| Commit message (Collapse) | Author | Age | Files | Lines |
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The lldb-server unit tests don't test the right thing when the debug
server in use is copied from somewhere else. This can lead to spurious
test failures.
Disable these unit tests when an external debug server is in use.
Fixes llvm.org/PR36494.
llvm-svn: 326001
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This fixed a problem caused by r325442.
Differential Revision: https://reviews.llvm.org/D43432
llvm-svn: 325452
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Summary:
Consolidate LLDB_CODESIGN_IDENTITY logic in one place and use
SKIP_DEBUGSERVER, which can be set independently, to control
codesigning targets.
Currently, running cmake the first time in a clean directory, without
passing -DLLDB_CODESIGN_IDENTITY='', fails. However, subsequent runs
succeed. That's because LLDB_CODESIGN_IDENTITY gets added to the
CACHE after the initial test. To fix that, the default value must be
set before it's tested.
Here's the error produced on the first run:
CMake Error at tools/lldb/tools/debugserver/source/CMakeLists.txt:215 (add_custom_command):
No TARGET 'debugserver' has been created in this directory.
Differential Revision: https://reviews.llvm.org/D43432
llvm-svn: 325442
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This makes the built debugger functional on Darwin when compiling
without code signing (as documented in docs/code-signing.txt).
llvm-svn: 325068
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in debugserver. This is already set this way in the lldb
project files but not in debugserver. Updating for
consistency.
llvm-svn: 324158
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Remove obsolete measurements.
This check in requires at least 10.11
Reviewed: Jason Molenda, Jim Ingham
<rdar://problem/37047106> Xcode Memory gauge should show the jetsam ledger footprint rather than anonymous
llvm-svn: 324013
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from the xcode project files. We'll build for the current
OS only, by default.
llvm-svn: 322603
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been specified yet (either by the user, or by one of the lldb
extensions like qHostInfo or qProcessInfo), and the target.xml
includes a <architecture> tag specifying x86_64, set the architecture
appropriately.
I'm not sure what we can expect to see in the <architecture> tag, so
I'm only doing this for x86_64 right now where I've seen "i386:x86_64"
used. I've seen a target.xml from a jtag board that sends just "arm"
because it doesn't know more specifically what type of board it is
connected to...
<rdar://problem/29908970>
llvm-svn: 322339
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Summary:
There was some confusion in the code about how to represent process
environment. Most of the code (ab)used the Args class for this purpose,
but some of it used a more basic StringList class instead. In either
case, the fact that the underlying abstraction did not provide primitive
operations for the typical environment operations meant that even a
simple operation like checking for an environment variable value was
several lines of code.
This patch adds a separate Environment class, which is essentialy a
llvm::StringMap<std::string> in disguise. To standard StringMap
functionality, it adds a couple of new functions, which are specific to
the environment use case:
- (most important) envp conversion for passing into execve() and likes.
Instead of trying to maintain a constantly up-to-date envp view, it
provides a function which creates a envp view on demand, with the
expectation that this will be called as the very last thing before
handing the value to the system function.
- insert(StringRef KeyEqValue) - splits KeyEqValue into (key, value)
pair and inserts it into the environment map.
- compose(value_type KeyValue) - takes a map entry and converts in back
into "KEY=VALUE" representation.
With this interface most of the environment-manipulating code becomes
one-liners. The only tricky part was maintaining compatibility in
SBLaunchInfo, which expects that the environment entries are accessible
by index and that the returned const char* is backed by the launch info
object (random access into maps is hard and the map stores the entry in
a deconstructed form, so we cannot just return a .c_str() value). To
solve this, I have the SBLaunchInfo convert the environment into the
"envp" form, and use it to answer the environment queries. Extra code is
added to make sure the envp version is always in sync.
(This also improves the layering situation as Args was in the Interpreter module
whereas Environment is in Utility.)
Reviewers: zturner, davide, jingham, clayborg
Subscribers: emaste, lldb-commits, mgorny
Differential Revision: https://reviews.llvm.org/D41359
llvm-svn: 322174
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(built with Xcode) from 10.9 to 10.11. It also enables the use of
libcompression in debugserver by default (these API are only present
in macOS 10.11 and newer -- 10.11 was released c. Sep 2015).
I don't know if we have people / bots building lldb on older mac
releases; if this turns out to be a problem I will revert the change.
There are some parts of lldb (e.g. debugserer's ability to report
the OS version #) that only work with 10.10 and this changes the
behavior of lldb (whether the older or newer dyld interfaces are
used) so there is some importance to updating the min required
version.
llvm-svn: 322128
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Summary:
Make sure we propagate environment when starting debugserver with a pre-loaded
inferior. AFAIK, RNBRunLoopLaunchInferior is only called in pre-loaded inferior
scenario, so we can just pick up the debugserver environment instead of trying
to construct an envp from the (empty) context.
This makes debugserver pass an test added for an equivalent lldb-server fix.
Reviewers: jasonmolenda, clayborg
Subscribers: JDevlieghere, lldb-commits
Differential Revision: https://reviews.llvm.org/D41352
llvm-svn: 321355
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Thanks to Greg Clayton for catchting this!
llvm-svn: 321123
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llvm-svn: 321120
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file. For macos builds specifically, use the macosx entitlements
files; for all other builds, use the ios etc entitlements.
llvm-svn: 321051
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Summary:
We were failing to propagate the environment when lldb-server was
started with a pre-loaded process
(e.g.: lldb-server gdbserver -- inferior --inferior_args)
This patch makes sure the environment is propagated. Instead of adding a
new GDBRemoteCommunicationServerLLGS::SetLaunchEnvironment function to
complement SetLaunchArgs and SetLaunchFlags, I replace these with a
more generic SetLaunchInfo, which can be used to set any launch-related
property.
The accompanying test also verifies that the server correctly terminates
the connection after sending the exit packet (specifically, that it does
not send the exit packet twice).
Reviewers: clayborg, eugene
Subscribers: lldb-commits, mgorny
Differential Revision: https://reviews.llvm.org/D41070
llvm-svn: 320984
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Summary:
We use the llvm decompressor to decompress SHF_COMPRESSED sections. This enables
us to read data from debug info sections, which are sometimes compressed,
particuarly in the split-dwarf case. This functionality is only available if
llvm is compiled with zlib support.
Reviewers: clayborg, zturner
Subscribers: emaste, mgorny, aprantl, lldb-commits
Differential Revision: https://reviews.llvm.org/D40616
llvm-svn: 320813
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for better safety.
<rdar://problem/32906923>
llvm-svn: 320242
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Fix alignment UB in some Mach exception-handling logic.
This lets us build lldb and debugserver with UBSan in trapping mode, and
get further along in the testing process before a trap is encountered.
rdar://35923991
llvm-svn: 320127
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Thanks to Jim Ingham for providing the explanation!
llvm-svn: 320126
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This is a follow-up to r319840. I guess none of the systems I'd tested
on before had LLDB_SYSTEM_LIBS set, which is why I didn't see any local
errors, but I'm surprised none of the bots caught it either.
llvm-svn: 319953
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r319938 was not NFC, because it got the preprocessor guard wrong. Check
WITH_FBS and WITH_BKS before defining SplitEventData.
llvm-svn: 319943
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llvm-svn: 319938
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llvm-svn: 319937
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Null-checking functions which aren't marked weak_import is a no-op
(the compiler rewrites the check to 'true'), regardless of whether a
library providing its definition is weak-linked. If the deployment
target is greater than the minimum requirement, the availability markup
on APIs does not lower to weak_import.
Remove no-op null checks to clean up the code and silence warnings.
Differential Revision: https://reviews.llvm.org/D40812
llvm-svn: 319936
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Differential Revision: https://reviews.llvm.org/D40745
llvm-svn: 319599
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These asserts are no-ops, and are supplanted by -Wcovered-switch.
llvm-svn: 319596
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llvm-svn: 319595
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This is basically a proof-of-concept and starting point for having a
testing-centric tool in LLDB. I'm sure this leaves a lot of room to be
desired, but this at least allows us to have something to build on.
Right now there is only one command, the `module-sections` command, and I
created this command not because it was particularly special, but
because it addressed an immediate use case and was extremely simple.
Run the tool as `lldb-test module-sections <path-to-object>`.
Feel free to add testing related stuff to your heart's content after
this goes in. Implementing the commands themselves takes some work, but
once they're there they can be reused without writing any code and
result in very easy to use and maintain tests.
Differential Revision: https://reviews.llvm.org/D40636
llvm-svn: 319504
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<rdar://problem/32505028>
llvm-svn: 318496
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Summary:
r316368 broke this build when it introduced a reference to a pthread
function to the Utility module. This caused cmake to generate an
incorrect link line (wrong order of libs) because it did not see the
dependency from Utility to the system libraries. Instead these libraries
were being manually added to each final target.
This changes moves the dependency management from the individual targets
to the lldbUtility module, which is consistent with how llvm does it.
The final targets will pick up these libraries as they will be a part of
the link interface of the module.
Technically, some of these dependencies could go into the host module,
as that's where most of the os-specific code is, but I did not try to
investigate which ones.
Reviewers: zturner, sylvestre.ledru
Subscribers: lldb-commits, mgorny
Differential Revision: https://reviews.llvm.org/D39246
llvm-svn: 316997
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Add case to handle new event lldb::eBreakpointEventTypeAutoContinueChanged.
llvm-svn: 315496
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Hopefully this should unbreak the Android buildbot.
llvm-svn: 314606
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llvm-svn: 314604
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Reviewers: fjricci, clayborg
Subscribers: lldb-commits
Differential Revision: https://reviews.llvm.org/D38373
llvm-svn: 314455
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Using TCP sockets is insecure against local attackers, and possibly
against remote attackers too (some vulnerabilities may allow tricking a
browser to make a request to localhost). Use socketpair (which is immune
to such attacks) on all Unix platforms.
Patch by Demi Marie Obenour < demiobenour@gmail.com >
Differential Revision: https://reviews.llvm.org/D33213
llvm-svn: 314127
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1. Fix a data race (g_interrupt_sent flag usage was not thread safe, signals
can be handled on arbitrary threads)
2. exit() is not signal-safe, replaced it with the signal-safe equivalent
_exit()
(This differs from the patch on Phabrictor because I had to add
`#include <atomic>` to get the definition of `std::atomic_flag`.)
patch by lemo
Differential Revision: https://reviews.llvm.org/D37926
llvm-svn: 313785
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Turns out WITH_LOCKDOWN define changes the struct layout and constructor implementation for RNBSocket which is used in debugserver.cpp, so we need to make sure this is consistent.
In the future we should change WITH_LOCKDOWN to be configured in a generated header, but for now we can just set it correctly.
<rdar://problem/33900552>
llvm-svn: 312666
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Summary:
-var-update calls CMICmdCmdVarUpdate::ExamineSBValueForChange to check if a varObj has been updated. It checks that the varObj is updated, then recurses on all of its children. If a child is a pointer pointing back to a parent node, this will result in an infinite loop, and lldb-mi hanging.
The problem is exposed by packages/Python/lldbsuite/test/tools/lldb-mi/variable/TestMiVar.py, but this test is skipped everywhere.
This patch changes ExamineSBValueForChange to not traverse children of varObjs that are pointers.
Reviewers: ki.stfu, zturner, clayborg, abidh
Reviewed By: clayborg
Subscribers: lldb-commits
Differential Revision: https://reviews.llvm.org/D37154
llvm-svn: 312270
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to match the changes Saleem Abdulrasool committed in r311579. Fixes
a testsuite failure now that the testsuite expects a 16 bit return
value for thsi reg.
llvm-svn: 311627
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Summary: lldb-argdumper only needs lldbUtility to successfully build and link.
Reviewers: beanz, zturner, labath
Subscribers: mgorny, lldb-commits
Differential Revision: https://reviews.llvm.org/D36948
llvm-svn: 311399
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llvm-svn: 310984
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llvm-svn: 310955
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Turns out self-signed certificates and entitlements don't always play well together...
llvm-svn: 310936
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-- 2 files were missing in this commit which should have been there.
These files were submitted initially for review and were reviewed.
However, while updating the revision with newer diffs, I accidentally
forgot to include them in newer diffs. So commiting now.
llvm-svn: 310341
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-- Was failing for Linux
llvm-svn: 310270
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-- Build was failing for freebsd
llvm-svn: 310266
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Summary:
1. Provide single library for all Intel specific hardware features instead
of individual libraries for each feature
2. Added Intel(R) Processor Trace hardware feature in this single library.
Details about the tool implementing this feature is as follows:
Tool developed on top of LLDB to provide its users the execution
trace of the debugged inferiors. Tool's API are exposed as C++ object
oriented interface in a shared library. API are designed especially to be
easily integrable with IDEs providing LLDB as an application debugger.
Entire API is also available as Python functions through a script bridging
interface allowing development of python modules.
This patch also provides a CLI wrapper to use the Tool through LLDB's command
line. Highlights of the Tool and the wrapper are given below:
******************************
Intel(R) Processor Trace Tool:
******************************
- Provides execution trace of the debugged application
- Uses Intel(R) Processor Trace hardware feature (already implemented inside LLDB)
for this purpose
-- Collects trace packets generated by this feature from LLDB, decodes and
post-processes them
-- Constructs the execution trace of the application
-- Presents execution trace as a list of assembly instructions
- Provides 4 APIs (exposed as C++ object oriented interface)
-- start trace with configuration options for a thread/process,
-- stop trace for a thread/process,
-- get the execution flow (assembly instructions) for a thread,
-- get trace specific information for a thread
- Easily integrable into IDEs providing LLDB as application debugger
- Entire API available as Python functions through script bridging interface
-- Allows developing python apps on top of Tool
- README_TOOL.txt provides more details about the Tool, its dependencies, building
steps and API usage
- Tool ready to use through LLDB's command line
-- CLI wrapper has been developed on top of the Tool for this purpose
*********************************
CLI wrapper: cli-wrapper-pt.cpp
*********************************
- Provides 4 commands (syntax similar to LLDB's CLI commands):
-- processor-trace start
-- processor-trace stop
-- processor-trace show-trace-options
-- processor-trace show-instr-log
- README_CLI.txt provides more details about commands and their options
Signed-off-by: Abhishek Aggarwal <abhishek.a.aggarwal@intel.com>
Reviewers: clayborg, jingham, lldb-commits, labath
Reviewed By: clayborg
Subscribers: ravitheja, emaste, krytarowski, mgorny
Differential Revision: https://reviews.llvm.org/D33035
llvm-svn: 310261
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Small change to correct the install path of the nonui debugserver.
llvm-svn: 309428
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Fix a quick bug from r309395.
llvm-svn: 309396
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This enables libcompression when available in the CMake build system.
llvm-svn: 309395
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