Regression introduced by the CSS watching code (specifically, f230eba62)
by the sourceIsWatched check. We need to be able to tell the difference
between "source handler didn't do anything because there was an error"
and "source handler didn't do anything because it's web-specific and
this is an os arch".
A simple fix would have been to interpret compileStep.error as
"sourceIsWatched = true", but I didn't think of that until after doing
it the slightly more complicated but more precise way :)
Also, ensure that if the runner rebuilds the client and there's an
error, it properly kills the app process (and the watchers and the
keepalive interval, etc).
Port a simplified version of Meteor.EnvironmentVariable and
Meteor.bindEnvironment to fiber-helpers.js to deal with this.
Identify uses of fiberHelpers.inFiber and switch them to either
fiberHelpers.bindEnvironment (if the callback they are wrapping is
semantically "part of" the context that creates the callback) or
fiberHelpers.inBareFiber (otherwise).
Without this, concurrency was causing the wrong buildmessage message
sets and jobs to be active when builds yielded.
Cordova projects often have a different set of files than web targets,
so we would like to be able to target different client architectures in
our bundles. Ideally, we allow the user to use arbitrary client
architectures - but this patch is a step in the right direction by
abstracting out more of the hard coded "browser"/"os" lines.
We accomplish this separation in a backwards compatible way by allowing
api.___ commands to target a "client" architecture. For example,
api.addFiles('a.js', 'client') adds 'a.js' to both the 'client.browser'
and 'client.cordova' targets.
Effects on 0.9 packaging stuff: packages don't have to change, but the
"data.json" file in ".meteor0" has "browser" in some places. We think we
have to fix the troposphere code where this data.json is created.
Some plugins will also be backwards-incompatible with this change, since
many have a "clientArch.matches("browser")" line in the plugin
code. Ideally, we fix plugins so that this stops being an issue, but for
now package authors can just patch that line.
At the compiled (unipackage) level the new names are 'web.browser' and
'web.cordova', replacing 'browser'. In package.js, the new names are
'client.browser' and 'client.cordova', serving as an adjunct to 'client'.
Moving towards a world where all things that might invoke buildmessage.error are
encouraged to be in a buildmessage.capture.
This commit is the answer to the question "how many small changes need to be
made to add buildmessage.assertInCapture to PackageCache.loadPackageAtPath?"
Next steps include:
- Making catalog.resolveConstraints ALWAYS buildmessage.assertInCapture
(not just when ignoreProjectDeps isn't passed)
- Then changing resolveConstraints to complain using buildmessage
- Removing the process.exit(1) in _ensureDepsUpToDate
- Adding a more structured way to ensure that most commands
call _ensureDepsUpToDate at an unsurprising location
We were finding that npm was inconsistently including various fields (eg
"readme") in package.json, leading to spurious "must update the version
number" errors in publish-release --from-checkout. This should be good
enough, as any actual package change should also have some other file
changed!
Particularly for automated tests, where we may run on a slow machine, we need
an escape valve to let us boost the timeouts. This also allows for a 'tolerant'
test (scale factor 2+?) and a 'strict' test (scale factor 0.5?) etc
also, in self-test, only set $METEOR_PACKAGE_SERVER_URL for the specific
runs that actually want the test server (using a tag) rather than kinda
always by accident
We were overwriting the server directory when a client-side file changed,
which made all process calls fail, such as process.cwd() and fs.*. We
abstracted out some of the builder code so that only the client targets
are "rebuilt" when a client side file changes.
