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digitalmars.D.bugs - [Issue 1284] New: CodeView: wrong CV array size for multi-dimensional static arrays

reply d-bugmail puremagic.com writes:
http://d.puremagic.com/issues/show_bug.cgi?id=1284

           Summary: CodeView: wrong CV array size for multi-dimensional
                    static arrays
           Product: D
           Version: 1.016
          Platform: PC
        OS/Version: Windows
            Status: NEW
          Severity: normal
          Priority: P2
         Component: DMD
        AssignedTo: bugzilla digitalmars.com
        ReportedBy: jascha mainia.de


module main;

uint[8][7] arr1; // will be uint[8][7]
uint[8][8] arr2; // will be uint[8][0]
uint[8][9] arr3; // will be uint[8][1]

void main() {
}


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Jun 22 2007
parent d-bugmail puremagic.com writes:
http://d.puremagic.com/issues/show_bug.cgi?id=1284


bugzilla digitalmars.com changed:

           What    |Removed                     |Added
----------------------------------------------------------------------------
             Status|NEW                         |RESOLVED
         Resolution|                            |INVALID





The debug info looks like:
--------------------------------
$$SYMBOLS       segment
S_COMPILE  06 x008000 Z8.50.3
S_GDATA32    off = x0000, seg = x0000, typ = x1002 _D4test4arr1G7G8k
segidx = 5 offset = 0018, lcfd = ec10, fd = 1, td = 4, targdisp = x0000

S_GDATA32    off = x00e0, seg = x0000, typ = x1003 _D4test4arr2G8G8k
segidx = 5 offset = 0036, lcfd = ec10, fd = 1, td = 4, targdisp = x0000

S_GDATA32    off = x01e0, seg = x0000, typ = x1004 _D4test4arr3G9G8k
segidx = 5 offset = 0054, lcfd = ec10, fd = 1, td = 4, targdisp = x0000

$$SYMBOLS       ends
$$TYPES segment
00: LF_ARGLIST   argcount=0
01: LF_ARRAY     <typidx 0075> <typidx 0012> 20 00 00
02: LF_ARRAY     <typidx 1001> <typidx 0012> e0 00 00
03: LF_ARRAY     <typidx 1001> <typidx 0012> 00 01 00
04: LF_ARRAY     <typidx 1001> <typidx 0012> 20 01 00
$$TYPES ends
-----------------
The sizes of the 3 arrays are 00E0, 0100, 0120, corresponding to 224, 256, and
288, which correspond to 4*8*7, 4*8*8, and 4*8*9, which looks correct to me.


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Jun 22 2007