All errors for existing fields have been detected and suppressed with a
`!` assertion.
Issue/24571 is tracking proper clean up of those instances.
One-line change required in ivy/compilation.ts, because it appears that
the new syntax causes tsickle emitted node to no longer track their
original sourceFiles.
PR Close#24572
The private classes `ApplicationRef_`, `PlatformRef_`, `JSONPConnection_`, `JSONPBackend_`, `ClientMessageBrokerFactory_`, `ServiceMessageBroker_`, `ClientMessageBroker_` and `ServiceMessageBrokerFactory_` have been removed and merged into their public equivalents.
The size of the minified umd bundles have been slightly decreased:
| package | before | after |
| -------------------|------------|------------|
| core | 217.791 kb | 217.144 kb |
| http | 33.260 kb | 32.838 kb |
| platform-webworker | 56.015 kb | 54.933 kb |
PR Close#19143
Previously the RequestOptions/ResponseOptions classes had constructors
with a destructured argument hash (represented by the
{Request,Response}OptionsArgs type). This type consists entirely of
optional members.
This produces a .d.ts file which includes the constructor declaration:
constructor({param, otherParam}?: OptionsArgs);
However, this declaration doesn't type-check properly. TypeScript
determines the actual type of the hash parameter to be OptionsArgs | undefined,
which it then concludes does not have a `param` or `otherParam` member.
This is a bug in TypeScript ( https://github.com/microsoft/typescript/issues/10078 ).
As a workaround, destructuring is moved inside the method, where it does not produce
broken artifacts in the .d.ts.
Fixes#16663.
Currently, if a Response has an ArrayBuffer body and text() is called, Angular
attempts to convert the ArrayBuffer to a string. Doing this requires knowing
the encoding of the bytes in the buffer, which is context that we don't have.
Instead, we assume that the buffer is encoded in UTF-16, and attempt to process
it that way. Unfortunately the approach chosen (interpret buffer as Uint16Array and
create a Javascript string from each entry using String.fromCharCode) is incorrect
as it does not handle UTF-16 surrogate pairs. What Angular actually implements, then,
is UCS-2 decoding, which is equivalent to UTF-16 with characters restricted to the
base plane.
No standard way of decoding UTF-8 or UTF-16 exists in the browser today. APIs like
TextDecoder are only supported in a few browsers, and although hacks like using the
FileReader API with a Blob to force browsers to do content encoding detection and
decoding exist, they're slow and not compatible with the synchronous text() API.
Thus, this bug is fixed by introducing an encodingHint parameter to text(). The
default value of this parameter is 'legacy', indicating that the existing broken
behavior should be used - this prevents breaking existing apps. The only other
possible value of the hint is 'iso-8859' which interprets each byte of the buffer
with String.fromCharCode. UTF-8 and UTF-16 are not supported - it is up to the
consumer to get the ArrayBuffer and decode it themselves.
The parameter is a hint, as it's not always used (for example, if the conversion
to text doesn't involve an ArrayBuffer source). Additionally, this leaves the door
open for future implementations to perform more sophisticated encoding detection
and ignore the user-provided value if it can be proven to be incorrect.
Fixes#15932.
PR Close#16420
Currently `new Request({search: ...})` is not honored, and
`new Request({params: {'x': 'y'}) doesn't work either, as this object would have
toString() called. This change allows both of these cases to work, as proved by
the 2 new tests.
Fixes#15761
PR Close#16392
Pete Bacon Darwin
Rado Kirov
Brandon Roberts
Alan Agius
Igor Minar
Olivier Combe
Alex Rickabaugh
Miško Hevery
Tobias Bosch
Dzmitry Shylovich
Victor Berchet
Jason Aden