| Commit message (Collapse) | Author | Age | Files | Lines |
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Since Pldi generates two instructions instr_size of Pldi should
return 2.
Bug 24218
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New builtin for 64-bit load/store with byte reversal and 64-bit
mul-high.
Bug 23541
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The ais annotations are now handled in a separate file shared
between all architectures. Also two different variants of
replacements are supported, %e which expands to ais expressions
and %l which also expands to an ais expression but is guaranted to
be usable as l-value in the ais annotation. Otherwise the new
warning is Wrong_is_parameter is generated.
Also an error message is generated if floating point variables are
used in ais annotations since a3 does not support them at the
moment.
Additionally an error message is generated for plain volatile
variables used, since they will enforce a volatile load and result
in the value being passed to the annotation instead of the address
as other global variables.
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Instead of using reset_constants use reset_literals which avoids
emptying the jumptables.
Bug 22525
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Instead of just storing the constants in a list, they are now
stored in a hashtable. This avoids printing of duplicates.
Bug 22525
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The new_label function is alway equal to PrintAsmaux.new_label.
Bug 22472
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The ais annotations can be inserted via the new ais variants of
the builtin annotation. They mainly differe in that they have an
address format specifier '%addr' which will be replaced by the
adress in the binary.
The implementation simply prints a label for the builtin call
alongside a the text of the annotation as comment and inserts the
annotation together as acii string in a separate section
'ais_annotations' and replaces the usages of the address format
specifiers by the address of the label of the builtin call.
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This commit adds code generation for 64bit PowerPC architectures which execute
32bit applications.
The main difference to the normal 32bit PowerPC port is that it uses the
available 64bit instructions instead of using the runtime library functions.
However pointers are still 32bit and the 32bit calling convention is used.
In order to use this port the target architecture must be either in Server
execution mode or if in Embedded execution mode the high order 32 bits of GPRs
must be implemented in 32-bit mode. Furthermore the operating system must
preserve the high order 32 bits of GPRs.
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Address constants need to be 64bit also in the debug information.
Bug 20335
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For informative purposes, the FP value of Init_float* constants is printed as a comment in the generated asm file. However, for Init_float32, it was wrongly printed as a double-precision FP instead of a single-precision FP.
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Removed unused code, factored out common functions and added an
interface file.
Bug 18394
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The code was mostly there for documentation effort. So warning
27 is deactivated again.
Bug 18349
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Removed some unused variables, functions etc. and resolved some
problems which occur if all warnings except 3,4,9 and 29 are active.
Bug 18394.
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On older version of the binutils the cfi directives are not always
supported so we only print cfi_sections if the corresponding .ini
setting is set to true.
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Conflicts:
arm/TargetPrinter.ml
backend/CMparser.mly
backend/SelectLongproof.v
backend/Selectionproof.v
cfrontend/C2C.ml
checklink/Asm_printers.ml
checklink/Check.ml
checklink/Fuzz.ml
common/AST.v
debug/DebugInformation.ml
debug/DebugInit.ml
debug/DwarfPrinter.ml
debug/DwarfTypes.mli
debug/Dwarfgen.ml
exportclight/ExportClight.ml
ia32/TargetPrinter.ml
powerpc/Asm.v
powerpc/SelectOpproof.v
powerpc/TargetPrinter.ml
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The gcc produces DW_AT_ranges for non-contiguous address ranges, like
compilation units containing functions which are placed in different
ELF-sections or lexical scopes that are split up. With this commit
CompCert also uses this DWARF v3 feature for gnu backend based targets.
In order to ensure backward compability a flag is added which avoids
this and produces debug info in DWARF v2 format.
Bug 17392.
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In contrast to the dcc, the gcc uses address ranges to express
non-contiguous range of addresses. As a first step we set the
start and end addresses for the different address ranges for
the compilation unit by using the start and end addresses of
functions.
Bug 17392.
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Instead of pushing strings around use the actual section. However
the string is still used in the Hashtbl.
Bug 17392.
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Instead of using a string they now take an optional string, which
should be none if the backend is not the diab backend and the
corresponding section is the text section and Some s with s being
the custom section name else.
Bug 17392.
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GCC prints all string larger than 3 characters in the debug_str
section which reduces the size of the debug information since entries
containing the same string now map to the same string in the
debug_str sections.
Bug 17392.
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Resolved conflicts in:configure powerpc/Asmexpand.ml
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Also: implement __builtin_isel on non-EREF platforms with a branch-free instruction sequence.
Also: extend ./configure so that it recognizes "ppc64-" and "e5500-" platforms in addition to "ppc-".
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The AST.ident type represents source-level identifiers as unique positive numbers. However, the mapping identifiers <-> AST.ident differs between runs of CompCert on different source files. This is problematic when we need to produce or recognize external functions and builtin functions with fixed names, for example:
* in $ARCH/Machregs.v to define the register conventions for builtin functions;
* in the VST program logic from Princeton to treat thread primitives specially.
So far, we used AST.ident_of_string to recover the ident associated with a string. However, this function is defined in OCaml and doesn't execute within Coq. This is a problem both for VST and for future executability of CompCert within Coq.
This commit replaces "ident" by "string" in the arguments of EF_external, EF_builtin, EF_inline_asm, EF_annot, and EF_annot_val. This provides stable names for externals and builtins, as needed. For inline asm and annotations, it's a matter of taste, but using strings feels more natural. EF_debug keeps using idents, since some kinds of EF_debug annotations talk about program variables.
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The name_of_section function no returns the correct name for the
debug sections, the prologue and epilogue directives are added and
the labels for the live ranges are introduced in the Asmexpand pass.
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information.
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Conflicts:
debug/DebugInformation.ml
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Since files without function definition contain no function in the
Section_text the filenum would be empty otherwise.
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If a user uses the #pragma use_section for functions the diab linker
requires a separate debug_info section for each entry. This commit
adds functionality to emulate this behavior.
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Debuging code.
The old functions to store the symbol for the Global variables and retrive this
is no longer needed since the atom is stored in DebugInformation. Also the
Debug.Abbrev module is no longer needed.
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This commit adds furher support for location information for local
variables and starts with the implementation of the debug_loc section.
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Local variables are now added with bogus lexical scopes to reflect
the actually lexical scopes. Also this commit fixes assembler problems
of the das when a user section with the name ".text" is defined.
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Instead of creating separate annotations for the local variables
we call the Debug.add_lvar_scope and we construct a mapping from
function id + scope id to scope information.
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Conflicts:
debug/CtoDwarf.ml
debug/DwarfPrinter.ml
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The builtin_isel function takes a _Bool as first argument and returns
either the second or the third depending on the value of the _Bool.
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This builtins can be used to get the call frame address and the return
address. To correctly compute the load address of the return address
the allocframe is extended to contain the offset of the return address.
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Introduced a new dwarf generation from the information collected in
the DebugInformation and removed the old CtODwarf translation.
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This reverts commit 861292a6c5e58b4f78bef207c717b801b3fc1fed.
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