beans

Serialize Groovy metaclass instances to the instant execution cache, and remove some special case handling to ignore specific fields.

Do not eagerly evaluate functional types such as `Callable` when writing to the instant execution cache. Eagerly evaluate only those types whose purpose is better understood, such as `Provider` or `FileCollection`.

Do not eagerly evaluate functional types such as `Callable` when writing to the instant execution cache. Eagerly evaluate only those types whose purpose is better understood, such as `Provider` or `FileCollection`.

Do not eagerly evaluate functional types such as `Callable` when writing to the instant execution cache. Eagerly evaluate only those types whose purpose is better understood, such as `Provider` or `FileCollection`.

Do not eagerly evaluate functional types such as `Callable` when writing to the instant execution cache. Eagerly evaluate only those types whose purpose is better understood, such as `Provider` or `FileCollection`.

Do not eagerly evaluate functional types such as `Callable` when writing to the instant execution cache. Eagerly evaluate only those types whose purpose is better understood, such as `Provider` or `FileCollection`.

Temporarily ignore a specific property of an Android plugin class when writing to the instant execution cache.

This work around can be ignored once we are able to correctly write lambda instances to the cache.

Serialize references to `WorkerExecutor` to the instant execution cache.

Also serialize broken `Provider<T>` instances, in the same way that broken `FileCollection` instances are serialized. This is really just a work around, and we should instead offer ways to avoid writing these broken instances to the cache.

Serialize references to `WorkerExecutor` to the instant execution cache.

Also serialize broken `Provider<T>` instances, in the same way that broken `FileCollection` instances are serialized. This is really just a work around, and we should instead offer ways to avoid writing these broken instances to the cache.

Remove no longer necessary `SerializableReadReplaceReader`

Now that the `writeReplace` / `readResolve` responsibility was moved to `BeanCodec`.

Remove no longer necessary `SerializableReadReplaceReader`

Now that the `writeReplace` / `readResolve` responsibility was moved to `BeanCodec`.

Move `writeReplace` handling to `BeanCodec`

For symmetry.

Revert "Let instant execution reuse classloaders when loading"

Fix Kotlin warnings

Fix Kotlin warnings

Don't serialize transient fields of beans in instant execution state

Don't serialize transient fields of beans in instant execution state

Change the instant execution cache bean serialization so that it honors the `writeReplace()` contract for `Serializable` types.

This allows a plugin to use the Guava collection types, which happen to use this contract for serialization. This could be viewed as a work around for the lack of support for multiple classes with the same name (and that is certainly the motivation). However, this provides a potential escape hatch for plugin authors to work around serialization issues. It also provides a nice migration path for re-using the bean serialization in other places, such as task properties, isolated work parameters and tooling models, all of which currently use Java Serialization as the general purpose contract.

Change the instant execution cache bean serialization so that it honors the `writeReplace()` contract for `Serializable` types.

This allows a plugin to use the Guava collection types, which happen to use this contract for serialization. This could be viewed as a work around for the lack of support for multiple classes with the same name (and that is certainly the motivation). However, this provides a potential escape hatch for plugin authors to work around serialization issues. It also provides a nice migration path for re-using the bean serialization in other places, such as task properties, isolated work parameters and tooling models, all of which currently use Java Serialization as the general purpose contract.

Do not deserialize all `List` implementations from the instant execution cache as `ArrayList`, as a step towards support for plugins using Guava types.

Also simplify the contract that codecs use to write values, making it symmetrical for writing and reading.