search for: commom

...resource.save # Create Resource Document @resource_document = ResourceDocument.new @resource_document.resource_document = params[:resource_document][:resource_document] @resource_document.resource_id = @resource.id @resource_document.save # TODO Add Commom Core Joins # TODO Video Uploader # TODO Image Uploader return @resource.success = "ok" end rescue Exception => e # TODO Need to figure out how to pass exception message back to controller return @resource.errors end...

...gt; drivers. > > The patch set contains two major changes: first, it introduces > |struct drm_gem_vram_object| and helpers (GEM VRAM). It's a GEM object > that is backed by VRAM. The type's purpose is somewhat similar to > |struct drm_gem_{cma, shmem}_object|: it provides an commom implementation > that handles all the basic cases. Second, the patch set introduces > |struct drm_vram_mm| and helpers (VRAM MM). It's an implementation of a > basic memory manager for VRAM. > > Both, GEM VRAM and VRAM MM, support buffer placement in VRAM and system > memory....

...I am interested in using a linux program (EMC) that would need to control a hardware board from a vendor that only provides windows dlls to initialize it and give it commands. I would assume that WINE would make it possible for me to interface with these dlls from linux (even if they call some commom MS Windows dlls themselves). Am I correct? If so, could someone please point me in the direction of some documentation? The dlls work with Windows 9x. Thanks, -- Ross Baker Devices for the Future Bellaire, TX 77401 "The true measure of a man is how he treats someone who can do him abs...

...sted in using a linux program (EMC) that would need to control a > hardware board from a vendor that only provides windows dlls to initialize it > and give it commands. I would assume that WINE would make it possible for me > to interface with these dlls from linux (even if they call some commom MS > Windows dlls themselves). Am I correct? If so, could someone please point > me in the direction of some documentation? The dlls work with Windows 9x. > > Thanks, > Maybe. If the dll's behave themselves, Wine may well run them. If they try to access the hardware directly...

Hi, I had saw a few patches to be applied in order to get the firewall to block based on the application. At the moment I am having problem to block ICQ and Yahoo Msgr. Even I only open a few ports like, the ICQ still able to connect through port 80. Any add-in module for shorewall or anyone able to do this? Regards __________________________________________________ Do You Yahoo!? Tired of

...ctShow: FRONT_LEFT FRONT_RIGHT FRONT_CENTER LOW_FREQUENCY BACK_LEFT BACK_RIGHT FRONT_LEFT_OF_CENTER FRONT_RIGHT_OF_CENTER BACK_CENTER SIDE_LEFT SIDE_RIGHT TOP_CENTER TOP_FRONT_LEFT TOP_FRONT_CENTER TOP_FRONT_RIGHT TOP_BACK_LEFT TOP_BACK_CENTER TOP_BACK_RIGHT One can define also special values for commomly used combinations, e.g. STEREO (=FRONT_LEFT,FRONT_RIGHT) or 5POINT1 (=FRONT_LEFT,FRONT_RIGHT,FRONT_CENTER,LOW_FREQUENCY,BACK_LEFT,BACK_RIGHT). Of course such a tag is only useful, if it is standardized or at least proposed like the other tags in the docs. If there is already a mechanism to map...

All, Thanks for taking time to read. I am wanting someone to tell me that I have a clue here and that the following proposed setup would (possibly) work. Currently existing are 4 pots lines with qty. 10 AT&T 954/854 phones. Would like to convert to asterisk and at the same time do a mild feature upgrade. Proposing to get: PIII 800MHz or better >=256MB RAM

On Mon, Mar 23, 2015 at 9:50 AM David Blaikie <dblaikie at gmail.com> wrote: > On Mon, Mar 23, 2015 at 8:15 AM, Khilan Gudka <Khilan.Gudka at cl.cam.ac.uk> > wrote: > >> Hi David >> >> Thanks for your email. >> >> What's the benefit/purpose of the MDLLVMModule over just having the >>> MDCompileUnits themselves? I would imagine the

Hi, I have the precision values of a system on two different data sets. The snippets of these results are as shown: sample1: (total 194 samples) 0.6000000238 0.8000000119 0.6000000238 0.2000000030 0.6000000238 ... ... sample2: (total 188 samples) 0.80000001 0.20000000 0.80000001 0.00000000 0.80000001 0.40000001 ... ... I want to check if these results are statistically significant? Intuitively,

...gt; drivers. > > The patch set contains two major changes: first, it introduces > |struct drm_gem_vram_object| and helpers (GEM VRAM). It's a GEM object > that is backed by VRAM. The type's purpose is somewhat similar to > |struct drm_gem_{cma, shmem}_object|: it provides an commom implementation > that handles all the basic cases. Second, the patch set introduces > |struct drm_vram_mm| and helpers (VRAM MM). It's an implementation of a > basic memory manager for VRAM. > > Both, GEM VRAM and VRAM MM, support buffer placement in VRAM and system > memory....

Hi, folks: I remain intrigued by the gap in BRI implementation between North America and Europe, and I wanted to get feedback from the list members on the matter. I'm seriously considering making the leap in our office. In Europe, the idea that an office that does not have enough lines to justify PRI would use analog lines is perceived as technologically backwards, and yet that's what

Hi all, I have no idea if this question is to easy to be answered, but I?m starting with R. So, here we go. I have a large dataset with a lot of steps a judicial case. A sample is attached. I?d like to do a cluster analysis to try to understand with one is the most usual path followed by this legal cases. After that, I?d like to plot a cluster tree. In the attached sample, the column: -

It's been suggested I use R, I suppose because my employer is too skint to pay for a copy of Splus. But.... it doesn't seem to be stable. I was trying to do some ordinary regression and stepping through a model. I was trying to set up a model ('kitchen_sink') in which to put all my model parameters. Then I wanted to use step() to see what it would reduce the model to. I

...one copied among individual drivers. The patch set contains two major changes: first, it introduces |struct drm_gem_vram_object| and helpers (GEM VRAM). It's a GEM object that is backed by VRAM. The type's purpose is somewhat similar to |struct drm_gem_{cma, shmem}_object|: it provides an commom implementation that handles all the basic cases. Second, the patch set introduces |struct drm_vram_mm| and helpers (VRAM MM). It's an implementation of a basic memory manager for VRAM. Both, GEM VRAM and VRAM MM, support buffer placement in VRAM and system memory. Both can be used independedly...

...one copied among individual drivers. The patch set contains two major changes: first, it introduces |struct drm_gem_vram_object| and helpers (GEM VRAM). It's a GEM object that is backed by VRAM. The type's purpose is somewhat similar to |struct drm_gem_{cma, shmem}_object|: it provides an commom implementation that handles all the basic cases. Second, the patch set introduces |struct drm_vram_mm| and helpers (VRAM MM). It's an implementation of a basic memory manager for VRAM. Both, GEM VRAM and VRAM MM, support buffer placement in VRAM and system memory. Both can be used independedly...

...one copied among individual drivers. The patch set contains two major changes: first, it introduces |struct drm_gem_vram_object| and helpers (GEM VRAM). It's a GEM object that is backed by VRAM. The type's purpose is somewhat similar to |struct drm_gem_{cma, shmem}_object|: it provides an commom implementation that handles all the basic cases. Second, the patch set introduces |struct drm_vram_mm| and helpers (VRAM MM). It's an implementation of a basic memory manager for VRAM. Both, GEM VRAM and VRAM MM, support buffer placement in VRAM and system memory. Both can be used independedly...

...one copied among individual drivers. The patch set contains two major changes: first, it introduces |struct drm_gem_vram_object| and helpers (GEM VRAM). It's a GEM object that is backed by VRAM. The type's purpose is somewhat similar to |struct drm_gem_{cma, shmem}_object|: it provides an commom implementation that handles all the basic cases. Second, the patch set introduces |struct drm_vram_mm| and helpers (VRAM MM). It's an implementation of a basic memory manager for VRAM. Both, GEM VRAM and VRAM MM, support buffer placement in VRAM and system memory. Both can be used independedly...

...one copied among individual drivers. The patch set contains two major changes: first, it introduces |struct drm_gem_vram_object| and helpers (GEM VRAM). It's a GEM object that is backed by VRAM. The type's purpose is somewhat similar to |struct drm_gem_{cma, shmem}_object|: it provides an commom implementation that handles all the basic cases. Second, the patch set introduces |struct drm_vram_mm| and helpers (VRAM MM). It's an implementation of a basic memory manager for VRAM. Both, GEM VRAM and VRAM MM, support buffer placement in VRAM and system memory. Both can be used independedly...

...one copied among individual drivers. The patch set contains two major changes: first, it introduces |struct drm_gem_vram_object| and helpers (GEM VRAM). It's a GEM object that is backed by VRAM. The type's purpose is somewhat similar to |struct drm_gem_{cma, shmem}_object|: it provides an commom implementation that handles all the basic cases. Second, the patch set introduces |struct drm_vram_mm| and helpers (VRAM MM). It's an implementation of a basic memory manager for VRAM. Both, GEM VRAM and VRAM MM, support buffer placement in VRAM and system memory. Both can be used independedly...