* setup wireless debugging to use device IP
* fix tests
* fix unused var and missing annotation
* remove unneeded try catch
* remove commented out line, change null to package id
* better way to get package id
* update mDNS lookup to continously check for server, add messaging if takes too long to find observatory url, update flutter drive to enable publish-port if using network device
* Refactor mDNS Discovery to poll for observatories and better handle multiple instances of the same app. Update drive command to make publish-port more stable. Update attach for iOS to only use Protocol Discovery if applicable, run mDNS and Protocol Discovery simultaneously, handle --debug-port/--debug-url/--device-vmservice-port, continously poll for obseravtories with mDNS, include port in error message when mutliple available
* add and update comments, use logger spinner intead of timer in flutter attach, other small improvements
* add newline to message so next log won't be on same line
* fix install/waiting for permission status progress so it doens't double print the time it took.
* only print backtrace if observatory times out on a physical usb connected device
* fix test
* Update related references from Observatory to Dart VM Service
* fix test
* Add Info.plist from build directory as input path to Thin Binary build phase
* fix directive ordering
* migrate benchmark, integration, and example tests
* add debugging options to simulator, test more debugging flags, add tests for other launch arguements
* refactor iOS launch arguments to use one function for both simulator and physical devices
* treat dart flags differently between physical and simulator
* Simplify some flags between devices.
Change --disable-service-auth-codes to not always be included for physical devices, only if disableServiceAuthCodes is true.
Change --disable-observatory-publication to be used for simulator devices too.
Change --enable-checked-mode & --verify-entry-points to be used if debuggingEnabled is true regardless of device type.
Chnage --trace-startup to be used for simulator devices too.
* fix ios release mode with buildable app startApp test
* determine observatory-port from deviceVmServicePort and hostVmServicePort
* add comments and remove hasObservatoryPort
* exclude xcworkspace that begins with a period
* fix if spacing, add comment
* add unit test for when no xcworkspace found
* update to use xcodeWorkspace, make it nullable and refactor
* check if hostAppRoot exists before trying to get xcworkspace
* use local variables to take advantage of type promotion
* only check if not null, don't need to check if exists
* readd exist check for migrate
* readd missing line at end of file
`FakeProcessManager` is a test-oriented implementation of `ProcessManager`
that simulates launching processes and returning `ProcessResult` objects
whose `exitCode`, `stdout`, `stderr` can be used to write platform-portable,
hermetic tests that don't rely on actually launching processes from
executables on disk. Its `run` and `runSync` methods provide asynchronous and
synchronous variants of this functionality.
Previously, the behaviour of `run` and `runSync` were inconsistent with
regards to the treatment of the `stdoutEncoding` (similarly,
`stderrEncoding`) parameters:
`run`:
* if the encoding was null, `ProcessResult.stdout` was returned as a
String in UTF-8 encoding. This was incorrect. The behaviour as
specified in `ProcessResult.stdout` is that in this case, a raw
`List<int>` should be returned.
* If the encoding was unspecified, `ProcessResult.stdout` was returned as
a `String` in the `io.systemEncoding` encoding. This was correct.
* If the encoding was non-null, `ProcessResult.stdout` was returned as a
`String` in the specified encoding. This was correct.
`runSync`:
* if the encoding was null, `ProcessResult.stdout` was returned as a
`List<int>` in UTF-8 encoding. This was incorrect. The behaviour as
specified in `ProcessResult.stdout` is that in this case, a raw
`List<int>` should be returned.
* If the encoding was unspecified, `ProcessResult.stdout` was returned as
`List<int>` in UTF-8 encoding. This was incorrect. The behaviour as
specified in `ProcessResult.stdout` is that in this case, a String a
`String` in the `io.systemEncoding` encoding should be returned.
* if the encoding was non-null, `ProcessResult.stdout` was returned as a
`String` in unknown (but probably UTF-8) encoding. This was incorrect.
The behaviour as specified in `ProcessResult.stdout` is that in this
case, a `String` in the specified encoding should be returned.
`_FakeProcess`, from which we obtain the fake stdout and stderr values now
holds these fields as raw `List<int>` of bytes rather than as `String`s. It
is up to the user to supply values that can be decoded with the encoding
passed to `run`/`runAsync`.
`run` and `runAsync` have been updated to set stdout (likewise, stderr) as
specified in the `ProcessResult` documentation.
This is pre-factoring for #102451, in which the tool throws an exception
when processing the JSON output from stdout of the `vswhere.exe` tool,
whose output was found to include the `U+FFFD` Unicode replacement
character during UTF-8 decoding, which triggers a `toolExit` exception
when decoded using our [Utf8Decoder][decoder] configured with `reportErrors` =
true. Because `FakeProcessManager.runAsync` did not previously invoke
`utf8.decode` on its output (behaviour which differs from the non-fake
implementation), it was impossible to write tests to verify the fix.
Ref: https://api.flutter.dev/flutter/dart-io/ProcessResult/stdout.html
Issue: https://github.com/flutter/flutter/issues/102451
[decoder]: fd312f1ccf/packages/flutter_tools/lib/src/convert.dart (L51-L60)
