On 06/29/15 13:23, Steve Capper wrote:
Hi David,
Some comments below.
On 15 June 2015 at 20:07, David Long wrote:
From: "David A. Long"
Certain instructions are hard to execute correctly out-of-line (as in
kprobes). Test functions are added to insn.[hc] to identify these. The
instructions
Hi David,
Some comments below.
On 15 June 2015 at 20:07, David Long wrote:
> From: "David A. Long"
>
> Certain instructions are hard to execute correctly out-of-line (as in
> kprobes). Test functions are added to insn.[hc] to identify these. The
> instructions include any that use PC-relative
Hi David,
Some comments below.
On 15 June 2015 at 20:07, David Long dave.l...@linaro.org wrote:
From: David A. Long dave.l...@linaro.org
Certain instructions are hard to execute correctly out-of-line (as in
kprobes). Test functions are added to insn.[hc] to identify these. The
instructions
On 06/29/15 13:23, Steve Capper wrote:
Hi David,
Some comments below.
On 15 June 2015 at 20:07, David Long dave.l...@linaro.org wrote:
From: David A. Long dave.l...@linaro.org
Certain instructions are hard to execute correctly out-of-line (as in
kprobes). Test functions are added to
From: "David A. Long"
Certain instructions are hard to execute correctly out-of-line (as in
kprobes). Test functions are added to insn.[hc] to identify these. The
instructions include any that use PC-relative addressing, change the PC,
or change interrupt masking. For efficiency and simplicity
From: David A. Long dave.l...@linaro.org
Certain instructions are hard to execute correctly out-of-line (as in
kprobes). Test functions are added to insn.[hc] to identify these. The
instructions include any that use PC-relative addressing, change the PC,
or change interrupt masking. For
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