* webidl: Remove exact-output tests
These have not been as effective, nor as easy to write and maintain, as the
project()-based integration tests.
* tests: Move webidl tests into the webidl crate's test suite
The WebIDL-based -sys crate will also use this, but I want its tests to be a
separate suite that we can run separately and in parallel in CI. Therefore, this
testing infrastructure code needs to be share-able between them :)
* tests: Add newlines between impl methods for Project
* WIP headless browser testing with geckodriver and selenium
* Get some more of headless testing working
* Extract `console.log` invocations and print them from the console
* Ship the error message from an exception from the browser back to the command
line
* Cleanup some "if headless" and `else` branches
* Fix killing `webpack-dev-server` in the background with `--watch-stdin`
* Fix path appending logic for Windows
* Always log logs/errors in headless mode
* Install Firefox on Travis
* Don't duplicate full test suite with `yarn`
No need to run that many tests, we should be able to get by with a smoke test
that it just works.
* headless tests: Move `run-headless.js` to its own file and `include_str!` it
* Run `rustfmt` on `tests/all/main.rs`
* guide: Add note about headless browser tests and configuration
* test: Log WASM_BINDGEN_FIREFOX_BIN_PATH in run-headless.js
* TEMP only run add_headless test in CI
* Add more logging to headless testing
* Allow headless tests to run for 60 seconds before timeout
* TEMP add logging to add_headless test
* Fix headless browser tests
* Another attempt to fix Travis
* More attempts at debugging
* Fix more merge conflicts
* Touch up an error message
* Fixup travis again
* Enable all travis tests again
* Test everything on AppVeyor
* Reorganize Travis configuration
* Add a `JOB` env var descriptor to all matrix entries. Not used anywhere but is
useful when viewing the whole build on Travis's web interface.
* Reorganize where builds are located, moving slow builds first and fast ones
last.
* Change checking the CLI builds from `cargo build` to `cargo check`
* Use YAML references to reduce some duplication
* Print some more timing statistics for each test
* Extract `Project` helper in tests to a module
This'll help make it a bit more extensible over time. At the same time the
methods are also slightly reorganized to read more clearly from top to bottom.
* Migrate all tests away from Webpack
Wepback can take a significant amount of time to execute and when it's
multiplied by hundreds of tests that adds up really quickly! After investigating
Node's `--experimental-modules` option it looks like it's suitable for our use
so this switches all tests to using JS files (moving away from TypeScript as
well) with `--experimental-modules` with Node.
Tests will be selectively re-enabled with webpack and node.js specific output
(that doesn't require `--experimental-modules`), coming in later commits.
* Restore the node test for node.js output
Ensures it's workable as-is
* Only generate typescript with webpack
* Only read wasm files for webpack
* Skip package.json/node_modules for now
* Only generate webpack config if needed
* Start a dedicated test module for typescript
Will hopefully verify the generated Typescript compiles OK.
* Remove unneeded `node` method
* Fixup some rebase conflicts
* Don't run asmjs example on travis
* Fixup generator tests
* Attempt to fix windows
* Comment windows fix
* More test fixes
* More exclusions
* More test fixes
* Relax eslint regex
Catch mjs modules as well
* Fix eslint
* Speed up travis on examples slightly
These are bindings to JavaScript's standard, built-in objects and their methods
and properties.
This does *not* include any Web, Node, or any other JS environment APIs. Only
the things that are guaranteed to exist in the global scope by the ECMAScript
standard.
https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects
* backend comments complete
* better matching
* gen comments
* Add example
* Move test bindings gen to own fn
* move build step into build fn
* add fn to read js, refactor gen_bindings/test to allow for this
* Add comments test
* Update readmes
* add comments to travis
* fix broken tests
* +x on build.sh
* fix wbg cmd in build.sh
* Address fitzgen's comments
This commit is an implementation of mapping u64/i64 to `BigInt` in JS through
the unstable BigInt APIs. The BigInt type will ship soon in Chrome and so this
commit builds out the necessary support for wasm-bindgen to use it!
Currently `#[wasm_bindgen]` generates a bunch of references to symbols that
don't actually exist on non-wasm targets, making it more difficult to get a
crate working across multiple platforms. This commit updates the symbol
references to be dummy ones that panic on non-wasm targets to allow simple
testing/benchmarking to work on native targets.
While this isn't a perfect solution for #114 it's probably as good as we can do
for now pending upstream Cargo features, so I'm gonna say that it...
Closes#114
These functions are activated with the `serde-serialization` feature of the
`wasm-bindgen` crate. When activated they will allow passing any arbitrary value
into JS that implements the `Serialize` trait and receiving any value from JS
using the `Deserialize` trait. The interchange between JS and Rust is JSON.
Closes#96
Turns out there was a bug when passing a vector of `JsValue` instances back to
JS all objects were leaked rather than correctly removed from the global slab.
This commit adds support for both `#![no_std]` in the wasm-bindgen runtime
support (disabled by default with an on-by-default `std` feature). This also
adds support to work and compile in the context of `#![no_std]` crates.
Closes#146
Nowadays the compile times are mitigated with incremental compilation and
otherwise it's much more ergonomic to run only one test if they're all in the
same suite.
