search for: setoffset

...calling the removeRegOperandFromUseList on the machine operand after changing it to GA? You have to call removeRegOperandFromUseList before changing the operand's type, as it expects a register operand. 2015-06-16 10:05 GMT-07:00 Ryan Taylor <ryta1203 at gmail.com>: > @Alex: Thanks. setOffset(0) eliminated any previous offsets, of course, so > I added another param (int64_t Offset) and am adding that, this should > preserve the orginial offset of the GA. > > Sorry, I put the above response in the wrong thread. > > Also, when I try to use this new function to do the sam...

Hey Ryan, You end with a large constant immediate offset value because the register operand stores the register id in a union together with the offset that's used by the global address operand. Just add 'setOffset(0)' to your change method and that should solve your problem. 2015-06-16 9:15 GMT-07:00 Ryan Taylor <ryta1203 at gmail.com>: > So I have this for ChangeToGlobalAddress(const GlobalValue *GV): > > ... > OpKind = MO_GlobalAddress; > Contents.OffsetedInfo.Val.GV = GV; > &...

> On Jun 15, 2015, at 7:05 AM, Ryan Taylor <ryta1203 at gmail.com> wrote: > > To be more specific: > > We have some operators that we are currently implementing as intrinsics, for example things like: abs, min, max, etc..... > > for some code: > > int a; > > int food() > { > return abs(a); > } > > the corresponding operator should

On Fri, Jul 16, 2010 at 11:25 AM, Daniel Dunbar <daniel at zuster.org> wrote: > Hi Michael, > > Overall patch looks good. I do have a few comments below. My main > comment is please try to make the style match that used in the > MCMachOStreamer more closely. I intend to refactor more functionality > into the base MCObjectStreamer class, and having them use consistent >

Tom, My current example is a global address; however, it could be any operand in theory. The arch allows for direct mem op support for ex instructions, so it could be any type of address or any type of imm or any type of register. For example, we are using intrinsics for some instructions since LLVM does not support them. Table gen does not allow for matching to direct mem op because the

...rTreeByPartition; tell It; colorByPartition off; endTell; getEmployee #mesquite.ornamental.DrawTreeAssocDoubles.DrawTreeAssocDoubles; tell It; setOn on; setDigits 4; writeAsPercentage off; toggleCentred on; toggleHorizontal on; setFontSize 10; setOffset 0 0; endTell; getEmployee #mesquite.trees.TreeInfoValues.TreeInfoValues; tell It; panelOpen false; endTell; endTell; endTell; getEmployee #mesquite.charMatrices.BasicDataWindowCoord.BasicDataWindowCoord; tell It; showDataWindow #3534675600459598498 #mesquite.charM...

...0.2 -13.7 12.7 15.9 ... .. ..$ y : num [1:20] 528 470 480 514 531 ... .. ..$ REML : int 4 .. ..and 26 methods, of which 14 are possibly relevant: .. .. allInfo, copy#envRefClass, initialize, initialize#lmResp, initializePtr, initializePtr#lmResp, objective, ptr, ptr#lmResp, .. .. setOffset, setResp, setWeights, updateMu, wrss ..@ Gp : int [1:2] 0 4 ..@ call : language lmer(formula = RT ~ Condicion1 * Condicion2 + (1 | Subject), data = dat) ..@ frame :'data.frame': 20 obs. of 4 variables: .. ..$ RT : num [1:20] 528 470 480 514 531 ... .. ..$ Condicion1...

Javier, Creo que aquí aplica la ley de Linus que dice: "Dado un número suficientemente elevado de ojos, todos los errores se convierten en obvios". La persona que revisa y encuentra un error no necesariamente tiene que ser la misma que la que lo escribe. Una motivación muy importante al compartir un código es la de recibir los beneficios del control de calidad por parte de tus pares.

...gt; .. ..$ y : num [1:20] 528 470 480 514 531 ... > .. ..$ REML : int 4 > .. ..and 26 methods, of which 14 are possibly relevant: > .. .. allInfo, copy#envRefClass, initialize, initialize#lmResp, initializePtr, initializePtr#lmResp, objective, ptr, ptr#lmResp, > .. .. setOffset, setResp, setWeights, updateMu, wrss > ..@ Gp : int [1:2] 0 4 > ..@ call : language lmer(formula = RT ~ Condicion1 * Condicion2 + (1 | Subject), data = dat) > ..@ frame :'data.frame': 20 obs. of 4 variables: > .. ..$ RT : num [1:20] 528 470 480 514 531 ......