Opened 6 years ago
Last modified 9 months ago
#3717 assigned Bug
StringFormat doesn't format int64 integers correctly
Reported by: | jchd18 | Owned by: | Jon |
---|---|---|---|
Milestone: | Component: | AutoIt | |
Version: | 3.3.14.0 | Severity: | None |
Keywords: | Cc: |
Description
The code below returns invalid results due to %i, %d and %u specifiers being limited to 32-bit integers.
Local $b = [["2^31-1", 2^31-1], ["2^31 ", 2^31], ["2^32-1", 2^32-1], ["2^32 ", 2^32], ["2^33 ", 2^33]], $s, $n For $i = 0 To UBound($b) - 1 $s = $b[$i][0] $n = $b[$i][1] ConsoleWrite(StringFormat("%-14s%-6s%12i", $s & " [%i]", VarGetType($n), $n) & (StringFormat("%i", $n) = $n ? "" : " should be " & $b[$i][1]) & @LF) ConsoleWrite(StringFormat("%-14s%-6s%12u", $s & " [%u]", VarGetType($n), $n) & (StringFormat("%u", $n) = $n ? "" : " should be " & $b[$i][1]) & @LF & @LF) Next
Attachments (0)
Change History (11)
comment:1 Changed 5 years ago by water
comment:2 Changed 4 years ago by jchd18
- Summary changed from StringFormat don't format int64 integers correctly to StringFormat doesn't format int64 integers correctly
comment:3 Changed 4 years ago by jchd18
Even in X64 Stringformat is limited to 32-bit values, making it unable to format 64-bit pointers.
comment:4 Changed 4 years ago by Jpm
in fact as the %p is not implemented under AutoIt the %s must be used to format ptr's
comment:5 Changed 4 years ago by Jpm
- Owner set to Jon
- Status changed from new to assigned
comment:7 Changed 3 years ago by anonymous
Didn't like the fix. I don't think that %d/%i should use a 32bit or 64bit value based on the version of AutoIt running. In C the printf %d is always 32bit, with a special code for using 64bits. Pointers I agree can be different on x86/x64.
comment:8 Changed 3 years ago by Jon
That was me, btw.
comment:9 Changed 3 years ago by Jpm
Hi Jon,
I know that there is special code for 64bits but as I don't think it was so important to add code
to support to support them That why I propose to handle %d %i for x64 integer when running in X64 mode
Perhaps my fix was not perfect.
comment:10 Changed 2 years ago by Jpm
In fact with Jon remark
I understand that the MSDN string format usage will be
2^31-1 [%X] Int64 7FFFFFFF OK 2^31-1 [%d] Int64 2147483647 OK 2^31-1 [%i] Int64 2147483647 OK 2^31-1 [%u] Int64 2147483647 OK 2^31-1 [%f] Int64 2147483647 OK 2^31-1 [%s] Int64 2147483647 OK 2^31-1 [%p] Int64 0x7FFFFFFF OK 2^31-1 [%hi] Int64 -1 OK 2^31-1 [%hu] Int64 65535 OK int_max [%X] Int32 7FFFFFFF OK int_max [%d] Int32 2147483647 OK int_max [%i] Int32 2147483647 OK int_max [%u] Int32 2147483647 OK int_max [%f] Int32 2147483647 OK int_max [%s] Int32 2147483647 OK int_max [%p] Int32 0x7FFFFFFF OK int_max [%hi] Int32 -1 OK int_max [%hu] Int32 65535 OK 2^31 [%X] Int64 80000000 OK 2^31 [%d] Int64 -2147483648 should be 2147483648 2^31 [%i] Int64 -2147483648 should be 2147483648 2^31 [%u] Int64 2147483648 OK 2^31 [%f] Int64 2147483648 OK 2^31 [%s] Int64 2147483648 OK 2^31 [%p] Int64 0x80000000 OK 2^31 [%hi] Int64 0 OK 2^31 [%hu] Int64 0 OK int_min [%X] Int32 80000000 OK int_min [%d] Int32 -2147483648 OK int_min [%i] Int32 -2147483648 OK int_min [%u] Int32 2147483648 OK int_min [%f] Int32 -2147483648 OK int_min [%s] Int32 -2147483648 OK int_min [%p] Int32 0x80000000 OK int_min [%hi] Int32 0 OK int_min [%hu] Int32 0 OK int_1 [%X] Int32 FFFFFFFF OK int_1 [%d] Int32 -1 OK int_1 [%i] Int32 -1 OK int_1 [%u] Int32 4294967295 OK int_1 [%f] Int32 -1 OK int_1 [%s] Int32 -1 OK int_1 [%p] Int32 0xFFFFFFFF OK int_1 [%hi] Int32 -1 OK int_1 [%hu] Int32 65535 OK 2^32-1 [%X] Int64 FFFFFFFF OK 2^32-1 [%d] Int64 -1 should be 4294967295 2^32-1 [%i] Int64 -1 should be 4294967295 2^32-1 [%u] Int64 4294967295 OK 2^32-1 [%f] Int64 4294967295 OK 2^32-1 [%s] Int64 4294967295 OK 2^32-1 [%p] Int64 0xFFFFFFFF OK 2^32-1 [%hi] Int64 -1 OK 2^32-1 [%hu] Int64 65535 OK 2^32 [%X] Int64 100000000 OK 2^32 [%d] Int64 0 should be 4294967296 2^32 [%i] Int64 0 should be 4294967296 2^32 [%u] Int64 4294967296 OK 2^32 [%f] Int64 4294967296 OK 2^32 [%s] Int64 4294967296 OK 2^32 [%p] Int64 0x00000000 OK 2^32 [%hi] Int64 0 OK 2^32 [%hu] Int64 0 OK Ptr(-1) [%X] Ptr FFFFFFFF OK Ptr(-1) [%d] Ptr -1 OK Ptr(-1) [%i] Ptr -1 OK Ptr(-1) [%u] Ptr 4294967295 OK Ptr(-1) [%f] Ptr -1 OK Ptr(-1) [%s] Ptr 0xFFFFFFFF OK Ptr(-1) [%p] Ptr 0xFFFFFFFF OK Ptr(-1) [%hi] Ptr -1 OK Ptr(-1) [%hu] Ptr 65535 OK 2^63-1 [%X] Int64 7FFFFFFFFFFFFFFF OK 2^63-1 [%d] Int64 -1 should be 9223372036854775807 2^63-1 [%i] Int64 -1 should be 9223372036854775807 2^63-1 [%u] Int64 9223372036854775807 OK 2^63-1 [%f] Int64 9223372036854775808 OK 2^63-1 [%s] Int64 9223372036854775807 OK 2^63-1 [%p] Int64 0xFFFFFFFF OK 2^63-1 [%hi] Int64 -1 OK 2^63-1 [%hu] Int64 65535 OK 2^63 [%X] Int64 8000000000000000 OK 2^63 [%d] Int64 0 should be -9223372036854775808 2^63 [%i] Int64 0 should be -9223372036854775808 2^63 [%u] Int64 9223372036854775808 OK 2^63 [%f] Int64 -9223372036854775808 OK 2^63 [%s] Int64 -9223372036854775808 OK 2^63 [%p] Int64 0x00000000 OK 2^63 [%hi] Int64 0 OK 2^63 [%hu] Int64 0 OK
Do you agree to follow Jon remark?
comment:11 Changed 9 months ago by Jpm
- Owner changed from Jpm to Jon
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Tested with 3.3.15.0 - same problem.