search for: typeid

...s (for incremental builds and global >>>>> promotion).2. GlobalValueMap: A map from global value GUIDs to the >>>>> corresponding function/variable/alias summary (or summaries for the >>>>> combined index and weak linkage).3. CFI-related data structures (TypeIdMap, >>>>> CfiFunctionDefs, and CfiFunctionDecls)I have a WIP patch to AsmWriter.cpp >>>>> to print the ModuleSummaryIndex that I was using to play with the format. >>>>> It currently prints 1 and 2 above. I’ve left the CFI related summary data >>&g...

...their hashes (for incremental builds and global >>>> promotion).2. GlobalValueMap: A map from global value GUIDs to the >>>> corresponding function/variable/alias summary (or summaries for the >>>> combined index and weak linkage).3. CFI-related data structures (TypeIdMap, >>>> CfiFunctionDefs, and CfiFunctionDecls)I have a WIP patch to AsmWriter.cpp >>>> to print the ModuleSummaryIndex that I was using to play with the format. >>>> It currently prints 1 and 2 above. I’ve left the CFI related summary data >>>> struc...

...only > llvm.bpf.load.*. > > I think llvm.bpf.store.* belone to some patches you haven't posted yet? nope. only loads have special instructions ld_abs/ld_ind which are represented by these intrinsics. stores, so far, are done via single bpf_store_bytes() helper function. > >the typeid changing ids with order is surprising. > >I think the assertion in ExtractTypeInfo() is not hard. > >Just there were no such use cases. May be we can do something > >similar to what LowerIntrinsicCall() does and lower it differently > >in the backend. > > > But in b...

This is for BPF output. BPF program output bytes to perf through a tracepoint. For decoding such data, we need a way to describe the format of the buffer. This patch is a try which gives each variable a unique number by introducing a new intrinsic 'llvm.typeid.for'. At the bottom is an example of using that intrinsic and the result of $ clang -target bpf -O2 -c -S ./test_typeid.c There is a limitation of the newly introduced intrinsic that, I can't find a way to make the intrinsic to accept all types without name mangling. Therefore, we have...

...on is to run 'nm' on the objects/executables you're interested in. For example, this file: daysthatwere clang$ cat red.cpp #include <typeinfo> struct A {}; struct B { virtual ~B(); }; struct C { virtual ~C(); }; C::~C() {} const std::type_info &test0() { return typeid(const char*); } const std::type_info &test1() { return typeid(const char**); } const std::type_info &test2() { return typeid(A); } const std::type_info &test3() { return typeid(B); } const std::type_info &test4() { return typeid(C); } daysthatwere clang$ clang /tmp/red.cpp...

...a type. Consider that all ICmp/FCmp instructions will use format0 (the largest) in anything but the smallest of functions (less than 64 instructions). This will get naturally cleaned up when we move to bit streams. If you *really* want to be efficient, the *right* way to do this is to create a new TypeID and the corresponding class (class PackedStructureType : public StructureType). That way it costs nothing (the value of the TypeID indicates that its PackedStructure) and there's no need to mess with an additional byte in the StructureType class. But, that might be a little heavy weight :) Re...

...mental builds and global >>>>>> promotion).2. GlobalValueMap: A map from global value GUIDs to the >>>>>> corresponding function/variable/alias summary (or summaries for the >>>>>> combined index and weak linkage).3. CFI-related data structures (TypeIdMap, >>>>>> CfiFunctionDefs, and CfiFunctionDecls)I have a WIP patch to AsmWriter.cpp >>>>>> to print the ModuleSummaryIndex that I was using to play with the format. >>>>>> It currently prints 1 and 2 above. I’ve left the CFI related summary dat...

...directory RS-MySQL.h:42:23: mysql_com.h: No such file or directory In file included from RS-MySQL.c:22: RS-MySQL.h:109: `FIELD_TYPE_DECIMAL' undeclared here (not in a function) RS-MySQL.h:109: initializer element is not constant RS-MySQL.h:109: (near initialization for `RS_MySQL_dataTypes [0].typeId') RS-MySQL.h:109: initializer element is not constant RS-MySQL.h:109: (near initialization for `RS_MySQL_dataTypes [0]') RS-MySQL.h:110: `FIELD_TYPE_TINY' undeclared here (not in a function) RS-MySQL.h:110: initializer element is not constant RS-MySQL.h:110: (near initialization for `R...

...l %"<L1>" personality @__gxx_personality_v0 catches %struct.__fundamental_type_info_pseudo* @_ZTIi "<L1>": ; preds = %entry %exc_ptr = tail call i8* @llvm.eh.exception() %filter = tail call i32 @llvm.eh.selector() %typeid = tail call i32 @llvm.eh.typeid.for(i8* bitcast (%struct.__fundamental_type_info_pseudo* @_ZTIi to i8*)) %0 = icmp eq i32 %filter, %typeid br i1 %0, label %"<L2>", label %"<bb 5>" "<bb 5>": ; preds = %&q...

On Dec 1, 2010, at 1:37 PM, Duncan Sands wrote: > Inlining > -------- > > Many a plausible seeming exception handling scheme has fallen by the way-side > because it interacts poorly with inlining. > > Here is how inlining would work with this scheme. It's pretty close to how > it works right now. Suppose you have > > invoke void @foo() > to

Thanks! Yes, we are trying to avoid that situation as much as possible. Is there any compiler/linker/static analyzer option that would point out those problems (in 13 million lines, large part of that being legacy code)? Currently I don't know any better way than runtime logging and asserting. Also, what shall we do we external source libraries (like Teigha from Open Design Alliance), where

...s and global >>>>>>> promotion).2. GlobalValueMap: A map from global value GUIDs to the >>>>>>> corresponding function/variable/alias summary (or summaries for the >>>>>>> combined index and weak linkage).3. CFI-related data structures (TypeIdMap, >>>>>>> CfiFunctionDefs, and CfiFunctionDecls)I have a WIP patch to AsmWriter.cpp >>>>>>> to print the ModuleSummaryIndex that I was using to play with the format. >>>>>>> It currently prints 1 and 2 above. I’ve left the CFI related...

...on is to run 'nm' on the objects/executables you're interested in. For example, this file: daysthatwere clang$ cat red.cpp #include <typeinfo> struct A {}; struct B { virtual ~B(); }; struct C { virtual ~C(); }; C::~C() {} const std::type_info &test0() { return typeid(const char*); } const std::type_info &test1() { return typeid(const char**); } const std::type_info &test2() { return typeid(A); } const std::type_info &test3() { return typeid(B); } const std::type_info &test4() { return typeid(C); } daysthatwere clang$ clang /tmp/red.cpp...

...;>>>>>> promotion).2. GlobalValueMap: A map from global value GUIDs to the >>>>>>>>> corresponding function/variable/alias summary (or summaries for the >>>>>>>>> combined index and weak linkage).3. CFI-related data structures (TypeIdMap, >>>>>>>>> CfiFunctionDefs, and CfiFunctionDecls)I have a WIP patch to AsmWriter.cpp >>>>>>>>> to print the ModuleSummaryIndex that I was using to play with the format. >>>>>>>>> It currently prints 1 and 2 above. I...

...>>>>>>>> promotion).2. GlobalValueMap: A map from global value GUIDs to the >>>>>>>> corresponding function/variable/alias summary (or summaries for the >>>>>>>> combined index and weak linkage).3. CFI-related data structures (TypeIdMap, >>>>>>>> CfiFunctionDefs, and CfiFunctionDecls)I have a WIP patch to AsmWriter.cpp >>>>>>>> to print the ModuleSummaryIndex that I was using to play with the format. >>>>>>>> It currently prints 1 and 2 above. I’ve left the...

...;>>>> promotion).2. GlobalValueMap: A map from global value GUIDs to the >>>>>>>>>> corresponding function/variable/alias summary (or summaries for the >>>>>>>>>> combined index and weak linkage).3. CFI-related data structures (TypeIdMap, >>>>>>>>>> CfiFunctionDefs, and CfiFunctionDecls)I have a WIP patch to AsmWriter.cpp >>>>>>>>>> to print the ModuleSummaryIndex that I was using to play with the format. >>>>>>>>>> It currently prints 1 an...

...le in the combined index), along with their hashes (for incremental builds and global promotion). >> GlobalValueMap: A map from global value GUIDs to the corresponding function/variable/alias summary (or summaries for the combined index and weak linkage). >> CFI-related data structures (TypeIdMap, CfiFunctionDefs, and CfiFunctionDecls) >> >> I have a WIP patch to AsmWriter.cpp to print the ModuleSummaryIndex that I was using to play with the format. It currently prints 1 and 2 above. I’ve left the CFI related summary data structures as a TODO for now, until the format is at...

...d multiple in the combined index), along with their hashes (for incremental builds and global promotion). > GlobalValueMap: A map from global value GUIDs to the corresponding function/variable/alias summary (or summaries for the combined index and weak linkage). > CFI-related data structures (TypeIdMap, CfiFunctionDefs, and CfiFunctionDecls) > > I have a WIP patch to AsmWriter.cpp to print the ModuleSummaryIndex that I was using to play with the format. It currently prints 1 and 2 above. I’ve left the CFI related summary data structures as a TODO for now, until the format is at least co...

...ntact: nouveau at lists.freedesktop.org When building mesa without RTTI support nouveau fails to compile because NDBUG isn't defined by meson. src/gallium/drivers/nouveau/codegen/nv50_ir.cpp has the following snippet in it: #ifndef NDEBUG // non-conformant assert, so this is required assert(typeid(*i) == typeid(*this)); #endif which results in: [1581/1667] x86_64-pc-linux-gnu-c++ -Isrc/gallium/drivers/nouveau/src at gallium@drivers at nouveau@@nouveau at sta -Isrc/gallium/drivers/nouveau -I../mesa-18.0.2/src/gallium/drivers/nouveau -Isrc -I../mesa-18.0.2/src -Iinclude -I../mesa-18.0.2/incl...

...bytecode that passes the verifier. However, when I try to read that bytecode back in, I get the assertion failure below. llvm::BytecodeReader::ParseConstantPoolValue(unsigned int): Assertion `(!isa<Constant>(Result) || !cast<Constant>(Result)->isNullValue()) || !hasImplicitNull(TypeID) && "Cannot read null values from bytecode!"' failed. So, I ran gdb on opt. I was able to get the following information from opt: (gdb) print Result $7 = (class llvm::Constant *) 0x96ad9d0 (gdb) call Result->dump() [41 x sbyte *] zeroinitializer (gdb) print hasImplici...