Searched hist:8140 (Results 1 - 9 of 9) sorted by relevance

/gem5/src/arch/arm/
H A Dintregs.hhdiff 8140:7449084b1612 Thu Mar 17 20:20:00 EDT 2011 Matt Horsnell <Matt.Horsnell@arm.com> ARM: Fix RFE macrop.

This changes the RFE macroop into 3 microops:

URa = [sp]; URb = [sp+4]; // load CPSR,PC values from stack
sp = sp + offset; // optionally auto-increment
PC = URa; CPSR = URb; // write to the PC and CPSR.

Importantly:
- writing to PC is handled in the last micro-op.
- loading occurs prior to state changes.
/gem5/src/arch/arm/isa/templates/
H A Dmacromem.isadiff 8140:7449084b1612 Thu Mar 17 20:20:00 EDT 2011 Matt Horsnell <Matt.Horsnell@arm.com> ARM: Fix RFE macrop.

This changes the RFE macroop into 3 microops:

URa = [sp]; URb = [sp+4]; // load CPSR,PC values from stack
sp = sp + offset; // optionally auto-increment
PC = URa; CPSR = URb; // write to the PC and CPSR.

Importantly:
- writing to PC is handled in the last micro-op.
- loading occurs prior to state changes.
H A Dmem.isadiff 8140:7449084b1612 Thu Mar 17 20:20:00 EDT 2011 Matt Horsnell <Matt.Horsnell@arm.com> ARM: Fix RFE macrop.

This changes the RFE macroop into 3 microops:

URa = [sp]; URb = [sp+4]; // load CPSR,PC values from stack
sp = sp + offset; // optionally auto-increment
PC = URa; CPSR = URb; // write to the PC and CPSR.

Importantly:
- writing to PC is handled in the last micro-op.
- loading occurs prior to state changes.
/gem5/src/arch/arm/isa/insts/
H A Dmem.isadiff 8140:7449084b1612 Thu Mar 17 20:20:00 EDT 2011 Matt Horsnell <Matt.Horsnell@arm.com> ARM: Fix RFE macrop.

This changes the RFE macroop into 3 microops:

URa = [sp]; URb = [sp+4]; // load CPSR,PC values from stack
sp = sp + offset; // optionally auto-increment
PC = URa; CPSR = URb; // write to the PC and CPSR.

Importantly:
- writing to PC is handled in the last micro-op.
- loading occurs prior to state changes.
H A Dldr.isadiff 8140:7449084b1612 Thu Mar 17 20:20:00 EDT 2011 Matt Horsnell <Matt.Horsnell@arm.com> ARM: Fix RFE macrop.

This changes the RFE macroop into 3 microops:

URa = [sp]; URb = [sp+4]; // load CPSR,PC values from stack
sp = sp + offset; // optionally auto-increment
PC = URa; CPSR = URb; // write to the PC and CPSR.

Importantly:
- writing to PC is handled in the last micro-op.
- loading occurs prior to state changes.
H A Dmacromem.isadiff 8140:7449084b1612 Thu Mar 17 20:20:00 EDT 2011 Matt Horsnell <Matt.Horsnell@arm.com> ARM: Fix RFE macrop.

This changes the RFE macroop into 3 microops:

URa = [sp]; URb = [sp+4]; // load CPSR,PC values from stack
sp = sp + offset; // optionally auto-increment
PC = URa; CPSR = URb; // write to the PC and CPSR.

Importantly:
- writing to PC is handled in the last micro-op.
- loading occurs prior to state changes.
/gem5/src/arch/arm/insts/
H A Dmacromem.hhdiff 8140:7449084b1612 Thu Mar 17 20:20:00 EDT 2011 Matt Horsnell <Matt.Horsnell@arm.com> ARM: Fix RFE macrop.

This changes the RFE macroop into 3 microops:

URa = [sp]; URb = [sp+4]; // load CPSR,PC values from stack
sp = sp + offset; // optionally auto-increment
PC = URa; CPSR = URb; // write to the PC and CPSR.

Importantly:
- writing to PC is handled in the last micro-op.
- loading occurs prior to state changes.
H A Dmacromem.ccdiff 8140:7449084b1612 Thu Mar 17 20:20:00 EDT 2011 Matt Horsnell <Matt.Horsnell@arm.com> ARM: Fix RFE macrop.

This changes the RFE macroop into 3 microops:

URa = [sp]; URb = [sp+4]; // load CPSR,PC values from stack
sp = sp + offset; // optionally auto-increment
PC = URa; CPSR = URb; // write to the PC and CPSR.

Importantly:
- writing to PC is handled in the last micro-op.
- loading occurs prior to state changes.
H A Dmem.hhdiff 8140:7449084b1612 Thu Mar 17 20:20:00 EDT 2011 Matt Horsnell <Matt.Horsnell@arm.com> ARM: Fix RFE macrop.

This changes the RFE macroop into 3 microops:

URa = [sp]; URb = [sp+4]; // load CPSR,PC values from stack
sp = sp + offset; // optionally auto-increment
PC = URa; CPSR = URb; // write to the PC and CPSR.

Importantly:
- writing to PC is handled in the last micro-op.
- loading occurs prior to state changes.

Completed in 72 milliseconds