This doesn’t have much impact on resulting JS size, but it will
hopefully make merge conflicts much less frequent.
The CSS growth is a little higher (6.5% increase in size) but is not
material.
If this materially reduces the number of merge conflicts we have, by
letting the git merge tools resolve some dist file mergers, I think it
would be worth it.
Some example changes in file size:
bundle.js 290K -> 301K
vendor.js 1,325K -> 1,321K
bundle.css 628K -> 669K
* Rename bundles (prep for webpack optimisation)
This might or might not reduce the overall repo size,
because git can combine similar chunks in the newly generated files
* Optimise webpack build time
Consolidates bundles, since a separation of bundle-framework.js vs. bundle-legacy.js
vs. bundle-lib.js no longer makes sense - they're all loaded upfront anyway,
since we'll be introducing more react-powered logic alongside the "legacy" JavaScript.
By consolidating into fewer bundles, we give the optimisation scripts (UglifyJS)
more options to reduce the overall file size.
The main motivation for a vendor.js is to shorten rebuild times:
Most active development is happening in files required through bundle.js.
This commit drastically reduces the rebuild time for those changes (15s to 4s).
* Panel/tab-panel and alerts spacing, button padding consistency and alignment
* Reports panel spacing adjustments
* ReportAdmin panel and toolbar spacing
* Comment change
* Fix formatting help toggle link
* Use standard line-heights and padding for buttons
* Add base panel styles
* Update to .panel styles and .toolbar spacing
* Remove legacy styles, linting fixes
* Toolbar--content to have consistent styles throughout
* Add panel and toolbar styles to areas missing them
* Replace values with variables
* Layout overrides for tabs and panels with padding
* Adjust JQueryUI button spacing to match other UI buttons
* Remove custom ReportAdmin styles
Update values to variables and modify panel and tab-panel spacing
* Remove text color override
* Remove double (.m-t-1) spacing from campaign panel
* Profile page remove legacy JLayout
* Remove legacy spacing
* Removed Layout from page so !important not needed
* Improve use of variables
* Add missing closing bracket, minor linting fixes
* Linting fixes
* Remove css importants
* Add temp fix for file upload within gridfield
Tidy structure of css
* css build
* Spacing bug fixed for campaign list alert
If you run tests outside of a composer autoloader-based environment, or
your autoloader isn’t pulling in Constants.php, everything will break.
This provides a more helpful error message.
PR builds are consistently failing because the version of framework
being used cannot be inferred. This environment variable provides the
answer.
It will need to be fixed for each major release, but I think that’s
less maintenance burden than complicating the build script to read this
from composer.json:extra.branch-alias.dev-master.
* Added Created field to File/Image editor
* switch default input value to null
Fix react errors and added a field description
* API Use new DBField::getSchemaValue()
SCSS linting now uses the node-based sass-lint tool, since we’re
shifting away from CodeClimate.
This has the benefit of not requiring a ruby gem on dev tools -
everything is provided as npm dev dependencies.
This was also necessary to run the linting inside travis.
The ‘npm run lint’ command will be used to run listing on Travis, which
can also be used on local dev environments. These can also be used with
editor plugins to highlight errors immediately.
The intention is that this can be used in place of codeclimate. The
benefits are that we use a single toolchain in both CI and local dev,
which is not entirely the case at the moment.
Note the sass-lint is provided by “sudo gem install scss_lint”. It’s
possible that we can move to a node-based sass-lint; I can’t recall
what the motivation for using the scss_lint gem was - I think it was
mainly that we had the AirBNB styleguide already implemented as a linter
config.
This shifts the behat test run to be triggered form composer activity
within the framework module directly,
* silverstripe/serve is used to provide a webserver, based on the
php -S command
* se/selenium-server-standalone is used to install selenium rather than
a download command
Because we’re using serve, the behat configuration can be locked down.
Further refinements could be made on this:
* the behat-extension could be responsible for installing and
starting/stopping selenium, making these tests more portable
* xvfb initialisation could be provided with another bin tool in the
begat-extension: vendor/bin/xvfb 1024x768
* The bootstrap-file argument to serve could be provided as part of a
composer.json setting. This would make it easier for developers to
start a dev server simply by running vendor/bin/serve
* the behat-extension could be responsible for installing and
starting/stopping silverstripe/serve, removing the need for
specifying base_url at all, and possibly utilising the same bootstrap
file between serve and behat.
themedCSS() and themedJavascript() files have previously been hardcoded
to reside in the css/ or javascript/ folder directly beneath the theme
path.
This short-cut still works, but you can also specify the theme-relative
path in its entirely, giving you more flexibility about your resource
layout.
The SilverStripe project structure complicates the travis test run, and
the goal of this branch is to prevent it from being necessary.
- Unit tests can be run simply with PHPUnit.
- Behat test can be run with the silverstripe/serve module
Note that initially this commit doesn’t cater to the behat tests.
As part of this, we allow dev packages to be installed when testing
These settings don’t affect projects that use framework, only when
framework’s composer install / require calls are used themselves.
Since SS4 is pre-stable, these are important. They can probably be
removed once SS4 stable (and stable versions of support packages) have
been released.
If another file is include main.php and has included composer already,
code might get weird. In particular, if the parent context includes a
different vendor/autoload.php than the one main.php expects.
Code was assuming that FRAMEWORK_DIR would always have a value. If it
doesn’t (because you’re running a test instance of a naked framework)
This caused URLs to be treated as root relative, which creates some
duplicate-inclusion bugs.
The use of ltrim() works, but is a bit clumsy. A more flexible approach
to including front-end assets of given modules would be preferable;
ideally something that also let you keep your code outside of the
web root.
using ‘silverstripe/framework’ or ‘silverstripe/cms’ will resolve the
right path even if these folders are in the project root.
‘vendor/module:/sub/path’ theme references are also supported so that
the admin sub-theme can be accessed.
If the _config folder exists as a top-level directory, treat the project
root as a module too. This is useful, e.g. when initialisation a
SilverStripe environment within a module.
This is only a first cut. Modules in the vendor directory are excluded.
Most likely, we will need to search the vendor folder for modules with
type = silverstripe-module in their composer.json.
The location of composer’s vendor/autoload_real.php file is a good
indicator of the root of a project, and can be used to derive a
BASE_PATH
This gives us more flexibility about where the framework module is
installed relative to a project root. It also lets us use the framework
module as a project root, e.g. in test runs.
THIRDPARTY_PATH and ADMIN_PATH are calculated relative to this, and
the FRAMEWORK_DIR, THIRDPARTY_DIR, and ADMIN_DIR are relative to the
BASE_PATH.
