search for: limms

Hello, I noticed that ARC target code is missing support for jumps with long (32-bit) immediate. Arithmetic and load/store operations for LImm are supported but jumps and branches are not present in the decoder tables and do not disassemble correctly. Is there a plan to add those in the future? Thanks! ilya -------------- next part -------------- An HTML attachment was scrubbed... URL:

was "nv50/ir: PostRaConstantFolding improvements" before. nothing really changed from the last version, just minor things. Karol Herbst (5): nv50/ir: restructure and rename postraconstantfolding pass nv50/ir: implement mad post ra folding for nvc0+ gk110/ir: add LIMM form of mad gm107/ir: add LIMM form of mad nv50/ir: also do PostRaLoadPropagation for FMA

Hello all, I posted a question to this list last week and received no response. I am unsure if this means no-one knows the answer or if I posed the question badly. I'm going to assume I posed the question badly and try again. I am new to R so it is quite likely it's a very naive question, however if there is something blindingly obvious that I am missing or if there is another resource I

Hi all, I'm new to R and I'm struggling to decipher an error message. Briefly, I am trying to use the pvclust package to do hierarchical clustering of some CGH data. The data is from the Progenetix CGH database. It is arranged as a table where each column is a single case and each row is a single chromosome band. The value in each cell is either 0, 1, 2, or -1. Corresponding to no change,

Hi, I am running a Panther Server as a domain controller with a Mac Tiger Server (all latest patches) as the location of home folders and group shares. I have one group of users who keep losing connection to the server (both home and group folders). The can only reconnect to the server if they logoff the XP client and login again. I have loads of other XP users and Mac clients who do not have

Hi All, This series implements using double immediates in the nouveau codegen code. This turns the following (nvc0) code: 1: mov u32 $r2 0x00000000 (8) 2: mov u32 $r3 0x3fe00000 (8) 3: add f64 $r0d $r0d $r2d (8) Into: 1: add f64 $r0d $r0d 0.500000 (8) This has been tested with the 2 double shader tests which I just send to the piglet list. On a gk208 (gk110 / SM35)