https://sourceware.org/bugzilla/show_bug.cgi?id=21472
Mehmet gelisin <mehmetgelisin at aol dot com> changed:
What |Removed |Added
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CC| |mehmetgelisin at aol dot com
--- Comment #6 from Mehmet gelisin <mehmetgelisin at aol dot com> ---
open for > 12 years now and has been suspended.
https://komiya-dental.com/
A comined GCC + GAS approach would be feasible, and this PR is the GAS part:
GAS implements a __gcc_isr pseudo-instruction which scans the code and emits
parts of ISR prologue and epilogue.
__gcc_isr 1: GAS will replace it by an ISR prologue chunk (at most 6 insns).
__gcc_isr 2: GAS will replace it by an ISR epilogue chunk (at most 5 insns).
http://www.iu-bloomington.com/
__gcc_isr 0, Rx: Scan the code since the last prologue chunk and replace all
encountered prologue and epilogue chunks by appropriate code. Rx is general
purpose register.
https://www.webb-dev.co.uk/
During parse (md_assemble), prologue and epilogue chunks are represented as
rs_machine_dependent fragments. If "__gcc_isr 0, Rx" is seen, all
rs_machine_dependent fragments in the current chain are transformed into
ordinary rs_fill code fragments of then known fixed size.
After parse (md_pre_output_hook) a sanity check is performed which reports any
dangling chunks.
https://waytowhatsnext.com/
__gcc_isr is only available with the new command line option
open for > 12 years now and has been suspended.
A comined GCC + GAS approach would be feasible, and this PR is the GAS part:
GAS implements a __gcc_isr pseudo-instruction which scans the code and emits
parts of ISR prologue and epilogue.
http://www.acpirateradio.co.uk/
__gcc_isr 1: GAS will replace it by an ISR prologue chunk (at most 6 insns).
__gcc_isr 2: GAS will replace it by an ISR epilogue chunk (at most 5 insns).
__gcc_isr 0, Rx: Scan the code since the last prologue chunk and replace all
encountered prologue and epilogue chunks by appropriate code. Rx is general
purpose register.
http://www.logoarts.co.uk/
During parse (md_assemble), prologue and epilogue chunks are represented as
rs_machine_dependent fragments. If "__gcc_isr 0, Rx" is seen, all
rs_machine_dependent fragments in the current chain are transformed into
ordinary rs_fill code fragments of then known fixed size.
http://www.slipstone.co.uk/
After parse (md_pre_output_hook) a sanity check is performed which reports any
dangling chunks.
__gcc_isr is only available with the new command line option
open for > 12 years now and has been suspended. http://embermanchester.uk/
A comined GCC + GAS approach would be feasible, and this PR is the GAS part:
GAS implements a http://connstr.net/ __gcc_isr pseudo-instruction which scans
the code and emits parts of ISR prologue and epilogue.
__gcc_isr 1: GAS will http://joerg.li/ replace it by an ISR prologue chunk (at
most 6 insns).
__gcc_isr 2: GAS will replace it by an ISR epilogue chunk (at most 5 insns).
http://www.jopspeech.com/
__gcc_isr 0, Rx: Scan the code since the last prologue chunk and replace all
encountered prologue and epilogue chunks by appropriate code. Rx is general
purpose register. http://www.wearelondonmade.com/
During parse (md_assemble), prologue and epilogue chunks are represented as
rs_machine_dependent fragments. If "__gcc_isr 0, Rx" is seen, all rs_machine
http://www.compilatori.com/ _dependent fragments in the current chain are
transformed into ordinary rs_fill code fragments of then known fixed size.
After parse (md_pre_output_hook) a sanity check is performed which reports any
dangling chunks. http://www-look-4.com/
__gcc_isr is only available with the new command line option
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