* Move call_stack to Interpreter struct
* Accept func and args when creating the Interpreter
* Create a RunState to indicate whether the current interpreter is recoverable
* Add functionality to resume execution in Interpreter level
* Implement resumable execution in func
* Expose FuncInvocation and ResumableError
* Fix missing docs for FuncInvocation
* Add test for resumable invoke and move external parameter passing to start/resume_invocation
* Add comments why assert is always true
* Add note why value stack is always empty after execution
* Use as_func
* Document `resume_execution` on conditions for `is_resumable` and `resumable_value_type`
* Document conditions where NotResumable and AlreadyStarted error is returned
* Warn user that invoke_resumable is experimental
* Define Instruction Set.
* WIP
* WIP 2
* Tests
* Working
* Bunch of other tests.
* WIP
* WIP
* Use Vec instead of VecDeque.
* Calibrate the limits.
* Clean
* Clean
* Another round of cleaning.
* Ignore traces.
* Optimize value stack
* Optimize a bit more.
* Cache memory index.
* Inline always instruction dispatch function.
* Comments.
* Clean
* Clean
* Use vector to keep unresolved references.
* Estimate resulting size.
* do refactoring
* Validate the locals count in the begging
* Introduce Keep and DropKeep structs in isa
* Rename/Split Validator into Reader
* Document stack layout
* Remove println!
* Fix typo.
* Use .last / .last_mut in stack
* Update docs for BrTable.
* Review fixes.
* Merge.
* Add an assert that stack is empty after the exec
Casts have arithmetic semantics, and under some build configurations
Rust will panic when encountering an arithmetic overflow.
Use a transmute instead since it's what we mean.
The previous code worked, but still I added a test for good measure.
* Refactor TryInto → FromRuntimeValue.
Replace `TryInto<T, E>` with `FromRuntimeValue`.
The main difference is that `FromRuntimeValue` is implemented for the concrete type of the value we create, rather than on `RuntimeValue`. This makes more sense to me and seems more clear.
The `try_into` method is now implemented on `RuntimeValue` itself.
And finally, `FromRuntimeValue` has been made public.
* Impl AsRef<[RuntimeValue]> for RuntimeArgs
This impl can be used as an escape hatch if the user wants to use the inner slice.
* Little doc fixes for RuntimeArgs.
Julius Rakow
Guanqun Lu
Sergey Pepyakin
Arkadiy Paronyan
Wei Tang
Leonardo Yvens
Jef
Pierre Krieger
NikVolf