search for: 80d

...6d:0) 0 at 0L-phidef 32L %vreg5<def> = COPY %R25R24; PTRREGS:%vreg5 Not coalescable. 64L %vreg6<def> = COPY %vreg4<kill>; DLDREGS:%vreg6,%vreg4 Considering merging %vreg4 with %vreg6 to DLDREGS RHS = %vreg4 = [48d,64d:0) 0 at 48d LHS = %vreg6 = [64d,80d:1)[80d,112d:0) 0 at 80d 1 at 64d updated: 48L %vreg6<def> = LDWRd %vreg5<kill>; mem:LD2[%a](align=1)(tbaa=!"int") DLDREGS:%vreg6 PTRREGS:%vreg5 Joined. Result = %vreg6 = [48d,80d:1)[80d,112d:0) 0 at 80d 1 at 48d 96L %vreg8<def> = COPY %R25R24<kill&...

...%vreg5<def> = COPY %R25R24; PTRREGS:%vreg5 > Not coalescable. > 64L %vreg6<def> = COPY %vreg4<kill>; DLDREGS:%vreg6,%vreg4 > Considering merging %vreg4 with %vreg6 to DLDREGS > RHS = %vreg4 = [48d,64d:0) 0 at 48d > LHS = %vreg6 = [64d,80d:1)[80d,112d:0) 0 at 80d 1 at 64d > updated: 48L %vreg6<def> = LDWRd %vreg5<kill>; mem:LD2[%a](align=1)(tbaa=!"int") DLDREGS:%vreg6 PTRREGS:%vreg5 > Joined. Result = %vreg6 = [48d,80d:1)[80d,112d:0) 0 at 80d 1 at 48d > 96L %vreg8<def> = COPY %...

On Mar 26, 2011, at 1:04 PM, Borja Ferrer wrote: > Hello Jakob, thanks for the reply. The three regclasses involved here are all subsets from each other and aren't disjoint. These are the basic descriptions of the regclasses involved to show what i mean: > > DREGS: R31R30, R29R28 down to R1R0 (16 regs) > DLDREGS: R31R30, R29R28 down to R17R16 (8 regs) > PTRREGS:

Hello Jakob, thanks for the reply. The three regclasses involved here are all subsets from each other and aren't disjoint. These are the basic descriptions of the regclasses involved to show what i mean: DREGS: R31R30, R29R28 down to R1R0 (16 regs) DLDREGS: R31R30, R29R28 down to R17R16 (8 regs) PTRREGS: R31R30, R29R28, R27R26 (3 regs) All classes intersect each other

...f> = ... 48B = %vreg0 64B = %vreg0:ssub_0 80B %vreg0 = ... 96B = %vreg0:ssub_1 will be represented as the following live range(s): Common LiveRange: [16r,32r)[32r,64r),[80r,96r) SubRange with Mask 0x0004 (=ssub_0): [16r,64r)[80r,80d) SubRange with Mask 0x0008 (=ssub_1): [32r,48r)[80r,96r) Patches/Changes: * Moves live range management code in the LiveInterval class to a new class LiveRange, move the previous LiveRange class (which was just a single interval inside a live range) to LiveRange::Segment. LiveInterval...

...64B = %vreg0:ssub_0 > 80B %vreg0 = ... > 96B = %vreg0:ssub_1 > > will be represented as the following live range(s): > > Common LiveRange: [16r,32r)[32r,64r),[80r,96r) > SubRange with Mask 0x0004 (=ssub_0): [16r,64r)[80r,80d) > SubRange with Mask 0x0008 (=ssub_1): [32r,48r)[80r,96r) > > Patches/Changes: > * Moves live range management code in the LiveInterval class to a new > class LiveRange, move the previous LiveRange class (which was > just a single > interval insid...

...4B = %vreg0:ssub_0 >> 80B %vreg0 = ... >> 96B = %vreg0:ssub_1 >> >> will be represented as the following live range(s): >> >> Common LiveRange: [16r,32r)[32r,64r),[80r,96r) >> SubRange with Mask 0x0004 (=ssub_0): [16r,64r)[80r,80d) >> SubRange with Mask 0x0008 (=ssub_1): [32r,48r)[80r,96r) >> >> Patches/Changes: >> * Moves live range management code in the LiveInterval class to a new >> class LiveRange, move the previous LiveRange class (which was just a >> single >> interval i...

...= %vreg0:ssub_0 >> 80B %vreg0 = ... >> 96B = %vreg0:ssub_1 >> >> will be represented as the following live range(s): >> >> Common LiveRange: [16r,32r)[32r,64r),[80r,96r) >> SubRange with Mask 0x0004 (=ssub_0): [16r,64r)[80r,80d) >> SubRange with Mask 0x0008 (=ssub_1): [32r,48r)[80r,96r) >> >> Patches/Changes: >> * Moves live range management code in the LiveInterval class to a new >> class LiveRange, move the previous LiveRange class (which was just a single >> interval inside a...