search for: secc

...k this analysis is correct. Assume a 1M branch displacement > for short jumps. Consider: > > secA: 512K (contains a jump "jumpA" at offset 0 that needs a thunk (it > doesn't matter where it needs to jump to, just that it definitely needs a > thunk)) > secB: 512K > secC: 512K (contains a jump "jumpC" at offset 0 that jumps to offset 0 in > secA (i.e., just barely in range of a short jump)) > > If the thunk for jumpA is placed between secB and secC (as it would be > based on your description) it will push the branch at the beginning of secC &g...

On Fri, Jan 6, 2017 at 6:21 AM, Rui Ueyama via llvm-dev < llvm-dev at lists.llvm.org> wrote: > On Thu, Jan 5, 2017 at 8:15 PM, Peter Smith <peter.smith at linaro.org> > wrote: > >> Hello Rui, >> >> Thanks for the comments >> >> - Synthetic sections and rewriting relocations >> I think that this would definitely be worth trying. It should

...main and the second is the mean square sum between strata. I beforehand thank for any commentary that can be done on the matter. Rigoberto Real ___________________________________ Rigoberto Real Miranda Oficina de Métodos Cuantitativos Banco de México Av. 5 de Mayo No. 18, 5° piso, secc. A Col. Centro, 06059 '**5237 2000 ext. 3667 ** <***************************> rreal@banxico.org.mx [[alternative HTML version deleted]]

Hello everyone, I am running a mixed effects model where I have two fixed factors, one with 2 levels and one with 4, and their interaction. Let's say these are my factors and their levels: FirstFactor: 1, 2 SecondFactor: A, B, C, D For the interaction, I am interested in the four two-way comparisons, not the two four-way comparisons. In other words, I want to test whether 1A is

...BIOS method, could someone help me about this? I attached the acpi_dump the developer asked to me. Now i'm using xubuntu 12.04 with the default kernel. thank you Matteo -------------- next part -------------- DSDT @ 0xaaff3000 0000: 44 53 44 54 37 7d 00 00 02 70 53 45 43 43 53 44 DSDT7}...pSECCSD 0010: 53 4e 42 2d 43 50 54 00 00 00 00 00 49 4e 54 4c SNB-CPT.....INTL 0020: 09 11 06 20 08 53 53 31 5f 01 08 53 53 32 5f 00 ... .SS1_..SS2_. 0030: 08 53 53 33 5f 01 08 53 53 34 5f 01 08 53 50 32 .SS3_..SS4_..SP2 0040: 4f 0a 4e 08 53 50 31 4f 0b 4e 16 08 49 4f 31 42 O.N.SP1O.N..IO1B...