* Skeleton implementation
Lots and lots of TODOs
* Bootstrap simple CustomValue plugin support test
* Create nu_plugin_custom_value
* Skeleton for nu_plugin_custom_values
* Return a custom value from plugin
* Encode CustomValues from plugin calls as PluginResponse::PluginData
* Add new PluginCall variant CollapseCustomValue
* Handle CollapseCustomValue plugin calls
* Add CallInput::Data variant to CallInfo inputs
* Handle CallInfo with CallInput::Data plugin calls
* Send CallInput::Data if Value is PluginCustomValue from plugin calls
* Remove unnecessary boxing of plugins CallInfo
* Add fields needed to collapse PluginCustomValue to it
* Document PluginCustomValue and its purpose
* Impl collapsing using plugin calls in PluginCustomValue::to_base_value
* Implement proper typetag based deserialization for CoolCustomValue
* Test demonstrating that passing back a custom value to plugin works
* Added a failing test for describing plugin CustomValues
* Support describe for PluginCustomValues
- Add name to PluginResponse::PluginData
- Also turn it into a struct for clarity
- Add name to PluginCustomValue
- Return name field from PluginCustomValue
* Demonstrate that plugins can create and handle multiple CustomValues
* Add bincode to nu-plugin dependencies
This is for demonstration purposes, any schemaless binary seralization
format will work. I picked bincode since it's the most popular for Rust
but there are defintely better options out there for this usecase
* serde_json::Value -> Vec<u8>
* Update capnp schema for new CallInfo.input field
* Move call_input capnp serialization and deserialization into new file
* Deserialize Value's span from Value itself instead of passing call.head
I am not sure if this was correct and I am breaking it or if it was a
bug, I don't fully understand how nu creates and uses Spans. What should
reuse spans and what should recreate new ones?
But yeah it felt weird that the Value's Span was being ignored since in
the json serializer just uses the Value's Span
* Add call_info value round trip test
* Add capnp CallInput::Data serialization and deserialization support
* Add CallInfo::CollapseCustomValue to capnp schema
* Add capnp PluginCall::CollapseCustomValue serialization and deserialization support
* Add PluginResponse::PluginData to capnp schema
* Add capnp PluginResponse::PluginData serialization and deserialization support
* Switch plugins::custom_values tests to capnp
Both json and capnp would work now! Sadly I can't choose both at the
same time :(
* Add missing JsonSerializer round trip tests
* Handle plugin returning PluginData as a response to CollapseCustomValue
* Refactor plugin calling into a reusable function
Many less levels of indentation now!
* Export PluginData from nu_plugin
So plugins can create their very own serve_plugin with whatever
CustomValue behavior they may desire
* Error if CustomValue cannot be handled by Plugin
* Simplify PipelineData::print
Signed-off-by: nibon7 <nibon7@163.com>
* make write_all_and_flush to be associated function
Signed-off-by: nibon7 <nibon7@163.com>
* Updated nu_with_plugins to handle new nushell
- Now it requires the plugin format and name to be passed in, because
we can't really guess the format
- It calls `register` with format and plugin path
- It creates a temporary folder and in it an empty temporary plugin.nu
so that the tests don't conflict with each other or with local copy of
plugin.nu
- Instead of passing the commands via stdin it passes them via the new
--commands command line argument
* Rename path to command for clarity
* Enable core_inc tests
Remove deprecated inc feature and replace with new plugin feature
* Update core_inc tests for new nu_with_plugins syntax
* Rework core_inc::can_only_apply_one
The new inc plugin doesn't error if passed more than one but instead
chooses the highest increment
* Gate all plugin tests behind feature = "plugin" instead of one by one
* Remove format!-like behavior from nu_with_plugins
nu_with_plugins had format!-like behavior where it would allow calls
such as this:
```rs
nu_with_plugins!(
cwd: "dir/",
"open {} | get {}",
"Cargo.toml",
"package.version"
)
```
And although nifty it seems to have never been used before and the same
can be achieved with a format! like so:
```rs
nu_with_plugins!(
cwd: "dir/",
format!("open {} | get {}", "Cargo.toml", "package.version")
)
```
So I am removing it to keep the complexity of the macro in check
* Add multi-plugin support to nu_with_plugins
Useful for testing interactions between plugins
* Alternative 1: run `cargo build` inside of tests
* Handle Windows by canonicalizing paths and add .exe
One VM install later and lots of learning about how command line
arguments work and here we are
* introduce external command runs to failed error, and implement semicolon relative logic
* ignore test due to semicolon works
* not raise ShellError for external commands
* update comment
* add relative test in for windows
* fix type-o
Co-authored-by: Darren Schroeder <343840+fdncred@users.noreply.github.com>
* nu-table: Refactoring
Signed-off-by: Maxim Zhiburt <zhiburt@gmail.com>
* nu-table: consider space for single `...` column not enough space
Signed-off-by: Maxim Zhiburt <zhiburt@gmail.com>
* nu-table: Fix header style
It did appeared again after my small change...
Signed-off-by: Maxim Zhiburt <zhiburt@gmail.com>
* nu-table: Add a empty header style test
Signed-off-by: Maxim Zhiburt <zhiburt@gmail.com>
* Fix 5978
* Add unit test for explicit glob
* Format
* Expansion vs none-expansion
* Add unit tests
* Fix format..
* Add debug message for MacOS
* Fix UT on Mac and add tests for windows
* cleanup
* clean up windows test
* single and double qoutes tests
* format...
* Save format.
* Add log to failed windows unit tests
* try `touch` a file
* PS or CMD
* roll back some change
* format
* Remove log and test case
* Add unit test comments
* Fix
Co-authored-by: Frank <v-frankz@microsoft.com>
* Add plugin CLI argument
While working on supporting CustomValues in Plugins I stumbled upon the
test utilities defined in [nu-test-support][nu-test-support]
and thought these will come in handy, but they end up being outdated.
They haven't been used or since engine-q's was merged, so they are
currently using the old way engine-q handled plugins, where it would
just look into a specific folder for plugins and call them without
signatures or registration. While fixing that I realized that there is
currently no way to tell nushell to load and save signatures into a
specific path, and so those integration tests could end up potentially
conflicting with each other and with the local plugins the person
running them is using.
So this adds a new CLI argument to specify where to store and load
plugin signatures from
I am not super sure of the way I implemented this, mainly
I was a bit confused about the distinction between
[src/config_files.rs][src/config_files.rs] and
[crates/nu-cli/src/config_files.rs][crates/nu-cli/src/config_files.rs].
Should I be moving the plugin loading function from the `nu-cli` one to
the root one?
[nu-test-support]: 9d0be7d96f/crates/nu-test-support/src/macros.rs (L106)
[src/config_files.rs]: 9d0be7d96f/src/config_files.rs
[crates/nu-cli/src/config_files.rs]: 9d0be7d96f/crates/nu-cli/src/config_files.rs
* Gate new CLI option behind plugin feature
* Rename option to plugin-config
