search for: ldg

Hi David, Does the tagging of these hidden symbols only protect against RW > primitives without a similar ldg? If I knew the address of the hidden > symbol I could presumably use the same sequence, but I think I'm > stretching what memory tagging is supposed to protect against. I might be missing your point here - but don't forget that the local globals are always PC-relative direct loads/s...

...d "DT_MTEGLOBSZ" for the size (in bytes) of the table. 4. Similar to dynamic symbols, teach the loader to read this table and apply random memory tags to each global prior to relocations. 5. Materialization of hidden symbols now fetch and insert the memory tag via. `ldg`. On aarch64, this means non PC-relative loads/stores/address-taken (*g = 7;) generates: adrp x0, g; ldg x0, [x0, :lo12:g]; // new instruction mov x1, #7; str x1, [x0, :lo12:g]; Note that this materialization sequence means that executables built with MTE globals are n...

...ogle.com> wrote: > > > > On Fri, Sep 18, 2020 at 12:18 PM Mitch Phillips via llvm-dev <llvm-dev at lists.llvm.org> wrote: >> >> Hi David, >> >>> Does the tagging of these hidden symbols only protect against RW >>> primitives without a similar ldg? If I knew the address of the hidden >>> symbol I could presumably use the same sequence, but I think I'm >>> stretching what memory tagging is supposed to protect against. >> >> >> I might be missing your point here - but don't forget that the local glob...

...static pie handles RELATIVE relocs, but > this sounds a bit nasty (and will need to use rcrt1.o or a > new *crt1.o entry that guarantees such self relocation). > > > 5. > > > > Materialization of hidden symbols now fetch and insert the memory tag > > via. `ldg`. On aarch64, this means non PC-relative > > loads/stores/address-taken (*g = 7;) generates: > > adrp x0, g; > > ldg x0, [x0, :lo12:g]; // new instruction > > mov x1, #7; > > str x1, [x0, :lo12:g]; > > > > Note that this materializ...

...s. 1st How do I determine the size of Compute Shaders/Kernel Local Memory ? In Pipeline shaders the size is included in the header but Compute Kernels don't have a header, so how do I determine how much local memory it uses? In case I can't is there a limit? 2nd I backtrack directions for LDG from the constbuffer that stores them. I then use this directions then to compute the adress in my emulated SSBO. For fragment, geometry and vertex shaders I got no problems with this directions. For compute shaders the directions seem to be invalid, I imagine there's a base adress that's a...

I have W2K server running, Cygwin version 2.125.2.10 ssh & rsync installed. Solaris SparkStation 20 running, Solaris 2.5.1 openssh-2.5.1p1 openssl-0.9.6 rsync-2.3.1 Currently SSH from the W2K box works perfectly, I can connect to the Solaris box just fine, rsync works from both boxes, I can connect to the anonymous rsync at samba.org just fine. I am trying to create a quick way to