Fixes#2039
CMake configurations bypassed the Build executor and Build Project ignored the selected target, so CMake projects had no hammer, configure/build output went to Run tabs, and generated names carried a "(build)" suffix (the build directory) that read like an action. Now the toolbar hammer and Cmd+F9 build the selected CMake target and profile without running it; configure/build prerequisites of Run, Debug and CTest run in the Build window and a failed build prevents the launch; generated executables are "CMake Application" configurations; generated names add profile/build directory only when needed to tell them apart ("hello", or "hello [Debug · build-debug/]"). Saved names and configuration ids are kept. Verified on macOS.
Adds a local Tomcat Server run configuration: Server / Deployment / Logs / Startup-Connection tabs, an Application Servers dialog (home, version, base directory, libraries), HTTP/HTTPS/JMX/AJP ports, update and frame-deactivation actions, JRE and VM options, and run/debug with redeploy.
Tomcat HOME and a configured base directory are read-only sources: every launch, build metadata write, sync and update goes to an IDE-owned CATALINA_BASE per configuration, which rejects paths equal to or overlapping either source (symlinks included). With "Deploy applications configured in Tomcat instance" on, the source's webapps and conf/Catalina/<host> descriptors are copied into it; off, the recreated base has none. Controls without a runtime consumer were removed; removing every server profile clears the selection. Verified on macOS (run, port changes, sync/redeploy, servlet breakpoint, source trees unchanged); Windows/Linux not run.
Co-authored-by: RuyimgByCN <[email protected]>
A build-only Go configuration over several packages (./...) failed because go build -o expects a directory for multiple main packages. Build-only configurations now pass an output directory (paths with spaces handled), so each package's executable is produced; explicit outputs and build-and-run keep their behaviour.
Co-authored-by: shohruh-genius <[email protected]>
Build in a go.work project compiled only one module. It now builds every workspace member, including members outside the project folder, with GOWORK pointing at the canonical go.work so external members keep their workspace context.
Co-authored-by: shohruh-genius <[email protected]>
Spring Boot detection shared one 400-file scan budget across all modules, so a large common library before the application modules used it up and later apps' launch configurations were never detected. Each module applying the Spring Boot plugin now gets its own budget.
Co-authored-by: qtvbwfn <[email protected]>
File-scoped Go tests compiled a synthetic package from the one file, so helpers in sibling files, TestMain and the external _test package were missing ("undefined: helper"). They now run in their real package with tests declared in sibling files excluded from the -run selection, in Run, Debug and reruns; build-file selection is kept, and a name shared by the internal and external test packages gives an actionable error instead of running the wrong test.
Co-authored-by: shohruh-genius <[email protected]>
Fixes#1977. External Libraries only inspected the project root and cached incomplete results, so ecosystems in nested modules/workspace members (e.g. a pnpm frontend under a Cargo + Maven repo) and dependencies installed after the first listing never appeared. Providers now discover module/workspace roots (package.json workspaces, pnpm-workspace.yaml, Cargo members, nested manifests), follow pnpm symlinks, include local Cargo path dependencies, stream groups to the Project view as each provider finishes so a slow cargo metadata doesn't hide the others, log failures instead of dropping them, and don't cache cancelled or failed results.
Pest test() and it() calls and describe() blocks get gutter Run and Debug,
nested by describe and filtered by the names Pest prints (`outer` → it does
x, plus a data set suffix). Projects with vendor/bin/pest get a Pest test
configuration of the PHPUnit kind, pest commands are recognised, Pest's
pest_qn:// hints are read and test tree reruns filter Pest tests by name.
Stop flipped the session back to Run as soon as the direct child exited, but a shell, Maven or the debug adapter can exit while the application it started still holds its port, so the next Run failed with "port already in use". The console also went quiet on a debug Stop because the DAP session was disconnected before java-debug drained the program's output, and closing a window killed running programs with SIGKILL at once.
Run and Debug sessions now stay in a stopping state from the Stop press until the whole process group (or the debuggee's pid tree) is gone. As in IntelliJ IDEA, the first Stop only interrupts and waits, and a second Stop kills; the Stop button turns into Kill process meanwhile. A rerun or restart waits for the old process without a time limit, and the termination time limit setting now only bounds a configuration's stop command. Debug launches record the program pid from the adapter's process/processid event, signal its pid tree and keep the adapter attached until the program exits; closing a project also stops debug sessions under its root. Closing a window with running programs shows a Terminating panel with Kill process and closes once they are gone.
Co-authored-by: misswell <[email protected]>
* fix(run): use system python per OS and pytest templates, detect pixi envs
Gutter/context pytest configs on Windows used `python3`, which is not a
command there; fall back to `python` on Windows. Gutter-created pytest
configs now also inherit "Edit configuration templates... > pytest"
values via a template cache populated with the run configurations.
Pixi environments (`.pixi/envs/<env>`) are detected as the project's
Python: as run-configuration env (`PyEnv::Pixi`, tools via
`pixi run` or the env's own executables), as the project interpreter
for scripts/tests and the debugger, and as selectable SDKs, so the
interpreter picked in the IDE feeds completion.
Fixesl0ng-ai/openidea#1885
* fix(run): drop the pytest template's own target in gutter configs
testConfigFor always appends the gutter file, so a target stored on the
template would run twice (template target plus the file). The gutter file is
the target. Also corrects pixi_env's doc comment to the implemented name
order.
Language smoke / Language smoke (go) (push) Failing after 6s
Language smoke / Language smoke (java) (push) Failing after 5s
Language smoke / Language smoke (kotlin) (push) Failing after 5s
Language smoke / Language smoke (python) (push) Failing after 4s
Language smoke / Language smoke (typescript) (push) Failing after 4s
Language smoke / Language smoke (rust) (push) Failing after 5s
CI / Rust (ubuntu-22.04) (push) Failing after 43s
CI / Plugins (SDK, official, fixtures) (push) Failing after 1m19s
CI / Remote server (linux musl) (push) Failing after 1m32s
CI / Cargo deny (push) Successful in 54s
CI / E2E (push) Successful in 15m57s
CI / Frontend (push) Successful in 24m49s
CI / Rust (macos-latest) (push) Canceled after 0s
CI / Rust (windows-latest) (push) Canceled after 0s
* fix(build): scope Kotlin bridge to linked Maven modules
* fix(run): resolve nested Go modules for context runs
* fix(gradle): discover nested builds and select compatible JVMs
* fix(workspace): share project discovery and module ownership
* fix(run): keep root toolchains for nested modules and resolve them once per module
- Python run configurations of a nested module without its own virtualenv use the closest one up to the project root.
- Gradle builds and runs fall back to the JDK matching the project's Java version when the Gradle version is unknown.
- Module-local interpreters and toolchains are resolved lazily, once per owning module.
- Tests build expected paths per segment so they hold on Windows.
Closing a window stops what its project started, but a quit that exits without closing the windows first (the Dock's Quit, a logout) left every run's process tree alive: a server kept its port and the next run failed with "port already in use". The desktop exit handler now kills every run's process tree and every terminal shell, as the remote server's shutdown already does.
Fixes#1691
Language smoke / Language smoke (go) (push) Failing after 6s
Language smoke / Language smoke (kotlin) (push) Failing after 6s
Language smoke / Language smoke (java) (push) Failing after 7s
Language smoke / Language smoke (python) (push) Failing after 3s
Language smoke / Language smoke (typescript) (push) Failing after 5s
Language smoke / Language smoke (rust) (push) Failing after 5s
CI / Plugins (SDK, official, fixtures) (push) Successful in 3m9s
CI / Cargo deny (push) Successful in 52s
CI / Remote server (linux musl) (push) Successful in 5m57s
CI / E2E (push) Failing after 15m55s
CI / Frontend (push) Successful in 25m38s
CI / Rust (ubuntu-22.04) (push) Failing after 46m4s
CI / Rust (macos-latest) (push) Canceled after 0s
CI / Rust (windows-latest) (push) Canceled after 0s
A run target can be a Docker image or a Compose service: the configuration runs as a local docker run --rm / docker compose run --rm with the project bind-mounted, so the console, PTY, stdin, Stop and test parsers work unchanged. Only daemons on this machine are accepted; on Linux the container runs as the project folder's owner; Stop runs docker stop with the same docker CLI. Debugging, coverage and profiling stay on this machine. Refs #1083 (step A1).
Co-authored-by: andreabasile <[email protected]>
Tomcat ignores an app's META-INF/context.xml once conf/Catalina/localhost has a descriptor for it, and the run configuration always wrote a bare <Context docBase reloadable/>, dropping the app's Resource/Environment/Valve/Realm entries. The descriptor now starts from the app's own context.xml (exploded directory or WAR, all three deployment kinds) with docBase and reloadable set by the IDE and path dropped; unreadable or non-<Context> files fall back to the bare descriptor.
Fixes#1514
Co-Authored-By: Claude Opus 5.5 <[email protected]>
Parsing Minitest's console output needs -v, gives no file or line for passing tests and depends on how output interleaves. Ruby test runs (ruby and rake test configurations in the console) now load a small Minitest reporter through RUBYLIB/RUBYOPT that prints one record per test on stdout with its status, time, failure text and real file and line. The console strips the records and the test tree is built from them, so jump to source gets exact locations; the text parser stays as the fallback. It works on Minitest 5 and 6 (6 no longer loads plugins on its own, so a small hook registers the reporter once Minitest is loaded).
Co-authored-by: kjeldahl <[email protected]>
Ruby test runs showed only console text: there was no Ruby output parser and test_*.rb was not a test file. A Minitest parser now builds the test tree (class, test, status, time, failure text) from verbose output (-v / TESTOPTS=-v), test_*.rb counts as a test file, jump to source finds the class and then its def, and the gutter gets a run action per test method (coloured by the last result) and per test class and module that holds test classes; one test, class or module runs with --name=....
The streaming Find in Files helper the jump to source uses moved from the search feature to src/platform, so the run feature doesn't import another feature.
Co-authored-by: kjeldahl <[email protected]>
A Ruby file run from the context menu had no project load path, so require "foo" for lib/foo.rb failed: Sources roots are now passed as -I<root>. Folders under a test root get Run Tests in '<dir>': RSpec on the folder, rake test with TEST=<globs> (two comma-separated globs, since Rake splits TEST at commas), or a detected minitest configuration that loads every *_test.rb / test_*.rb under the folder when the project has neither.
Co-authored-by: kjeldahl <[email protected]>
Ruby had no coverage runner. Run with Coverage now works for ruby, bundle, rake, rspec and rails test configurations through SimpleCov, read from its .resultset.json (lines and branches). A project that starts SimpleCov itself keeps its own setup; otherwise a small preload starts it and writes the report to the IDE's run directory, so nothing is written into the project. The preload is loaded through RUBYLIB and a bare -r in RUBYOPT, because RUBYOPT can't take the spaces in the macOS data directory, and it steps aside in the bundle exec launcher, which loads it before Bundler puts the project's gems on the load path. A CI .resultset.json can be imported through Import a Coverage Report.
Co-authored-by: kjeldahl <[email protected]>
Updating a Tomcat deployment took web resources only from src/main/webapp, so JSPs under WebContent (maven-war-plugin webResources) never reached it. It now reads warSourceDirectory and webResources from the pom, or webAppDirName / webAppDirectory from the Gradle build.
The JetBrains importer skipped SpringBootApplicationConfigurationType and Application as unsupported types. Both now map to the spring-boot / application forms' command line with their module, working directory and environment; options without a field are listed as left out.
Configurations created for a main class, and the Spring Boot applications
detected in a module, set their working directory to the module directory.
A relative path in the VM options (such as --module-path=app/server/target/dependency)
then resolved against the module and the JVM failed to start. They now leave the
working directory empty, so the process starts in the project root, which is what
an empty working directory means elsewhere. The module is still stored separately
and keeps supplying the classpath and the debugger's sources.
Fixes#1197
An npm configuration's own Node interpreter was listed as ignored on import. The import now fills the npm form's Node interpreter field, together with the form's other fields so it shows the configuration as it runs. Jest, Vitest and Node.js configurations still list it as ignored.
"Update classes and resources" / "Update resources" on a Tomcat configuration deploying the project's WAR artifact ran a full package build and re-exploded the archive. They now compile the WAR module incrementally through jdtls and copy only the changed classes and resources into WEB-INF/classes and changed web files (src/main/webapp) into the exploded deployment; Tomcat reloads the context, or HotSwap applies the classes when debugging. Falls back to rebuilding the WAR when a dependency module was compiled since the last update (its WEB-INF/lib jar would be stale), the deployment doesn't exist yet, or no Java language server is available. Redeploy still rebuilds the WAR.
Closes#970
Run/Debug Configurations offers Import from JetBrains run configurations when the project has .run/*.run.xml, .idea/runConfigurations/*.xml or run configurations in .idea/workspace.xml; Find Action has Import Run Configurations from JetBrains (.run, .idea). Python, Django server/tests, pytest, npm, Jest, Vitest, Node.js, Shell Script and compound configurations map to the matching kinds; other types, unknown path variables and multi-module $MODULE_DIR$ are skipped with the reason. Shared .run files take precedence over .idea/runConfigurations and the workspace's RunManager (templates and temporary configurations left out). Path and argument helpers shared with the launch.json importer moved to import/mod.rs.
Co-authored-by: andreabasile <[email protected]>
A plugin system built on WebAssembly components (wasmtime, WASI p2), with a
typed WIT API (`openidea:[email protected]`) and a Rust SDK, shipped as a preview.
- Extension points declared in `plugin.toml` (commands, languages, themes,
icon themes, menus, key bindings, status items, settings, views, custom
editors, file icons and templates, run detectors, editor providers),
validated before anything takes effect and projected onto the workbench's
own registries: plugin themes and file icon themes are chosen in
Settings › Appearance and Quick Switch, plugin shortcuts are edited in
Settings › Keymap, plugin problems are grouped in Settings › Inspections.
- Capabilities with risk levels and consent at install, pinned `process:`
programs, secrets in the OS keychain.
- Runtime: one thread per active plugin, fuel/time/memory budgets, soft and
hard deadlines on the editing path, cancellation, crash backoff, idle
reclaim, a precompiled-component cache; remote projects run code plugins on
`openidea-server`.
- Web views and custom editors with a sandboxed page, a document bridge
joined to the text editor's undo history, and split or preview layouts.
- Distribution: signed `.oiplugin` packages, a static marketplace index with
revocation, versioned installs with rollback, install from a `.zip` or a
folder. The release workflow signs and publishes the official plugins and
their index, which released builds use as the default marketplace.
- Official plugins: String Tools, Key Promoter, Git Toolbox, AI Completion,
Checkstyle, MyBatis Navigator, CSV Editor, Solidity, Material Icons, Harbor
Night, Excalidraw, Graphviz, Regex Tester, License Header.
Closes#732
Co-authored-by: Deng Liu <[email protected]>
Co-authored-by: florentvdry <[email protected]>
Run/Debug Configurations offers Import from .vscode/launch.json when the project has one (also a Find Action command). debugpy/python launches become Python, Django test, module or pytest configurations with their interpreter; debugpy attach becomes Python Remote Debug; node/pwa-node launches become node or npm configurations, attaches become Attach to Node.js, and node-terminal commands map to npm, a program or a shell line. cwd, env, envFile and the per-OS blocks are applied. Imported configurations join the dialog like new ones and are saved on OK/Apply; names already present are skipped, and a notification lists skipped entries with the reason and keys with no equivalent.
Refs #991
Co-authored-by: andreabasile <[email protected]>
* fix(run): give the spring-boot:run fork a UTF-8 default charset on Windows
On Windows, mvn spring-boot:run passes the stdout/stderr encoding properties to the
forked application JVM through JAVA_TOOL_OPTIONS, but not file.encoding (it would
change how Maven reads sources). On JDK 8-17, logback / log4j2 console appenders
encode with the default charset (GBK on Chinese Windows) and ignore stdout.encoding,
so Chinese log lines showed as U+FFFD in the UTF-8 Run console.
For a Maven launch with a spring-boot:run goal and a UTF-8 console, add
-Dfile.encoding=UTF-8 to -Dspring-boot.run.jvmArguments, merged into the user's
VM options. It reaches only the forked JVM; Maven's own JVM is unchanged. A
file.encoding the user set (in jvmArguments or JAVA_TOOL_OPTIONS) wins.
Fixes#697
* fix(run): give Gradle JavaExec forks a UTF-8 default charset on Windows
Applications started by Gradle (bootRun, run, custom JavaExec tasks) kept the
ANSI default charset (GBK on Chinese Windows, JDK 8-17) while the Run console
decodes UTF-8. Code that converts text with the default charset then breaks:
Nacos config with Chinese text fails to parse (MalformedInputException) and
logback/log4j2 console output is garbled.
For a UTF-8 console on Windows, a Gradle launch now gets an init script that
adds -Dfile.encoding=UTF-8 to each JavaExec task when it runs, unless the task
or JAVA_TOOL_OPTIONS already sets file.encoding. Gradle's own JVM and compiler
source encoding are unchanged. Maven and Gradle are told apart so the
spring-boot:run rewrite only applies to Maven.
* fix(run): set Gradle charset before build task configuration
---------
Co-authored-by: DPhngNam <[email protected]>
Composer projects and PHPUnit suites are detected (Composer scripts, PHPUnit, artisan serve); PHPUnit runs report into the test tree through --teamcity with gutter runs for classes and methods, file-level runs, rerun failed and a PHPUnit run configuration type. Settings › Languages & Frameworks › PHP selects the CLI interpreter (discovered on PATH, Homebrew, phpbrew, phpenv, Herd, XAMPP, Laragon); it is applied to run configurations and PHP language servers through PATH. TeamCity service messages feed only the test tree and are kept out of the run console, sharing the stdout decoder go test -json uses.
Co-authored-by: ravuthz <[email protected]>
Ruby gets an ERB editor mode (HTML with embedded Ruby), Ruby / Rake / RSpec run configuration types, and a Settings › Languages & Frameworks › Ruby page for choosing the interpreter (Auto picks the `.ruby-version` / mise / asdf install, else `ruby` on PATH).
- Run: `.rb` scripts run from the editor context menu, `_spec.rb` / `_test.rb` files narrow an RSpec or Rake (`SPEC=` / `TEST=`) configuration, and Rakefile tasks are detected; Rake and RSpec go through `bundle exec` when the project has a Gemfile. The chosen interpreter's `ruby`, `bundle`, `rake` and `rspec` are used and its bin directory is put on PATH.
- Configuration forms rebuild from a raw command line keeping option values with their options (`--format documentation`, `-I lib`), and a new Ruby configuration opens in the Ruby form with the script still to fill in.
- External Libraries lists the Ruby standard library and the bundle's gems, including those Bundler installs inside the project (`vendor/bundle`).
- Ruby is part of the frontend settings defaults and normalization, so the selected interpreter survives a settings round-trip.
Closes#719
Co-authored-by: retsef <[email protected]>
Django projects get a detected `manage.py test` configuration next to runserver and a Django tests configuration type (command, runner arguments, target, settings module, options). Results stream into the test tree with failures, errors, skips and subtests, failed tests navigate to their source line, Rerun Failed Tests narrows the command to the failed labels, and single tests run from the gutter.
Co-authored-by: andreabasile <[email protected]>
Co-Authored-By: Claude Opus 5.5 <[email protected]>
.NET projects had no run configurations.
Projects from .csproj files (and those listed in .sln/.slnx) now get configurations: executable projects (OutputType Exe/WinExe, or the Web SDK) get a .NET Project configuration running dotnet run, one per Project launch profile in Properties/launchSettings.json with its application URL and environment shown; test projects (Microsoft.NET.Test.Sdk) get dotnet test. The form edits project, target framework, launch profile, program arguments and environment, which override the profile's values. Debug builds the project, resolves the output assembly through MSBuild and launches it under netcoredbg, offering to install netcoredbg when missing. The source-text catalog test now ignores Rust character literals when collecting backend strings.
Part of #615
CMake run configurations used fixed arguments (-B build, Debug) and only recognised existing build directories.
Projects can now define CMake profiles under Settings › Build, Execution, Deployment › CMake: build type, generator, CMake arguments, build directory (default cmake-build-<type>), build arguments and environment. Each profile gets its own Configure, Build, CTest and target run configurations, named after the profile when there are several. Configure runs first only while the build directory has no CMakeCache.txt, and a generator change clears the stale cache before configuring. Projects without profiles keep the previous detection. Arguments are stored as lists and edited with the same quoting rules as program arguments. Toolchain selection is not part of this change.
Refs #655
Projects now open with a user-owned trust decision. The prompt offers Preview in Restricted Mode, Don't Open and Trust Project, with an optional trusted parent folder; preview is the default focus so Enter never grants trust.
Restricted projects keep browsing, editing, saving, search and highlighting. Project-controlled execution is denied by default in the backend: run, debug, build, tools, language servers, plugins and Git commands that could honour repository configuration. Trusting a project enables those paths without reopening it, and decisions can be revoked in Settings.
Terminals stay available when the user opens one, without project shell settings, environment or virtualenv activation. A shell prompt that runs git in the folder can still honour the repository's core.fsmonitor.
Fixes#462
Keep the program output test out of the Unix-only attribute it landed under,
skip the Go process tests when no toolchain is installed, and list Go variable
names and placeholder values as untranslated text instead of identical
translations.
C/C++ files in a CMake project ran as standalone compiler commands, so multi-source programs failed to link. Single-file debugging selected CodeLLDB although the language uses lldb-dap. File aliases such as /tmp and /private/tmp could apply one rename edit twice. CMake command names were highlighted as variable definitions.
- Add CMake Configure, Build and CTest configurations, and read the File API codemodel after configuring to discover executable targets and their sources. Context runs select the owning target and build it first. Configuring only runs before the first build, since a configured build directory regenerates by itself.
- Debug C/C++ files and CMake targets with lldb-dap, and map CMake's recorded source root to its canonical path so breakpoints resolve.
- Coalesce file aliases and duplicate edits before preview and application, deduplicate references, and avoid reopening an open document through an alias.
- Replace the CMake syntax mode with command, argument keyword, predefined variable, boolean, number, string, comment and expansion highlighting.
Go settings, execution, debugging and test reporting were disconnected, leaving Go projects without editable build/test fields and workspace maintenance actions.
- Add project build constraints that update gopls in place, and notices on excluded files.
- Add editable Go Build and Go Test configurations with directory, package and file targets, separate tool and program arguments, modules, environment, output selection and build-only execution, and pass the same settings to Delve.
- Decode Go JSON test output into the results view, with subtests, failures, skips and rerun failed. Add gutter targets for benchmarks and generate directives.
- Add module environment and vendoring settings, read go.work members, and offer tidy, download, sync and use from file menus.
- Add file and package generate actions, and format and organize imports through gopls on Save and Reformat.
- Show what a Go program prints in the debug console: Delve's debuggee shares its stdio, which no DAP event carries.
- Keep the default build output out of version control, and keep configurations produced by an earlier run out of the gutter choices.
Fixes#507Fixes#237
A Tomcat run with a WAR from a nested Maven module failed with "The built WAR artifact does not exist": the artifact path query was evaluated for the reactor parent, not the selected module.
The build now resolves the selected POM's effective identity first, using the same options and environment as the build, and asks for that project's artifact. Custom outputs, .mvn settings and root modules are covered, Gradle WAR manifests are written as UTF-8, and Tomcat deployment errors now name the checked path.
Fixes#515
Run and Debug passed the configuration working directory to java_resolve_launch as the module, so changing the working directory also changed which jdtls project supplied the classpath and failed with "references non-existing project". Java application configurations now store their module at detection and creation, keep it when the working directory changes, and clear it when the main class changes. Older saved configurations resolve it from the main class source file. The Kotlin debugger check also uses the module directory.
Fixes#435
Builds and run configurations started a bare mvn / gradle through the app's own PATH, which can be minimal when the app isn't launched from a shell, so launchers installed by mise, asdf or Homebrew weren't found. Bare names now resolve through the configuration's PATH override or the IDE search path (login shell PATH plus version-manager shims) on every platform, for build processes and run configurations alike.
Co-authored-by: a-rookie-of-C-language <[email protected]>
Adds Tomcat Server › Local run configurations for WAR applications: installation validation and version detection, Maven/Gradle WAR artifact discovery and build before launch, WAR file or exploded-directory deployment, context path and HTTP port, project JDK or a chosen JRE, VM options, environment variables and opening the browser.
Each configuration runs with its own CATALINA_BASE in the project cache (HTTP, shutdown and local JMX ports configured there); Stop requests a clean shutdown before the usual process timeout. Debug attaches the Java debugger over JDWP. Update Application (Cmd+F10) updates resources, classes and resources with HotSwap, redeploys or restarts the server. Configurations are grouped under Tomcat Server in the configuration tree and Services.
Not verified on a real Windows machine; command construction is unit tested.
Fixes#205
cargo deny check now passes, with a deny.toml at the repository root (advisories, licenses, bans, sources).
- zip 2.4.2 → 9 as one workspace dependency (RUSTSEC-2026-0367/0368/0369). Our own extraction is hardened too: tar/zip entries cannot escape the destination, symlinks are allowed only when they resolve inside it, entries cannot traverse a symlink, and setuid/setgid/sticky bits are dropped (also after system tar).
- tiberius 0.12 → 0.13 with rustls 0.23, which brings the fixed rustls / rustls-webpki (RUSTSEC-2026-0098/0099/0104/0346/0349/0382/0383). The bb8-tiberius adapter is replaced by a small bb8 connection manager in ide-db that keeps its single-redirect handling.
- crypto-bigint / ctutils updated (RUSTSEC-2026-0385/0387).
- rsa RUSTSEC-2023-0071 (no fixed release) is ignored with its reason: RSA is used only for MySQL password encryption and SSH signatures, never to decrypt attacker-controlled ciphertext.
- Unmaintained transitive crates (paste, proc-macro-error, rustls-pemfile, zbus/zvariant) remain warnings. MPL-2.0 is allowed (file-level copyleft, dependencies used unmodified).
未在真实 SQL Server 及 Windows / Linux 上验证解压。
As in IntelliJ IDEA, a root Maven project can be unlinked from the Maven tool window's context menu (Unlink Maven Projects, with confirmation) and linked again with the toolbar's Add Maven Projects (pick a pom.xml). Unlinked root POMs are stored in the project's Maven settings (unlinkedProjects). ide-host computes the unlinked roots and their modules once with ide-build and applies the same exclusion to the build model, Maven sync, project source roots, detected run configurations and the Java language server import (java.import.exclusions). The project's files stay visible in the Project view as plain files.
Refs #271
Detected run configurations (Spring Boot and Java applications, npm scripts, Maven/Gradle tasks, pytest, Cargo, Go, …) could not be removed: the − button was disabled because a removed detection would be found again. As in IntelliJ IDEA, they can now be removed and stay removed: the removed id is stored in the workspace-local run.local.toml (suppressed-ids) and detection skips it; saving a configuration with that id again lifts the suppression. Applies to the Run/Debug Configurations − button, the Delete key in its tree, and Delete in the run configuration chooser. Removing a saved override still restores the detected configuration; temporary configurations are unchanged.
Refs #271
On Windows std/tokio Command only tries .exe for a bare program name, so agents installed as npm shims (codex.cmd, claude.cmd) failed with "program not found". Bare names are now resolved through PATH x PATHEXT before spawning.
- ide-core::process gains find_executable / find_executable_in (moved from ide-run::which, which re-exports them).
- ide-jsonrpc Peer::spawn_framed resolves against the child's PATH (caller env, login shell, then ours): covers ACP agents and the native Codex driver.
- ide-agent newest_install builds candidates with executable_names, so the native Claude driver finds .cmd shims and multi-install selection works on Windows.
- ide-agent replay recorder resolves the same way.
Co-authored-by: a-rookie-of-C-language <[email protected]>
Python file launches only exposed the script directory, so imports of sibling project packages failed. Add content, source and test roots to the effective PYTHONPATH after environment resolution, preserving existing paths. Apply the shared behavior to Python/test process launches and debugpy launches while leaving attach and remote adapter paths unchanged.
Refs #216
Only the JVM the IDE launched directly was told the console's output encoding, so forked JVMs (spring-boot:run, Surefire, bootRun, Gradle workers), debugger-launched JVMs and Build-window builds wrote GBK on Windows while the console decoded UTF-8. Every JVM the IDE starts on Windows now gets the console encoding: java gets -Dfile.encoding alongside the std* properties, build tools and their forks get JAVA_TOOL_OPTIONS (std* only) with the IDE's own 'Picked up JAVA_TOOL_OPTIONS' line filtered, shell command lines are recognised by their first word, and java-debug launches get the matching vmArgs. The Debug console now shares the Run console's ANSI parser. Encoding helpers moved to ide-core::output_encoding.
Not verified on a Windows machine.
Fixes#180Fixes#182
Claude-Session: https://claude.ai/code/session_01Dq6jQQn8ZhRfkkyj3PRutA
l0ng-ai
RuyimgByCN
Shohruh Ismoilovandshohruh-genius
Qingandqtvbwfn
Pedro Pessoa
misswellandmisswell
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Andrea Basileandandreabasile
Jacob Kjeldahlandkjeldahl
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Roberto Scinoccaandretsef
