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...gt; wrote: > Hi everyone, > > This is a simple question but is there an efficient way to get the *value for casting* directly from a bitcast instruction? > > bitcast format :<result> = bitcast <ty> <*value*> to <ty2> > > For example, if i have > > MemAddr > ... > 0x3d61238 %key = alloca [16 x i8], align 16 > 0x3d612a8 %plain_text = alloca [64 x i8], align 16 > 0x3d61318 %key1 = bitcast [16 x i8]* %key to i8* > ... > > The way i am using is processing all opcodes in %key1, and go back to find %key along the def-use chain. B...

Hi everyone, This is a simple question but is there an efficient way to get the value directly from a bitcast instruction? <result> = bitcast <ty> <value> to <ty2> For example, if i have MemAddr ... 0x3d61238 %key = alloca [16 x i8], align 16 0x3d612a8 %plain_text = alloca [64 x i8], align 16 0x3d61318 %key1 = bitcast [16 x i8]* %key to i8* ... The way i am using is processing all opcodes in %key1, and go back to find %key along the def-use chain. But is there a better way for doing...

Hi everyone, This is a simple question but is there an efficient way to get the *value for casting* directly from a bitcast instruction? bitcast format :<result> = bitcast <ty> <*value*> to <ty2> For example, if i have MemAddr ... 0x3d61238 %key = alloca [16 x i8], align 16 0x3d612a8 %plain_text = alloca [64 x i8], align 16 0x3d61318 %key1 = bitcast [16 x i8]* %key to i8* ... The way i am using is processing all opcodes in %key1, and go back to find %key along the def-use chain. But is there a better way for doing...

...1,size=100G,managed-size=on \ > -device virtio-mem-pci,id=vm1,memdev=mem1,node=1,requested-size=1G > > Query the configuration: > QEMU 4.2.50 monitor - type 'help' for more information > (qemu) info memory-devices > Memory device [virtio-mem]: "vm0" > memaddr: 0x140000000 > node: 0 > requested-size: 0 > size: 0 > max-size: 107374182400 > block-size: 2097152 > memdev: /objects/mem0 > Memory device [virtio-mem]: "vm1" > memaddr: 0x1a40000000 > node: 1 > requested-size: 1073741824 >...

...t;> >> This is a simple question but is there an efficient way to get the *value for casting* directly from a bitcast instruction? >> >> bitcast format :<result> = bitcast <ty> <*value*> to <ty2> >> >> For example, if i have >> >> MemAddr >> ... >> 0x3d61238 %key = alloca [16 x i8], align 16 >> 0x3d612a8 %plain_text = alloca [64 x i8], align 16 >> 0x3d61318 %key1 = bitcast [16 x i8]* %key to i8* >> ... >> >> The way i am using is processing all opcodes in %key1, and go back to find %ke...

...a simple question but is there an efficient way to get the *value for casting* directly from a bitcast instruction? >>> >>> bitcast format :<result> = bitcast <ty> <*value*> to <ty2> >>> >>> For example, if i have >>> >>> MemAddr >>> ... >>> 0x3d61238 %key = alloca [16 x i8], align 16 >>> 0x3d612a8 %plain_text = alloca [64 x i8], align 16 >>> 0x3d61318 %key1 = bitcast [16 x i8]* %key to i8* >>> ... >>> >>> The way i am using is processing all opcodes in %k...

...gt; wrote: > Hi everyone, > > This is a simple question but is there an efficient way to get the value for casting directly from a bitcast instruction? > > bitcast format :<result> = bitcast <ty> <value> to <ty2> > > For example, if i have > > MemAddr > ... > 0x3d61238 %key = alloca [16 x i8], align 16 > 0x3d612a8 %plain_text = alloca [64 x i8], align 16 > 0x3d61318 %key1 = bitcast [16 x i8]* %key to i8* > ... > The way i am using is processing all opcodes in %key1, and go back to find %key along the def-use chain. But is...

Hello, I''m trying to get PDB working in accordance with the instructions at http://www.cl.cam.ac.uk/~sos22/replay.bk/docs/misc/XenDebugger-HOWTO and a message from this list: http://lists.xensource.com/archives/html/xen-devel/2004-08/msg00017.html When I try to build pdb I first get errors because the Makefile is configured to treat warnings as errors, and there are some warnings.

...sted-size=128M \ -object memory-backend-ram,id=mem1,size=8G \ -device virtio-mem-pci,id=vm1,memdev=mem1,node=1,requested-size=80M Query the configuration: QEMU 4.1.50 monitor - type 'help' for more information (qemu) info memory-devices Memory device [virtio-mem]: "vm0" memaddr: 0x140000000 node: 0 requested-size: 134217728 size: 134217728 max-size: 8589934592 block-size: 2097152 memdev: /objects/mem0 Memory device [virtio-mem]: "vm1" memaddr: 0x340000000 node: 1 requested-size: 83886080 size: 83886080 max-size: 8589934592 bl...

...-object memory-backend-ram,id=mem1,size=100G,managed-size=on \ -device virtio-mem-pci,id=vm1,memdev=mem1,node=1,requested-size=1G Query the configuration: QEMU 4.2.50 monitor - type 'help' for more information (qemu) info memory-devices Memory device [virtio-mem]: "vm0" memaddr: 0x140000000 node: 0 requested-size: 0 size: 0 max-size: 107374182400 block-size: 2097152 memdev: /objects/mem0 Memory device [virtio-mem]: "vm1" memaddr: 0x1a40000000 node: 1 requested-size: 1073741824 size: 1073741824 max-size: 107374182400 block-siz...

...-object memory-backend-ram,id=mem1,size=100G,managed-size=on \ -device virtio-mem-pci,id=vm1,memdev=mem1,node=1,requested-size=1G Query the configuration: QEMU 4.2.50 monitor - type 'help' for more information (qemu) info memory-devices Memory device [virtio-mem]: "vm0" memaddr: 0x140000000 node: 0 requested-size: 0 size: 0 max-size: 107374182400 block-size: 2097152 memdev: /objects/mem0 Memory device [virtio-mem]: "vm1" memaddr: 0x1a40000000 node: 1 requested-size: 1073741824 size: 1073741824 max-size: 107374182400 block-siz...

...-object memory-backend-ram,id=mem1,size=100G,managed-size=on \ -device virtio-mem-pci,id=vm1,memdev=mem1,node=1,requested-size=1G Query the configuration: QEMU 4.2.50 monitor - type 'help' for more information (qemu) info memory-devices Memory device [virtio-mem]: "vm0" memaddr: 0x140000000 node: 0 requested-size: 0 size: 0 max-size: 107374182400 block-size: 2097152 memdev: /objects/mem0 Memory device [virtio-mem]: "vm1" memaddr: 0x1a40000000 node: 1 requested-size: 1073741824 size: 1073741824 max-size: 107374182400 block-siz...

...sted-size=128M \ -object memory-backend-ram,id=mem1,size=8G \ -device virtio-mem-pci,id=vm1,memdev=mem1,node=1,requested-size=80M Query the configuration: QEMU 4.1.95 monitor - type 'help' for more information (qemu) info memory-devices Memory device [virtio-mem]: "vm0" memaddr: 0x140000000 node: 0 requested-size: 134217728 size: 134217728 max-size: 8589934592 block-size: 2097152 memdev: /objects/mem0 Memory device [virtio-mem]: "vm1" memaddr: 0x340000000 node: 1 requested-size: 83886080 size: 83886080 max-size: 8589934592 bl...

...sted-size=128M \ -object memory-backend-ram,id=mem1,size=8G \ -device virtio-mem-pci,id=vm1,memdev=mem1,node=1,requested-size=80M Query the configuration: QEMU 4.1.95 monitor - type 'help' for more information (qemu) info memory-devices Memory device [virtio-mem]: "vm0" memaddr: 0x140000000 node: 0 requested-size: 134217728 size: 134217728 max-size: 8589934592 block-size: 2097152 memdev: /objects/mem0 Memory device [virtio-mem]: "vm1" memaddr: 0x340000000 node: 1 requested-size: 83886080 size: 83886080 max-size: 8589934592 bl...