* create a v1 primitives module
* Improve guide on availability types
* punctuate
* new parachains runtime uses new primitives
* tests of new runtime now use new primitives
* add ErasureChunk to guide
* export erasure chunk from v1 primitives
* subsystem crate uses v1 primitives
* node-primitives uses new v1 primitives
* port overseer to new primitives
* new-proposer uses v1 primitives (no ParachainHost anymore)
* fix no-std compilation for primitives
* service-new uses v1 primitives
* network-bridge uses new primitives
* statement distribution uses v1 primitives
* PoV distribution uses v1 primitives; add PoV::hash fn
* move parachain to v0
* remove inclusion_inherent module and place into v1
* remove everything from primitives crate root
* remove some unused old types from v0 primitives
* point everything else at primitives::v0
* squanch some warns up
* add RuntimeDebug import to no-std as well
* port over statement-table and validation
* fix final errors in validation and node-primitives
* add dummy Ord impl to committed candidate receipt
* guide: update CandidateValidationMessage
* add primitive for validationoutputs
* expand CandidateValidationMessage further
* bikeshed
* add some impls to omitted-validation-data and available-data
* expand CandidateValidationMessage
* make erasure-coding generic over v1/v0
* update usages of erasure-coding
* implement commitments.hash()
* use Arc<Pov> for CandidateValidation
* improve new erasure-coding method names
* fix up candidate backing
* update docs a bit
* fix most tests and add short-circuiting to make_pov_available
* fix remainder of candidate backing tests
* squanching warns
* squanch it up
* some fallout
* overseer fallout
* free from polkadot-test-service hell
Currently a collator will only send a collation to validators it is a
primary for. While testing this could lead to the situation that the
same collator was registered as prime for all Parachain validators but
failed for other reasons to generate a PoVBlock. However no other
collator was sending a collation, which stopped the Parachain until the
faulty collator was stopped.
This pr solves this problem by making sure that every collator sends a
collation to one of his validators he is connected to, but registered as backup.
* extract all network code to legacy submodule
* update references to legacy proto
* skeleton of futures-based protocol
* refactor skeleton to use background task
* rename communication_for to build_table_router
* implement internal message types for validation network
* basic ParachainNetwork and TableRouter implementations
* add some module docs
* remove exit-future from validation
* hack: adapt legacy protocol to lack of exit-future
* generalize RegisteredMessageValidator somewhat
* instantiate and teardown table routers
* clean up RouterInner drop logic
* implement most of the statement import loop
* implement statement loop in async/await
* remove unneeded TODO
* most of the collation skeleton
* send session keys and validator roles
* also send role after status
* use config in startup
* point TODO to issue
* fix test compilation
Robert Habermeier