Commit Graph

5 Commits

Author SHA1 Message Date
Jordan Hrycaj f40a066cc6
Update snap sync ready to succeed at lab test (#1556)
* Extract RocksDB timing tests from snap unit tests as separate module

why:
  Declutter, make space for more snap related unit tests.

* Renamed `undumpNextGroup()` => `undumpBlocks()`

why:
  Source file name is called `undump_blocks.nim` which should be sort
  of in sync with the method name(s).

* Implement snap/1 server method `getByteCodes()`

* Implement snap/1 client method `getByteCodes()`

* Implement faculty for handling contract code fetching via snap/1

* Provide persistent storage for contract code records

* Implement contract code snap sync fetch & store

* Code massage, cosmetics

* Unit tests for verifying snap sync snapshot dump

details:
  Use `undump_kvp.dumpAllDb()` to dump any database.
2023-04-21 22:11:04 +01:00
Jordan Hrycaj 15d0ccb39c
Prepare snap server client test scenario cont4 (#1507)
* Add state root to node steps path register `RPath` or `XPath`

why:
  Typically, the first node in the path register is the state root. There
  are occasions, when the path register is empty (i.e. there are no node
  references) which typically applies to a zero node key.

  In order to find the next node key greater than zero, the state root is
  is needed which is now part of the `RPath` or `XPath` data types.

* Extracted hexary tree debugging functions into separate files

* Update empty path fringe case for left/right node neighbour

why:
  When starting at zero, the node steps path register would be empty. So
  will any path that is before the fist non-zero link of a state root (if
  it is a `Branch` node.)

  The `hexaryNearbyRight()` or `hexaryNearbyLeft()` function required a
  non-zero node steps path register.  Now the first node is to be advanced
  starting at the first state root link if necessary.

* Simplify/reorg neighbour node finder

why:
  There was too mach code repetition for the cases
  * persistent or in-memory database
  * left or right move

details:
  Most algorithms apply for persistent and in-memory alike. Using
  templates/generic functions most of these algorithms can be stated
  in a unified way

* Update storage slots snap/1 handler

details:
  Minor changes to be more debugging friendly.

* Fix detection of full database for snap sync

* Docu: Snap sync test & debugging scenario
2023-03-17 14:46:50 +00:00
jangko 94a94c5b65 implement better hardfork management 2022-12-02 13:51:42 +07:00
Jacek Sieka c2ed731fa5
eth: adapt to smaller eth_types (#1210) 2022-09-03 20:15:35 +02:00
Jordan Hrycaj de2c13e136
Update snap offline tests (#1199)
* Re-implemented `hexaryFollow()` in a more general fashion

details:
+ New name for re-implemented `hexaryFollow()` is `hexaryPath()`
+ Renamed `rTreeFollow()` as `hexaryPath()`

why:
  Returning similarly organised structures, the results of the
  `hexaryPath()` functions become comparable when running over
  the persistent and the in-memory databases.

* Added traversal functionality for persistent ChainDB

* Using `Account` values as re-packed Blob

* Repack samples as compressed data files

* Produce test data

details:
+ Can force pivot state root switch after minimal coverage.
+ For emulating certain network behaviour, downloading accounts stops for
  a particular pivot state root if 30% (some static number) coverage is
  reached. Following accounts are downloaded for a later pivot state root.
2022-08-24 14:44:18 +01:00