Change the way missing test suites are detected by
the test runner; PhantomJS (used for executing tests
from the command line build) does not appear to give
consistent HTTP status codes, so use a more general
try-catch mechanism.
Addresses an issue introduced during ongoing
development of framework layer, WTD-518.
Exclude example bundles from produced web archive; this
allows the example folder to grow (e.g. in support of
framework component demonstration for WTD-518) without
influencing the size of the built archive.
Initial implementation of the service compositor, which
is responsible for registering components which follow
the provider-aggregator-decorator pattern as named
services within Angular. WTD-518.
Ignore bundles for which no test suites have been defined.
Used to support development of framework layer (don't
stall the test runner just because some bundle does not
have defined tests yet), WTD-518.
Fix the replicated behavior of the new operator in the
partial constructor such that it accepts factory-style
constructors (which will be the norm according to
current code style standards.) WTD-518.
Satisfy dependencies on empty extension sets when
necessary; extensions which depend on extension
categories which do not exist then get an empty
array. WTD-518.
Add tweaks in framework which fix errors which
were preventing controller registration. This
includes maintaining the type of controllers as
functions, even after decorating with information
from the extension. WTD-518.
Add bundle which will serve as an example of how to
declare the presence of Angular built-ins as extensions
which will be recognized by the framework layer.
Also useful for generally verifying that functionality
provided by framework layer provides sufficient support
for other bundles to expose application features.
WTD-518.
Fix error in CustomRegistrars; return a function when
creating general-purpose registration code for
Angular built-ins which follow the normal pattern
(directives, controllers, services...)
WTD-518.
Handle the iteration over extensions which have a
custom registration mechanism (directives, services)
at the same level that general registration is handled.
WTD-518.
Continue implementation of registration phase of framework layer.
Begin adding some custom registration behavior for specific
Angular concepts, such as services and directives. WTD-518.
Begin implementation registration phase of framework
layer initialization process. This phase is responsible
for registering resolved extensions with Angular, in a
manner than individual extensions can later request
dependencies from. WTD-518.
Initial implementation of class responsible for
resolving extensions (that is, loading modules
associated with defined extensions.)
Also, add methods to Bundle and Extension classes
to support logging performed during the extension
resolution phase. WTD-518.
Begin work on extension resolution phase of
the framework layer. WTD-518.
Introduce an implementation loader which wraps
RequireJS, and a skeleton class for extension
resolution.
Continue implementing classes which represent fundamental
concepts within the framework layer. WTD-518.
In particular, add methods which will be useful during the
extension resolution phase of framework start up.
Begin implementing the bundle loader component of the
framework layer, responsible for taking a list of
included bundles and exposing their contents in a
useful manner. WTD-518.
Add main point-of-entry script for framework layer; performs
only minimal tasks of loading framework dependencies
and demonstrating that bundle list can be loaded
using these. WTD-518.
Add Promise polyfill to version control. Promise objects
are included in ECMAScript 6 and browser support is
present, but non-universal. Using the polyfill approach
permits the use of Promise directly throughout the
application without relying on bleeding-edge browser
support.
Promises are useful at the framework level particularly
because of the number of asynchronous calls made when
assembling bundles. Framework layer is WTD-518.
