n]); return
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+ case u32le: print_utf32(fi, ([^]u32le)(data)[:n]); return
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+ case u32be: print_utf32(fi, ([^]u32be)(data)[:n]); return
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+ case rune: print_utf32(fi, ([^]rune)(data)[:n]); return
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}
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}
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if verb == 'p' {
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gingerBill