On 03/31/2011 03:23 PM, Jeff Law wrote:
> On 03/23/11 08:55, Bernd Schmidt wrote:
>> The first basic block contains insns to move incoming argument registers
>> to pseudos. When these pseudos live across calls, they get allocated to
>> call-saved registers. This in turns disables shrink-wrapping, s
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On 03/23/11 08:55, Bernd Schmidt wrote:
> The first basic block contains insns to move incoming argument registers
> to pseudos. When these pseudos live across calls, they get allocated to
> call-saved registers. This in turns disables shrink-wrapping,
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On 03/23/11 09:04, Bernd Schmidt wrote:
> On 03/23/2011 04:03 PM, Jeff Law wrote:
>> On 03/23/11 08:55, Bernd Schmidt wrote:
>>> The first basic block contains insns to move incoming argument registers
>>> to pseudos. When these pseudos live across cal
On 03/23/2011 04:03 PM, Jeff Law wrote:
> On 03/23/11 08:55, Bernd Schmidt wrote:
>> The first basic block contains insns to move incoming argument registers
>> to pseudos. When these pseudos live across calls, they get allocated to
>> call-saved registers. This in turns disables shrink-wrapping, s
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Hash: SHA1
On 03/23/11 08:55, Bernd Schmidt wrote:
> The first basic block contains insns to move incoming argument registers
> to pseudos. When these pseudos live across calls, they get allocated to
> call-saved registers. This in turns disables shrink-wrapping,
The first basic block contains insns to move incoming argument registers
to pseudos. When these pseudos live across calls, they get allocated to
call-saved registers. This in turns disables shrink-wrapping, since the
move instruction requires the prologue (saving the call-saved reg) to
occur before
