This adds a test (which currently only runs automatically in CI) which installs the uiautomator2 driver. This will ensure that driver installation does not only work in a dev environment!
Due to needing to support Windows and not wishing to befoul the default `APPIUM_HOME`, we need `cross-env` as a production dependency (otherwise the smoke test would fail) to set a temporary `APPIUM_HOME` (`local_appium_home`) which is relative to the temp dir used by the smoke test (see https://github.com/boneskull/nodejs-production-test-action)
Also fix duplication of error messages about engines.
Unfortunately this adds another startup delay, but I'm unsure of a better way around it. I guess bundling our own npm might work!
Resolves#17250
This change passes any extra unknown arguments to extension scripts _if and only if_ `appium <extension> <name> run` is executed. In all other cases, unknown arguments result in an error and the `appium` CLI will abort as before.
Example:
```bash
appium driver fake run fake-success --foo --bar`
```
In the `fake-success` script of the `fake` driver, `process.argv.slice(2)` will be `['--foo', '--bar']`. Extra arguments can appear anywhere after the `appium` executable in the command and do not need to appear after the script name.
- In addition, added some missing arguments for extension subcommands to the types (`json`, `suppressOutput`). Extra arguments are stored in property `extraArgs`.
- Fixed a type problem surfaced by the previous item
- Changed help text for the `run` subcommand to hopefully read more clearly
- Reorganized E2E tests for the `run` subcommand
- Slightly changed error output when unknown argument is provided (given that we now need to DIY this)
This removes the symlink we were creating to avoid an extra install of `appium` in `APPIUM_HOME`. Using a symlink obviously breaks stuff, because (for whatever reason) `npm` wants to run lthe `prepare` lifecycle script in the symlinked `appium`, which will not work outside of a dev environment due to missing dev depenencies.
Because npm v7+'s behavior is to install peer dependencies automatically, this will cause `appium` to be installed alongside any extensions in `APPIUM_HOME`. Each extension will have its own `appium`. This may just be the price we have to pay for using `APPIUM_HOME`, or there may be another solution to avoid the extra install (I'm not sure what it is). I think it _also_ exposes us to future bugs where the running Appium differs from whatever the peer dependency is set to... which sort of defeats the purpose of peer dependencies. Either way, the user will get a warning if the currently-running Appium is too new for an extension.
- `@appium/test-support` now exports the e2e setup for plugins, and e2e/unit suites for drivers from base-driver. it also generates declarations.
- `appium` exports this as `appium/test`.
- The `capability.spec.js` unit test for basedriver now avoids spying on the "global" logger, due to test flake. It now spies directly on the function which calls the global logger. (@mykola_mokhnach)
- removed homebrew ansi-stripping code from `test-support` and replaced with `@colors/colors`
- type fixes and refactors for `@appium/test-support`
- type fixes for `appium`
- simplify `lib/index.js` of `@appium/base-driver`
This can happen if someone does something like `npm install --no-save appium`, _or_ if npm changes its shrinkwrap behavior for reasons that cause `appium` to be installed in `$APPIUM_HOME/node_modules` _(cough)_
Ref: #17073
this change uses --legacy-peer-deps for newer versions of npm to
avoid installation of appium when installing extensions in ~/.appium. this does not work if the extension contains a shrinkwrap with appium in it, though.
in that case, an extra copy of appium will always be installed.
it creates a symlink, e.g., ~/.appium/node_modules/appium to the currently-running appium, wherever that is. could not abuse NODE_PATH to do this.
this is rather naive and does not check that the symlink is actually the same as the running appium if it already exists. that might cause some weird problems with multiple installs of appium on the same machine, but if it does, we can fix them as they arise.
I think, perhaps, having `.ts` files hanging around so that we can make declarations out of them is bad news. I got this idea from wdio. Anyway, the TS alias `appium` (often used as `appium/types`) points to the `types` dir -- not the `build/types` dir. It can't point to that, because recursion. That means an import from `../lib/constants` imports from the _ESM_ `../lib/constants`, which apparently is not understandable by the compiler since there is no `.d.ts` flie living there (even if `constants.js` is typed via docstrings, which it is). I don't know. It was easier just to do this for now. At some point later I'll look at using plain `.d.ts` files for this sort of thing, since it seems like it should work.
When any package here is consumed as a library, the production deps installed alongside it _must_ also include depenencies related to type information. If these packages _aren't_ included, consumers will not have the requisite declarations installed and will get incomplete type information--at best--or worse; compilation errors.
Putting the onus on the consumer to install these requisite types is both user-hostile _and_ can result in the incorrect versions of type declarations being installed.
To that end, I've moved the various type declaration deps to production deps of the packages in which they are used. Sometimes this is multiple packages (in the case of, say, `@types/teen_process`). This results in many types being removed from the monorepo root. Those that remain are for _dev dependencies only_. If a packages uses, say, `ws`, but only in its tests, then the types can remain in the monorepo root along with the rest of the common dev deps.
I also saw an unused `supports-color` in `appium` and removed it.
This makes a small handful of fixes related to type consumption:
- `@appium/types` is now a direct dep of `appium`. Without this, types leveraging `@appium/types`--e.g., `BaseDriver`, which is based on a `Driver` interface defined in `@appium/types`--fail to be understood fully by a consumer (such as an extension). Extension authors would need to install `@appium/types` as their own dev dependency. This change makes addition of `@appium/types` unneeded when consuming types exposed by `appium`, `appium/driver`, `appium/support`, etc.
- At this time, consumers will still need to add `@appium/types` if they wish to directly reference types defined in here (such as `W3CCapabilities`).
- In manual testing of the exported types, I found two issues in `appium/lib/schema/arg-spec.js` and `appium/lib/schema/schema.js` which were relative type imports and only worked in the context of the monorepo. I fixed these.
- `@appium/types` previously re-exported types defined within `axios` (`HTTPMethod`); I just copied and pasted what we needed to avoid the production dependency on `axios`.
- `@types/express`, `@types/npmlog`, `type-fest` and `@wdio/types` were added as production deps to `@appium/types`, as these are needed. However, these are packages _only_ containing types, unlike `axios`. There's a lesson to be learned here, but I don't know what it is.
* #16817 2.0 Chinese mkdocs-zh.yml
Rebase the code for mkdocs-zh
* #16817 2.0 Chinese mkdocs-zh.yml
Change the folder from cn to zh as mkdocs required
* #16817 2.0 Chinese mkdocs-zh.yml
Change the relative link from en to zh
* #16817 2.0 Chinese mkdocs-zh.yml
Translate some titles to trigger the build
Jonathan Lipps