|
af0f14cd
|
2022-10-24T04:08:10
|
|
Fix types of temporary variables in aarch64 extend_integer_type (#745)
Fixes truncated values in weston-info output.
|
|
93cfb655
|
2022-10-10T14:32:35
|
|
Correction for older compilers
|
|
3874fd98
|
2022-10-10T17:58:48
|
|
Fix strict aliasing problem in aarch64 ffi_call (#739)
The assignment a = &dest in ffi_call_int may be moved after the call to
extend_integer_type because that function accesses the assigned value with
a different type.
Co-authored-by: Andreas Schwab <schwab@suse.de>
|
|
ee22ecbd
|
2022-09-18T01:56:25
|
|
Add MSYS configuration files (#728)
* Add MSYS configuration files
MSYS behaves very similiar to Cygwin, e.g. also __CYGWIN__ is defined.
Now 'make check' passes on MSYS without extra patches.
* Fix warning extra tokens at end of #endif in closures.c
Extra tokens converted into a comment. Also nearby indentations corrected.
* Fix missing prototype warning mkostemp() on Cygwin
Cygwin requires also _GNU_SOURCE to be defined to enable mkostemp() prototype.
* Fix warning label ‘out’ defined but not used in ffi functions
Define same preprocessor conditions for goto and label visibility.
* Fix warning label ‘out’ defined but not used and related indentations.
Define same preprocessor conditions for goto and label visibility. Correct also
related indentations.
Co-authored-by: Hannes Müller <>
|
|
|
fc8c8c1e
|
2022-06-25T11:06:00
|
|
Fix ILP32 for aarch64
|
|
fd1fe195
|
2022-05-29T14:16:49
|
|
Fix building on aarch64 after e409225b41b60c490a094bb068e639a2364202fd (#716)
The ALIGN_DOWN macro was renamed in 2018 in
e6eac7863e2bf1a009ea863041b354bdb4af6b67.
|
|
|
e409225b
|
2022-05-28T09:42:13
|
|
Pass large structs by value for Linux x86_64 and Aarch64.
Aarch patch by Andreas Schwab. https://github.com/libffi/libffi/commit/482b37f00467325e3389bab322525099860dd9aa
|
|
eafab235
|
2021-03-24T11:38:36
|
|
arm64e: Pull in pointer authentication code from Apple's arm64e libffi port (#565)
NOTES: This changes the ptrauth support from #548 to match what Apple is
shipping in its libffi-27 tag.
Signed-off-by: Jeremy Huddleston Sequoia <jeremyhu@apple.com>
|
|
f58e5ee6
|
2021-03-23T23:54:00
|
|
aarch64: Fix closures for win64 (#606)
|
|
|
d271dbe0
|
2021-03-20T06:06:28
|
|
Add some missing #if conditionals from Apple's code drop (#620)
* arm/aarch64: Add FFI_CLOSURES conditionals where appropriate
Signed-off-by: Jeremy Huddleston Sequoia <jeremyhu@apple.com>
* aarch64: Don't emit the do_closure label when building without FFI_GO_CLOSURES
Signed-off-by: Jeremy Huddleston Sequoia <jeremyhu@apple.com>
|
|
9ba55921
|
2021-03-05T10:07:30
|
|
Static tramp v5 (#624)
* Static Trampolines
Closure Trampoline Security Issue
=================================
Currently, the trampoline code used in libffi is not statically defined in
a source file (except for MACH). The trampoline is either pre-defined
machine code in a data buffer. Or, it is generated at runtime. In order to
execute a trampoline, it needs to be placed in a page with executable
permissions.
Executable data pages are attack surfaces for attackers who may try to
inject their own code into the page and contrive to have it executed. The
security settings in a system may prevent various tricks used in user land
to write code into a page and to have it executed somehow. On such systems,
libffi trampolines would not be able to run.
Static Trampoline
=================
To solve this problem, the trampoline code needs to be defined statically
in a source file, compiled and placed in the text segment so it can be
mapped and executed naturally without any tricks. However, the trampoline
needs to be able to access the closure pointer at runtime.
PC-relative data referencing
============================
The solution implemented in this patch set uses PC-relative data references.
The trampoline is mapped in a code page. Adjacent to the code page, a data
page is mapped that contains the parameters of the trampoline:
- the closure pointer
- pointer to the ABI handler to jump to
The trampoline code uses an offset relative to its current PC to access its
data.
Some architectures support PC-relative data references in the ISA itself.
E.g., X64 supports RIP-relative references. For others, the PC has to
somehow be loaded into a general purpose register to do PC-relative data
referencing. To do this, we need to define a get_pc() kind of function and
call it to load the PC in a desired register.
There are two cases:
1. The call instruction pushes the return address on the stack.
In this case, get_pc() will extract the return address from the stack
and load it in the desired register and return.
2. The call instruction stores the return address in a designated register.
In this case, get_pc() will copy the return address to the desired
register and return.
Either way, the PC next to the call instruction is obtained.
Scratch register
================
In order to do its job, the trampoline code would need to use a scratch
register. Depending on the ABI, there may not be a register available for
scratch. This problem needs to be solved so that all ABIs will work.
The trampoline will save two values on the stack:
- the closure pointer
- the original value of the scratch register
This is what the stack will look like:
sp before trampoline ------> --------------------
| closure pointer |
--------------------
| scratch register |
sp after trampoline -------> --------------------
The ABI handler can do the following as needed by the ABI:
- the closure pointer can be loaded in a desired register
- the scratch register can be restored to its original value
- the stack pointer can be restored to its original value
(the value when the trampoline was invoked)
To do this, I have defined prolog code for each ABI handler. The legacy
trampoline jumps to the ABI handler directly. But the static trampoline
defined in this patch jumps tp the prolog code which performs the above
actions before jumping to the ABI handler.
Trampoline Table
================
In order to reduce the trampoline memory footprint, the trampoline code
would be defined as a code array in the text segment. This array would be
mapped into the address space of the caller. The mapping would, therefore,
contain a trampoline table.
Adjacent to the trampoline table mapping, there will be a data mapping that
contains a parameter table, one parameter block for each trampoline. The
parameter block will contain:
- a pointer to the closure
- a pointer to the ABI handler
The static trampoline code would finally look like this:
- Make space on the stack for the closure and the scratch register
by moving the stack pointer down
- Store the original value of the scratch register on the stack
- Using PC-relative reference, get the closure pointer
- Store the closure pointer on the stack
- Using PC-relative reference, get the ABI handler pointer
- Jump to the ABI handler
Mapping size
============
The size of the code mapping that contains the trampoline table needs to be
determined on a per architecture basis. If a particular architecture
supports multiple base page sizes, then the largest supported base page size
needs to be chosen. E.g., we choose 16K for ARM64.
Trampoline allocation and free
==============================
Static trampolines are allocated in ffi_closure_alloc() and freed in
ffi_closure_free().
Normally, applications use these functions. But there are some cases out
there where the user of libffi allocates and manages its own closure
memory. In such cases, static trampolines cannot be used. These will
fall back to using legacy trampolines. The user has to make sure that
the memory is executable.
ffi_closure structure
=====================
I did not want to make any changes to the size of the closure structure for
this feature to guarantee compatibility. But the opaque static trampoline
handle needs to be stored in the closure. I have defined it as follows:
- char tramp[FFI_TRAMPOLINE_SIZE];
+ union {
+ char tramp[FFI_TRAMPOLINE_SIZE];
+ void *ftramp;
+ };
If static trampolines are used, then tramp[] is not needed to store a
dynamic trampoline. That space can be reused to store the handle. Hence,
the union.
Architecture Support
====================
Support has been added for x64, i386, aarch64 and arm. Support for other
architectures can be added very easily in the future.
OS Support
==========
Support has been added for Linux. Support for other OSes can be added very
easily.
Signed-off-by: Madhavan T. Venkataraman <madvenka@linux.microsoft.com>
* x86: Support for Static Trampolines
- Define the arch-specific initialization function ffi_tramp_arch ()
that returns trampoline size information to common code.
- Define the trampoline code mapping and data mapping sizes.
- Define the trampoline code table statically. Define two tables,
actually, one with CET and one without.
- Introduce a tiny prolog for each ABI handling function. The ABI
handlers addressed are:
- ffi_closure_unix64
- ffi_closure_unix64_sse
- ffi_closure_win64
The prolog functions are called:
- ffi_closure_unix64_alt
- ffi_closure_unix64_sse_alt
- ffi_closure_win64_alt
The legacy trampoline jumps to the ABI handler. The static
trampoline jumps to the prolog function. The prolog function uses
the information provided by the static trampoline, sets things up
for the ABI handler and then jumps to the ABI handler.
- Call ffi_tramp_set_parms () in ffi_prep_closure_loc () to
initialize static trampoline parameters.
Signed-off-by: Madhavan T. Venkataraman <madvenka@linux.microsoft.com>
* i386: Support for Static Trampolines
- Define the arch-specific initialization function ffi_tramp_arch ()
that returns trampoline size information to common code.
- Define the trampoline code table statically. Define two tables,
actually, one with CET and one without.
- Define the trampoline code table statically.
- Introduce a tiny prolog for each ABI handling function. The ABI
handlers addressed are:
- ffi_closure_i386
- ffi_closure_STDCALL
- ffi_closure_REGISTER
The prolog functions are called:
- ffi_closure_i386_alt
- ffi_closure_STDCALL_alt
- ffi_closure_REGISTER_alt
The legacy trampoline jumps to the ABI handler. The static
trampoline jumps to the prolog function. The prolog function uses
the information provided by the static trampoline, sets things up
for the ABI handler and then jumps to the ABI handler.
- Call ffi_tramp_set_parms () in ffi_prep_closure_loc () to
initialize static trampoline parameters.
Signed-off-by: Madhavan T. Venkataraman <madvenka@linux.microsoft.com>
* arm64: Support for Static Trampolines
- Define the arch-specific initialization function ffi_tramp_arch ()
that returns trampoline size information to common code.
- Define the trampoline code mapping and data mapping sizes.
- Define the trampoline code table statically.
- Introduce a tiny prolog for each ABI handling function. The ABI
handlers addressed are:
- ffi_closure_SYSV
- ffi_closure_SYSV_V
The prolog functions are called:
- ffi_closure_SYSV_alt
- ffi_closure_SYSV_V_alt
The legacy trampoline jumps to the ABI handler. The static
trampoline jumps to the prolog function. The prolog function uses
the information provided by the static trampoline, sets things up
for the ABI handler and then jumps to the ABI handler.
- Call ffi_tramp_set_parms () in ffi_prep_closure_loc () to
initialize static trampoline parameters.
Signed-off-by: Madhavan T. Venkataraman <madvenka@linux.microsoft.com>
* arm: Support for Static Trampolines
- Define the arch-specific initialization function ffi_tramp_arch ()
that returns trampoline size information to common code.
- Define the trampoline code mapping and data mapping sizes.
- Define the trampoline code table statically.
- Introduce a tiny prolog for each ABI handling function. The ABI
handlers addressed are:
- ffi_closure_SYSV
- ffi_closure_VFP
The prolog functions are called:
- ffi_closure_SYSV_alt
- ffi_closure_VFP_alt
The legacy trampoline jumps to the ABI handler. The static
trampoline jumps to the prolog function. The prolog function uses
the information provided by the static trampoline, sets things up
for the ABI handler and then jumps to the ABI handler.
- Call ffi_tramp_set_parms () in ffi_prep_closure_loc () to
initialize static trampoline parameters.
Signed-off-by: Madhavan T. Venkataraman <madvenka@linux.microsoft.com>
|
|
|
56f7df71
|
2020-11-10T12:27:59
|
|
aarch64: Allow FFI_WIN64 for winelib (#593)
|
|
8e58f88d
|
2020-06-30T22:59:28
|
|
aarch64: Fix typo
|
|
|
c543849c
|
2020-04-26T05:01:03
|
|
win64_armasm: Fix the spelling of ALIGN (#553)
|
|
|
c06468fa
|
2020-04-26T04:58:33
|
|
Fix building for aarch64 windows with mingw toolchains (#555)
* aarch64: Check _WIN32 instead of _M_ARM64 for detecting windows
This fixes building for aarch64 with mingw toolchains. _M_ARM64 is
predefined by MSVC, while mingw compilers predefine __aarch64__.
In aarch64 specific code, change checks for _M_ARM64 into checks for
_WIN32.
In arch independent code, check for
(defined(_M_ARM64) || defined(__aarch64__)) && defined(_WIN32)
instead of just _M_ARM64.
In src/closures.c, coalesce checks like
defined(X86_WIN32) || defined(X86_WIN64) || defined(_M_ARM64)
into plain defined(_WIN32). Technically, this enables code for
ARM32 windows where it wasn't, but as far as I can see it, those
codepaths should be fine for that architecture variant as well.
* aarch64: Only use armasm source when building with MSVC
When building for windows/arm64 with clang, the normal gas style .S
source works fine. sysv.S and win64_armasm.S seem to be functionally
equivalent, with only differences being due to assembler syntax.
|
|
4c7bde32
|
2020-03-10T02:05:42
|
|
Port to iOS/arm64e (#548)
|
|
e5f0eb15
|
2019-10-08T06:58:52
|
|
Clean up line endings (#509)
The CLRF visual studio files can be kept that way, but recognized as
text. The assembly file can be converted to LF.
|
|
c2a68590
|
2019-08-07T11:57:45
|
|
fix mingw build and crashing bugs for Python Windows ARM64 (#496)
* fix mingw build and crashing bugs for Python Windows ARM64
* Fix issues found in PR review
|
|
d856743e
|
2019-06-26T07:31:22
|
|
libffi: added ARM64 support for Windows (#486)
* libffi: added ARM64 support for Windows
1. ported sysv.S to win64_armasm.S for armasm64 assembler
2. added msvc_build folder for visual studio solution
3. updated README.md for the same
4. MSVC solution created with the changes, and below test suites are tested
with test script written in python.
libffi.bhaible
libffi.call
5. Basic functionality of above test suites are getting passed
Signed-off-by: ossdev07 <ossdev@puresoftware.com>
* Update README.md
|
|
a7d6396f
|
2019-03-29T14:19:20
|
|
fix check for Linux/aarch64
fixes #473
|
|
|
05a17964
|
2019-02-19T04:11:28
|
|
Cleanup symbol exports on darwin and add architecture preprocessor checks to assist in building fat binaries (eg: i386+x86_64 on macOS or arm+aarch64 on iOS) (#450)
* x86: Ensure _efi64 suffixed symbols are not exported
* x86: Ensure we do not export ffi_prep_cif_machdep
Signed-off-by: Jeremy Huddleston Sequoia <jeremyhu@apple.com>
* x86: Ensure we don't export ffi_call_win64, ffi_closure_win64, or ffi_go_closure_win64
Signed-off-by: Jeremy Huddleston Sequoia <jeremyhu@apple.com>
* closures: Silence a semantic warning
libffi/src/closures.c:175:23: This function declaration is not a prototype
Signed-off-by: Jeremy Huddleston Sequoia <jeremyhu@apple.com>
* aarch64: Ensure we don't export ffi_prep_cif_machdep
Signed-off-by: Jeremy Huddleston Sequoia <jeremyhu@apple.com>
* arm: Ensure we don't export ffi_prep_cif_machdep
Signed-off-by: Jeremy Huddleston Sequoia <jeremyhu@apple.com>
* aarch64, arm, x86: Add architecture preprocessor checks to support easier fat builds (eg: iOS)
Signed-off-by: Jeremy Huddleston Sequoia <jeremyhu@apple.com>
* x86: Silence some static analysis warnings
libffi/src/x86/ffi64.c:286:21: The left operand of '!=' is a garbage value due to array index out of bounds
libffi/src/x86/ffi64.c:297:22: The left operand of '!=' is a garbage value due to array index out of bounds
Signed-off-by: Jeremy Huddleston Sequoia <jeremyhu@apple.com>
* aarch: Use FFI_HIDDEN rather than .hidden
Signed-off-by: Jeremy Huddleston Sequoia <jeremyhu@apple.com>
* ffi.h: Don't advertise ffi_java_rvalue_to_raw, ffi_prep_java_raw_closure, and ffi_prep_java_raw_closure_loc when FFI_NATIVE_RAW_API is 0
Signed-off-by: Jeremy Huddleston Sequoia <jeremyhu@apple.com>
|
|
44a6c285
|
2019-02-19T12:55:11
|
|
aarch64: Flush code mapping in addition to data mapping (#471)
This needs a new function, ffi_data_to_code_pointer, to translate
from data pointers to code pointers.
Fixes issue #470.
|
|
4a84df4a
|
2018-10-31T15:53:54
|
|
Fix Q registers parameter passing on ARM64
The second two quads are located at offset 32 not 16
|
|
|
b5ee3957
|
2018-05-05T07:41:53
|
|
Revert "Remove some symbol exports and cleanup newline warnings (#433)"
This reverts commit a5a0f3cf36dfb4d64316414a872288c3170e6c1d.
|
|
|
a5a0f3cf
|
2018-05-05T03:44:33
|
|
Remove some symbol exports and cleanup newline warnings (#433)
* build: Ensure darwin generated sources end with a new line
Signed-off-by: Jeremy Huddleston Sequoia <jeremyhu@macports.org>
* build: Use .private_extern where missing to prevent exporting symbols that are not API
Signed-off-by: Jeremy Huddleston Sequoia <jeremyhu@macports.org>
|
|
e66fd678
|
2018-02-20T10:47:09
|
|
Revert "Fix passing struct by value on aarch64"
This reverts commit 482b37f00467325e3389bab322525099860dd9aa.
That was actually a bug in python, see <https://bugs.python.org/issue30353>.
|
|
|
482b37f0
|
2017-09-18T12:44:08
|
|
Fix passing struct by value on aarch64
This fixes the ctypes test in the python testsuite.
|
|
1fb788ac
|
2017-10-10T11:37:00
|
|
aarch64: fix index base register for AArch64
The base is passed in `x3`, not in `x2`. This fixes the indexing base
so that the right value is used.
|
|
181fc4cc
|
2017-10-23T15:02:29
|
|
Merge branch 'master' based on ksjogo/libffi
Added a tvOS target in Xcode project. Misc Xcode project cleanup.
Fix macOS build target in Xcode project.
# Conflicts:
# src/aarch64/ffi.c
# src/x86/ffi64.c
|
|
|
02a5145a
|
2017-09-27T21:43:03
|
|
Merge pull request #263 from ksjogo/master
fix ios builds
|
|
|
a78da739
|
2017-09-04T15:55:34
|
|
Fix macOS build target in Xcode project.
- Add missing files for desktop platforms in generate-darwin-source-and-headers.py, and in the Xcode project.
- Add a static library target for macOS.
- Fix "implicit conversion loses integer precision" warnings for iOS mad macOS targets.
|
|
bd72848c
|
2017-04-27T13:20:36
|
|
Prefix ALIGN macros with FFI_
|
|
00406945
|
2016-07-12T16:08:42
|
|
Update Xcodeproj
Include all currently relevent files.
Call autogen is build script.
Fix compiler settings.
Fix mach include.
|
|
06d7c519
|
2016-08-10T15:06:16
|
|
Merge pull request #269 from frida/fix/aarch64-variadic-closures-on-ios
aarch64: Fix handling of variadic closures on iOS
|
|
|
aa7ed78c
|
2016-08-10T15:03:37
|
|
Merge pull request #268 from frida/fix/aarch64-large-aggregates
aarch64: Fix handling of aggregates larger than 16 bytes
|
|
|
4da814b1
|
2016-08-10T22:48:09
|
|
aarch64: Fix handling of aggregates larger than 16 bytes
Instead of allocating stack space for a pointer we would allocate stack
space for the actual aggregate size.
|
|
|
5e9ac7e2
|
2016-08-10T15:22:19
|
|
aarch64: Fix warning about unused function on iOS
|
|
|
4d1f11f6
|
2016-08-10T15:21:42
|
|
aarch64: Fix operand size warning reported by Clang
|
|
|
301166b1
|
2016-08-10T15:59:56
|
|
aarch64: Fix handling of variadic closures on iOS
|
|
|
d76975db
|
2016-03-16T12:23:07
|
|
Define FFI_SIZEOF_JAVA_RAW for aarch64 ILP32
Like x32, aarch64 ILP32 needs to define FFI_SIZEOF_JAVA_RAW. This fixes
the java interpreter.
|
|
bc4fc07a
|
2015-12-21T00:37:06
|
|
Fixed #181 -- Corrected problems with ARMv7 build under iOS.
Based on a patch from @fealebenpae, with input from @SolaWing and @rth7680,
and testing from @superdump.
|
|
95df3791
|
2015-02-11T08:31:48
|
|
aarch64: Handle ILP32 ABI
|
|
53636634
|
2015-01-16T15:19:38
|
|
aarch64: implement the trampoline table workaround for ffi closures on Apple systems
This is a direct copy/paste port of the ARM code, with changes because of Aarch64 pc-relative addressing restrictions.
|
|
|
05e65b4e
|
2015-01-16T15:18:04
|
|
aarch64: rewrite range syntax into list to appease Clang
Clang's assembler in Xcode 6 appears to choke when the operand of st4 is a range, but is happy with a list.
|
|
9ae3bc87
|
2014-12-06T23:58:41
|
|
Fix for https://github.com/atgreen/libffi/issues/141
|
|
|
20562ac0
|
2014-11-12T07:00:59
|
|
Fix for AArch64. Release as 3.2.1.
|
|
0e41c73b
|
2014-10-22T23:48:12
|
|
aarch64: Move x8 out of call_context
Reduces stack size. It was only used by the closure, and there
are available argument registers.
|
|
|
c6352b66
|
2014-10-23T00:26:14
|
|
aarch64: Add support for Go closures
|
|
|
a992f878
|
2014-10-22T22:58:09
|
|
aarch64: Add support for complex types
|
|
|
b55e0366
|
2014-10-22T12:33:59
|
|
aarch64: Treat void return as not passed in registers
This lets us do less post-processing when there's no return value.
|
|
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12cf89ee
|
2014-10-22T21:53:30
|
|
aarch64: Move return value handling into ffi_closure_SYSV
As with the change to ffi_call_SYSV, this avoids copying data
into a temporary buffer.
|
|
|
658b2b56
|
2014-10-22T22:36:07
|
|
aarch64: Remove aarch64_flags
This field was useless from the start, since the normal flags
field is available for backend use.
|
|
|
4a3cbcaa
|
2014-10-22T22:32:13
|
|
aarch64: Unify scalar fp and hfa handling
Since an HFA of a single element is exactly the same as scalar,
this tidies things up a bit.
|
|
|
4fe1aea1
|
2014-10-22T17:06:19
|
|
aarch64: Move return value handling into ffi_call_SYSV
This lets us pass return data directly to the caller of ffi_call
in most cases, rather than storing it into temporary storage first.
|
|
|
325471ea
|
2014-10-22T13:58:59
|
|
aarch64: Merge prep_args with ffi_call
Use the trick to allocate the stack frame for ffi_call_SYSV
within ffi_call itself.
|
|
|
8c8161cb
|
2014-10-22T12:52:07
|
|
aarch64: Tidy up abi manipulation
Avoid false abstraction, like get_x_addr. Avoid recomputing data
about the type being manipulated. Use NEON insns for HFA manipulation.
Note that some of the inline assembly will go away in a subsequent patch.
|
|
|
2e32f9bf
|
2014-10-21T22:49:05
|
|
aarch64: Use correct return registers
There are fewer return registers than argument registers.
|
|
|
95a04af1
|
2014-10-21T22:41:07
|
|
aarch64: Reduce the size of register_context
We don't need to store 32 general and vector registers.
Only 8 of each are used for parameter passing.
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77c4cddc
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2014-10-21T13:30:40
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aarch64: Simplify AARCH64_STACK_ALIGN
The iOS abi doesn't require padding between arguments, but
that's not what AARCH64_STACK_ALIGN meant. The hardware will
in fact trap if the SP register is not 16 byte aligned.
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b5f147d8
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2014-10-21T13:27:57
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aarch64: Always distinguish LONGDOUBLE
Avoid if-deffery by forcing FFI_TYPE_LONGDOUBLE different
from FFI_TYPE_DOUBLE. This will simply be unused on hosts
that define them identically.
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38b54b9c
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2014-10-21T13:17:39
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aarch64: Improve is_hfa
The set of functions get_homogeneous_type, element_count, and is_hfa
are all intertwined and recompute data. Return a compound quantity
from is_hfa that contains all the data and avoids the recomputation.
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18b74ce5
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2014-10-21T13:00:34
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aarch64: Fix non-apple compilation
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862f53de
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2014-09-18T19:06:08
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Merge pull request #130 from frida/fix/darwin-aarch64-float-alignment
Fix alignment of FFI_TYPE_FLOAT for Apple's ARM64 ABI
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aebf2c30
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2014-07-25T21:40:50
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Fix alignment of FFI_TYPE_FLOAT for Apple's ARM64 ABI
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0f4e09d2
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2014-07-26T00:11:06
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Fix non-variadic CIF initialization for Apple/ARM64
Turns out `aarch64_nfixedargs` wasn't initialized in the non-variadic
case, resulting in undefined behavior when allocating arguments.
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8fa28123
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2014-04-12T19:32:08
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Merge pull request #116 from frida/fix/darwin-aarch64-variadic
Fix handling of variadic calls on Darwin/AArch64
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419503f4
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2014-04-06T20:54:13
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Fix handling of variadic calls on Darwin/AArch64
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a539f7ff
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2014-04-06T20:53:02
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Fix alignment of AArch64 assembler functions
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49f7729c
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2014-02-28T00:17:16
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aarch64 fix
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b4df9cf9
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2014-02-05T14:22:52
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AArch64: Fix void fall-through case when assertions are enabled
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f466aad0
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2014-01-21T16:38:31
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AArch64: Fix missing semicolons when assertions are enabled
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0a0f12ce
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2014-01-09T13:50:17
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AArch64: Remove duplicitous element_count call.
This inhibits an analyzer warning by Clang.
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4330fdcd
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2014-01-09T13:53:30
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Darwin/aarch64: Respect iOS ABI re: stack argument alignment
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0a333d6c
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2014-01-09T14:03:29
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Darwin/aarch64: Fix size_t assumptions
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07175780
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2013-12-30T17:48:22
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Darwin/aarch64: Fix invalid reference in assembly
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1b8a8e20
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2014-01-09T13:55:21
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Darwin/aarch64: Use Clang cache invalidation builtin
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6030cdca
|
2013-12-30T15:45:51
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Darwin/aarch64: Account for long double being equal to double
|
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5658b089
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2013-12-30T16:33:47
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Darwin/aarch64: Use CNAME, restrict .size like ARM
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2c18e3c7
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2013-12-30T16:14:02
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Darwin/aarch64: Fix "shadows declaration" warnings
|
|
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5bfe62a0
|
2014-01-09T13:41:27
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Darwin/AArch64: Inhibit Clang previous prototype warnings
|
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3dc3f32c
|
2013-12-05T16:23:25
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|
Undo iOS ARM64 changes.
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0278284e
|
2013-11-30T03:03:37
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Darwin/aarch64: size_t assumptions
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9775446b
|
2013-11-30T02:39:34
|
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Darwin/aarch64: Fix “shadows declaration” warnings
|
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4260badc
|
2013-11-30T02:08:14
|
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Darwin/aarch64: Use Clang cache invalidation builtin
|
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9fa7998d
|
2013-11-30T02:07:48
|
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Darwin/aarch64: Inhibit Xcode warning
|
|
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0e832048
|
2013-11-30T02:07:34
|
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Darwin/aarch64: double == long double
|
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b513dfe7
|
2013-11-30T02:05:22
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Darwin/aarch64: Restrict .size to ELF like arm32.
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bc978099
|
2013-11-30T02:04:57
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Darwin/aarch64: Potentially(?) fix compile error
|
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d6bb9314
|
2013-11-30T02:04:22
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Darwin/aarch64: Use CNAME refs
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128cd1d2
|
2013-10-08T06:45:51
|
|
Fix spelling errors
|
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58e8b66f
|
2012-10-30T07:07:19
|
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AArch64 port
|
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fa5d7479
|
2012-10-30T07:07:19
|
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AArch64 port
|