* CI: add windows arm64 workflow
* add win-arm64 capslock
* add capslock build tag
* add servive test build tag
* skip proc_test.go
* unskip more tests
* skip TestHardcodedBreakpointCounts as flaky
* add gotip
* add version log to ps1
* switch logic to use stable json endpoint for getting latest go
* add continue-on-error for gotip
* *: randomize testnextnethttp.go listen port
* service/test: prefer t.Setenv
* *: cleanup port pid files
* service: fix final parallelization bugs
* address review feedback
* pkg/proc: fix test on windows
* fix finding port file on TestIssue462
This flag in internal/abi.Type is moving from the Kind_ field to
the TFlag field. See https://go-review.googlesource.com/c/go/+/681936
A few of the other Kind fields dlv doesn't use (and don't exist
in Go anymore), so this code can be simplified somewhat.
When reflect.MethodByName is used the linker can not fully perform
deadcode elimination. This commit updates cobra and rewrites the
suitableMethods part of service/rpccommon so that reflect.MethodByName
is not used and the linker can fully execute deadcode elimination.
The executable size on go1.24.0 on linux is reduced from 25468606 bytes
to 22453382 bytes or a reduction of approximately 12%.
See also:
https://github.com/spf13/cobra/pull/1956https://github.com/aarzilli/whydeadcode
* delve: support linux-loong64 native debug
LoongArch is a new RISC ISA, which is independently designed by Loongson Technology.
LoongArch includes a reduced 32-bit version (LA32R), a standard 32-bit version (LA32S)
and a 64-bit version (LA64), and loong64 is the 64-bit version of LoongArch.
LoongArch documentation: https://github.com/loongson/LoongArch-Documentation.git
* *: mark loong64 port as experimental
---------
Co-authored-by: Huang Qiqi <huangqiqi@loongson.cn>
Structs returned to starlark scripts by API calls were immutable, this
made amend_breakpoint nearly impossible to use since its argument must
be a api.Breakpoint struct which the caller has received from
get_breakpoint and modified.
Move all tests of the functionality of proc.next,
proc.(*TargetGroup).Next, proc.(*TargetGroup).Step,
proc.(*TargetGroup).StepOut to their own test file.
* Adjust rtype.go script to handle constants moved to internal/abi from
runtime
* Remove tests in service/dap/server_test that relied on knowledge of
the internal layout of channels.
The builder is currently spending 15 to 20 minutes installing gcc and
upgrading packages every time we run the tests.
Because of this the build fails sometimes by running out of time.
This change reduces that to 5 minutes by:
* switching from curl to wget (which seems to have fewer dependencies)
* not installing gcc on ppc64le
* skipping tests that depend on gcc or other binutils
We had a few checks left over for the TRAVIS variable that detected if
we were running under the TravisCI build system.
This variable hasn't been set since 2020.
- add architecture rule for ppc64le so that incompatible agents don't
pick up the build
- disable PIE tests on linux/ppc64le (the tests claim it doesn't work)
- enable PIE tests on darwin/amd64 now that the entry point calculation
has been fixed
- remove dependency on wget and curl in the test script for linux to
reduce test time
- only install git in the linux test script when we need it
- remove staticcheck from linux/ppc64le builds (it takes almost 5
minutes between installation and execution and makes the test timeout
sometimes)
- drop windows/arm64/tip build, the windows/arm64 build is broken
anyway and since there is only one agent it makes CI runs slow
- drop linux/ppc64le/tip build, there is only one agent, it's slow and
it will always timeout. CI runs in excess of 1h are too long.
Update test matrix to remove 1.18 and add 1.21, fix build scripts to
deal with the new format returned by:
https://golang.org/VERSION?m=text
which now has an extra second line with the time.
We must pass the build tag through during the 'vet' check, and
additionally there was some extra commands at the end of test_linux.sh
that were not necessary.
Due to some very old mistakes too many of Delve's flags are declared as
persistent on cobra's root command. For example the headless flag is a
global flag but does not apply to connect, dap or trace; the backend
flag does not apply to replay, core and dap; etc.
Almost all global flags should have been declared as local flags on
individual subcommands. Unfortunately we can not change this without
breaking backwards compatibility, for example:
dlv --headless debug
would not parse if headless was a flag of debug instead of a global
flag.
Instead we alter usage function and the markdown generation script to
strategically hide the flags that don't apply.
Fixes#2361
Adds a new starlark builtin 'help' that prints the list of available
builtins when called without arguments and help for the specified
builtin when passed an argument.
The help is autogenerated from godoc comments so it isn't always
exactly accurate for starlark (in particular we sometimes refer to the
In structs), but it's better than nothing.
Go 1.21 renamed runtime._type to internal/abi.Type and changed the name
of its fields. Update Delve so that it uses the new names for loading
interfaces and generic type parameters.
Change generated comment header for opcodes.go to match Go regexp:
```
^// Code generated .* DO NOT EDIT\.$
```
Fix panic in gen-opcodes.go if no args provided.
Windows/amd64 builds are not runnning because the current settings.kts
has an implicity requirement to property teamcity.build.systemDir which
does not exist on windows/amd64 agents.
* Test windows/arm64 pipeline
* update build script to support windows/arm64
* skip TestLaunchRequestWithRelativeExecPath is symblink can't be created
* partially fix and skip TestCgoStacktrace
* update backend health docs
* update
* log test output
* skip starbind test on windows arm64
* skip starbind test on windows arm64
* skip rtype test on windows arm64
* skip pie backend tests on windows/arm64
* fix tests
* skip function calls test on windows/arm64
* fix tests
* revert hardware breakpoint test relax
* add pie test clarification
* skip symlink test only on windows
* skip TestStepConcurrentDirect
* readd exp.winarm64
* fix param
* add exp.winarm64 tags
* skip TestGeneratedDoc on winarm64
* Add support for windows/arm64
* split sentinel files and add winarm64 experiment
* update loadBinaryInfoPE to support PIE binaries
* skip TestDump on windows/arm64
* run windows/arm64 compilation on windows/amd64
* add entry point check for pie binaries
* delete unusded code
* document windows/arm64 breakpoint
* implement changing windows/arm64 fp registers
* update crosscall offset names
* fix G load when using CGO
* fix testvariablescgo
* remove DerefGStructOffset
* derefrence gstructoffset in GStructOffset() if necessary
