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eth2.0-specs
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Merge pull request #3578 from ethereum/dev 

release v1.4.0-beta.6
This commit is contained in:
danny 2024-01-18 09:39:32 -07:00 committed by GitHub
parent ffa95b7b72 3727a75745
commit 7402712e4f
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GPG Key ID: B5690EEEBB952194
79 changed files with 10706 additions and 526 deletions
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32
.circleci/config.yml
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@ -181,6 +181,32 @@ jobs:
command: make citest fork=eip7002
- store_test_results:
path: tests/core/pyspec/test-reports
test-whisk:
docker:
- image: circleci/python:3.9
working_directory: ~/specs-repo
steps:
- restore_cache:
key: v3-specs-repo-{{ .Branch }}-{{ .Revision }}
- restore_pyspec_cached_venv
- run:
name: Run py-tests
command: make citest fork=whisk
- store_test_results:
path: tests/core/pyspec/test-reports
test-eip7594:
docker:
- image: circleci/python:3.9
working_directory: ~/specs-repo
steps:
- restore_cache:
key: v3-specs-repo-{{ .Branch }}-{{ .Revision }}
- restore_pyspec_cached_venv
- run:
name: Run py-tests
command: make citest fork=eip7594
- store_test_results:
path: tests/core/pyspec/test-reports
table_of_contents:
docker:
- image: circleci/node:10.16.3
@ -307,6 +333,12 @@ workflows:
- test-eip7002:
requires:
- install_pyspec_test
- test-whisk:
requires:
- install_pyspec_test
- test-eip7594:
requires:
- install_pyspec_test
- table_of_contents
- codespell
- lint:

2
.dockerignore Normal file
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@ -0,0 +1,2 @@
**/venv
**/.venv

2
.github/workflows/run-tests.yml vendored
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@ -71,7 +71,7 @@ jobs:
needs: [preclear,lint,codespell,table_of_contents]
strategy:
matrix:
version: ["phase0", "altair", "bellatrix", "capella", "deneb", "eip6110", "eip7002"]
version: ["phase0", "altair", "bellatrix", "capella", "deneb", "eip6110", "eip7002", "whisk", "eip7594"]
steps:
- name: Checkout this repo
uses: actions/checkout@v3.2.0

4
.gitignore vendored
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@ -24,6 +24,7 @@ tests/core/pyspec/eth2spec/deneb/
tests/core/pyspec/eth2spec/eip6110/
tests/core/pyspec/eth2spec/eip7002/
tests/core/pyspec/eth2spec/whisk/
tests/core/pyspec/eth2spec/eip7594/
# coverage reports
.htmlcov
@ -46,3 +47,6 @@ docs/ssz
docs/fork_choice
docs/README.md
site
# docker test results
testResults

15
Makefile
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@ -14,6 +14,7 @@ SOLIDITY_FILE_NAME = deposit_contract.json
DEPOSIT_CONTRACT_TESTER_DIR = ${SOLIDITY_DEPOSIT_CONTRACT_DIR}/web3_tester
CONFIGS_DIR = ./configs
TEST_PRESET_TYPE ?= minimal
NUMBER_OF_CORES=16
# Collect a list of generator names
GENERATORS = $(sort $(dir $(wildcard $(GENERATOR_DIR)/*/.)))
# Map this list of generator paths to "gen_{generator name}" entries
@ -34,11 +35,11 @@ MARKDOWN_FILES = $(wildcard $(SPEC_DIR)/*/*.md) \
$(wildcard $(SPEC_DIR)/_features/*/*/*.md) \
$(wildcard $(SSZ_DIR)/*.md)
ALL_EXECUTABLE_SPECS = phase0 altair bellatrix capella deneb eip6110 whisk
ALL_EXECUTABLE_SPEC_NAMES = phase0 altair bellatrix capella deneb eip6110 eip7002 whisk
# The parameters for commands. Use `foreach` to avoid listing specs again.
COVERAGE_SCOPE := $(foreach S,$(ALL_EXECUTABLE_SPECS), --cov=eth2spec.$S.$(TEST_PRESET_TYPE))
PYLINT_SCOPE := $(foreach S,$(ALL_EXECUTABLE_SPECS), ./eth2spec/$S)
MYPY_SCOPE := $(foreach S,$(ALL_EXECUTABLE_SPECS), -p eth2spec.$S)
COVERAGE_SCOPE := $(foreach S,$(ALL_EXECUTABLE_SPEC_NAMES), --cov=eth2spec.$S.$(TEST_PRESET_TYPE))
PYLINT_SCOPE := $(foreach S,$(ALL_EXECUTABLE_SPEC_NAMES), ./eth2spec/$S)
MYPY_SCOPE := $(foreach S,$(ALL_EXECUTABLE_SPEC_NAMES), -p eth2spec.$S)
COV_HTML_OUT=.htmlcov
COV_HTML_OUT_DIR=$(PY_SPEC_DIR)/$(COV_HTML_OUT)
@ -74,7 +75,7 @@ partial_clean:
rm -rf $(TEST_REPORT_DIR)
rm -rf eth2spec.egg-info dist build
rm -rf build;
@for spec_name in $(ALL_EXECUTABLE_SPECS) ; do \
@for spec_name in $(ALL_EXECUTABLE_SPEC_NAMES) ; do \
echo $$spec_name; \
rm -rf $(ETH2SPEC_MODULE_DIR)/$$spec_name; \
done
@ -128,10 +129,10 @@ citest: pyspec
mkdir -p $(TEST_REPORT_DIR);
ifdef fork
. venv/bin/activate; cd $(PY_SPEC_DIR); \
python3 -m pytest -n 16 --bls-type=fastest --preset=$(TEST_PRESET_TYPE) --fork=$(fork) --junitxml=test-reports/test_results.xml eth2spec
python3 -m pytest -n $(NUMBER_OF_CORES) --bls-type=fastest --preset=$(TEST_PRESET_TYPE) --fork=$(fork) --junitxml=test-reports/test_results.xml eth2spec
else
. venv/bin/activate; cd $(PY_SPEC_DIR); \
python3 -m pytest -n 16 --bls-type=fastest --preset=$(TEST_PRESET_TYPE) --junitxml=test-reports/test_results.xml eth2spec
python3 -m pytest -n $(NUMBER_OF_CORES) --bls-type=fastest --preset=$(TEST_PRESET_TYPE) --junitxml=test-reports/test_results.xml eth2spec
endif

4
configs/mainnet.yaml
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@ -154,3 +154,7 @@ BLOB_SIDECAR_SUBNET_COUNT: 6
WHISK_EPOCHS_PER_SHUFFLING_PHASE: 256
# `Epoch(2)`
WHISK_PROPOSER_SELECTION_GAP: 2
# EIP7594
EIP7594_FORK_VERSION: 0x06000001
EIP7594_FORK_EPOCH: 18446744073709551615

4
configs/minimal.yaml
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@ -153,3 +153,7 @@ BLOB_SIDECAR_SUBNET_COUNT: 6
# Whisk
WHISK_EPOCHS_PER_SHUFFLING_PHASE: 4
WHISK_PROPOSER_SELECTION_GAP: 1
# EIP7594
EIP7594_FORK_VERSION: 0x06000001
EIP7594_FORK_EPOCH: 18446744073709551615

22
docker/Dockerfile Normal file
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@ -0,0 +1,22 @@
# Rename the build stage from 'base' to 'builder' for clarification and code readability
FROM python:3.11.0-slim-bullseye as builder
ENV DEBIAN_FRONTEND=noninteractive \
WORKDIR=/consensus-specs \
PIP_UPGRADE_CMD="python -m pip install --upgrade pip" \
INSTALL_CMD="apt install -y git build-essential"
RUN mkdir ${WORKDIR}
WORKDIR ${WORKDIR}
# Chain the commands together
RUN apt update && ${INSTALL_CMD} && ${PIP_UPGRADE_CMD} && rm -rf /var/lib/apt/lists/*
# Copy the current directory contents into the builder
COPY . .
# Inline installation commands
RUN make install_test && \
make preinstallation && \
make pyspec

20
docker/README.md Normal file
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@ -0,0 +1,20 @@
## Docker related information
This dockerfile sets up the dependencies required to run consensus-spec tests. The docker image can be locally built with:
- `docker build ./ -t $IMAGE_NAME -f ./docker/Dockerfile`
Handy commands:
- `docker run -it $IMAGE_NAME /bin/sh` will give you a shell inside the docker container to manually run any tests
- `docker run $IMAGE_NAME make citest` will run the make citest command inside the docker container
Ideally manual running of docker containers is for advanced users, we recommend the script based approach described below for most users.
The `scripts/build_run_docker_tests.sh` script will cover most usecases. The script allows the user to configure the fork(altair/bellatrix/capella..), `$IMAGE_NAME` (specifies the container to use), number of cores, preset type (mainnet/minimal), and test all forks flags. Ideally, this is the main way that users interact with the spec tests instead of running it locally with varying versions of dependencies.
E.g:
- `./build_run_test.sh --p mainnet --n 16` will run the mainnet preset tests with 16 threads
- `./build_run_test.sh --a` will run all the tests across all the forks
- `./build_run_test.sh --f deneb --n 16` will only run deneb tests on 16 threads
Results are always placed in a folder called `./testResults`. The results are `.xml` files and contain the fork they represent and the date/time they were run at.

67
docs/docs/new-feature.md
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@ -11,13 +11,12 @@
- [4. Add `fork.md`](#4-add-forkmd)
- [5. Make it executable](#5-make-it-executable)
- [B: Make it executable for pytest and test generator](#b-make-it-executable-for-pytest-and-test-generator)
- [1. Add `light-client/*` docs if you updated the content of `BeaconBlock`](#1-add-light-client-docs-if-you-updated-the-content-of-beaconblock)
- [1. [Optional] Add `light-client/*` docs if you updated the content of `BeaconBlock`](#1-optional-add-light-client-docs-if-you-updated-the-content-of-beaconblock)
- [2. Add the mainnet and minimal presets and update the configs](#2-add-the-mainnet-and-minimal-presets-and-update-the-configs)
- [3. Update `context.py`](#3-update-contextpy)
- [4. Update `constants.py`](#4-update-constantspy)
- [5. Update `genesis.py`:](#5-update-genesispy)
- [6. To add fork transition tests, update fork_transition.py](#6-to-add-fork-transition-tests-update-fork_transitionpy)
- [7. Update CI configurations](#7-update-ci-configurations)
- [6. Update CI configurations](#6-update-ci-configurations)
- [Others](#others)
- [Bonus](#bonus)
- [Need help?](#need-help)
@ -58,6 +57,8 @@ You can refer to the previous fork's `fork.md` file.
- Update [`pysetup/constants.py`](https://github.com/ethereum/consensus-specs/blob/dev/constants.py) with the new feature name as Pyspec `constants.py` defined.
- Update [`pysetup/spec_builders/__init__.py`](https://github.com/ethereum/consensus-specs/blob/dev/pysetup/spec_builders/__init__.py). Implement a new `<FEATURE_NAME>SpecBuilder` in `pysetup/spec_builders/<FEATURE_NAME>.py` with the new feature name. e.g., `EIP9999SpecBuilder`. Append it to the `spec_builders` list.
- Update [`pysetup/md_doc_paths.py`](https://github.com/ethereum/consensus-specs/blob/dev/pysetup/md_doc_paths.py): add the path of the new markdown files in `get_md_doc_paths` function if needed.
- Update `PREVIOUS_FORK_OF` setting in both [`test/helpers/constants.py`](https://github.com/ethereum/consensus-specs/blob/dev/constants.py) and [`pysetup/md_doc_paths.py`](https://github.com/ethereum/consensus-specs/blob/dev/pysetup/md_doc_paths.py).
- NOTE: since these two modules (the pyspec itself and the spec builder tool) must be separate, the fork sequence setting has to be defined again.
## B: Make it executable for pytest and test generator
@ -70,24 +71,7 @@ You can refer to the previous fork's `fork.md` file.
- Update configs: `configs/mainnet.yaml` and `configs/minimal.yaml`
### 3. Update [`context.py`](https://github.com/ethereum/consensus-specs/blob/dev/tests/core/pyspec/eth2spec/test/context.py)
- Update `spec_targets` by adding `<NEW_FEATURE>`
```python
from eth2spec.eip9999 import mainnet as spec_eip9999_mainnet, minimal as spec_eip9999_minimal
...
spec_targets: Dict[PresetBaseName, Dict[SpecForkName, Spec]] = {
MINIMAL: {
...
EIP9999: spec_eip9999_minimal,
},
MAINNET: {
...
EIP9999: spec_eip9999_mainnet
},
}
```
- [Optional] Add `with_<new-feature-name>_and_later` decorator for writing pytest cases. e.g., `with_capella_and_later`.
### 4. Update [`constants.py`](https://github.com/ethereum/consensus-specs/blob/dev/tests/core/pyspec/eth2spec/test/helpers/constants.py)
- Add `<NEW_FEATURE>` to `ALL_PHASES` and `TESTGEN_FORKS`
@ -96,20 +80,6 @@ spec_targets: Dict[PresetBaseName, Dict[SpecForkName, Spec]] = {
We use `create_genesis_state` to create the default `state` in tests.
- Update `create_genesis_state` by adding `fork_version` setting:
```python
def create_genesis_state(spec, validator_balances, activation_threshold):
...
if spec.fork == ALTAIR:
current_version = spec.config.ALTAIR_FORK_VERSION
...
elif spec.fork == EIP9999:
# Add the previous fork version of given fork
previous_version = spec.config.<PREVIOUS_FORK_VERSION>
current_version = spec.config.EIP9999_FORK_VERSION
```
- If the given feature changes `BeaconState` fields, you have to set the initial values by adding:
```python
@ -123,32 +93,7 @@ def create_genesis_state(spec, validator_balances, activation_threshold):
- If the given feature changes `ExecutionPayload` fields, you have to set the initial values by updating `get_sample_genesis_execution_payload_header` helper.
### 6. To add fork transition tests, update [fork_transition.py](https://github.com/ethereum/consensus-specs/blob/dev/tests/core/pyspec/eth2spec/test/helpers/fork_transition.py)
```python
def do_fork(state, spec, post_spec, fork_epoch, with_block=True, sync_aggregate=None, operation_dict=None):
...
if post_spec.fork == ALTAIR:
state = post_spec.upgrade_to_altair(state)
...
elif post_spec.fork == EIP9999:
state = post_spec.upgrade_to_eip9999(state)
...
if post_spec.fork == ALTAIR:
assert state.fork.previous_version == post_spec.config.GENESIS_FORK_VERSION
assert state.fork.current_version == post_spec.config.ALTAIR_FORK_VERSION
...
elif post_spec.fork == EIP9999:
assert state.fork.previous_version == post_spec.config.<PREVIOUS_FORK_VERSION>
assert state.fork.current_version == post_spec.config.EIP9999_FORK_VERSION
...
```
### 7. Update CI configurations
### 6. Update CI configurations
- Update [GitHub Actions config](https://github.com/ethereum/consensus-specs/blob/dev/.github/workflows/run-tests.yml)
- Update `pyspec-tests.strategy.matrix.version` list by adding new feature to it
- Update [CircleCI config](https://github.com/ethereum/consensus-specs/blob/dev/.circleci/config.yml)

6
presets/mainnet/eip7594.yaml Normal file
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@ -0,0 +1,6 @@
# Mainnet preset - EIP7594
# Misc
# ---------------------------------------------------------------
# `uint64(2**6)` (= 64)
FIELD_ELEMENTS_PER_CELL: 64

140
presets/mainnet/trusted_setups/curdleproofs_crs.json Normal file
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@ -0,0 +1,140 @@
{
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"0xb1ed9cf1516dca2a38b00694847809d8a172968b61a26d0615c5b2ab80363acda6a9af632fed703299d964a3736a7103",
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"0x8f5707ce471989512e497385171f9a5f462b0e987ffd8a696c602248155e9639b9597bbdd8b6cbd6685975136b52a40c",
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"0x89ddb3632add71b62e324fa6265600e809b29e4904d68c5fefd59a36f66cbd3741e03245aa4f015521d946e777d0c195",
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"0x95bac7596af12ba4c11226ecd0ed0828c98eb60c8f142477872b401e2d7af5f3b04204508cf40a88f29d2235125a1b65",
"0x813e6c95f967f1371d0df1144bf73993947a6cd98e31f127db9239d69a8e97c1a41394890a2a2be85240c9b36ec74906",
"0xb44194edd26a519267d4ca212540bbe114976f28be9082c77a308c1731159c8b0fabb25b590dc445053585df0e555797",
"0xb7bf875591b4c4859154bbb9081fcb82b28fe87121fb866b598a5baad601478acbac0cb13d0cd14402368cee767b4231",
"0xa7bce1268dd1ba7d2e3e24e9d3fd44d0f7664e658dc27e9bee4aff75d76ea920bc34f25d14fe96a02c96cbb6692b544c",
"0x973194c2280380f42070200c9c729b3f651336379da482c5229ad321f29423bc6d1ccc1a5ced594806ce73b3ce437d12",
"0x978b88b3a66934790fba6bd2fec74410e18fab319b6c8a828dc32c3c8ffc23014e26f6c42835b58440bad6201ba790a2",
"0x8445283a55cd40ac99a710e4ebeca19b4042f89a9dbc0cb22cf62b6312edc7a4d4366efb169e1c0de8bacb8a1f2ff2ca",
"0x85bfaa05173114a0f3a2276671846db99a8f858b279a868e236cd9d974f69171501198cfcdec3dca093e5439a88199be",
"0xa3aab6d03e5c0cdd38096d7c97935913dbd24953e49eee341603ed434a067e1ac2270e6b74b45737ae1e79e9c248f15c",
"0xaf36fb1566ffeb6f0673640853b6c576330bb32751454b83835f0f26f50cd5d5ebb6658f6b1e9eeb9dcdb879745c9c7d",
"0xb216eb3d9d28c1ba93a57e82cc03469a9f40156266fcc96134a66da8a61aff3b78b783221fda5b23526fed2f91345418",
"0xb74637cfe60f5e7c116ab4be75bcfdfb08ba29ecc7b2363f547a2236bc170346388dd9fbaa1670ce1e45d4c96069717b",
"0x823a3cc16cfae5317b293fe905b8af7d7d2733c24f96cc66522aff2a376b5340dbcca8429f4082edb562da157c051c80",
"0xadf3b83761df2ca910900775e5d65e29bfd274cbb0cdd9614115aceaaa019b0e38a3e3b11777fff99d2b3b8c22de490c",
"0x8ef121f237356ed3dce22ec6e6b8a8085b71db20974483242d1280c18c51ba4f4438200cb4137e25f447e1a713f8894b",
"0xaec4690276f929c9cd2fedef923e1d2324a6b5f273f5c938b9e971b93d0762f181013e2cef334bf3ba70f1795fafcf23",
"0x91099cdfbe5ec822474b397366cba936c997bbe17169334bf94730c689b1e27943793f96e4825e0d96df577af77ad06f",
"0x94ac37115fd458fb690177ac88e6fc7f11bafb231fdc20e2995fddab695494a4bc86b1fcf53f7259843749f55ae40b92",
"0x832d99b9e3f910e8e19bee53dcf1ae0fcd7713e642cfebbdd891c59325bc50894a812ff53edbfbb38aca8cc5d97aea06",
"0x96373b775b1eafe66113b1bddad0e4ae9ba26f2c32393a29a2fa3660979eac480748d05deda7a68cf44c64fa38c7a03d",
"0xa0f960d2e4c4a6b75ded6207b686d3e943b675f5eaed6820d676889bd0625554753db4de8bc8d0c3cad475ee411e39b5",
"0x97d86db51837301ebb10e4867a8d71ed6f82b152e6b9d4256d15e0807d7e461dbfceeeabfc2ab9d5bb5789f3d9c30779",
"0x892bb178f0f2bdd2f6a027ba426396e610cd0803f6a1365ef6caf5508ddc5349f30f363e15cf19b2e700374b6d871830",
"0xa1271b15e75da127dbb44e2765c879ec037479edcfe52a3b7b607c114509e03a057a6d685223c3f4a0fd9e734469378a",
"0x8863d29a686a040514661be853c4cbdc28cbe7fe8c401aad01644f0a892ee4c4005148e40c2fdce642e690be9d8eef2f",
"0xb567760e8dbf7a61ba5a77d4b07c4a879b580863894f3c4fd9d652cf1ca53b9a0aebd6d8f559c5665fdf5cab5b9242c9",
"0x99bb4f6d41b33039c9443ba90203ca47eb6e79b126ec3e92e61495833d59c8464002cedc74bc33795d5a5e5d4772610d",
"0x94cf97bf6f28e38b2e6f4cbc58a6fbe1f031ecd8a9cc66b62835698ea88e9fe6419a80b57ffa19bf77dc048e39c11f41",
"0x8dc24197a96bbed35f779bd64cf9104975b68f310b82c2f03a587b522102cfecf061383108d7628e8b46359c06f41726",
"0x86ed177c05f473eb8bad7f79238d911c11cc3c7378e24dd70aa83659888f4915f9e13e3563617d369e8217e1ba77c01f",
"0x82b7176c8a6609cc286bb8f3f8d72a707aae630cb05510cba5a5cba711acd472d60beb2a413e45aef8265026d79fe576",
"0x875085a20d7390d92385ff1e4c112195198f7763cebde5d13ffac243f0a96be7a2a57ab9ec105f99187bd13e00cbf2f9",
"0xb14d2a2395677a2beb3b90bda389c67a7a4a8361ce353c8710a13aa59c08d2aea8d0197beb0db31b0e92fbde16bb9606",
"0xb7f222ee1e25115ece1b098b1c0261b326dfc454380d07e99bf498bbd8aafb209da4b5ff64c6a481cdcafc5d205de296",
"0x8bc66bbfb988913fd3b1c56d36ae3eb06b6219c8c278bdc8422d07e01e48e44239eca14255a43e1038f80322b2969156",
"0x906d257ada831ab1db57a7511d10d33c43f84947a2cbb8e9401010c9de542edaaa39d2ce329c33fe1a99c0bd03779acf",
"0x80373467a36d5e99aafde2875dc9caf6b1242bb4a285c6879f11d30ec4eaedea54327237eb02cf221d660ead62875948",
"0x9081a5170a70333cd9d6bd638772c2012e9c095800d3cdaf77a7ca98a1413c109686b42b9fef681250eb93b715702d1d",
"0x899427b7eca7c24e0760a6928f688ce91f7bc725b70c456c1ad7995effaac3edae2b41067e39cf8e2310a7201a4af55b",
"0x8d5ea173aa180ed6940d9577898271a21faaddfaf5afbc46c66ac29039ab35946952217545f5e7b816873e97df6e294e",
"0xa8af63310ce64f772410f18f29d60f9f1c5c49a858ed1971089673c1e0c8d85c8235617ea8bd919e542b238a63b1be07",
"0xad591bb5842e0d6132c573ab747d391a698332637452bdd262b0a6ea2ca29b346c7405348593228769459f5e1f156a07",
"0xb38395b34871fbc0c3a4d5e50c7e62a08ee58d2e19051ce269d2a56615f1f679e7eefe47e99ebe1e53a9bae9013c9de7",
"0x87affdb63f3d5bd9f4e95da4dac365ba3f853be767b5c09c4fbc24162744566ab20544a61657374e4122f36a2cfcc8c2",
"0x80cd960856a511cf957bf5bd4a4c3c6bc65c0fb5e785dc51560aa34ce56ddec6838f73e6bf257cfd273e05c7d719c098"
],
"vec_H": [
"0x8a135f527bcc420b9a4dae226c237012346c2356abbf20b60c26eb513ff0745153ff20dd94286d96fe679b1a22cbff5d",
"0xa5c64c216db68e10b32ee5c8fd29b1a3dce6238273ec141ca7d8d8dcbdf7b992c4ddf576633cd4f828244527e05e3461",
"0xab0a28fa68ad7d91c40b49e277e25ebdef5b689dbeae3be297161e44df940c02d2594e5d76b6be1547780d8ffc3cf9de",
"0x8532adc9d2fac12f65261fd17a57f231f7246feb60babc9c7beaeb628c0e1ad207e17252d736a7965542c3d7ebeb7fc2"
],
"H": "0xaeb2d25680cbf2be736d999a01d73472e2779229a8ee2a8701b5cea2a93898fdf2150d467247f23a7761f650d38bdf6f",
"G_t": "0xa4e53147e355879fdb62f185ab7b8569925f356503a2ea67d4a13380f2a1bb82be57112893584834f1965cc8a4061d2f",
"G_u": "0xa693bce513d30e072ef71b7dfd03966cba8b11b0af9dbc0585b92514175772a81d083d7ff48e0adf3e3bee88823db240",
"G_sum": "0xa0181ccd048b494d5b35463e180408dc9c3325573f8639bf6bcd9447accfc093336158a0859fe3b3021ad141936da977",
"H_sum": "0xa6dbebe99ca5ddf836d4d1fe64479de04d8370dea2c36c3409b83706d58ec58150eba667d1d60471299b494162fcb6c1"
}

4098
presets/mainnet/trusted_setups/trusted_setup_4096.json
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6
presets/minimal/eip7594.yaml Normal file
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@ -0,0 +1,6 @@
# Minimal preset - EIP7594
# Misc
# ---------------------------------------------------------------
# `uint64(2**6)` (= 64)
FIELD_ELEMENTS_PER_CELL: 64

20
presets/minimal/trusted_setups/curdleproofs_crs.json Normal file
View File

@ -0,0 +1,20 @@
{
"vec_G": [
"0xa44aae199242e24a4d00b8e5c96e318793eeeb2e154423ca6dcac20043387323dea3216a69bc13e9a3507ff842da544d",
"0x8dff68d38281daa552c587d073e498d1ed311986967192cba052827b07f194a936809ea3de921511db45d15234754993",
"0xad0ff210542fc069d065b53b2cd4228a0f097facebe089a83b989fd3344c53e440ded5da26bc6115299d9d464e1a9f28",
"0xb638e703f852d2ac49595141f7688c52a95dcc0b00f82a8548b14d823ebffe8657557ed7dab6bee44b17d39d742f69aa"
],
"vec_H": [
"0x9377c7771e07a1a9b9368796ce1a1b93d560d7726afde02627b424ee1dcddb3761ed49f2e1ae5279dca050935bd4a6dd",
"0x8d1be282936392c0c61c94745cfb29da0f3334272c9b37fe43c8b869640eb1ea88c8aaf5ff797bd90daf3d6ebeb4efb3",
"0xb3b55847d3bcf98b587c4441b0703939b5984bac91b00aabb5f3a45b38445405b61127bc6ee9f6b4b9e88c7a29c3aaa3",
"0xafb61afb9f92c37ec21220c02edf14876d2a08eab8ad3c2bc1f3bfe5036abfd23a4a7216616fa1953e14340bf0acab37"
],
"H": "0xa94133ee96e00465fe5423e0ea52404e0f624ee8cc9d69b4cf94e7d73635dfa2087cd2d2596ac4a75504aac5ef6a02d4",
"G_t": "0xa4b93e670e7ee926ffb4ea4e07b87346e5d33c76520912f8a7937cdc3290a4c054586e175c39826b7fafbe777d14e4f4",
"G_u": "0xa57540f7c906d9e70ef90580967562f8c06398ac2d77612045dce0ea6fbc2fedcfdbeb3f6ad3bb717e1295d9539ede63",
"G_sum": "0xa0d97028d7194094fe1c4f00189e360ae362eca4aa9dc8f92eabb8dcf0d93140a81953d4505cd7dc592504710d696ef9",
"H_sum": "0xaf415fddfb82e7cbb91fae0c443425c51dbb68e05f0324bd2d79e40b923ecb4f806e96e9993eabadd1c39ac4e12e74bf"
}

4098
presets/minimal/trusted_setups/trusted_setup_4096.json
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File diff suppressed because it is too large Load Diff

1
pysetup/constants.py
View File

@ -7,6 +7,7 @@ DENEB = 'deneb'
EIP6110 = 'eip6110'
EIP7002 = 'eip7002'
WHISK = 'whisk'
EIP7594 = 'eip7594'

15
pysetup/helpers.py
View File

@ -22,8 +22,11 @@ def collect_prev_forks(fork: str) -> list[str]:
forks.append(fork)
def is_byte_vector(value: str) -> bool:
return value.startswith(('ByteVector'))
def requires_mypy_type_ignore(value: str) -> bool:
return (
value.startswith(('ByteVector'))
or (value.startswith(('Vector')) and 'floorlog2' in value)
)
def make_function_abstract(protocol_def: ProtocolDefinition, key: str):
@ -41,7 +44,8 @@ def objects_to_spec(preset_name: str,
new_type_definitions = (
'\n\n'.join(
[
f"class {key}({value}):\n pass\n" if not is_byte_vector(value) else f"class {key}({value}): # type: ignore\n pass\n"
f"class {key}({value}):\n pass\n" if not requires_mypy_type_ignore(value)
else f"class {key}({value}): # type: ignore\n pass\n"
for key, value in spec_object.custom_types.items()
]
)
@ -131,12 +135,13 @@ def objects_to_spec(preset_name: str,
imports,
preparations,
f"fork = \'{fork}\'\n",
# The helper functions that some SSZ containers require. Need to be defined before `custom_type_dep_constants`
CONSTANT_DEP_SUNDRY_CONSTANTS_FUNCTIONS,
# The constants that some SSZ containers require. Need to be defined before `new_type_definitions`
custom_type_dep_constants,
new_type_definitions,
CONSTANT_DEP_SUNDRY_CONSTANTS_FUNCTIONS,
# The constants that some SSZ containers require. Need to be defined before `constants_spec`
ssz_dep_constants,
new_type_definitions,
constant_vars_spec,
preset_vars_spec,
config_spec,

2
pysetup/md_doc_paths.py
View File

@ -9,6 +9,7 @@ from .constants import (
EIP6110,
WHISK,
EIP7002,
EIP7594,
)
@ -21,6 +22,7 @@ PREVIOUS_FORK_OF = {
EIP6110: DENEB,
WHISK: CAPELLA,
EIP7002: CAPELLA,
EIP7594: DENEB,
}
ALL_FORKS = list(PREVIOUS_FORK_OF.keys())

3
pysetup/spec_builders/__init__.py
View File

@ -6,12 +6,13 @@ from .deneb import DenebSpecBuilder
from .eip6110 import EIP6110SpecBuilder
from .eip7002 import EIP7002SpecBuilder
from .whisk import WhiskSpecBuilder
from .eip7594 import EIP7594SpecBuilder
spec_builders = {
builder.fork: builder
for builder in (
Phase0SpecBuilder, AltairSpecBuilder, BellatrixSpecBuilder, CapellaSpecBuilder, DenebSpecBuilder,
EIP6110SpecBuilder, EIP7002SpecBuilder, WhiskSpecBuilder,
EIP6110SpecBuilder, EIP7002SpecBuilder, WhiskSpecBuilder, EIP7594SpecBuilder,
)
}

6
pysetup/spec_builders/altair.py
View File

@ -42,9 +42,9 @@ def compute_merkle_proof(object: SSZObject,
@classmethod
def hardcoded_ssz_dep_constants(cls) -> Dict[str, str]:
return {
'FINALIZED_ROOT_INDEX': 'GeneralizedIndex(105)',
'CURRENT_SYNC_COMMITTEE_INDEX': 'GeneralizedIndex(54)',
'NEXT_SYNC_COMMITTEE_INDEX': 'GeneralizedIndex(55)',
'FINALIZED_ROOT_GINDEX': 'GeneralizedIndex(105)',
'CURRENT_SYNC_COMMITTEE_GINDEX': 'GeneralizedIndex(54)',
'NEXT_SYNC_COMMITTEE_GINDEX': 'GeneralizedIndex(55)',
}
@classmethod

2
pysetup/spec_builders/capella.py
View File

@ -16,5 +16,5 @@ from eth2spec.bellatrix import {preset_name} as bellatrix
@classmethod
def hardcoded_ssz_dep_constants(cls) -> Dict[str, str]:
return {
'EXECUTION_PAYLOAD_INDEX': 'GeneralizedIndex(25)',
'EXECUTION_PAYLOAD_GINDEX': 'GeneralizedIndex(25)',
}

20
pysetup/spec_builders/eip7594.py Normal file
View File

@ -0,0 +1,20 @@
from typing import Dict
from .base import BaseSpecBuilder
from ..constants import EIP7594
class EIP7594SpecBuilder(BaseSpecBuilder):
fork: str = EIP7594
@classmethod
def imports(cls, preset_name: str):
return f'''
from eth2spec.deneb import {preset_name} as deneb
'''
@classmethod
def hardcoded_custom_type_dep_constants(cls, spec_object) -> Dict[str, str]:
return {
'FIELD_ELEMENTS_PER_CELL': spec_object.preset_vars['FIELD_ELEMENTS_PER_CELL'].value,
}

12
pysetup/spec_builders/whisk.py
View File

@ -1,3 +1,4 @@
from typing import Dict
from .base import BaseSpecBuilder
from ..constants import WHISK
@ -9,6 +10,8 @@ class WhiskSpecBuilder(BaseSpecBuilder):
def imports(cls, preset_name: str):
return f'''
from eth2spec.capella import {preset_name} as capella
import curdleproofs
import json
'''
@classmethod
@ -17,4 +20,13 @@ from eth2spec.capella import {preset_name} as capella
return {
'WHISK_MAX_SHUFFLE_PROOF_SIZE': spec_object.preset_vars['WHISK_MAX_SHUFFLE_PROOF_SIZE'].value,
'WHISK_MAX_OPENING_PROOF_SIZE': spec_object.preset_vars['WHISK_MAX_OPENING_PROOF_SIZE'].value,
'WHISK_VALIDATORS_PER_SHUFFLE': spec_object.preset_vars['WHISK_VALIDATORS_PER_SHUFFLE'].value,
'CURDLEPROOFS_N_BLINDERS': spec_object.preset_vars['CURDLEPROOFS_N_BLINDERS'].value,
}
@classmethod
def hardcoded_ssz_dep_constants(cls) -> Dict[str, str]:
constants = {
'EXECUTION_PAYLOAD_GINDEX': 'GeneralizedIndex(41)',
}
return {**super().hardcoded_ssz_dep_constants(), **constants}

1
requirements_preinstallation.txt
View File

@ -1,3 +1,4 @@
pip>=23.1.2
wheel>=0.40.0
setuptools>=68.0.0
pylint>=3.0.0

103
scripts/build_run_docker_tests.sh Executable file
View File

@ -0,0 +1,103 @@
#! /bin/sh
# Run 'consensus-specs' tests from a docker container instance.
# *Be sure to launch Docker before running this script.*
#
# It does the below:
# 1. Run pytest for consensus-specs in a container.
# 2. Copy and paste the coverage report.
# 3. Remove all exited containers that use the consensus-specs:<TAG> images.
# Set variables
ALL_EXECUTABLE_SPECS=("phase0" "altair" "bellatrix" "capella" "deneb" "eip6110" "whisk")
TEST_PRESET_TYPE=minimal
FORK_TO_TEST=phase0
NUMBER_OF_CORES=4
WORKDIR="//consensus-specs//tests//core//pyspec"
ETH2SPEC_FOLDER_NAME="eth2spec"
CONTAINER_NAME="consensus-specs-tests"
DATE=$(date +"%Y%m%d-%H-%M")
# Default flag values
version=$(git log --pretty=format:'%h' -n 1)
IMAGE_NAME="consensus-specs:$version"
number_of_core=4
# displays the available options
display_help() {
echo "Run 'consensus-specs' tests from a container instance."
echo "Be sure to launch Docker before running this script."
echo
echo "Syntax: build_run_test.sh [--v TAG | --n NUMBER_OF_CORE | --f FORK_TO_TEST | --p PRESET_TYPE | --a | --h HELP]"
echo " --f <fork> Specify the fork to test"
echo " --i <image_name> Specify the docker image to use"
echo " --n <number> Specify the number of cores"
echo " --p <type> Specify the test preset type"
echo " --a Test all forks"
echo " --h Display this help and exit"
}
# Stop and remove the 'consensus-specs-dockerfile-test' container.
# If this container doesn't exist, then a error message is printed
# (but the process is not stopped).
cleanup() {
echo "Stop and remove the 'consensus-specs-tests' container."
docker stop $CONTAINER_NAME || true && docker rm $CONTAINER_NAME || true
}
# Copy the results from the container to a local folder
copy_test_results() {
local fork_name="$1" # Storing the first argument in a variable
docker cp $CONTAINER_NAME:$WORKDIR/test-reports/test_results.xml ./testResults/test-results-$fork_name-$DATE.xml
}
# Function to check if the Docker image already exists
image_exists() {
docker images --format '{{.Repository}}:{{.Tag}}' | grep -q "$1"
}
# Parse command line arguments
while [[ "$#" -gt 0 ]]; do
case $1 in
--f) FORK_TO_TEST="$2"; shift ;;
--v) IMAGE_NAME="$2"; shift ;;
--n) NUMBER_OF_CORES="$2"; shift ;;
--p) TEST_PRESET_TYPE="$2"; shift ;;
--a) FORK_TO_TEST="all" ;;
--h) display_help; exit 0 ;;
*) echo "Unknown parameter: $1"; display_help; exit 1 ;;
esac
shift
done
# initialize a test result directory
mkdir -p ./testResults
# Only clean container after user exit console
trap cleanup SIGINT
# Build Docker container if it doesn't exist
if ! image_exists "$IMAGE_NAME"; then
echo "Image $IMAGE_NAME does not exist. Building Docker image..."
docker build ../ -t $IMAGE_NAME -f ../docker/Dockerfile
else
echo "Image $IMAGE_NAME already exists. Skipping build..."
fi
# Equivalent to `make citest with the subsequent flags`
if [ "$FORK_TO_TEST" == "all" ]; then
for fork in "${ALL_EXECUTABLE_SPECS[@]}"; do
docker run --name $CONTAINER_NAME $IMAGE_NAME \
make citest fork=$fork TEST_PRESET_TYPE=$TEST_PRESET_TYPE NUMBER_OF_CORES=$NUMBER_OF_CORES
copy_test_results $fork
done
else
docker run --name $CONTAINER_NAME $IMAGE_NAME \
make citest fork=$FORK_TO_TEST TEST_PRESET_TYPE=$TEST_PRESET_TYPE NUMBER_OF_CORES=$NUMBER_OF_CORES
copy_test_results $FORK_TO_TEST
fi
# Stop and remove the container
cleanup

33
setup.py
View File

@ -93,6 +93,8 @@ def _get_class_info_from_source(source: str) -> Tuple[str, Optional[str]]:
base = class_def.bases[0]
if isinstance(base, ast.Name):
parent_class = base.id
elif isinstance(base, ast.Subscript):
parent_class = base.value.id
else:
# NOTE: SSZ definition derives from earlier phase...
# e.g. `phase0.SignedBeaconBlock`
@ -112,10 +114,22 @@ def _load_kzg_trusted_setups(preset_name):
with open(trusted_setups_file_path, 'r') as f:
json_data = json.load(f)
trusted_setup_G1_monomial = json_data['g1_monomial']
trusted_setup_G1_lagrange = json_data['g1_lagrange']
trusted_setup_G2_monomial = json_data['g2_monomial']
return trusted_setup_G2_monomial, trusted_setup_G1_lagrange
return trusted_setup_G1_monomial, trusted_setup_G1_lagrange, trusted_setup_G2_monomial
def _load_curdleproofs_crs(preset_name):
"""
NOTE: File generated from https://github.com/asn-d6/curdleproofs/blob/8e8bf6d4191fb6a844002f75666fb7009716319b/tests/crs.rs#L53-L67
"""
file_path = str(Path(__file__).parent) + '/presets/' + preset_name + '/trusted_setups/curdleproofs_crs.json'
with open(file_path, 'r') as f:
json_data = json.load(f)
return json_data
ALL_KZG_SETUPS = {
@ -123,6 +137,11 @@ ALL_KZG_SETUPS = {
'mainnet': _load_kzg_trusted_setups('mainnet')
}
ALL_CURDLEPROOFS_CRS = {
'minimal': _load_curdleproofs_crs('minimal'),
'mainnet': _load_curdleproofs_crs('mainnet'),
}
def _get_eth2_spec_comment(child: LinkRefDef) -> Optional[str]:
_, _, title = child._parse_info
@ -136,7 +155,7 @@ def _get_eth2_spec_comment(child: LinkRefDef) -> Optional[str]:
def _parse_value(name: str, typed_value: str, type_hint: Optional[str] = None) -> VariableDefinition:
comment = None
if name == "BLS12_381_Q":
if name in ("ROOT_OF_UNITY_EXTENDED", "ROOTS_OF_UNITY_EXTENDED", "ROOTS_OF_UNITY_REDUCED"):
comment = "noqa: E501"
typed_value = typed_value.strip()
@ -151,8 +170,9 @@ def _parse_value(name: str, typed_value: str, type_hint: Optional[str] = None) -
def _update_constant_vars_with_kzg_setups(constant_vars, preset_name):
comment = "noqa: E501"
kzg_setups = ALL_KZG_SETUPS[preset_name]
constant_vars['KZG_SETUP_G2_MONOMIAL'] = VariableDefinition(constant_vars['KZG_SETUP_G2_MONOMIAL'].value, str(kzg_setups[0]), comment, None)
constant_vars['KZG_SETUP_G1_MONOMIAL'] = VariableDefinition(constant_vars['KZG_SETUP_G1_MONOMIAL'].value, str(kzg_setups[0]), comment, None)
constant_vars['KZG_SETUP_G1_LAGRANGE'] = VariableDefinition(constant_vars['KZG_SETUP_G1_LAGRANGE'].value, str(kzg_setups[1]), comment, None)
constant_vars['KZG_SETUP_G2_MONOMIAL'] = VariableDefinition(constant_vars['KZG_SETUP_G2_MONOMIAL'].value, str(kzg_setups[2]), comment, None)
def get_spec(file_name: Path, preset: Dict[str, str], config: Dict[str, str], preset_name=str) -> SpecObject:
@ -262,6 +282,13 @@ def get_spec(file_name: Path, preset: Dict[str, str], config: Dict[str, str], pr
if any('KZG_SETUP' in name for name in constant_vars):
_update_constant_vars_with_kzg_setups(constant_vars, preset_name)
if any('CURDLEPROOFS_CRS' in name for name in constant_vars):
constant_vars['CURDLEPROOFS_CRS'] = VariableDefinition(
None,
'curdleproofs.CurdleproofsCrs.from_json(json.dumps(' + str(ALL_CURDLEPROOFS_CRS[str(preset_name)]).replace('0x', '') + '))',
"noqa: E501", None
)
return SpecObject(
functions=functions,
protocols=protocols,

125
specs/_features/eip7594/fork.md Normal file
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@ -0,0 +1,125 @@
# EIP7594 -- Fork Logic
**Notice**: This document is a work-in-progress for researchers and implementers.
## Table of contents
<!-- START doctoc generated TOC please keep comment here to allow auto update -->
<!-- DON'T EDIT THIS SECTION, INSTEAD RE-RUN doctoc TO UPDATE -->
- [Introduction](#introduction)
- [Configuration](#configuration)
- [Helper functions](#helper-functions)
- [Misc](#misc)
- [Modified `compute_fork_version`](#modified-compute_fork_version)
- [Fork to EIP7594](#fork-to-eip7594)
- [Fork trigger](#fork-trigger)
- [Upgrading the state](#upgrading-the-state)
<!-- END doctoc generated TOC please keep comment here to allow auto update -->
## Introduction
This document describes the process of EIP7594 upgrade.
## Configuration
Warning: this configuration is not definitive.
| Name | Value |
| - | - |
| `EIP7594_FORK_VERSION` | `Version('0x05000000')` |
| `EIP7594_FORK_EPOCH` | `Epoch(18446744073709551615)` **TBD** |
## Helper functions
### Misc
#### Modified `compute_fork_version`
```python
def compute_fork_version(epoch: Epoch) -> Version:
"""
Return the fork version at the given ``epoch``.
"""
if epoch >= EIP7594_FORK_EPOCH:
return EIP7594_FORK_VERSION
if epoch >= DENEB_FORK_EPOCH:
return DENEB_FORK_VERSION
if epoch >= CAPELLA_FORK_EPOCH:
return CAPELLA_FORK_VERSION
if epoch >= BELLATRIX_FORK_EPOCH:
return BELLATRIX_FORK_VERSION
if epoch >= ALTAIR_FORK_EPOCH:
return ALTAIR_FORK_VERSION
return GENESIS_FORK_VERSION
```
## Fork to EIP7594
### Fork trigger
EIP7594 does not need a hard fork. We only add this fork doc for compiling this new feature in pyspec.
For now, we assume the condition will be triggered at epoch `EIP7594_FORK_EPOCH`.
Note that for the pure EIP7594 networks, we don't apply `upgrade_to_eip7594` since it starts with EIP7594 version logic.
### Upgrading the state
If `state.slot % SLOTS_PER_EPOCH == 0` and `compute_epoch_at_slot(state.slot) == EIP7594_FORK_EPOCH`,
an irregular state change is made to upgrade to EIP7594.
```python
def upgrade_to_eip7594(pre: deneb.BeaconState) -> BeaconState:
epoch = deneb.get_current_epoch(pre)
post = BeaconState(
# Versioning
genesis_time=pre.genesis_time,
genesis_validators_root=pre.genesis_validators_root,
slot=pre.slot,
fork=Fork(
previous_version=pre.fork.current_version,
current_version=EIP7594_FORK_VERSION, # [Modified in EIP7594]
epoch=epoch,
),
# History
latest_block_header=pre.latest_block_header,
block_roots=pre.block_roots,
state_roots=pre.state_roots,
historical_roots=pre.historical_roots,
# Eth1
eth1_data=pre.eth1_data,
eth1_data_votes=pre.eth1_data_votes,
eth1_deposit_index=pre.eth1_deposit_index,
# Registry
validators=pre.validators,
balances=pre.balances,
# Randomness
randao_mixes=pre.randao_mixes,
# Slashings
slashings=pre.slashings,
# Participation
previous_epoch_participation=pre.previous_epoch_participation,
current_epoch_participation=pre.current_epoch_participation,
# Finality
justification_bits=pre.justification_bits,
previous_justified_checkpoint=pre.previous_justified_checkpoint,
current_justified_checkpoint=pre.current_justified_checkpoint,
finalized_checkpoint=pre.finalized_checkpoint,
# Inactivity
inactivity_scores=pre.inactivity_scores,
# Sync
current_sync_committee=pre.current_sync_committee,
next_sync_committee=pre.next_sync_committee,
# Execution-layer
latest_execution_payload_header=pre.latest_execution_payload_header,
# Withdrawals
next_withdrawal_index=pre.next_withdrawal_index,
next_withdrawal_validator_index=pre.next_withdrawal_validator_index,
# Deep history valid from Capella onwards
historical_summaries=pre.historical_summaries,
)
return post
```

525
specs/_features/eip7594/polynomial-commitments-sampling.md Normal file
View File

@ -0,0 +1,525 @@
# Deneb -- Polynomial Commitments
## Table of contents
<!-- TOC -->
<!-- START doctoc generated TOC please keep comment here to allow auto update -->
<!-- DON'T EDIT THIS SECTION, INSTEAD RE-RUN doctoc TO UPDATE -->
- [Introduction](#introduction)
- [Custom types](#custom-types)
- [Constants](#constants)
- [Preset](#preset)
- [Cells](#cells)
- [Helper functions](#helper-functions)
- [Linear combinations](#linear-combinations)
- [`g2_lincomb`](#g2_lincomb)
- [FFTs](#ffts)
- [`_fft_field`](#_fft_field)
- [`fft_field`](#fft_field)
- [Polynomials in coefficient form](#polynomials-in-coefficient-form)
- [`polynomial_eval_to_coeff`](#polynomial_eval_to_coeff)
- [`add_polynomialcoeff`](#add_polynomialcoeff)
- [`neg_polynomialcoeff`](#neg_polynomialcoeff)
- [`multiply_polynomialcoeff`](#multiply_polynomialcoeff)
- [`divide_polynomialcoeff`](#divide_polynomialcoeff)
- [`shift_polynomialcoeff`](#shift_polynomialcoeff)
- [`interpolate_polynomialcoeff`](#interpolate_polynomialcoeff)
- [`vanishing_polynomialcoeff`](#vanishing_polynomialcoeff)
- [`evaluate_polynomialcoeff`](#evaluate_polynomialcoeff)
- [KZG multiproofs](#kzg-multiproofs)
- [`compute_kzg_proof_multi_impl`](#compute_kzg_proof_multi_impl)
- [`verify_kzg_proof_multi_impl`](#verify_kzg_proof_multi_impl)
- [Cell cosets](#cell-cosets)
- [`coset_for_cell`](#coset_for_cell)
- [Cells](#cells-1)
- [Cell computation](#cell-computation)
- [`compute_cells_and_proofs`](#compute_cells_and_proofs)
- [`compute_cells`](#compute_cells)
- [Cell verification](#cell-verification)
- [`verify_cell_proof`](#verify_cell_proof)
- [`verify_cell_proof_batch`](#verify_cell_proof_batch)
- [Reconstruction](#reconstruction)
- [`recover_polynomial`](#recover_polynomial)
<!-- END doctoc generated TOC please keep comment here to allow auto update -->
<!-- /TOC -->
## Introduction
This document extends [polynomial-commitments.md](polynomial-commitments.md) with the functions required for data availability sampling (DAS). It is not part of the core Deneb spec but an extension that can be optionally implemented to allow nodes to reduce their load using DAS.
For any KZG library extended to support DAS, functions flagged as "Public method" MUST be provided by the underlying KZG library as public functions. All other functions are private functions used internally by the KZG library.
Public functions MUST accept raw bytes as input and perform the required cryptographic normalization before invoking any internal functions.
## Custom types
| Name | SSZ equivalent | Description |
| - | - | - |
| `PolynomialCoeff` | `List[BLSFieldElement, 2 * FIELD_ELEMENTS_PER_BLOB]` | A polynomial in coefficient form |
| `Cell` | `Vector[BLSFieldElement, FIELD_ELEMENTS_PER_CELL]` | The unit of blob data that can come with their own KZG proofs |
| `CellID` | `uint64` | Cell identifier |
## Constants
| Name | Value | Notes |
| - | - | - |
## Preset
### Cells
Cells are the smallest unit of blob data that can come with their own KZG proofs. Samples can be constructed from one or several cells (e.g. an individual cell or line).
| Name | Value | Description |
| - | - | - |
| `FIELD_ELEMENTS_PER_CELL` | `uint64(64)` | Number of field elements in a cell |
| `BYTES_PER_CELL` | `FIELD_ELEMENTS_PER_CELL * BYTES_PER_FIELD_ELEMENT` | The number of bytes in a cell |
| `CELLS_PER_BLOB` | `((2 * FIELD_ELEMENTS_PER_BLOB) // FIELD_ELEMENTS_PER_CELL)` | The number of cells in a blob |
| `RANDOM_CHALLENGE_KZG_CELL_BATCH_DOMAIN` | `b'RCKZGCBATCH__V1_'` |
## Helper functions
### Linear combinations
#### `g2_lincomb`
```python
def g2_lincomb(points: Sequence[KZGCommitment], scalars: Sequence[BLSFieldElement]) -> Bytes96:
"""
BLS multiscalar multiplication in G2. This function can be optimized using Pippenger's algorithm and variants.
"""
assert len(points) == len(scalars)
result = bls.Z2()
for x, a in zip(points, scalars):
result = bls.add(result, bls.multiply(bls.bytes96_to_G2(x), a))
return Bytes96(bls.G2_to_bytes96(result))
```
### FFTs
#### `_fft_field`
```python
def _fft_field(vals: Sequence[BLSFieldElement],
roots_of_unity: Sequence[BLSFieldElement]) -> Sequence[BLSFieldElement]:
if len(vals) == 1:
return vals
L = _fft_field(vals[::2], roots_of_unity[::2])
R = _fft_field(vals[1::2], roots_of_unity[::2])
o = [BLSFieldElement(0) for _ in vals]
for i, (x, y) in enumerate(zip(L, R)):
y_times_root = (int(y) * int(roots_of_unity[i])) % BLS_MODULUS
o[i] = BLSFieldElement((int(x) + y_times_root) % BLS_MODULUS)
o[i + len(L)] = BLSFieldElement((int(x) - y_times_root + BLS_MODULUS) % BLS_MODULUS)
return o
```
#### `fft_field`
```python
def fft_field(vals: Sequence[BLSFieldElement],
roots_of_unity: Sequence[BLSFieldElement],
inv: bool=False) -> Sequence[BLSFieldElement]:
if inv:
# Inverse FFT
invlen = pow(len(vals), BLS_MODULUS - 2, BLS_MODULUS)
return [BLSFieldElement((int(x) * invlen) % BLS_MODULUS)
for x in _fft_field(vals, list(roots_of_unity[0:1]) + list(roots_of_unity[:0:-1]))]
else:
# Regular FFT
return _fft_field(vals, roots_of_unity)
```
### Polynomials in coefficient form
#### `polynomial_eval_to_coeff`
```python
def polynomial_eval_to_coeff(polynomial: Polynomial) -> PolynomialCoeff:
"""
Interpolates a polynomial (given in evaluation form) to a polynomial in coefficient form.
"""
roots_of_unity = compute_roots_of_unity(FIELD_ELEMENTS_PER_BLOB)
polynomial_coeff = fft_field(bit_reversal_permutation(list(polynomial)), roots_of_unity, inv=True)
return polynomial_coeff
```
#### `add_polynomialcoeff`
```python
def add_polynomialcoeff(a: PolynomialCoeff, b: PolynomialCoeff) -> PolynomialCoeff:
"""
Sum the coefficient form polynomials ``a`` and ``b``.
"""
a, b = (a, b) if len(a) >= len(b) else (b, a)
return [(a[i] + (b[i] if i < len(b) else 0)) % BLS_MODULUS for i in range(len(a))]
```
#### `neg_polynomialcoeff`
```python
def neg_polynomialcoeff(a: PolynomialCoeff) -> PolynomialCoeff:
"""
Negative of coefficient form polynomial ``a``
"""
return [(BLS_MODULUS - x) % BLS_MODULUS for x in a]
```
#### `multiply_polynomialcoeff`
```python
def multiply_polynomialcoeff(a: PolynomialCoeff, b: PolynomialCoeff) -> PolynomialCoeff:
"""
Multiplies the coefficient form polynomials ``a`` and ``b``
"""
r = [0]
for power, coef in enumerate(a):
summand = [0] * power + [int(coef) * int(x) % BLS_MODULUS for x in b]
r = add_polynomialcoeff(r, summand)
return r
```
#### `divide_polynomialcoeff`
```python
def divide_polynomialcoeff(a: PolynomialCoeff, b: PolynomialCoeff) -> PolynomialCoeff:
"""
Long polynomial division for two coefficient form polynomials ``a`` and ``b``
"""
a = [x for x in a]
o = []
apos = len(a) - 1
bpos = len(b) - 1
diff = apos - bpos
while diff >= 0:
quot = div(a[apos], b[bpos])
o.insert(0, quot)
for i in range(bpos, -1, -1):
a[diff + i] = (int(a[diff + i]) - int(b[i]) * int(quot)) % BLS_MODULUS
apos -= 1
diff -= 1
return [x % BLS_MODULUS for x in o]
```
#### `shift_polynomialcoeff`
```python
def shift_polynomialcoeff(polynomial_coeff: PolynomialCoeff, factor: BLSFieldElement) -> PolynomialCoeff:
"""
Shift the evaluation of a polynomial in coefficient form by factor.
This results in a new polynomial g(x) = f(factor * x)
"""
factor_power = 1
inv_factor = pow(int(factor), BLS_MODULUS - 2, BLS_MODULUS)
o = []
for p in polynomial_coeff:
o.append(int(p) * factor_power % BLS_MODULUS)
factor_power = factor_power * inv_factor % BLS_MODULUS
return o
```
#### `interpolate_polynomialcoeff`
```python
def interpolate_polynomialcoeff(xs: Sequence[BLSFieldElement], ys: Sequence[BLSFieldElement]) -> PolynomialCoeff:
"""
Lagrange interpolation: Finds the lowest degree polynomial that takes the value ``ys[i]`` at ``x[i]``
for all i.
Outputs a coefficient form polynomial. Leading coefficients may be zero.
"""
assert len(xs) == len(ys)
r = [0]
for i in range(len(xs)):
summand = [ys[i]]
for j in range(len(ys)):
if j != i:
weight_adjustment = bls_modular_inverse(int(xs[i]) - int(xs[j]))
summand = multiply_polynomialcoeff(
summand, [(- int(weight_adjustment) * int(xs[j])) % BLS_MODULUS, weight_adjustment]
)
r = add_polynomialcoeff(r, summand)
return r
```
#### `vanishing_polynomialcoeff`
```python
def vanishing_polynomialcoeff(xs: Sequence[BLSFieldElement]) -> PolynomialCoeff:
"""
Compute the vanishing polynomial on ``xs`` (in coefficient form)
"""
p = [1]
for x in xs:
p = multiply_polynomialcoeff(p, [-int(x), 1])
return p
```
#### `evaluate_polynomialcoeff`
```python
def evaluate_polynomialcoeff(polynomial_coeff: PolynomialCoeff, z: BLSFieldElement) -> BLSFieldElement:
"""
Evaluate a coefficient form polynomial at ``z`` using Horner's schema
"""
y = 0
for coef in polynomial_coeff[::-1]:
y = (int(y) * int(z) + int(coef)) % BLS_MODULUS
return BLSFieldElement(y % BLS_MODULUS)
```
### KZG multiproofs
Extended KZG functions for multiproofs
#### `compute_kzg_proof_multi_impl`
```python
def compute_kzg_proof_multi_impl(
polynomial_coeff: PolynomialCoeff,
zs: Sequence[BLSFieldElement]) -> Tuple[KZGProof, Sequence[BLSFieldElement]]:
"""
Helper function that computes multi-evaluation KZG proofs.
"""
# For all x_i, compute p(x_i) - p(z)
ys = [evaluate_polynomialcoeff(polynomial_coeff, z) for z in zs]
interpolation_polynomial = interpolate_polynomialcoeff(zs, ys)
polynomial_shifted = add_polynomialcoeff(polynomial_coeff, neg_polynomialcoeff(interpolation_polynomial))
# For all x_i, compute (x_i - z)
denominator_poly = vanishing_polynomialcoeff(zs)
# Compute the quotient polynomial directly in evaluation form
quotient_polynomial = divide_polynomialcoeff(polynomial_shifted, denominator_poly)
return KZGProof(g1_lincomb(KZG_SETUP_G1_MONOMIAL[:len(quotient_polynomial)], quotient_polynomial)), ys
```
#### `verify_kzg_proof_multi_impl`
```python
def verify_kzg_proof_multi_impl(commitment: KZGCommitment,
zs: Sequence[BLSFieldElement],
ys: Sequence[BLSFieldElement],
proof: KZGProof) -> bool:
"""
Helper function that verifies a KZG multiproof
"""
assert len(zs) == len(ys)
zero_poly = g2_lincomb(KZG_SETUP_G2_MONOMIAL[:len(zs) + 1], vanishing_polynomialcoeff(zs))
interpolated_poly = g1_lincomb(KZG_SETUP_G1_MONOMIAL[:len(zs)], interpolate_polynomialcoeff(zs, ys))
return (bls.pairing_check([
[bls.bytes48_to_G1(proof), bls.bytes96_to_G2(zero_poly)],
[
bls.add(bls.bytes48_to_G1(commitment), bls.neg(bls.bytes48_to_G1(interpolated_poly))),
bls.neg(bls.bytes96_to_G2(KZG_SETUP_G2_MONOMIAL[0])),
],
]))
```
### Cell cosets
#### `coset_for_cell`
```python
def coset_for_cell(cell_id: int) -> Cell:
"""
Get the coset for a given ``cell_id``
"""
assert cell_id < CELLS_PER_BLOB
roots_of_unity_brp = bit_reversal_permutation(
compute_roots_of_unity(2 * FIELD_ELEMENTS_PER_BLOB)
)
return Cell(roots_of_unity_brp[FIELD_ELEMENTS_PER_CELL * cell_id:FIELD_ELEMENTS_PER_CELL * (cell_id + 1)])
```
## Cells
### Cell computation
#### `compute_cells_and_proofs`
```python
def compute_cells_and_proofs(blob: Blob) -> Tuple[
Vector[Cell, CELLS_PER_BLOB],
Vector[KZGProof, CELLS_PER_BLOB]]:
"""
Compute all the cell proofs for one blob. This is an inefficient O(n^2) algorithm,
for performant implementation the FK20 algorithm that runs in O(n log n) should be
used instead.
Public method.
"""
polynomial = blob_to_polynomial(blob)
polynomial_coeff = polynomial_eval_to_coeff(polynomial)
cells = []
proofs = []
for i in range(CELLS_PER_BLOB):
coset = coset_for_cell(i)
proof, ys = compute_kzg_proof_multi_impl(polynomial_coeff, coset)
cells.append(ys)
proofs.append(proof)
return cells, proofs
```
#### `compute_cells`
```python
def compute_cells(blob: Blob) -> Vector[Cell, CELLS_PER_BLOB]:
"""
Compute the cell data for a blob (without computing the proofs).
Public method.
"""
polynomial = blob_to_polynomial(blob)
polynomial_coeff = polynomial_eval_to_coeff(polynomial)
extended_data = fft_field(polynomial_coeff + [0] * FIELD_ELEMENTS_PER_BLOB,
compute_roots_of_unity(2 * FIELD_ELEMENTS_PER_BLOB))
extended_data_rbo = bit_reversal_permutation(extended_data)
return [extended_data_rbo[i * FIELD_ELEMENTS_PER_CELL:(i + 1) * FIELD_ELEMENTS_PER_CELL]
for i in range(CELLS_PER_BLOB)]
```
### Cell verification
#### `verify_cell_proof`
```python
def verify_cell_proof(commitment: KZGCommitment,
cell_id: int,
cell: Cell,
proof: KZGProof) -> bool:
"""
Check a cell proof
Public method.
"""
coset = coset_for_cell(cell_id)
return verify_kzg_proof_multi_impl(commitment, coset, cell, proof)
```
#### `verify_cell_proof_batch`
```python
def verify_cell_proof_batch(row_commitments: Sequence[KZGCommitment],
row_ids: Sequence[int],
column_ids: Sequence[int],
cells: Sequence[Cell],
proofs: Sequence[KZGProof]) -> bool:
"""
Check multiple cell proofs. This function implements the naive algorithm of checking every cell
individually; an efficient algorithm can be found here:
https://ethresear.ch/t/a-universal-verification-equation-for-data-availability-sampling/13240
This implementation does not require randomness, but for the algorithm that
requires it, `RANDOM_CHALLENGE_KZG_CELL_BATCH_DOMAIN` should be used to compute
the challenge value.
Public method.
"""
# Get commitments via row IDs
commitments = [row_commitments[row_id] for row_id in row_ids]
return all(
verify_kzg_proof_multi_impl(commitment, coset_for_cell(column_id), cell, proof)
for commitment, column_id, cell, proof in zip(commitments, column_ids, cells, proofs)
)
```
## Reconstruction
### `recover_polynomial`
```python
def recover_polynomial(cell_ids: Sequence[CellID], cells: Sequence[Cell]) -> Polynomial:
"""
Recovers a polynomial from 2 * FIELD_ELEMENTS_PER_CELL evaluations, half of which can be missing.
This algorithm uses FFTs to recover cells faster than using Lagrange implementation. However,
a faster version thanks to Qi Zhou can be found here:
https://github.com/ethereum/research/blob/51b530a53bd4147d123ab3e390a9d08605c2cdb8/polynomial_reconstruction/polynomial_reconstruction_danksharding.py
Public method.
"""
assert len(cell_ids) == len(cells)
assert len(cells) >= CELLS_PER_BLOB // 2
missing_cell_ids = [cell_id for cell_id in range(CELLS_PER_BLOB) if cell_id not in cell_ids]
roots_of_unity_reduced = compute_roots_of_unity(CELLS_PER_BLOB)
short_zero_poly = vanishing_polynomialcoeff([
roots_of_unity_reduced[reverse_bits(cell_id, CELLS_PER_BLOB)]
for cell_id in missing_cell_ids
])
full_zero_poly = []
for i in short_zero_poly:
full_zero_poly.append(i)
full_zero_poly.extend([0] * (FIELD_ELEMENTS_PER_CELL - 1))
full_zero_poly = full_zero_poly + [0] * (2 * FIELD_ELEMENTS_PER_BLOB - len(full_zero_poly))
zero_poly_eval = fft_field(full_zero_poly,
compute_roots_of_unity(2 * FIELD_ELEMENTS_PER_BLOB))
zero_poly_eval_brp = bit_reversal_permutation(zero_poly_eval)
for cell_id in missing_cell_ids:
start = cell_id * FIELD_ELEMENTS_PER_CELL
end = (cell_id + 1) * FIELD_ELEMENTS_PER_CELL
assert zero_poly_eval_brp[start:end] == [0] * FIELD_ELEMENTS_PER_CELL
for cell_id in cell_ids:
start = cell_id * FIELD_ELEMENTS_PER_CELL
end = (cell_id + 1) * FIELD_ELEMENTS_PER_CELL
assert all(a != 0 for a in zero_poly_eval_brp[start:end])
extended_evaluation_rbo = [0] * (FIELD_ELEMENTS_PER_BLOB * 2)
for cell_id, cell in zip(cell_ids, cells):
start = cell_id * FIELD_ELEMENTS_PER_CELL
end = (cell_id + 1) * FIELD_ELEMENTS_PER_CELL
extended_evaluation_rbo[start:end] = cell
extended_evaluation = bit_reversal_permutation(extended_evaluation_rbo)
extended_evaluation_times_zero = [BLSFieldElement(int(a) * int(b) % BLS_MODULUS)
for a, b in zip(zero_poly_eval, extended_evaluation)]
roots_of_unity_extended = compute_roots_of_unity(2 * FIELD_ELEMENTS_PER_BLOB)
extended_evaluations_fft = fft_field(extended_evaluation_times_zero, roots_of_unity_extended, inv=True)
shift_factor = BLSFieldElement(PRIMITIVE_ROOT_OF_UNITY)
shift_inv = div(BLSFieldElement(1), shift_factor)
shifted_extended_evaluation = shift_polynomialcoeff(extended_evaluations_fft, shift_factor)
shifted_zero_poly = shift_polynomialcoeff(full_zero_poly, shift_factor)
eval_shifted_extended_evaluation = fft_field(shifted_extended_evaluation, roots_of_unity_extended)
eval_shifted_zero_poly = fft_field(shifted_zero_poly, roots_of_unity_extended)
eval_shifted_reconstructed_poly = [
div(a, b)
for a, b in zip(eval_shifted_extended_evaluation, eval_shifted_zero_poly)
]
shifted_reconstructed_poly = fft_field(eval_shifted_reconstructed_poly, roots_of_unity_extended, inv=True)
reconstructed_poly = shift_polynomialcoeff(shifted_reconstructed_poly, shift_inv)
reconstructed_data = bit_reversal_permutation(fft_field(reconstructed_poly, roots_of_unity_extended))
for cell_id, cell in zip(cell_ids, cells):
start = cell_id * FIELD_ELEMENTS_PER_CELL
end = (cell_id + 1) * FIELD_ELEMENTS_PER_CELL
assert reconstructed_data[start:end] == cell
return reconstructed_data
```

3
specs/_features/sharding/polynomial-commitments.md
View File

@ -58,6 +58,7 @@ This document specifies basic polynomial operations and KZG polynomial commitmen
| `BLS_MODULUS` | `0x73eda753299d7d483339d80809a1d80553bda402fffe5bfeffffffff00000001` (curve order of BLS12_381) |
| `PRIMITIVE_ROOT_OF_UNITY` | `7` | Primitive root of unity of the BLS12_381 (inner) BLS_MODULUS |
### KZG Trusted setup
| Name | Value |
@ -103,7 +104,7 @@ def reverse_bit_order(n: int, order: int) -> int:
```python
def list_to_reverse_bit_order(l: List[int]) -> List[int]:
"""
Convert a list between normal and reverse bit order. This operation is idempotent.
Convert a list between normal and reverse bit order. The permutation is an involution (inverts itself)..
"""
return [l[reverse_bit_order(i, len(l))] for i in range(len(l))]
```

48
specs/_features/whisk/beacon-chain.md
View File

@ -34,7 +34,7 @@
This document details the beacon chain additions and changes of to support the Whisk SSLE.
*Note:* This specification is built upon [Capella](../../capella/beacon-chain.md) and is under active development.
*Note:* This specification is built upon [capella](../../capella/beacon-chain.md) and is under active development.
## Constants
@ -89,14 +89,14 @@ def bytes_to_bls_field(b: Bytes32) -> BLSFieldElement:
TODO: Deneb will introduces this helper too. Should delete it once it's rebased to post-Deneb.
"""
field_element = int.from_bytes(b, ENDIANNESS)
assert field_element < BLS_MODULUS
return BLSFieldElement(field_element)
return BLSFieldElement(field_element % BLS_MODULUS)
```
| Name | Value |
| ------------------ | ------------------------------------------------------------------------------- |
| `BLS_G1_GENERATOR` | `bls.G1_to_bytes48(bls.G1)` |
| --------------------- | ------------------------------------------------------------------------------- |
| `BLS_G1_GENERATOR` | `BLSG1Point('0x97f1d3a73197d7942695638c4fa9ac0fc3688c4f9774b905a14e3a3f171bac586c55e83ff97a1aeffb3af00adb22c6bb') # noqa: E501` |
| `BLS_MODULUS` | `52435875175126190479447740508185965837690552500527637822603658699938581184513` |
| `CURDLEPROOFS_CRS` | TBD |
### Curdleproofs and opening proofs
@ -105,14 +105,17 @@ Note that Curdleproofs (Whisk Shuffle Proofs), the tracker opening proofs and al
```python
def IsValidWhiskShuffleProof(pre_shuffle_trackers: Sequence[WhiskTracker],
post_shuffle_trackers: Sequence[WhiskTracker],
M: BLSG1Point,
shuffle_proof: WhiskShuffleProof) -> bool:
"""
Verify `post_shuffle_trackers` is a permutation of `pre_shuffle_trackers`.
Defined in https://github.com/nalinbhardwaj/curdleproofs.pie/blob/dev/curdleproofs/curdleproofs/whisk_interface.py.
"""
# pylint: disable=unused-argument
return True
return curdleproofs.IsValidWhiskShuffleProof(
CURDLEPROOFS_CRS,
pre_shuffle_trackers,
post_shuffle_trackers,
shuffle_proof,
)
```
```python
@ -123,8 +126,7 @@ def IsValidWhiskOpeningProof(tracker: WhiskTracker,
Verify knowledge of `k` such that `tracker.k_r_G == k * tracker.r_G` and `k_commitment == k * BLS_G1_GENERATOR`.
Defined in https://github.com/nalinbhardwaj/curdleproofs.pie/blob/dev/curdleproofs/curdleproofs/whisk_interface.py.
"""
# pylint: disable=unused-argument
return True
return curdleproofs.IsValidWhiskOpeningProof(tracker, k_commitment, tracker_proof)
```
## Epoch processing
@ -282,7 +284,7 @@ def process_block_header(state: BeaconState, block: BeaconBlock) -> None:
#### `BeaconBlockBody`
```python
class BeaconBlockBody(capella.BeaconBlockBody):
class BeaconBlockBody(Container):
randao_reveal: BLSSignature
eth1_data: Eth1Data # Eth1 data vote
graffiti: Bytes32 # Arbitrary data
@ -295,13 +297,11 @@ class BeaconBlockBody(capella.BeaconBlockBody):
sync_aggregate: SyncAggregate
# Execution
execution_payload: ExecutionPayload
# Capella operations
bls_to_execution_changes: List[SignedBLSToExecutionChange, MAX_BLS_TO_EXECUTION_CHANGES]
# Whisk
whisk_opening_proof: WhiskTrackerProof # [New in Whisk]
whisk_post_shuffle_trackers: Vector[WhiskTracker, WHISK_VALIDATORS_PER_SHUFFLE] # [New in Whisk]
whisk_shuffle_proof: WhiskShuffleProof # [New in Whisk]
whisk_shuffle_proof_M_commitment: BLSG1Point # [New in Whisk]
whisk_registration_proof: WhiskTrackerProof # [New in Whisk]
whisk_tracker: WhiskTracker # [New in Whisk]
whisk_k_commitment: BLSG1Point # k * BLS_G1_GENERATOR [New in Whisk]
@ -328,7 +328,6 @@ def process_shuffled_trackers(state: BeaconState, body: BeaconBlockBody) -> None
if shuffle_epoch + WHISK_PROPOSER_SELECTION_GAP + 1 >= WHISK_EPOCHS_PER_SHUFFLING_PHASE:
# Require trackers set to zero during cooldown
assert body.whisk_post_shuffle_trackers == Vector[WhiskTracker, WHISK_VALIDATORS_PER_SHUFFLE]()
assert body.whisk_shuffle_proof_M_commitment == BLSG1Point()
assert body.whisk_shuffle_proof == WhiskShuffleProof()
else:
# Require shuffled trackers during shuffle
@ -337,7 +336,6 @@ def process_shuffled_trackers(state: BeaconState, body: BeaconBlockBody) -> None
assert IsValidWhiskShuffleProof(
pre_shuffle_trackers,
body.whisk_post_shuffle_trackers,
body.whisk_shuffle_proof_M_commitment,
body.whisk_shuffle_proof,
)
# Shuffle candidate trackers
@ -351,12 +349,9 @@ def is_k_commitment_unique(state: BeaconState, k_commitment: BLSG1Point) -> bool
```
```python
def process_whisk(state: BeaconState, body: BeaconBlockBody) -> None:
process_shuffled_trackers(state, body)
# Overwrite all validator Whisk fields (first Whisk proposal) or just the permutation commitment (next proposals)
proposer = state.validators[get_beacon_proposer_index(state)]
if proposer.whisk_tracker.r_G == BLS_G1_GENERATOR: # first Whisk proposal
def process_whisk_registration(state: BeaconState, body: BeaconBlockBody) -> None:
proposer_index = get_beacon_proposer_index(state)
if state.whisk_trackers[proposer_index].r_G == BLS_G1_GENERATOR: # first Whisk proposal
assert body.whisk_tracker.r_G != BLS_G1_GENERATOR
assert is_k_commitment_unique(state, body.whisk_k_commitment)
assert IsValidWhiskOpeningProof(
@ -364,26 +359,25 @@ def process_whisk(state: BeaconState, body: BeaconBlockBody) -> None:
body.whisk_k_commitment,
body.whisk_registration_proof,
)
proposer.whisk_tracker = body.whisk_tracker
proposer.whisk_k_commitment = body.whisk_k_commitment
state.whisk_trackers[proposer_index] = body.whisk_tracker
state.whisk_k_commitments[proposer_index] = body.whisk_k_commitment
else: # next Whisk proposals
assert body.whisk_registration_proof == WhiskTrackerProof()
assert body.whisk_tracker == WhiskTracker()
assert body.whisk_k_commitment == BLSG1Point()
assert body.whisk_shuffle_proof_M_commitment == BLSG1Point()
```
```python
def process_block(state: BeaconState, block: BeaconBlock) -> None:
process_block_header(state, block)
if is_execution_enabled(state, block.body):
process_withdrawals(state, block.body.execution_payload)
process_execution_payload(state, block.body.execution_payload, EXECUTION_ENGINE)
process_execution_payload(state, block.body, EXECUTION_ENGINE)
process_randao(state, block.body)
process_eth1_data(state, block.body)
process_operations(state, block.body)
process_sync_aggregate(state, block.body.sync_aggregate)
process_whisk(state, block.body) # [New in Whisk]
process_shuffled_trackers(state, block.body) # [New in Whisk]
process_whisk_registration(state, block.body) # [New in Whisk]
```
### Deposits

11
specs/altair/light-client/full-node.md
View File

@ -75,7 +75,8 @@ def create_light_client_bootstrap(state: BeaconState,
return LightClientBootstrap(
header=block_to_light_client_header(block),
current_sync_committee=state.current_sync_committee,
current_sync_committee_branch=compute_merkle_proof(state, CURRENT_SYNC_COMMITTEE_INDEX),
current_sync_committee_branch=CurrentSyncCommitteeBranch(
compute_merkle_proof(state, CURRENT_SYNC_COMMITTEE_GINDEX)),
)
```
@ -122,7 +123,8 @@ def create_light_client_update(state: BeaconState,
# `next_sync_committee` is only useful if the message is signed by the current sync committee
if update_attested_period == update_signature_period:
update.next_sync_committee = attested_state.next_sync_committee
update.next_sync_committee_branch = compute_merkle_proof(attested_state, NEXT_SYNC_COMMITTEE_INDEX)
update.next_sync_committee_branch = NextSyncCommitteeBranch(
compute_merkle_proof(attested_state, NEXT_SYNC_COMMITTEE_GINDEX))
# Indicate finality whenever possible
if finalized_block is not None:
@ -131,7 +133,8 @@ def create_light_client_update(state: BeaconState,
assert hash_tree_root(update.finalized_header.beacon) == attested_state.finalized_checkpoint.root
else:
assert attested_state.finalized_checkpoint.root == Bytes32()
update.finality_branch = compute_merkle_proof(attested_state, FINALIZED_ROOT_INDEX)
update.finality_branch = FinalityBranch(
compute_merkle_proof(attested_state, FINALIZED_ROOT_GINDEX))
update.sync_aggregate = block.message.body.sync_aggregate
update.signature_slot = block.message.slot
@ -158,7 +161,7 @@ def create_light_client_finality_update(update: LightClientUpdate) -> LightClien
)
```
Full nodes SHOULD provide the `LightClientFinalityUpdate` with the highest `attested_header.beacon.slot` (if multiple, highest `signature_slot`) as selected by fork choice, and SHOULD support a push mechanism to deliver new `LightClientFinalityUpdate` whenever `finalized_header` changes.
Full nodes SHOULD provide the `LightClientFinalityUpdate` with the highest `attested_header.beacon.slot` (if multiple, highest `signature_slot`) as selected by fork choice, and SHOULD support a push mechanism to deliver new `LightClientFinalityUpdate` whenever `finalized_header` changes. If that `LightClientFinalityUpdate` does not have supermajority (> 2/3) sync committee participation, a second `LightClientFinalityUpdate` SHOULD be delivered for the same `finalized_header` once supermajority participation is obtained.
### `create_light_client_optimistic_update`

2
specs/altair/light-client/p2p-interface.md
View File

@ -59,7 +59,7 @@ New global topics are added to provide light clients with the latest updates.
This topic is used to propagate the latest `LightClientFinalityUpdate` to light clients, allowing them to keep track of the latest `finalized_header`.
The following validations MUST pass before forwarding the `finality_update` on the network.
- _[IGNORE]_ The `finalized_header.beacon.slot` is greater than that of all previously forwarded `finality_update`s
- _[IGNORE]_ The `finalized_header.beacon.slot` is greater than that of all previously forwarded `finality_update`s, or it matches the highest previously forwarded slot and also has a `sync_aggregate` indicating supermajority (> 2/3) sync committee participation while the previously forwarded `finality_update` for that slot did not indicate supermajority
- _[IGNORE]_ The `finality_update` is received after the block at `signature_slot` was given enough time to propagate through the network -- i.e. validate that one-third of `finality_update.signature_slot` has transpired (`SECONDS_PER_SLOT / INTERVALS_PER_SLOT` seconds after the start of the slot, with a `MAXIMUM_GOSSIP_CLOCK_DISPARITY` allowance)
For full nodes, the following validations MUST additionally pass before forwarding the `finality_update` on the network.

45
specs/altair/light-client/sync-protocol.md
View File

@ -9,6 +9,7 @@
<!-- DON'T EDIT THIS SECTION, INSTEAD RE-RUN doctoc TO UPDATE -->
- [Introduction](#introduction)
- [Custom types](#custom-types)
- [Constants](#constants)
- [Preset](#preset)
- [Misc](#misc)
@ -56,13 +57,21 @@ Additional documents describe how the light client sync protocol can be used:
- [Light client](./light-client.md)
- [Networking](./p2p-interface.md)
## Custom types
| Name | SSZ equivalent | Description |
| - | - | - |
| `FinalityBranch` | `Vector[Bytes32, floorlog2(FINALIZED_ROOT_GINDEX)]` | Merkle branch of `finalized_checkpoint.root` within `BeaconState` |
| `CurrentSyncCommitteeBranch` | `Vector[Bytes32, floorlog2(CURRENT_SYNC_COMMITTEE_GINDEX)]` | Merkle branch of `current_sync_committee` within `BeaconState` |
| `NextSyncCommitteeBranch` | `Vector[Bytes32, floorlog2(NEXT_SYNC_COMMITTEE_GINDEX)]` | Merkle branch of `next_sync_committee` within `BeaconState` |
## Constants
| Name | Value |
| - | - |
| `FINALIZED_ROOT_INDEX` | `get_generalized_index(BeaconState, 'finalized_checkpoint', 'root')` (= 105) |
| `CURRENT_SYNC_COMMITTEE_INDEX` | `get_generalized_index(BeaconState, 'current_sync_committee')` (= 54) |
| `NEXT_SYNC_COMMITTEE_INDEX` | `get_generalized_index(BeaconState, 'next_sync_committee')` (= 55) |
| `FINALIZED_ROOT_GINDEX` | `get_generalized_index(BeaconState, 'finalized_checkpoint', 'root')` (= 105) |
| `CURRENT_SYNC_COMMITTEE_GINDEX` | `get_generalized_index(BeaconState, 'current_sync_committee')` (= 54) |
| `NEXT_SYNC_COMMITTEE_GINDEX` | `get_generalized_index(BeaconState, 'next_sync_committee')` (= 55) |
## Preset
@ -93,7 +102,7 @@ class LightClientBootstrap(Container):
header: LightClientHeader
# Current sync committee corresponding to `header.beacon.state_root`
current_sync_committee: SyncCommittee
current_sync_committee_branch: Vector[Bytes32, floorlog2(CURRENT_SYNC_COMMITTEE_INDEX)]
current_sync_committee_branch: CurrentSyncCommitteeBranch
```
### `LightClientUpdate`
@ -104,10 +113,10 @@ class LightClientUpdate(Container):
attested_header: LightClientHeader
# Next sync committee corresponding to `attested_header.beacon.state_root`
next_sync_committee: SyncCommittee
next_sync_committee_branch: Vector[Bytes32, floorlog2(NEXT_SYNC_COMMITTEE_INDEX)]
next_sync_committee_branch: NextSyncCommitteeBranch
# Finalized header corresponding to `attested_header.beacon.state_root`
finalized_header: LightClientHeader
finality_branch: Vector[Bytes32, floorlog2(FINALIZED_ROOT_INDEX)]
finality_branch: FinalityBranch
# Sync committee aggregate signature
sync_aggregate: SyncAggregate
# Slot at which the aggregate signature was created (untrusted)
@ -122,7 +131,7 @@ class LightClientFinalityUpdate(Container):
attested_header: LightClientHeader
# Finalized header corresponding to `attested_header.beacon.state_root`
finalized_header: LightClientHeader
finality_branch: Vector[Bytes32, floorlog2(FINALIZED_ROOT_INDEX)]
finality_branch: FinalityBranch
# Sync committee aggregate signature
sync_aggregate: SyncAggregate
# Slot at which the aggregate signature was created (untrusted)
@ -174,14 +183,14 @@ def is_valid_light_client_header(header: LightClientHeader) -> bool:
```python
def is_sync_committee_update(update: LightClientUpdate) -> bool:
return update.next_sync_committee_branch != [Bytes32() for _ in range(floorlog2(NEXT_SYNC_COMMITTEE_INDEX))]
return update.next_sync_committee_branch != NextSyncCommitteeBranch()
```
### `is_finality_update`
```python
def is_finality_update(update: LightClientUpdate) -> bool:
return update.finality_branch != [Bytes32() for _ in range(floorlog2(FINALIZED_ROOT_INDEX))]
return update.finality_branch != FinalityBranch()
```
### `is_better_update`
@ -286,8 +295,8 @@ def initialize_light_client_store(trusted_block_root: Root,
assert is_valid_merkle_branch(
leaf=hash_tree_root(bootstrap.current_sync_committee),
branch=bootstrap.current_sync_committee_branch,
depth=floorlog2(CURRENT_SYNC_COMMITTEE_INDEX),
index=get_subtree_index(CURRENT_SYNC_COMMITTEE_INDEX),
depth=floorlog2(CURRENT_SYNC_COMMITTEE_GINDEX),
index=get_subtree_index(CURRENT_SYNC_COMMITTEE_GINDEX),
root=bootstrap.header.beacon.state_root,
)
@ -358,8 +367,8 @@ def validate_light_client_update(store: LightClientStore,
assert is_valid_merkle_branch(
leaf=finalized_root,
branch=update.finality_branch,
depth=floorlog2(FINALIZED_ROOT_INDEX),
index=get_subtree_index(FINALIZED_ROOT_INDEX),
depth=floorlog2(FINALIZED_ROOT_GINDEX),
index=get_subtree_index(FINALIZED_ROOT_GINDEX),
root=update.attested_header.beacon.state_root,
)
@ -373,8 +382,8 @@ def validate_light_client_update(store: LightClientStore,
assert is_valid_merkle_branch(
leaf=hash_tree_root(update.next_sync_committee),
branch=update.next_sync_committee_branch,
depth=floorlog2(NEXT_SYNC_COMMITTEE_INDEX),
index=get_subtree_index(NEXT_SYNC_COMMITTEE_INDEX),
depth=floorlog2(NEXT_SYNC_COMMITTEE_GINDEX),
index=get_subtree_index(NEXT_SYNC_COMMITTEE_GINDEX),
root=update.attested_header.beacon.state_root,
)
@ -493,7 +502,7 @@ def process_light_client_finality_update(store: LightClientStore,
update = LightClientUpdate(
attested_header=finality_update.attested_header,
next_sync_committee=SyncCommittee(),
next_sync_committee_branch=[Bytes32() for _ in range(floorlog2(NEXT_SYNC_COMMITTEE_INDEX))],
next_sync_committee_branch=NextSyncCommitteeBranch(),
finalized_header=finality_update.finalized_header,
finality_branch=finality_update.finality_branch,
sync_aggregate=finality_update.sync_aggregate,
@ -512,9 +521,9 @@ def process_light_client_optimistic_update(store: LightClientStore,
update = LightClientUpdate(
attested_header=optimistic_update.attested_header,
next_sync_committee=SyncCommittee(),
next_sync_committee_branch=[Bytes32() for _ in range(floorlog2(NEXT_SYNC_COMMITTEE_INDEX))],
next_sync_committee_branch=NextSyncCommitteeBranch(),
finalized_header=LightClientHeader(),
finality_branch=[Bytes32() for _ in range(floorlog2(FINALIZED_ROOT_INDEX))],
finality_branch=FinalityBranch(),
sync_aggregate=optimistic_update.sync_aggregate,
signature_slot=optimistic_update.signature_slot,
)

2
specs/capella/beacon-chain.md
View File

@ -294,7 +294,7 @@ def is_partially_withdrawable_validator(validator: Validator, balance: Gwei) ->
### Epoch processing
*Note*: The function `process_historical_summaries_update` replaces `process_historical_roots_update` in Bellatrix.
*Note*: The function `process_historical_summaries_update` replaces `process_historical_roots_update` in Capella.
```python
def process_epoch(state: BeaconState) -> None:

5
specs/capella/light-client/full-node.md
View File

@ -46,14 +46,15 @@ def block_to_light_client_header(block: SignedBeaconBlock) -> LightClientHeader:
transactions_root=hash_tree_root(payload.transactions),
withdrawals_root=hash_tree_root(payload.withdrawals),
)
execution_branch = compute_merkle_proof(block.message.body, EXECUTION_PAYLOAD_INDEX)
execution_branch = ExecutionBranch(
compute_merkle_proof(block.message.body, EXECUTION_PAYLOAD_GINDEX))
else:
# Note that during fork transitions, `finalized_header` may still point to earlier forks.
# While Bellatrix blocks also contain an `ExecutionPayload` (minus `withdrawals_root`),
# it was not included in the corresponding light client data. To ensure compatibility
# with legacy data going through `upgrade_lc_header_to_capella`, leave out execution data.
execution_header = ExecutionPayloadHeader()
execution_branch = [Bytes32() for _ in range(floorlog2(EXECUTION_PAYLOAD_INDEX))]
execution_branch = ExecutionBranch()
return LightClientHeader(
beacon=BeaconBlockHeader(

17
specs/capella/light-client/sync-protocol.md
View File

@ -9,6 +9,7 @@
<!-- DON'T EDIT THIS SECTION, INSTEAD RE-RUN doctoc TO UPDATE -->
- [Introduction](#introduction)
- [Custom types](#custom-types)
- [Constants](#constants)
- [Containers](#containers)
- [Modified `LightClientHeader`](#modified-lightclientheader)
@ -27,11 +28,17 @@ Additional documents describes the impact of the upgrade on certain roles:
- [Full node](./full-node.md)
- [Networking](./p2p-interface.md)
## Custom types
| Name | SSZ equivalent | Description |
| - | - | - |
| `ExecutionBranch` | `Vector[Bytes32, floorlog2(EXECUTION_PAYLOAD_GINDEX)]` | Merkle branch of `execution_payload` within `BeaconBlockBody` |
## Constants
| Name | Value |
| - | - |
| `EXECUTION_PAYLOAD_INDEX` | `get_generalized_index(BeaconBlockBody, 'execution_payload')` (= 25) |
| `EXECUTION_PAYLOAD_GINDEX` | `get_generalized_index(BeaconBlockBody, 'execution_payload')` (= 25) |
## Containers
@ -43,7 +50,7 @@ class LightClientHeader(Container):
beacon: BeaconBlockHeader
# Execution payload header corresponding to `beacon.body_root` (from Capella onward)
execution: ExecutionPayloadHeader
execution_branch: Vector[Bytes32, floorlog2(EXECUTION_PAYLOAD_INDEX)]
execution_branch: ExecutionBranch
```
## Helper functions
@ -69,14 +76,14 @@ def is_valid_light_client_header(header: LightClientHeader) -> bool:
if epoch < CAPELLA_FORK_EPOCH:
return (
header.execution == ExecutionPayloadHeader()
and header.execution_branch == [Bytes32() for _ in range(floorlog2(EXECUTION_PAYLOAD_INDEX))]
and header.execution_branch == ExecutionBranch()
)
return is_valid_merkle_branch(
leaf=get_lc_execution_root(header),
branch=header.execution_branch,
depth=floorlog2(EXECUTION_PAYLOAD_INDEX),
index=get_subtree_index(EXECUTION_PAYLOAD_INDEX),
depth=floorlog2(EXECUTION_PAYLOAD_GINDEX),
index=get_subtree_index(EXECUTION_PAYLOAD_GINDEX),
root=header.beacon.body_root,
)
```

5
specs/deneb/light-client/full-node.md
View File

@ -52,14 +52,15 @@ def block_to_light_client_header(block: SignedBeaconBlock) -> LightClientHeader:
execution_header.blob_gas_used = payload.blob_gas_used
execution_header.excess_blob_gas = payload.excess_blob_gas
execution_branch = compute_merkle_proof(block.message.body, EXECUTION_PAYLOAD_INDEX)
execution_branch = ExecutionBranch(
compute_merkle_proof(block.message.body, EXECUTION_PAYLOAD_GINDEX))
else:
# Note that during fork transitions, `finalized_header` may still point to earlier forks.
# While Bellatrix blocks also contain an `ExecutionPayload` (minus `withdrawals_root`),
# it was not included in the corresponding light client data. To ensure compatibility
# with legacy data going through `upgrade_lc_header_to_capella`, leave out execution data.
execution_header = ExecutionPayloadHeader()
execution_branch = [Bytes32() for _ in range(floorlog2(EXECUTION_PAYLOAD_INDEX))]
execution_branch = ExecutionBranch()
return LightClientHeader(
beacon=BeaconBlockHeader(

6
specs/deneb/light-client/sync-protocol.md
View File

@ -74,14 +74,14 @@ def is_valid_light_client_header(header: LightClientHeader) -> bool:
if epoch < CAPELLA_FORK_EPOCH:
return (
header.execution == ExecutionPayloadHeader()
and header.execution_branch == [Bytes32() for _ in range(floorlog2(EXECUTION_PAYLOAD_INDEX))]
and header.execution_branch == ExecutionBranch()
)
return is_valid_merkle_branch(
leaf=get_lc_execution_root(header),
branch=header.execution_branch,
depth=floorlog2(EXECUTION_PAYLOAD_INDEX),
index=get_subtree_index(EXECUTION_PAYLOAD_INDEX),
depth=floorlog2(EXECUTION_PAYLOAD_GINDEX),
index=get_subtree_index(EXECUTION_PAYLOAD_GINDEX),
root=header.beacon.body_root,
)
```

2
specs/deneb/p2p-interface.md
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@ -175,7 +175,7 @@ The following validations MUST pass before forwarding the `blob_sidecar` on the
- _[REJECT]_ The sidecar's index is consistent with `MAX_BLOBS_PER_BLOCK` -- i.e. `blob_sidecar.index < MAX_BLOBS_PER_BLOCK`.
- _[REJECT]_ The sidecar is for the correct subnet -- i.e. `compute_subnet_for_blob_sidecar(blob_sidecar.index) == subnet_id`.
- _[IGNORE]_ The sidecar is not from a future slot (with a `MAXIMUM_GOSSIP_CLOCK_DISPARITY` allowance) -- i.e. validate that `block_header.slot <= current_slot` (a client MAY queue future sidecars for processing at the appropriate slot).
- _[IGNORE]_ The sidecar is from a slot greater than the latest finalized slot -- i.e. validate that `block_header.slot > compute_start_slot_at_epoch(state.finalized_checkpoint.epoch)`
- _[IGNORE]_ The sidecar is from a slot greater than the latest finalized slot -- i.e. validate that `block_header.slot > compute_start_slot_at_epoch(store.finalized_checkpoint.epoch)`
- _[REJECT]_ The proposer signature of `blob_sidecar.signed_block_header`, is valid with respect to the `block_header.proposer_index` pubkey.
- _[IGNORE]_ The sidecar's block's parent (defined by `block_header.parent_root`) has been seen (via both gossip and non-gossip sources) (a client MAY queue sidecars for processing once the parent block is retrieved).
- _[REJECT]_ The sidecar's block's parent (defined by `block_header.parent_root`) passes validation.

7
specs/deneb/polynomial-commitments.md
View File

@ -78,7 +78,8 @@ Public functions MUST accept raw bytes as input and perform the required cryptog
| `BYTES_PER_BLOB` | `uint64(BYTES_PER_FIELD_ELEMENT * FIELD_ELEMENTS_PER_BLOB)` | The number of bytes in a blob |
| `G1_POINT_AT_INFINITY` | `Bytes48(b'\xc0' + b'\x00' * 47)` | Serialized form of the point at infinity on the G1 group |
| `KZG_ENDIANNESS` | `'big'` | The endianness of the field elements including blobs |
| `PRIMITIVE_ROOT_OF_UNITY` | `7` | Primitive root of unity of the BLS12_381 (inner) BLS_MODULUS |
| `PRIMITIVE_ROOT_OF_UNITY` | `7` | The primitive root of unity from which all roots of unity should be derived |
## Preset
@ -95,8 +96,9 @@ Public functions MUST accept raw bytes as input and perform the required cryptog
| Name | Value |
| - | - |
| `KZG_SETUP_G2_LENGTH` | `65` |
| `KZG_SETUP_G2_MONOMIAL` | `Vector[G2Point, KZG_SETUP_G2_LENGTH]` |
| `KZG_SETUP_G1_MONOMIAL` | `Vector[G1Point, FIELD_ELEMENTS_PER_BLOB]` |
| `KZG_SETUP_G1_LAGRANGE` | `Vector[G1Point, FIELD_ELEMENTS_PER_BLOB]` |
| `KZG_SETUP_G2_MONOMIAL` | `Vector[G2Point, KZG_SETUP_G2_LENGTH]` |
## Helper functions
@ -592,4 +594,3 @@ def verify_blob_kzg_proof_batch(blobs: Sequence[Blob],
return verify_kzg_proof_batch(commitments, evaluation_challenges, ys, proofs)
```

43
specs/phase0/fork-choice.md
View File

@ -16,10 +16,12 @@
- [`get_forkchoice_store`](#get_forkchoice_store)
- [`get_slots_since_genesis`](#get_slots_since_genesis)
- [`get_current_slot`](#get_current_slot)
- [`get_current_store_epoch`](#get_current_store_epoch)
- [`compute_slots_since_epoch_start`](#compute_slots_since_epoch_start)
- [`get_ancestor`](#get_ancestor)
- [`calculate_committee_fraction`](#calculate_committee_fraction)
- [`get_checkpoint_block`](#get_checkpoint_block)
- [`get_proposer_score`](#get_proposer_score)
- [`get_weight`](#get_weight)
- [`get_voting_source`](#get_voting_source)
- [`filter_block_tree`](#filter_block_tree)
@ -140,8 +142,7 @@ class Store(object):
```python
def is_previous_epoch_justified(store: Store) -> bool:
current_slot = get_current_slot(store)
current_epoch = compute_epoch_at_slot(current_slot)
current_epoch = get_current_store_epoch(store)
return store.justified_checkpoint.epoch + 1 == current_epoch
```
@ -190,6 +191,13 @@ def get_current_slot(store: Store) -> Slot:
return Slot(GENESIS_SLOT + get_slots_since_genesis(store))
```
#### `get_current_store_epoch`
```python
def get_current_store_epoch(store: Store) -> Epoch:
return compute_epoch_at_slot(get_current_slot(store))
```
#### `compute_slots_since_epoch_start`
```python
@ -226,6 +234,15 @@ def get_checkpoint_block(store: Store, root: Root, epoch: Epoch) -> Root:
return get_ancestor(store, root, epoch_first_slot)
```
#### `get_proposer_score`
```python
def get_proposer_score(store: Store) -> Gwei:
justified_checkpoint_state = store.checkpoint_states[store.justified_checkpoint]
committee_weight = get_total_active_balance(justified_checkpoint_state) // SLOTS_PER_EPOCH
return (committee_weight * PROPOSER_SCORE_BOOST) // 100
```
#### `get_weight`
```python
@ -249,7 +266,7 @@ def get_weight(store: Store, root: Root) -> Gwei:
proposer_score = Gwei(0)
# Boost is applied if ``root`` is an ancestor of ``proposer_boost_root``
if get_ancestor(store, store.proposer_boost_root, store.blocks[root].slot) == root:
proposer_score = calculate_committee_fraction(state, PROPOSER_SCORE_BOOST)
proposer_score = get_proposer_score(store)
return attestation_score + proposer_score
```
@ -261,7 +278,7 @@ def get_voting_source(store: Store, block_root: Root) -> Checkpoint:
Compute the voting source checkpoint in event that block with root ``block_root`` is the head block
"""
block = store.blocks[block_root]
current_epoch = compute_epoch_at_slot(get_current_slot(store))
current_epoch = get_current_store_epoch(store)
block_epoch = compute_epoch_at_slot(block.slot)
if current_epoch > block_epoch:
# The block is from a prior epoch, the voting source will be pulled-up
@ -293,21 +310,15 @@ def filter_block_tree(store: Store, block_root: Root, blocks: Dict[Root, BeaconB
return True
return False
current_epoch = compute_epoch_at_slot(get_current_slot(store))
current_epoch = get_current_store_epoch(store)
voting_source = get_voting_source(store, block_root)
# The voting source should be at the same height as the store's justified checkpoint
# The voting source should be either at the same height as the store's justified checkpoint or
# not more than two epochs ago
correct_justified = (
store.justified_checkpoint.epoch == GENESIS_EPOCH
or voting_source.epoch == store.justified_checkpoint.epoch
)
# If the previous epoch is justified, the block should be pulled-up. In this case, check that unrealized
# justification is higher than the store and that the voting source is not more than two epochs ago
if not correct_justified and is_previous_epoch_justified(store):
correct_justified = (
store.unrealized_justifications[block_root].epoch >= store.justified_checkpoint.epoch and
voting_source.epoch + 2 >= current_epoch
or voting_source.epoch + 2 >= current_epoch
)
finalized_checkpoint_block = get_checkpoint_block(
@ -519,7 +530,7 @@ def compute_pulled_up_tip(store: Store, block_root: Root) -> None:
# If the block is from a prior epoch, apply the realized values
block_epoch = compute_epoch_at_slot(store.blocks[block_root].slot)
current_epoch = compute_epoch_at_slot(get_current_slot(store))
current_epoch = get_current_store_epoch(store)
if block_epoch < current_epoch:
update_checkpoints(store, state.current_justified_checkpoint, state.finalized_checkpoint)
```
@ -556,7 +567,7 @@ def validate_target_epoch_against_current_time(store: Store, attestation: Attest
target = attestation.data.target
# Attestations must be from the current or previous epoch
current_epoch = compute_epoch_at_slot(get_current_slot(store))
current_epoch = get_current_store_epoch(store)
# Use GENESIS_EPOCH for previous when genesis to avoid underflow
previous_epoch = current_epoch - 1 if current_epoch > GENESIS_EPOCH else GENESIS_EPOCH
# If attestation target is from a future epoch, delay consideration until the epoch arrives

19
specs/phase0/p2p-interface.md
View File

@ -330,7 +330,7 @@ The following validations MUST pass before forwarding the `signed_beacon_block`
i.e. validate that `signed_beacon_block.message.slot <= current_slot`
(a client MAY queue future blocks for processing at the appropriate slot).
- _[IGNORE]_ The block is from a slot greater than the latest finalized slot --
i.e. validate that `signed_beacon_block.message.slot > compute_start_slot_at_epoch(state.finalized_checkpoint.epoch)`
i.e. validate that `signed_beacon_block.message.slot > compute_start_slot_at_epoch(store.finalized_checkpoint.epoch)`
(a client MAY choose to validate and store such blocks for additional purposes -- e.g. slashing detection, archive nodes, etc).
- _[IGNORE]_ The block is the first block with valid signature received for the proposer for the slot, `signed_beacon_block.message.slot`.
- _[REJECT]_ The proposer signature, `signed_beacon_block.signature`, is valid with respect to the `proposer_index` pubkey.
@ -355,17 +355,20 @@ to subscribing nodes (typically validators) to be included in future blocks.
The following validations MUST pass before forwarding the `signed_aggregate_and_proof` on the network.
(We define the following for convenience -- `aggregate_and_proof = signed_aggregate_and_proof.message` and `aggregate = aggregate_and_proof.aggregate`)
- _[REJECT]_ The committee index is within the expected range -- i.e. `aggregate.data.index < get_committee_count_per_slot(state, aggregate.data.target.epoch)`.
- _[IGNORE]_ `aggregate.data.slot` is within the last `ATTESTATION_PROPAGATION_SLOT_RANGE` slots (with a `MAXIMUM_GOSSIP_CLOCK_DISPARITY` allowance) --
i.e. `aggregate.data.slot + ATTESTATION_PROPAGATION_SLOT_RANGE >= current_slot >= aggregate.data.slot`
(a client MAY queue future aggregates for processing at the appropriate slot).
- _[REJECT]_ The aggregate attestation's epoch matches its target -- i.e. `aggregate.data.target.epoch ==
compute_epoch_at_slot(aggregate.data.slot)`
- _[REJECT]_ The number of aggregation bits matches the committee size -- i.e.
`len(aggregate.aggregation_bits) == len(get_beacon_committee(state, aggregate.data.slot, aggregate.data.index))`.
- _[REJECT]_ The aggregate attestation has participants --
that is, `len(get_attesting_indices(state, aggregate.data, aggregate.aggregation_bits)) >= 1`.
- _[IGNORE]_ A valid aggregate attestation defined by `hash_tree_root(aggregate.data)` whose `aggregation_bits` is a non-strict superset has _not_ already been seen.
(via aggregate gossip, within a verified block, or through the creation of an equivalent aggregate locally).
- _[IGNORE]_ The `aggregate` is the first valid aggregate received for the aggregator
with index `aggregate_and_proof.aggregator_index` for the epoch `aggregate.data.target.epoch`.
- _[REJECT]_ The attestation has participants --
that is, `len(get_attesting_indices(state, aggregate.data, aggregate.aggregation_bits)) >= 1`.
- _[REJECT]_ `aggregate_and_proof.selection_proof` selects the validator as an aggregator for the slot --
i.e. `is_aggregator(state, aggregate.data.slot, aggregate.data.index, aggregate_and_proof.selection_proof)` returns `True`.
- _[REJECT]_ The aggregator's validator index is within the committee --
@ -378,6 +381,8 @@ The following validations MUST pass before forwarding the `signed_aggregate_and_
(via both gossip and non-gossip sources)
(a client MAY queue aggregates for processing once block is retrieved).
- _[REJECT]_ The block being voted for (`aggregate.data.beacon_block_root`) passes validation.
- _[REJECT]_ The aggregate attestation's target block is an ancestor of the block named in the LMD vote -- i.e.
`get_checkpoint_block(store, aggregate.data.beacon_block_root, aggregate.data.target.epoch) == aggregate.data.target.root`
- _[IGNORE]_ The current `finalized_checkpoint` is an ancestor of the `block` defined by `aggregate.data.beacon_block_root` -- i.e.
`get_checkpoint_block(store, aggregate.data.beacon_block_root, finalized_checkpoint.epoch)
== store.finalized_checkpoint.root`
@ -425,7 +430,7 @@ The `beacon_attestation_{subnet_id}` topics are used to propagate unaggregated a
to the subnet `subnet_id` (typically beacon and persistent committees) to be aggregated before being gossiped to `beacon_aggregate_and_proof`.
The following validations MUST pass before forwarding the `attestation` on the subnet.
- _[REJECT]_ The committee index is within the expected range -- i.e. `data.index < get_committee_count_per_slot(state, data.target.epoch)`.
- _[REJECT]_ The committee index is within the expected range -- i.e. `attestation.data.index < get_committee_count_per_slot(state, attestation.data.target.epoch)`.
- _[REJECT]_ The attestation is for the correct subnet --
i.e. `compute_subnet_for_attestation(committees_per_slot, attestation.data.slot, attestation.data.index) == subnet_id`,
where `committees_per_slot = get_committee_count_per_slot(state, attestation.data.target.epoch)`,
@ -439,7 +444,7 @@ The following validations MUST pass before forwarding the `attestation` on the s
- _[REJECT]_ The attestation is unaggregated --
that is, it has exactly one participating validator (`len([bit for bit in attestation.aggregation_bits if bit]) == 1`, i.e. exactly 1 bit is set).
- _[REJECT]_ The number of aggregation bits matches the committee size -- i.e.
`len(attestation.aggregation_bits) == len(get_beacon_committee(state, data.slot, data.index))`.
`len(attestation.aggregation_bits) == len(get_beacon_committee(state, attestation.data.slot, attestation.data.index))`.
- _[IGNORE]_ There has been no other valid attestation seen on an attestation subnet
that has an identical `attestation.data.target.epoch` and participating validator index.
- _[REJECT]_ The signature of `attestation` is valid.
@ -691,9 +696,9 @@ The fields are, as seen by the client at the time of sending the message:
- `current_fork_version` is the fork version at the node's current epoch defined by the wall-clock time
(not necessarily the epoch to which the node is sync)
- `genesis_validators_root` is the static `Root` found in `state.genesis_validators_root`
- `finalized_root`: `state.finalized_checkpoint.root` for the state corresponding to the head block
- `finalized_root`: `store.finalized_checkpoint.root` according to [fork choice](./fork-choice.md).
(Note this defaults to `Root(b'\x00' * 32)` for the genesis finalized checkpoint).
- `finalized_epoch`: `state.finalized_checkpoint.epoch` for the state corresponding to the head block.
- `finalized_epoch`: `store.finalized_checkpoint.epoch` according to [fork choice](./fork-choice.md).
- `head_root`: The `hash_tree_root` root of the current head block (`BeaconBlock`).
- `head_slot`: The slot of the block corresponding to the `head_root`.

40
ssz/simple-serialize.md
View File

@ -10,6 +10,7 @@
- [Basic types](#basic-types)
- [Composite types](#composite-types)
- [Variable-size and fixed-size](#variable-size-and-fixed-size)
- [Byte](#byte)
- [Aliases](#aliases)
- [Default values](#default-values)
- [`is_zero`](#is_zero)
@ -25,6 +26,7 @@
- [Merkleization](#merkleization)
- [Summaries and expansions](#summaries-and-expansions)
- [Implementations](#implementations)
- [JSON mapping](#json-mapping)
<!-- END doctoc generated TOC please keep comment here to allow auto update -->
<!-- /TOC -->
@ -41,6 +43,7 @@
### Basic types
* `uintN`: `N`-bit unsigned integer (where `N in [8, 16, 32, 64, 128, 256]`)
* `byte`: 8-bit opaque data container, equivalent in serialization and hashing to `uint8`
* `boolean`: `True` or `False`
### Composite types
@ -69,15 +72,20 @@
We recursively define "variable-size" types to be lists, unions, `Bitlist` and all types that contain a variable-size type. All other types are said to be "fixed-size".
### Byte
Although the SSZ serialization of `byte` is equivalent to that of `uint8`, the former is used for opaque data while the latter is intended as a number.
### Aliases
For convenience we alias:
* `bit` to `boolean`
* `byte` to `uint8` (this is a basic type)
* `BytesN` and `ByteVector[N]` to `Vector[byte, N]` (this is *not* a basic type)
* `ByteList[N]` to `List[byte, N]`
Aliases are semantically equivalent to their underlying type and therefore share canonical representations both in SSZ and in related formats.
### Default values
Assuming a helper function `default(type)` which returns the default value for `type`, we can recursively define the default value for all types.
@ -256,3 +264,33 @@ We similarly define "summary types" and "expansion types". For example, [`Beacon
## Implementations
See https://github.com/ethereum/eth2.0-specs/issues/2138 for a list of current known implementations.
## JSON mapping
The canonical JSON mapping assigns to each SSZ type a corresponding JSON encoding, enabling an SSZ schema to also define the JSON encoding.
When decoding JSON data, all fields in the SSZ schema must be present with a value. Parsers may ignore additional JSON fields.
| SSZ | JSON | Example |
| --- | --- | --- |
| `uintN` | string | `"0"` |
| `byte` | hex-byte-string | `"0x00"` |
| `boolean` | bool | `false` |
| `Container` | object | `{ "field": ... }` |
| `Vector[type, N]` | array | `[element, ...]` |
| `Vector[byte, N]` | hex-byte-string | `"0x1122"` |
| `Bitvector[N]` | hex-byte-string | `"0x1122"` |
| `List[type, N]` | array | `[element, ...]` |
| `List[byte, N]` | hex-byte-string | `"0x1122"` |
| `Bitlist[N]` | hex-byte-string | `"0x1122"` |
| `Union[type_0, type_1, ...]` | selector-object | `{ "selector": number, "data": type_N }` |
Integers are encoded as strings to avoid loss of precision in 64-bit values.
Aliases are encoded as their underlying type.
`hex-byte-string` is a `0x`-prefixed hex encoding of byte data, as it would appear in an SSZ stream.
`List` and `Vector` of `byte` (and aliases thereof) are encoded as `hex-byte-string`. `Bitlist` and `Bitvector` similarly map their SSZ-byte encodings to a `hex-byte-string`.
`Union` is encoded as an object with a `selector` and `data` field, where the contents of `data` change according to the selector.

2
tests/core/pyspec/eth2spec/VERSION.txt
View File

@ -1 +1 @@
1.4.0-beta.5
1.4.0-beta.6

24
tests/core/pyspec/eth2spec/test/altair/light_client/test_single_merkle_proof.py
View File

@ -10,17 +10,17 @@ from eth2spec.test.context import (
@spec_state_test
def test_current_sync_committee_merkle_proof(spec, state):
yield "object", state
current_sync_committee_branch = spec.compute_merkle_proof(state, spec.CURRENT_SYNC_COMMITTEE_INDEX)
current_sync_committee_branch = spec.compute_merkle_proof(state, spec.CURRENT_SYNC_COMMITTEE_GINDEX)
yield "proof", {
"leaf": "0x" + state.current_sync_committee.hash_tree_root().hex(),
"leaf_index": spec.CURRENT_SYNC_COMMITTEE_INDEX,
"leaf_index": spec.CURRENT_SYNC_COMMITTEE_GINDEX,
"branch": ['0x' + root.hex() for root in current_sync_committee_branch]
}
assert spec.is_valid_merkle_branch(
leaf=state.current_sync_committee.hash_tree_root(),
branch=current_sync_committee_branch,
depth=spec.floorlog2(spec.CURRENT_SYNC_COMMITTEE_INDEX),
index=spec.get_subtree_index(spec.CURRENT_SYNC_COMMITTEE_INDEX),
depth=spec.floorlog2(spec.CURRENT_SYNC_COMMITTEE_GINDEX),
index=spec.get_subtree_index(spec.CURRENT_SYNC_COMMITTEE_GINDEX),
root=state.hash_tree_root(),
)
@ -30,17 +30,17 @@ def test_current_sync_committee_merkle_proof(spec, state):
@spec_state_test
def test_next_sync_committee_merkle_proof(spec, state):
yield "object", state
next_sync_committee_branch = spec.compute_merkle_proof(state, spec.NEXT_SYNC_COMMITTEE_INDEX)
next_sync_committee_branch = spec.compute_merkle_proof(state, spec.NEXT_SYNC_COMMITTEE_GINDEX)
yield "proof", {
"leaf": "0x" + state.next_sync_committee.hash_tree_root().hex(),
"leaf_index": spec.NEXT_SYNC_COMMITTEE_INDEX,
"leaf_index": spec.NEXT_SYNC_COMMITTEE_GINDEX,
"branch": ['0x' + root.hex() for root in next_sync_committee_branch]
}
assert spec.is_valid_merkle_branch(
leaf=state.next_sync_committee.hash_tree_root(),
branch=next_sync_committee_branch,
depth=spec.floorlog2(spec.NEXT_SYNC_COMMITTEE_INDEX),
index=spec.get_subtree_index(spec.NEXT_SYNC_COMMITTEE_INDEX),
depth=spec.floorlog2(spec.NEXT_SYNC_COMMITTEE_GINDEX),
index=spec.get_subtree_index(spec.NEXT_SYNC_COMMITTEE_GINDEX),
root=state.hash_tree_root(),
)
@ -50,17 +50,17 @@ def test_next_sync_committee_merkle_proof(spec, state):
@spec_state_test
def test_finality_root_merkle_proof(spec, state):
yield "object", state
finality_branch = spec.compute_merkle_proof(state, spec.FINALIZED_ROOT_INDEX)
finality_branch = spec.compute_merkle_proof(state, spec.FINALIZED_ROOT_GINDEX)
yield "proof", {
"leaf": "0x" + state.finalized_checkpoint.root.hex(),
"leaf_index": spec.FINALIZED_ROOT_INDEX,
"leaf_index": spec.FINALIZED_ROOT_GINDEX,
"branch": ['0x' + root.hex() for root in finality_branch]
}
assert spec.is_valid_merkle_branch(
leaf=state.finalized_checkpoint.root,
branch=finality_branch,
depth=spec.floorlog2(spec.FINALIZED_ROOT_INDEX),
index=spec.get_subtree_index(spec.FINALIZED_ROOT_INDEX),
depth=spec.floorlog2(spec.FINALIZED_ROOT_GINDEX),
index=spec.get_subtree_index(spec.FINALIZED_ROOT_GINDEX),
root=state.hash_tree_root(),
)

139
tests/core/pyspec/eth2spec/test/altair/light_client/test_sync.py
View File

@ -16,19 +16,22 @@ from eth2spec.test.helpers.attestations import (
state_transition_with_full_block,
)
from eth2spec.test.helpers.constants import (
PHASE0, ALTAIR, BELLATRIX, CAPELLA, DENEB,
ALTAIR, BELLATRIX, CAPELLA, DENEB,
MINIMAL,
ALL_PHASES,
)
from eth2spec.test.helpers.fork_transition import (
do_fork,
)
from eth2spec.test.helpers.forks import (
get_spec_for_fork_version,
is_post_capella, is_post_deneb,
is_post_fork,
)
from eth2spec.test.helpers.light_client import (
compute_start_slot_at_next_sync_committee_period,
get_sync_aggregate,
upgrade_lc_bootstrap_to_new_spec,
upgrade_lc_update_to_new_spec,
upgrade_lc_store_to_new_spec,
)
from eth2spec.test.helpers.state import (
next_slots,
@ -36,107 +39,6 @@ from eth2spec.test.helpers.state import (
)
def get_spec_for_fork_version(spec, fork_version, phases):
if phases is None:
return spec
for fork in [fork for fork in ALL_PHASES if is_post_fork(spec.fork, fork)]:
if fork == PHASE0:
fork_version_field = 'GENESIS_FORK_VERSION'
else:
fork_version_field = fork.upper() + '_FORK_VERSION'
if fork_version == getattr(spec.config, fork_version_field):
return phases[fork]
raise ValueError("Unknown fork version %s" % fork_version)
def needs_upgrade_to_capella(d_spec, s_spec):
return is_post_capella(s_spec) and not is_post_capella(d_spec)
def needs_upgrade_to_deneb(d_spec, s_spec):
return is_post_deneb(s_spec) and not is_post_deneb(d_spec)
def check_lc_header_equal(d_spec, s_spec, data, upgraded):
assert upgraded.beacon.slot == data.beacon.slot
assert upgraded.beacon.hash_tree_root() == data.beacon.hash_tree_root()
if is_post_capella(s_spec):
if is_post_capella(d_spec):
assert s_spec.get_lc_execution_root(upgraded) == d_spec.get_lc_execution_root(data)
else:
assert s_spec.get_lc_execution_root(upgraded) == s_spec.Root()
def check_lc_bootstrap_equal(d_spec, s_spec, data, upgraded):
check_lc_header_equal(d_spec, s_spec, data.header, upgraded.header)
assert upgraded.current_sync_committee == data.current_sync_committee
assert upgraded.current_sync_committee_branch == data.current_sync_committee_branch
def upgrade_lc_bootstrap_to_store(d_spec, s_spec, data):
upgraded = data
if needs_upgrade_to_capella(d_spec, s_spec):
upgraded = s_spec.upgrade_lc_bootstrap_to_capella(upgraded)
check_lc_bootstrap_equal(d_spec, s_spec, data, upgraded)
if needs_upgrade_to_deneb(d_spec, s_spec):
upgraded = s_spec.upgrade_lc_bootstrap_to_deneb(upgraded)
check_lc_bootstrap_equal(d_spec, s_spec, data, upgraded)
return upgraded
def check_lc_update_equal(d_spec, s_spec, data, upgraded):
check_lc_header_equal(d_spec, s_spec, data.attested_header, upgraded.attested_header)
assert upgraded.next_sync_committee == data.next_sync_committee
assert upgraded.next_sync_committee_branch == data.next_sync_committee_branch
check_lc_header_equal(d_spec, s_spec, data.finalized_header, upgraded.finalized_header)
assert upgraded.sync_aggregate == data.sync_aggregate
assert upgraded.signature_slot == data.signature_slot
def upgrade_lc_update_to_store(d_spec, s_spec, data):
upgraded = data
if needs_upgrade_to_capella(d_spec, s_spec):
upgraded = s_spec.upgrade_lc_update_to_capella(upgraded)
check_lc_update_equal(d_spec, s_spec, data, upgraded)
if needs_upgrade_to_deneb(d_spec, s_spec):
upgraded = s_spec.upgrade_lc_update_to_deneb(upgraded)
check_lc_update_equal(d_spec, s_spec, data, upgraded)
return upgraded
def check_lc_store_equal(d_spec, s_spec, data, upgraded):
check_lc_header_equal(d_spec, s_spec, data.finalized_header, upgraded.finalized_header)
assert upgraded.current_sync_committee == data.current_sync_committee
assert upgraded.next_sync_committee == data.next_sync_committee
if upgraded.best_valid_update is None:
assert data.best_valid_update is None
else:
check_lc_update_equal(d_spec, s_spec, data.best_valid_update, upgraded.best_valid_update)
check_lc_header_equal(d_spec, s_spec, data.optimistic_header, upgraded.optimistic_header)
assert upgraded.previous_max_active_participants == data.previous_max_active_participants
assert upgraded.current_max_active_participants == data.current_max_active_participants
def upgrade_lc_store_to_new_spec(d_spec, s_spec, data):
upgraded = data
if needs_upgrade_to_capella(d_spec, s_spec):
upgraded = s_spec.upgrade_lc_store_to_capella(upgraded)
check_lc_store_equal(d_spec, s_spec, data, upgraded)
if needs_upgrade_to_deneb(d_spec, s_spec):
upgraded = s_spec.upgrade_lc_store_to_deneb(upgraded)
check_lc_store_equal(d_spec, s_spec, data, upgraded)
return upgraded
class LightClientSyncTest(object):
steps: List[Dict[str, Any]]
genesis_validators_root: Any
@ -175,7 +77,7 @@ def setup_test(spec, state, s_spec=None, phases=None):
yield "bootstrap_fork_digest", "meta", encode_hex(data_fork_digest)
yield "bootstrap", data
upgraded = upgrade_lc_bootstrap_to_store(d_spec, test.s_spec, data)
upgraded = upgrade_lc_bootstrap_to_new_spec(d_spec, test.s_spec, data)
test.store = test.s_spec.initialize_light_client_store(trusted_block_root, upgraded)
store_fork_version = get_store_fork_version(test.s_spec)
store_fork_digest = test.s_spec.compute_fork_digest(store_fork_version, test.genesis_validators_root)
@ -248,10 +150,10 @@ def emit_update(test, spec, state, block, attested_state, attested_block, finali
if not with_next:
data.next_sync_committee = spec.SyncCommittee()
data.next_sync_committee_branch = \
[spec.Bytes32() for _ in range(spec.floorlog2(spec.NEXT_SYNC_COMMITTEE_INDEX))]
[spec.Bytes32() for _ in range(spec.floorlog2(spec.NEXT_SYNC_COMMITTEE_GINDEX))]
current_slot = state.slot
upgraded = upgrade_lc_update_to_store(d_spec, test.s_spec, data)
upgraded = upgrade_lc_update_to_new_spec(d_spec, test.s_spec, data)
test.s_spec.process_light_client_update(test.store, upgraded, current_slot, test.genesis_validators_root)
yield get_update_file_name(d_spec, data), data
@ -281,15 +183,6 @@ def emit_upgrade_store(test, new_s_spec, phases=None):
})
def compute_start_slot_at_sync_committee_period(spec, sync_committee_period):
return spec.compute_start_slot_at_epoch(sync_committee_period * spec.EPOCHS_PER_SYNC_COMMITTEE_PERIOD)
def compute_start_slot_at_next_sync_committee_period(spec, state):
sync_committee_period = spec.compute_sync_committee_period_at_slot(state.slot)
return compute_start_slot_at_sync_committee_period(spec, sync_committee_period + 1)
@with_light_client
@spec_state_test_with_matching_config
@with_presets([MINIMAL], reason="too slow")
@ -628,7 +521,7 @@ def run_test_single_fork(spec, phases, state, fork):
finalized_state = state.copy()
attested_block = state_transition_with_full_block(spec, state, True, True)
attested_state = state.copy()
sync_aggregate, _ = get_sync_aggregate(spec, state)
sync_aggregate, _ = get_sync_aggregate(spec, state, phases=phases)
block = state_transition_with_full_block(spec, state, True, True, sync_aggregate=sync_aggregate)
yield from emit_update(test, spec, state, block, attested_state, attested_block, finalized_block, phases=phases)
assert test.store.finalized_header.beacon.slot == finalized_state.slot
@ -641,7 +534,7 @@ def run_test_single_fork(spec, phases, state, fork):
transition_to(spec, state, spec.compute_start_slot_at_epoch(fork_epoch) - 4)
attested_block = state_transition_with_full_block(spec, state, True, True)
attested_state = state.copy()
sync_aggregate, _ = get_sync_aggregate(spec, state)
sync_aggregate, _ = get_sync_aggregate(spec, state, phases=phases)
block = state_transition_with_full_block(spec, state, True, True, sync_aggregate=sync_aggregate)
update = yield from emit_update(
test, spec, state, block, attested_state, attested_block, finalized_block, phases=phases)
@ -657,7 +550,7 @@ def run_test_single_fork(spec, phases, state, fork):
# Final slot before fork, check that importing the pre-fork format still works
attested_block = block.copy()
attested_state = state.copy()
sync_aggregate, _ = get_sync_aggregate(spec, state)
sync_aggregate, _ = get_sync_aggregate(spec, state, phases=phases)
block = state_transition_with_full_block(spec, state, True, True, sync_aggregate=sync_aggregate)
yield from emit_update(test, spec, state, block, attested_state, attested_block, finalized_block, phases=phases)
assert test.store.finalized_header.beacon.slot == finalized_state.slot
@ -668,7 +561,7 @@ def run_test_single_fork(spec, phases, state, fork):
# Upgrade to post-fork spec, attested block is still before the fork
attested_block = block.copy()
attested_state = state.copy()
sync_aggregate, _ = get_sync_aggregate(phases[fork], state)
sync_aggregate, _ = get_sync_aggregate(phases[fork], state, phases=phases)
state, block = do_fork(state, spec, phases[fork], fork_epoch, sync_aggregate=sync_aggregate)
spec = phases[fork]
yield from emit_update(test, spec, state, block, attested_state, attested_block, finalized_block, phases=phases)
@ -680,7 +573,7 @@ def run_test_single_fork(spec, phases, state, fork):
# Another block after the fork, this time attested block is after the fork
attested_block = block.copy()
attested_state = state.copy()
sync_aggregate, _ = get_sync_aggregate(spec, state)
sync_aggregate, _ = get_sync_aggregate(spec, state, phases=phases)
block = state_transition_with_full_block(spec, state, True, True, sync_aggregate=sync_aggregate)
yield from emit_update(test, spec, state, block, attested_state, attested_block, finalized_block, phases=phases)
assert test.store.finalized_header.beacon.slot == finalized_state.slot
@ -692,7 +585,7 @@ def run_test_single_fork(spec, phases, state, fork):
transition_to(spec, state, spec.compute_start_slot_at_epoch(fork_epoch + 1) - 2)
attested_block = state_transition_with_full_block(spec, state, True, True)
attested_state = state.copy()
sync_aggregate, _ = get_sync_aggregate(spec, state)
sync_aggregate, _ = get_sync_aggregate(spec, state, phases=phases)
block = state_transition_with_full_block(spec, state, True, True, sync_aggregate=sync_aggregate)
yield from emit_update(test, spec, state, block, attested_state, attested_block, finalized_block, phases=phases)
assert test.store.finalized_header.beacon.slot == finalized_state.slot
@ -706,7 +599,7 @@ def run_test_single_fork(spec, phases, state, fork):
_, _, state = next_slots_with_attestations(spec, state, 2 * spec.SLOTS_PER_EPOCH - 1, True, True)
attested_block = state_transition_with_full_block(spec, state, True, True)
attested_state = state.copy()
sync_aggregate, _ = get_sync_aggregate(spec, state)
sync_aggregate, _ = get_sync_aggregate(spec, state, phases=phases)
block = state_transition_with_full_block(spec, state, True, True, sync_aggregate=sync_aggregate)
yield from emit_update(test, spec, state, block, attested_state, attested_block, finalized_block, phases=phases)
assert test.store.finalized_header.beacon.slot == finalized_state.slot

34
tests/core/pyspec/eth2spec/test/altair/transition/test_transition.py
View File

@ -418,3 +418,37 @@ def test_transition_with_no_attestations_until_after_fork(state, fork_epoch, spe
yield "blocks", blocks
yield "post", state
@with_fork_metas([ForkMeta(pre_fork_name=pre, post_fork_name=post, fork_epoch=2) for pre, post in ALL_PRE_POST_FORKS])
def test_non_empty_historical_roots(state, fork_epoch, spec, post_spec, pre_tag, post_tag):
"""
Test with non-empty pre-state `state.historical_roots`.
Since Capella froze `historical_roots`, Capella spec doesn't invoke `process_historical_roots_update` anymore.
Therefore, we need to fill in `historical_roots` with non-empty value.
"""
# fill in historical_roots with non-empty values
pre_historical_roots = [b'\x56' * 32]
state.historical_roots = pre_historical_roots
transition_until_fork(spec, state, fork_epoch)
# check pre state
assert spec.get_current_epoch(state) < fork_epoch
assert len(state.historical_roots) > 0
yield "pre", state
# irregular state transition to handle fork:
blocks = []
state, block = do_fork(state, spec, post_spec, fork_epoch)
blocks.append(post_tag(block))
# continue regular state transition with new spec into next epoch
transition_to_next_epoch_and_append_blocks(post_spec, state, post_tag, blocks, only_last_block=True)
yield "blocks", blocks
yield "post", state
assert len(state.historical_roots) > 0
assert state.historical_roots == pre_historical_roots

8
tests/core/pyspec/eth2spec/test/capella/light_client/test_single_merkle_proof.py
View File

@ -15,16 +15,16 @@ def test_execution_merkle_proof(spec, state):
block = state_transition_with_full_block(spec, state, True, False)
yield "object", block.message.body
execution_branch = spec.compute_merkle_proof(block.message.body, spec.EXECUTION_PAYLOAD_INDEX)
execution_branch = spec.compute_merkle_proof(block.message.body, spec.EXECUTION_PAYLOAD_GINDEX)
yield "proof", {
"leaf": "0x" + block.message.body.execution_payload.hash_tree_root().hex(),
"leaf_index": spec.EXECUTION_PAYLOAD_INDEX,
"leaf_index": spec.EXECUTION_PAYLOAD_GINDEX,
"branch": ['0x' + root.hex() for root in execution_branch]
}
assert spec.is_valid_merkle_branch(
leaf=block.message.body.execution_payload.hash_tree_root(),
branch=execution_branch,
depth=spec.floorlog2(spec.EXECUTION_PAYLOAD_INDEX),
index=spec.get_subtree_index(spec.EXECUTION_PAYLOAD_INDEX),
depth=spec.floorlog2(spec.EXECUTION_PAYLOAD_GINDEX),
index=spec.get_subtree_index(spec.EXECUTION_PAYLOAD_GINDEX),
root=block.message.body.hash_tree_root(),
)

8
tests/core/pyspec/eth2spec/test/conftest.py
View File

@ -1,6 +1,6 @@
from eth2spec.test import context
from eth2spec.test.helpers.constants import (
ALL_PHASES,
ALL_PHASES, ALLOWED_TEST_RUNNER_FORKS
)
from eth2spec.utils import bls as bls_utils
@ -44,7 +44,7 @@ def pytest_addoption(parser):
help="bls-default: make tests that are not dependent on BLS run without BLS"
)
parser.addoption(
"--bls-type", action="store", type=str, default="py_ecc", choices=["py_ecc", "milagro", "arkworks", "fastest"],
"--bls-type", action="store", type=str, default="fastest", choices=["py_ecc", "milagro", "arkworks", "fastest"],
help=(
"bls-type: use specified BLS implementation;"
"fastest: use milagro for signatures and arkworks for everything else (e.g. KZG)"
@ -54,10 +54,10 @@ def pytest_addoption(parser):
def _validate_fork_name(forks):
for fork in forks:
if fork not in set(ALL_PHASES):
if fork not in set(ALLOWED_TEST_RUNNER_FORKS):
raise ValueError(
f'The given --fork argument "{fork}" is not an available fork.'
f' The available forks: {ALL_PHASES}'
f' The available forks: {ALLOWED_TEST_RUNNER_FORKS}'
)

90
tests/core/pyspec/eth2spec/test/context.py
View File

@ -3,34 +3,35 @@ from copy import deepcopy
from dataclasses import dataclass
import importlib
from eth2spec.phase0 import mainnet as spec_phase0_mainnet, minimal as spec_phase0_minimal
from eth2spec.altair import mainnet as spec_altair_mainnet, minimal as spec_altair_minimal
from eth2spec.bellatrix import mainnet as spec_bellatrix_mainnet, minimal as spec_bellatrix_minimal
from eth2spec.capella import mainnet as spec_capella_mainnet, minimal as spec_capella_minimal
from eth2spec.deneb import mainnet as spec_deneb_mainnet, minimal as spec_deneb_minimal
from eth2spec.eip6110 import mainnet as spec_eip6110_mainnet, minimal as spec_eip6110_minimal
from eth2spec.eip7002 import mainnet as spec_eip7002_mainnet, minimal as spec_eip7002_minimal
from eth2spec.utils import bls
from .exceptions import SkippedTest
from .helpers.constants import (
PHASE0, ALTAIR, BELLATRIX, CAPELLA, DENEB,
EIP6110, EIP7002,
MINIMAL, MAINNET,
EIP6110, EIP7002, EIP7594,
WHISK,
MINIMAL,
ALL_PHASES,
ALL_FORK_UPGRADES,
POST_FORK_OF,
ALLOWED_TEST_RUNNER_FORKS,
LIGHT_CLIENT_TESTING_FORKS,
)
from .helpers.forks import is_post_fork
from .helpers.typing import SpecForkName, PresetBaseName
from .helpers.genesis import create_genesis_state
from .helpers.typing import (
Spec,
SpecForks,
)
from .helpers.specs import (
spec_targets,
)
from .utils import (
vector_test,
with_meta_tags,
)
from random import Random
from typing import Any, Callable, Sequence, TypedDict, Protocol, Dict
from typing import Any, Callable, Sequence, Dict
from lru import LRU
@ -41,34 +42,6 @@ DEFAULT_TEST_PRESET = MINIMAL
DEFAULT_PYTEST_FORKS = ALL_PHASES
# TODO: currently phases are defined as python modules.
# It would be better if they would be more well-defined interfaces for stronger typing.
class Configuration(Protocol):
PRESET_BASE: str
class Spec(Protocol):
fork: str
config: Configuration
class SpecPhase0(Spec):
...
class SpecAltair(Spec):
...
class SpecBellatrix(Spec):
...
class SpecCapella(Spec):
...
@dataclass(frozen=True)
class ForkMeta:
pre_fork_name: str
@ -76,35 +49,6 @@ class ForkMeta:
fork_epoch: int
spec_targets: Dict[PresetBaseName, Dict[SpecForkName, Spec]] = {
MINIMAL: {
PHASE0: spec_phase0_minimal,
ALTAIR: spec_altair_minimal,
BELLATRIX: spec_bellatrix_minimal,
CAPELLA: spec_capella_minimal,
DENEB: spec_deneb_minimal,
EIP6110: spec_eip6110_minimal,
EIP7002: spec_eip7002_minimal,
},
MAINNET: {
PHASE0: spec_phase0_mainnet,
ALTAIR: spec_altair_mainnet,
BELLATRIX: spec_bellatrix_mainnet,
CAPELLA: spec_capella_mainnet,
DENEB: spec_deneb_mainnet,
EIP6110: spec_eip6110_mainnet,
EIP7002: spec_eip7002_mainnet,
},
}
class SpecForks(TypedDict, total=False):
PHASE0: SpecPhase0
ALTAIR: SpecAltair
BELLATRIX: SpecBellatrix
CAPELLA: SpecCapella
def _prepare_state(balances_fn: Callable[[Any], Sequence[int]], threshold_fn: Callable[[Any], int],
spec: Spec, phases: SpecForks):
balances = balances_fn(spec)
@ -434,12 +378,12 @@ def with_all_phases(fn):
return with_phases(ALL_PHASES)(fn)
def with_all_phases_from(earliest_phase):
def with_all_phases_from(earliest_phase, all_phases=ALL_PHASES):
"""
A decorator factory for running a tests with every phase except the ones listed
"""
def decorator(fn):
return with_phases([phase for phase in ALL_PHASES if is_post_fork(phase, earliest_phase)])(fn)
return with_phases([phase for phase in all_phases if is_post_fork(phase, earliest_phase)])(fn)
return decorator
@ -525,7 +469,7 @@ def with_phases(phases, other_phases=None):
# When running test generator, it sets specific `phase`
phase = kw['phase']
_phases = [phase]
_other_phases = [ALL_FORK_UPGRADES[phase]]
_other_phases = [POST_FORK_OF[phase]]
ret = _run_test_case_with_phases(fn, _phases, _other_phases, kw, args, is_fork_transition=True)
else:
# When running pytest, go through `fork_metas` instead of using `phases`
@ -565,6 +509,8 @@ with_capella_and_later = with_all_phases_from(CAPELLA)
with_deneb_and_later = with_all_phases_from(DENEB)
with_eip6110_and_later = with_all_phases_from(EIP6110)
with_eip7002_and_later = with_all_phases_from(EIP7002)
with_whisk_and_later = with_all_phases_from(WHISK, all_phases=ALLOWED_TEST_RUNNER_FORKS)
with_eip7594_and_later = with_all_phases_from(EIP7594, all_phases=ALLOWED_TEST_RUNNER_FORKS)
class quoted_str(str):

0
tests/core/pyspec/eth2spec/test/eip7594/__init__.py Normal file
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0
tests/core/pyspec/eth2spec/test/eip7594/unittests/__init__.py Normal file
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0
tests/core/pyspec/eth2spec/test/eip7594/unittests/polynomial_commitments/__init__.py Normal file
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97
tests/core/pyspec/eth2spec/test/eip7594/unittests/polynomial_commitments/test_polynomial_commitments.py Normal file
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@ -0,0 +1,97 @@
import random
from eth2spec.test.context import (
spec_test,
single_phase,
with_eip7594_and_later,
)
from eth2spec.test.helpers.sharding import (
get_sample_blob,
)
from eth2spec.utils.bls import BLS_MODULUS
@with_eip7594_and_later
@spec_test
@single_phase
def test_fft(spec):
rng = random.Random(5566)
roots_of_unity = spec.compute_roots_of_unity(spec.FIELD_ELEMENTS_PER_BLOB)
poly_coeff = [rng.randint(0, BLS_MODULUS - 1) for _ in range(spec.FIELD_ELEMENTS_PER_BLOB)]
poly_eval = spec.fft_field(poly_coeff, roots_of_unity)
poly_coeff_inversed = spec.fft_field(poly_eval, roots_of_unity, inv=True)
assert len(poly_eval) == len(poly_coeff) == len(poly_coeff_inversed)
assert poly_coeff_inversed == poly_coeff
@with_eip7594_and_later
@spec_test
@single_phase
def test_verify_cell_proof(spec):
blob = get_sample_blob(spec)
commitment = spec.blob_to_kzg_commitment(blob)
cells, proofs = spec.compute_cells_and_proofs(blob)
cell_id = 0
assert spec.verify_cell_proof(commitment, cell_id, cells[cell_id], proofs[cell_id])
cell_id = 1
assert spec.verify_cell_proof(commitment, cell_id, cells[cell_id], proofs[cell_id])
@with_eip7594_and_later
@spec_test
@single_phase
def test_verify_cell_proof_batch(spec):
blob = get_sample_blob(spec)
commitment = spec.blob_to_kzg_commitment(blob)
cells, proofs = spec.compute_cells_and_proofs(blob)
assert spec.verify_cell_proof_batch(
row_commitments=[commitment],
row_ids=[0],
column_ids=[0, 1],
cells=cells[0:1],
proofs=proofs,
)
@with_eip7594_and_later
@spec_test
@single_phase
def test_recover_polynomial(spec):
rng = random.Random(5566)
# Number of samples we will be recovering from
N_SAMPLES = spec.CELLS_PER_BLOB // 2
# Get the data we will be working with
blob = get_sample_blob(spec)
# Get the data in evaluation form
original_polynomial = spec.blob_to_polynomial(blob)
# Extend data with Reed-Solomon and split the extended data in cells
cells = spec.compute_cells(blob)
# Compute the cells we will be recovering from
cell_ids = []
known_cells = []
# First figure out just the indices of the cells
for i in range(N_SAMPLES):
j = rng.randint(0, spec.CELLS_PER_BLOB)
while j in cell_ids:
j = rng.randint(0, spec.CELLS_PER_BLOB)
cell_ids.append(j)
# Now the cells themselves
known_cells = [cells[cell_id] for cell_id in cell_ids]
# Recover the data
recovered_data = spec.recover_polynomial(cell_ids, known_cells)
# Check that the original data match the non-extended portion of the recovered data
assert original_polynomial == recovered_data[:len(recovered_data) // 2]
# Now flatten the cells and check that they match the entirety of the recovered data
flattened_cells = [x for xs in cells for x in xs]
assert flattened_cells == recovered_data

2
tests/core/pyspec/eth2spec/test/helpers/attestations.py
View File

@ -280,7 +280,7 @@ def state_transition_with_full_block(spec,
)
for attestation in attestations:
block.body.attestations.append(attestation)
if fill_prev_epoch:
if fill_prev_epoch and state.slot >= spec.SLOTS_PER_EPOCH:
slot_to_attest = state.slot - spec.SLOTS_PER_EPOCH + 1
attestations = get_valid_attestation_at_slot(
state,

125
tests/core/pyspec/eth2spec/test/helpers/block.py
View File

@ -1,9 +1,28 @@
from eth2spec.test.helpers.execution_payload import build_empty_execution_payload
from eth2spec.test.helpers.forks import is_post_altair, is_post_bellatrix
from eth2spec.test.helpers.keys import privkeys
from eth2spec.test.helpers.forks import is_post_whisk, is_post_altair, is_post_bellatrix
from eth2spec.test.helpers.keys import privkeys, whisk_ks_initial, whisk_ks_final
from eth2spec.utils import bls
from eth2spec.utils.bls import only_with_bls
from eth2spec.utils.ssz.ssz_impl import hash_tree_root
from curdleproofs import (
GenerateWhiskTrackerProof,
WhiskTracker,
GenerateWhiskShuffleProof,
)
from py_ecc.optimized_bls12_381.optimized_curve import G1, multiply
from py_ecc.typing import Optimized_Field, Optimized_Point3D
from py_ecc.bls.g2_primitives import (
G1_to_pubkey as py_ecc_G1_to_bytes48,
pubkey_to_G1 as py_ecc_bytes48_to_G1,
)
from eth2spec.test.helpers.whisk import (
compute_whisk_tracker_and_commitment,
is_first_proposal,
resolve_known_tracker
)
from py_arkworks_bls12381 import Scalar
PointProjective = Optimized_Point3D[Optimized_Field]
def get_proposer_index_maybe(spec, state, slot, proposer_index=None):
@ -24,10 +43,9 @@ def get_proposer_index_maybe(spec, state, slot, proposer_index=None):
@only_with_bls()
def apply_randao_reveal(spec, state, block, proposer_index=None):
def apply_randao_reveal(spec, state, block, proposer_index):
assert state.slot <= block.slot
proposer_index = get_proposer_index_maybe(spec, state, block.slot, proposer_index)
privkey = privkeys[proposer_index]
domain = spec.get_domain(state, spec.DOMAIN_RANDAO, spec.compute_epoch_at_slot(block.slot))
@ -72,7 +90,7 @@ def apply_empty_block(spec, state, slot=None):
return transition_unsigned_block(spec, state, block)
def build_empty_block(spec, state, slot=None):
def build_empty_block(spec, state, slot=None, proposer_index=None):
"""
Build empty block for ``slot``, built upon the latest block header seen by ``state``.
Slot must be greater than or equal to the current slot in ``state``.
@ -87,13 +105,14 @@ def build_empty_block(spec, state, slot=None):
spec.process_slots(state, slot)
state, parent_block_root = get_state_and_beacon_parent_root_at_slot(spec, state, slot)
proposer_index = get_beacon_proposer_to_build(spec, state, proposer_index)
empty_block = spec.BeaconBlock()
empty_block.slot = slot
empty_block.proposer_index = spec.get_beacon_proposer_index(state)
empty_block.proposer_index = proposer_index
empty_block.body.eth1_data.deposit_count = state.eth1_deposit_index
empty_block.parent_root = parent_block_root
apply_randao_reveal(spec, state, empty_block)
apply_randao_reveal(spec, state, empty_block, proposer_index)
if is_post_altair(spec):
empty_block.body.sync_aggregate.sync_committee_signature = spec.G2_POINT_AT_INFINITY
@ -101,11 +120,99 @@ def build_empty_block(spec, state, slot=None):
if is_post_bellatrix(spec):
empty_block.body.execution_payload = build_empty_execution_payload(spec, state)
if is_post_whisk(spec):
# Whisk opening proof
#######
# Create valid whisk opening proof
# TODO: Use k_initial or k_final to handle first and subsequent proposals
k_initial = whisk_ks_initial(proposer_index)
# Sanity check proposer is correct
proposer_k_commitment = state.whisk_k_commitments[proposer_index]
k_commitment = py_ecc_G1_to_bytes48(multiply(G1, int(k_initial)))
if proposer_k_commitment != k_commitment:
raise Exception("k proposer_index not eq proposer_k_commitment", proposer_k_commitment, k_commitment)
proposer_tracker = state.whisk_proposer_trackers[state.slot % spec.WHISK_PROPOSER_TRACKERS_COUNT]
if not is_whisk_proposer(proposer_tracker, k_initial):
raise Exception("k proposer_index does not match proposer_tracker")
empty_block.body.whisk_opening_proof = GenerateWhiskTrackerProof(proposer_tracker, Scalar(k_initial))
# Whisk shuffle proof
#######
shuffle_indices = spec.get_shuffle_indices(empty_block.body.randao_reveal)
pre_shuffle_trackers = [state.whisk_candidate_trackers[i] for i in shuffle_indices]
post_trackers, shuffle_proof = GenerateWhiskShuffleProof(spec.CURDLEPROOFS_CRS, pre_shuffle_trackers)
empty_block.body.whisk_post_shuffle_trackers = post_trackers
empty_block.body.whisk_shuffle_proof = shuffle_proof
# Whisk registration proof
#######
# Branching logic depending if first proposal or not
if is_first_proposal(spec, state, proposer_index):
# Register new tracker
k_final = whisk_ks_final(proposer_index)
# TODO: Actual logic should pick a random r, but may need to do something fancy to locate trackers quickly
r = 2
tracker, k_commitment = compute_whisk_tracker_and_commitment(k_final, r)
empty_block.body.whisk_registration_proof = GenerateWhiskTrackerProof(tracker, Scalar(k_final))
empty_block.body.whisk_tracker = tracker
empty_block.body.whisk_k_commitment = k_commitment
else:
# Subsequent proposals, just leave empty
empty_block.body.whisk_registration_proof = spec.WhiskTrackerProof()
empty_block.body.whisk_tracker = spec.WhiskTracker()
empty_block.body.whisk_k_commitment = spec.BLSG1Point()
return empty_block
def build_empty_block_for_next_slot(spec, state):
return build_empty_block(spec, state, state.slot + 1)
def is_whisk_proposer(tracker: WhiskTracker, k: int) -> bool:
return py_ecc_G1_to_bytes48(multiply(py_ecc_bytes48_to_G1(tracker.r_G), k)) == tracker.k_r_G
def get_beacon_proposer_to_build(spec, state, proposer_index=None):
if is_post_whisk(spec):
if proposer_index is None:
return find_whisk_proposer(spec, state)
else:
return proposer_index
else:
return spec.get_beacon_proposer_index(state)
def find_whisk_proposer(spec, state):
proposer_tracker = state.whisk_proposer_trackers[state.slot % spec.WHISK_PROPOSER_TRACKERS_COUNT]
# Check record of known trackers
# During the first shuffling phase (epoch < WHISK_EPOCHS_PER_SHUFFLING_PHASE)
# proposer trackers are those inserted on the genesis state, and have not gone
# through any shuffling. We cache those initial trackers and use `resolve_known_tracker`
# to check if the tracker is known, and skip the need to actually find the matching tracker
proposer_index = resolve_known_tracker(proposer_tracker)
if proposer_index is not None:
return proposer_index
print("proposer_tracker", proposer_tracker)
# # First attempt direct equality with trackers
# for i, validator in enumerate(state.validators):
# # # This is insanely slow
# # if validator.whisk_tracker == proposer_tracker:
# if True:
# return i
# # In Whisk where to get proposer from?
# raise Exception("proposer_tracker not matched")
raise Exception("proposer not known without heavy math")
def build_empty_block_for_next_slot(spec, state, proposer_index=None):
return build_empty_block(spec, state, state.slot + 1, proposer_index)
def get_state_and_beacon_parent_root_at_slot(spec, state, slot):

39
tests/core/pyspec/eth2spec/test/helpers/constants.py
View File

@ -18,6 +18,8 @@ CUSTODY_GAME = SpecForkName('custody_game')
DAS = SpecForkName('das')
EIP6110 = SpecForkName('eip6110')
EIP7002 = SpecForkName('eip7002')
WHISK = SpecForkName('whisk')
EIP7594 = SpecForkName('eip7594')
#
# SpecFork settings
@ -27,6 +29,8 @@ EIP7002 = SpecForkName('eip7002')
MAINNET_FORKS = (PHASE0, ALTAIR, BELLATRIX, CAPELLA)
LATEST_FORK = MAINNET_FORKS[-1]
# The forks that pytest can run with.
# Note: when adding a new fork here, all tests from previous forks with decorator `with_X_and_later`
# will run on the new fork. To skip this behaviour, add the fork to `ALLOWED_TEST_RUNNER_FORKS`
ALL_PHASES = (
# Formal forks
*MAINNET_FORKS,
@ -34,13 +38,32 @@ ALL_PHASES = (
# Experimental patches
EIP6110,
EIP7002,
EIP7594,
)
# The forks that have light client specs
LIGHT_CLIENT_TESTING_FORKS = (*[item for item in MAINNET_FORKS if item != PHASE0], DENEB)
# The forks that output to the test vectors.
TESTGEN_FORKS = (*MAINNET_FORKS, DENEB, EIP6110)
TESTGEN_FORKS = (*MAINNET_FORKS, DENEB, EIP6110, WHISK)
# Forks allowed in the test runner `--fork` flag, to fail fast in case of typos
ALLOWED_TEST_RUNNER_FORKS = (*ALL_PHASES, WHISK)
ALL_FORK_UPGRADES = {
# NOTE: the same definition as in `pysetup/md_doc_paths.py`
PREVIOUS_FORK_OF = {
# post_fork_name: pre_fork_name
PHASE0: None,
ALTAIR: PHASE0,
BELLATRIX: ALTAIR,
CAPELLA: BELLATRIX,
DENEB: CAPELLA,
# Experimental patches
EIP6110: DENEB,
WHISK: CAPELLA,
EIP7002: CAPELLA,
EIP7594: DENEB,
}
# For fork transition tests
POST_FORK_OF = {
# pre_fork_name: post_fork_name
PHASE0: ALTAIR,
ALTAIR: BELLATRIX,
@ -48,15 +71,11 @@ ALL_FORK_UPGRADES = {
CAPELLA: DENEB,
DENEB: EIP6110,
}
ALL_PRE_POST_FORKS = ALL_FORK_UPGRADES.items()
AFTER_BELLATRIX_UPGRADES = {key: value for key, value in ALL_FORK_UPGRADES.items() if key != PHASE0}
AFTER_BELLATRIX_PRE_POST_FORKS = AFTER_BELLATRIX_UPGRADES.items()
AFTER_CAPELLA_UPGRADES = {key: value for key, value in ALL_FORK_UPGRADES.items()
if key not in [PHASE0, ALTAIR]}
AFTER_CAPELLA_PRE_POST_FORKS = AFTER_CAPELLA_UPGRADES.items()
AFTER_DENEB_UPGRADES = {key: value for key, value in ALL_FORK_UPGRADES.items()
ALL_PRE_POST_FORKS = POST_FORK_OF.items()
DENEB_TRANSITION_UPGRADES_AND_AFTER = {key: value for key, value in POST_FORK_OF.items()
if key not in [PHASE0, ALTAIR, BELLATRIX]}
AFTER_DENEB_PRE_POST_FORKS = AFTER_DENEB_UPGRADES.items()
AFTER_DENEB_PRE_POST_FORKS = DENEB_TRANSITION_UPGRADES_AND_AFTER.items()
#
# Config and Preset

97
tests/core/pyspec/eth2spec/test/helpers/fork_transition.py
View File

@ -3,7 +3,10 @@ from enum import Enum, auto
from eth2spec.test.helpers.attester_slashings import (
get_valid_attester_slashing_by_indices,
)
from eth2spec.test.helpers.attestations import next_slots_with_attestations
from eth2spec.test.helpers.attestations import (
next_slots_with_attestations,
state_transition_with_full_block,
)
from eth2spec.test.helpers.block import (
build_empty_block_for_next_slot,
build_empty_block,
@ -11,12 +14,9 @@ from eth2spec.test.helpers.block import (
)
from eth2spec.test.helpers.bls_to_execution_changes import get_signed_address_change
from eth2spec.test.helpers.constants import (
ALTAIR,
BELLATRIX,
CAPELLA,
DENEB,
EIP6110,
EIP7002,
PHASE0,
POST_FORK_OF,
PREVIOUS_FORK_OF,
)
from eth2spec.test.helpers.deposits import (
prepare_state_and_deposit,
@ -24,6 +24,9 @@ from eth2spec.test.helpers.deposits import (
from eth2spec.test.helpers.proposer_slashings import (
get_valid_proposer_slashing,
)
from eth2spec.test.helpers.forks import (
get_next_fork_transition,
)
from eth2spec.test.helpers.state import (
next_slot,
state_transition_and_sign_block,
@ -146,45 +149,37 @@ def state_transition_across_slots_with_ignoring_proposers(spec,
next_slot(spec, state)
def get_upgrade_fn(spec, fork):
# pylint: disable=unused-argument
# NOTE: `spec` is used for the `eval` call
assert fork in POST_FORK_OF.values()
try:
# TODO: make all upgrade_to_* function names consistent?
fn = eval(f"spec.upgrade_to_{fork}")
return fn
except Exception:
raise ValueError(f"Unknown fork: {fork}")
def do_fork(state, spec, post_spec, fork_epoch, with_block=True, sync_aggregate=None, operation_dict=None):
spec.process_slots(state, state.slot + 1)
assert state.slot % spec.SLOTS_PER_EPOCH == 0
assert spec.get_current_epoch(state) == fork_epoch
if post_spec.fork == ALTAIR:
state = post_spec.upgrade_to_altair(state)
elif post_spec.fork == BELLATRIX:
state = post_spec.upgrade_to_bellatrix(state)
elif post_spec.fork == CAPELLA:
state = post_spec.upgrade_to_capella(state)
elif post_spec.fork == DENEB:
state = post_spec.upgrade_to_deneb(state)
elif post_spec.fork == EIP6110:
state = post_spec.upgrade_to_eip6110(state)
elif post_spec.fork == EIP7002:
state = post_spec.upgrade_to_eip7002(state)
state = get_upgrade_fn(post_spec, post_spec.fork)(state)
assert state.fork.epoch == fork_epoch
if post_spec.fork == ALTAIR:
assert state.fork.previous_version == post_spec.config.GENESIS_FORK_VERSION
assert state.fork.current_version == post_spec.config.ALTAIR_FORK_VERSION
elif post_spec.fork == BELLATRIX:
assert state.fork.previous_version == post_spec.config.ALTAIR_FORK_VERSION
assert state.fork.current_version == post_spec.config.BELLATRIX_FORK_VERSION
elif post_spec.fork == CAPELLA:
assert state.fork.previous_version == post_spec.config.BELLATRIX_FORK_VERSION
assert state.fork.current_version == post_spec.config.CAPELLA_FORK_VERSION
elif post_spec.fork == DENEB:
assert state.fork.previous_version == post_spec.config.CAPELLA_FORK_VERSION
assert state.fork.current_version == post_spec.config.DENEB_FORK_VERSION
elif post_spec.fork == EIP6110:
assert state.fork.previous_version == post_spec.config.DENEB_FORK_VERSION
assert state.fork.current_version == post_spec.config.EIP6110_FORK_VERSION
elif post_spec.fork == EIP7002:
assert state.fork.previous_version == post_spec.config.CAPELLA_FORK_VERSION
assert state.fork.current_version == post_spec.config.EIP7002_FORK_VERSION
previous_fork = PREVIOUS_FORK_OF[post_spec.fork]
if previous_fork == PHASE0:
previous_version = spec.config.GENESIS_FORK_VERSION
else:
previous_version = getattr(post_spec.config, f"{previous_fork.upper()}_FORK_VERSION")
current_version = getattr(post_spec.config, f"{post_spec.fork.upper()}_FORK_VERSION")
assert state.fork.previous_version == previous_version
assert state.fork.current_version == current_version
if with_block:
return state, _state_transition_and_sign_block_at_slot(
@ -207,6 +202,34 @@ def _transition_until_fork_minus_one(spec, state, fork_epoch):
transition_to(spec, state, to_slot)
def transition_across_forks(spec, state, to_slot, phases=None, with_block=False, sync_aggregate=None):
assert to_slot > state.slot
state = state.copy()
block = None
to_epoch = spec.compute_epoch_at_slot(to_slot)
while state.slot < to_slot:
assert block is None
epoch = spec.compute_epoch_at_slot(state.slot)
post_spec, fork_epoch = get_next_fork_transition(spec, epoch, phases)
if fork_epoch is None or to_epoch < fork_epoch:
if with_block and (to_slot == state.slot + 1):
transition_to(spec, state, to_slot - 1)
block = state_transition_with_full_block(
spec, state, True, True,
sync_aggregate=sync_aggregate)
else:
transition_to(spec, state, to_slot)
else:
transition_until_fork(spec, state, fork_epoch)
state, block = do_fork(
state, spec, post_spec, fork_epoch,
with_block=with_block and (to_slot == state.slot + 1),
sync_aggregate=sync_aggregate,
)
spec = post_spec
return spec, state, block
def transition_to_next_epoch_and_append_blocks(spec,
state,
post_tag,

61
tests/core/pyspec/eth2spec/test/helpers/forks.py
View File

@ -1,25 +1,24 @@
from .constants import (
PHASE0, ALTAIR, BELLATRIX, CAPELLA, DENEB,
EIP6110, EIP7002,
EIP6110, EIP7002, WHISK,
PREVIOUS_FORK_OF,
)
def is_post_fork(a, b):
if a == EIP7002:
return b in [PHASE0, ALTAIR, BELLATRIX, CAPELLA, EIP7002]
if a == EIP6110:
return b in [PHASE0, ALTAIR, BELLATRIX, CAPELLA, DENEB, EIP6110]
if a == DENEB:
return b in [PHASE0, ALTAIR, BELLATRIX, CAPELLA, DENEB]
if a == CAPELLA:
return b in [PHASE0, ALTAIR, BELLATRIX, CAPELLA]
if a == BELLATRIX:
return b in [PHASE0, ALTAIR, BELLATRIX]
if a == ALTAIR:
return b in [PHASE0, ALTAIR]
if a == PHASE0:
return b in [PHASE0]
raise ValueError("Unknown fork name %s" % a)
def is_post_fork(a, b) -> bool:
"""
Returns true if fork a is after b, or if a == b
"""
if a == b:
return True
prev_fork = PREVIOUS_FORK_OF[a]
if prev_fork == b:
return True
elif prev_fork is None:
return False
else:
return is_post_fork(prev_fork, b)
def is_post_altair(spec):
@ -44,3 +43,31 @@ def is_post_eip6110(spec):
def is_post_eip7002(spec):
return is_post_fork(spec.fork, EIP7002)
def is_post_whisk(spec):
return is_post_fork(spec.fork, WHISK)
def get_spec_for_fork_version(spec, fork_version, phases):
if phases is None:
return spec
for fork in [fork for fork in phases if is_post_fork(spec.fork, fork)]:
if fork == PHASE0:
fork_version_field = 'GENESIS_FORK_VERSION'
else:
fork_version_field = fork.upper() + '_FORK_VERSION'
if fork_version == getattr(spec.config, fork_version_field):
return phases[fork]
raise ValueError("Unknown fork version %s" % fork_version)
def get_next_fork_transition(spec, epoch, phases):
if phases is None:
return None, None
for fork in [fork for fork in phases if PREVIOUS_FORK_OF[fork] == spec.fork]:
assert fork != PHASE0 # PHASE0 does not have previous fork
fork_epoch = getattr(phases[fork].config, fork.upper() + '_FORK_EPOCH')
assert fork_epoch > epoch # Forks through given epoch already applied
return phases[fork], fork_epoch
return None, None # Already at latest fork

42
tests/core/pyspec/eth2spec/test/helpers/genesis.py
View File

@ -1,13 +1,15 @@
from eth2spec.test.helpers.constants import (
ALTAIR, BELLATRIX, CAPELLA, DENEB, EIP6110, EIP7002,
PHASE0,
PREVIOUS_FORK_OF,
)
from eth2spec.test.helpers.execution_payload import (
compute_el_header_block_hash,
)
from eth2spec.test.helpers.forks import (
is_post_altair, is_post_bellatrix, is_post_capella, is_post_eip6110, is_post_eip7002,
is_post_altair, is_post_bellatrix, is_post_capella, is_post_eip6110, is_post_eip7002, is_post_whisk,
)
from eth2spec.test.helpers.keys import pubkeys
from eth2spec.test.helpers.whisk import compute_whisk_initial_tracker_cached, compute_whisk_initial_k_commitment_cached
def build_mock_validator(spec, i: int, balance: int):
@ -76,23 +78,13 @@ def create_genesis_state(spec, validator_balances, activation_threshold):
previous_version = spec.config.GENESIS_FORK_VERSION
current_version = spec.config.GENESIS_FORK_VERSION
if spec.fork == ALTAIR:
current_version = spec.config.ALTAIR_FORK_VERSION
elif spec.fork == BELLATRIX:
previous_version = spec.config.ALTAIR_FORK_VERSION
current_version = spec.config.BELLATRIX_FORK_VERSION
elif spec.fork == CAPELLA:
previous_version = spec.config.BELLATRIX_FORK_VERSION
current_version = spec.config.CAPELLA_FORK_VERSION
elif spec.fork == DENEB:
previous_version = spec.config.CAPELLA_FORK_VERSION
current_version = spec.config.DENEB_FORK_VERSION
elif spec.fork == EIP6110:
previous_version = spec.config.DENEB_FORK_VERSION
current_version = spec.config.EIP6110_FORK_VERSION
elif spec.fork == EIP7002:
previous_version = spec.config.CAPELLA_FORK_VERSION
current_version = spec.config.EIP7002_FORK_VERSION
if spec.fork != PHASE0:
previous_fork = PREVIOUS_FORK_OF[spec.fork]
if previous_fork == PHASE0:
previous_version = spec.config.GENESIS_FORK_VERSION
else:
previous_version = getattr(spec.config, f"{previous_fork.upper()}_FORK_VERSION")
current_version = getattr(spec.config, f"{spec.fork.upper()}_FORK_VERSION")
state = spec.BeaconState(
genesis_time=0,
@ -145,4 +137,16 @@ def create_genesis_state(spec, validator_balances, activation_threshold):
if is_post_eip6110(spec):
state.deposit_receipts_start_index = spec.UNSET_DEPOSIT_RECEIPTS_START_INDEX
if is_post_whisk(spec):
vc = len(state.validators)
for i in range(vc):
state.whisk_k_commitments.append(compute_whisk_initial_k_commitment_cached(i))
state.whisk_trackers.append(compute_whisk_initial_tracker_cached(i))
for i in range(spec.WHISK_CANDIDATE_TRACKERS_COUNT):
state.whisk_candidate_trackers[i] = compute_whisk_initial_tracker_cached(i % vc)
for i in range(spec.WHISK_PROPOSER_TRACKERS_COUNT):
state.whisk_proposer_trackers[i] = compute_whisk_initial_tracker_cached(i % vc)
return state

15
tests/core/pyspec/eth2spec/test/helpers/keys.py
View File

@ -4,3 +4,18 @@ from py_ecc.bls import G2ProofOfPossession as bls
privkeys = [i + 1 for i in range(32 * 256)]
pubkeys = [bls.SkToPk(privkey) for privkey in privkeys]
pubkey_to_privkey = {pubkey: privkey for privkey, pubkey in zip(privkeys, pubkeys)}
known_whisk_trackers = {}
def register_known_whisk_tracker(k_r_G: bytes, index: int):
known_whisk_trackers[k_r_G] = index
def whisk_ks_initial(i: int):
return i
# Must be unique among the set `whisk_ks_initial + whisk_ks_final`
def whisk_ks_final(i: int):
return i + 10000000

153
tests/core/pyspec/eth2spec/test/helpers/light_client.py
View File

@ -1,5 +1,8 @@
from eth2spec.test.helpers.state import (
transition_to,
from eth2spec.test.helpers.fork_transition import (
transition_across_forks,
)
from eth2spec.test.helpers.forks import (
is_post_capella, is_post_deneb,
)
from eth2spec.test.helpers.sync_committee import (
compute_aggregate_sync_committee_signature,
@ -8,14 +11,23 @@ from eth2spec.test.helpers.sync_committee import (
from math import floor
def get_sync_aggregate(spec, state, num_participants=None, signature_slot=None):
def compute_start_slot_at_sync_committee_period(spec, sync_committee_period):
return spec.compute_start_slot_at_epoch(sync_committee_period * spec.EPOCHS_PER_SYNC_COMMITTEE_PERIOD)
def compute_start_slot_at_next_sync_committee_period(spec, state):
sync_committee_period = spec.compute_sync_committee_period_at_slot(state.slot)
return compute_start_slot_at_sync_committee_period(spec, sync_committee_period + 1)
def get_sync_aggregate(spec, state, num_participants=None, signature_slot=None, phases=None):
# By default, the sync committee signs the previous slot
if signature_slot is None:
signature_slot = state.slot + 1
assert signature_slot > state.slot
# Ensure correct sync committee and fork version are selected
signature_state = state.copy()
transition_to(spec, signature_state, signature_slot)
signature_spec, signature_state, _ = transition_across_forks(spec, state, signature_slot, phases)
# Fetch sync committee
committee_indices = compute_committee_indices(signature_state)
@ -29,12 +41,12 @@ def get_sync_aggregate(spec, state, num_participants=None, signature_slot=None):
# Compute sync aggregate
sync_committee_bits = [True] * num_participants + [False] * (committee_size - num_participants)
sync_committee_signature = compute_aggregate_sync_committee_signature(
spec,
signature_spec,
signature_state,
max(signature_slot, 1) - 1,
committee_indices[:num_participants],
)
sync_aggregate = spec.SyncAggregate(
sync_aggregate = signature_spec.SyncAggregate(
sync_committee_bits=sync_committee_bits,
sync_committee_signature=sync_committee_signature,
)
@ -56,13 +68,136 @@ def create_update(spec,
if with_next:
update.next_sync_committee = attested_state.next_sync_committee
update.next_sync_committee_branch = spec.compute_merkle_proof(attested_state, spec.NEXT_SYNC_COMMITTEE_INDEX)
update.next_sync_committee_branch = spec.compute_merkle_proof(attested_state, spec.NEXT_SYNC_COMMITTEE_GINDEX)
if with_finality:
update.finalized_header = spec.block_to_light_client_header(finalized_block)
update.finality_branch = spec.compute_merkle_proof(attested_state, spec.FINALIZED_ROOT_INDEX)
update.finality_branch = spec.compute_merkle_proof(attested_state, spec.FINALIZED_ROOT_GINDEX)
update.sync_aggregate, update.signature_slot = get_sync_aggregate(
spec, attested_state, num_participants)
return update
def needs_upgrade_to_capella(spec, new_spec):
return is_post_capella(new_spec) and not is_post_capella(spec)
def needs_upgrade_to_deneb(spec, new_spec):
return is_post_deneb(new_spec) and not is_post_deneb(spec)
def check_lc_header_equal(spec, new_spec, data, upgraded):
assert upgraded.beacon.slot == data.beacon.slot
assert upgraded.beacon.hash_tree_root() == data.beacon.hash_tree_root()
if is_post_capella(new_spec):
if is_post_capella(spec):
assert new_spec.get_lc_execution_root(upgraded) == spec.get_lc_execution_root(data)
else:
assert new_spec.get_lc_execution_root(upgraded) == new_spec.Root()
def upgrade_lc_header_to_new_spec(spec, new_spec, data):
upgraded = data
if needs_upgrade_to_capella(spec, new_spec):
upgraded = new_spec.upgrade_lc_header_to_capella(upgraded)
check_lc_header_equal(spec, new_spec, data, upgraded)
if needs_upgrade_to_deneb(spec, new_spec):
upgraded = new_spec.upgrade_lc_header_to_deneb(upgraded)
check_lc_header_equal(spec, new_spec, data, upgraded)
return upgraded
def check_lc_bootstrap_equal(spec, new_spec, data, upgraded):
check_lc_header_equal(spec, new_spec, data.header, upgraded.header)
assert upgraded.current_sync_committee == data.current_sync_committee
assert upgraded.current_sync_committee_branch == data.current_sync_committee_branch
def upgrade_lc_bootstrap_to_new_spec(spec, new_spec, data):
upgraded = data
if needs_upgrade_to_capella(spec, new_spec):
upgraded = new_spec.upgrade_lc_bootstrap_to_capella(upgraded)
check_lc_bootstrap_equal(spec, new_spec, data, upgraded)
if needs_upgrade_to_deneb(spec, new_spec):
upgraded = new_spec.upgrade_lc_bootstrap_to_deneb(upgraded)
check_lc_bootstrap_equal(spec, new_spec, data, upgraded)
return upgraded
def check_lc_update_equal(spec, new_spec, data, upgraded):
check_lc_header_equal(spec, new_spec, data.attested_header, upgraded.attested_header)
assert upgraded.next_sync_committee == data.next_sync_committee
assert upgraded.next_sync_committee_branch == data.next_sync_committee_branch
check_lc_header_equal(spec, new_spec, data.finalized_header, upgraded.finalized_header)
assert upgraded.sync_aggregate == data.sync_aggregate
assert upgraded.signature_slot == data.signature_slot
def upgrade_lc_update_to_new_spec(spec, new_spec, data):
upgraded = data
if needs_upgrade_to_capella(spec, new_spec):
upgraded = new_spec.upgrade_lc_update_to_capella(upgraded)
check_lc_update_equal(spec, new_spec, data, upgraded)
if needs_upgrade_to_deneb(spec, new_spec):
upgraded = new_spec.upgrade_lc_update_to_deneb(upgraded)
check_lc_update_equal(spec, new_spec, data, upgraded)
return upgraded
def check_lc_finality_update_equal(spec, new_spec, data, upgraded):
check_lc_header_equal(spec, new_spec, data.attested_header, upgraded.attested_header)
check_lc_header_equal(spec, new_spec, data.finalized_header, upgraded.finalized_header)
assert upgraded.sync_aggregate == data.sync_aggregate
assert upgraded.signature_slot == data.signature_slot
def upgrade_lc_finality_update_to_new_spec(spec, new_spec, data):
upgraded = data
if needs_upgrade_to_capella(spec, new_spec):
upgraded = new_spec.upgrade_lc_finality_update_to_capella(upgraded)
check_lc_finality_update_equal(spec, new_spec, data, upgraded)
if needs_upgrade_to_deneb(spec, new_spec):
upgraded = new_spec.upgrade_lc_finality_update_to_deneb(upgraded)
check_lc_finality_update_equal(spec, new_spec, data, upgraded)
return upgraded
def check_lc_store_equal(spec, new_spec, data, upgraded):
check_lc_header_equal(spec, new_spec, data.finalized_header, upgraded.finalized_header)
assert upgraded.current_sync_committee == data.current_sync_committee
assert upgraded.next_sync_committee == data.next_sync_committee
if upgraded.best_valid_update is None:
assert data.best_valid_update is None
else:
check_lc_update_equal(spec, new_spec, data.best_valid_update, upgraded.best_valid_update)
check_lc_header_equal(spec, new_spec, data.optimistic_header, upgraded.optimistic_header)
assert upgraded.previous_max_active_participants == data.previous_max_active_participants
assert upgraded.current_max_active_participants == data.current_max_active_participants
def upgrade_lc_store_to_new_spec(spec, new_spec, data):
upgraded = data
if needs_upgrade_to_capella(spec, new_spec):
upgraded = new_spec.upgrade_lc_store_to_capella(upgraded)
check_lc_store_equal(spec, new_spec, data, upgraded)
if needs_upgrade_to_deneb(spec, new_spec):
upgraded = new_spec.upgrade_lc_store_to_deneb(upgraded)
check_lc_store_equal(spec, new_spec, data, upgraded)
return upgraded

26
tests/core/pyspec/eth2spec/test/helpers/specs.py Normal file
View File

@ -0,0 +1,26 @@
from typing import (
Dict,
)
from .constants import (
MINIMAL, MAINNET,
ALL_PHASES, WHISK,
)
from .typing import (
PresetBaseName,
SpecForkName,
Spec,
)
# NOTE: special case like `ALLOWED_TEST_RUNNER_FORKS`
ALL_EXECUTABLE_SPEC_NAMES = ALL_PHASES + (WHISK,)
# import the spec for each fork and preset
for fork in ALL_EXECUTABLE_SPEC_NAMES:
exec(f"from eth2spec.{fork} import mainnet as spec_{fork}_mainnet, minimal as spec_{fork}_minimal")
# this is the only output of this file
spec_targets: Dict[PresetBaseName, Dict[SpecForkName, Spec]] = {
MINIMAL: {fork: eval(f"spec_{fork}_minimal") for fork in ALL_EXECUTABLE_SPEC_NAMES},
MAINNET: {fork: eval(f"spec_{fork}_mainnet") for fork in ALL_EXECUTABLE_SPEC_NAMES},
}

16
tests/core/pyspec/eth2spec/test/helpers/typing.py
View File

@ -1,4 +1,18 @@
from typing import NewType
from typing import (
NewType,
Protocol,
Sequence,
)
SpecForkName = NewType("SpecForkName", str)
PresetBaseName = NewType("PresetBaseName", str)
SpecForks = Sequence[SpecForkName]
class Configuration(Protocol):
PRESET_BASE: str
class Spec(Protocol):
fork: str
config: Configuration

99
tests/core/pyspec/eth2spec/test/helpers/whisk.py Normal file
View File

@ -0,0 +1,99 @@
from typing import Tuple, Optional
from eth_typing import BLSPubkey
from curdleproofs import GenerateWhiskTrackerProof, WhiskTracker
from eth2spec.test.helpers.keys import whisk_ks_initial
from py_arkworks_bls12381 import G1Point, Scalar
# Map of validator index to initial WhiskTracker (r = 1, k = index)
whisk_initial_tracker_cache_by_index = {}
# Map of validator index to k commitment (k = index)
whisk_initial_k_commitment_cache_by_index = {}
# Map of k_r_G to validator index
whisk_initial_tracker_cache_by_k_r_G = {}
INITIAL_R = 1
# Generator
G1 = G1Point()
def compute_whisk_initial_tracker_cached(i: int) -> WhiskTracker:
if i in whisk_initial_tracker_cache_by_index:
return whisk_initial_tracker_cache_by_index[i]
tracker = compute_whisk_tracker(whisk_ks_initial(i), INITIAL_R)
whisk_initial_tracker_cache_by_index[i] = tracker
whisk_initial_tracker_cache_by_k_r_G[tracker.k_r_G] = i
return tracker
def compute_whisk_initial_k_commitment_cached(i: int) -> BLSPubkey:
if i in whisk_initial_k_commitment_cache_by_index:
return whisk_initial_k_commitment_cache_by_index[i]
commitment = compute_whisk_k_commitment(whisk_ks_initial(i))
whisk_initial_k_commitment_cache_by_index[i] = commitment
return commitment
def resolve_known_tracker(tracker: WhiskTracker) -> Optional[int]:
if tracker.k_r_G in whisk_initial_tracker_cache_by_k_r_G:
return whisk_initial_tracker_cache_by_k_r_G[tracker.k_r_G]
else:
return None
def g1point_to_bytes(point: G1Point) -> bytes:
return bytes(point.to_compressed_bytes())
def compute_whisk_k_commitment(k: int) -> BLSPubkey:
return g1point_to_bytes(G1 * Scalar(k))
def compute_whisk_tracker(k: int, r: int) -> WhiskTracker:
r_G = G1 * Scalar(r)
k_r_G = r_G * Scalar(k)
return WhiskTracker(g1point_to_bytes(r_G), g1point_to_bytes(k_r_G))
def compute_whisk_tracker_and_commitment(k: int, r: int) -> Tuple[WhiskTracker, BLSPubkey]:
k_G = G1 * Scalar(k)
r_G = G1 * Scalar(r)
k_r_G = r_G * Scalar(k)
tracker = WhiskTracker(g1point_to_bytes(r_G), g1point_to_bytes(k_r_G))
commitment = g1point_to_bytes(k_G)
return tracker, commitment
# Trigger condition for first proposal
def set_as_first_proposal(spec, state, proposer_index: int):
if state.whisk_trackers[proposer_index].r_G != spec.BLS_G1_GENERATOR:
# Ensure tracker is empty to prevent breaking it
assert state.whisk_trackers[proposer_index].r_G == spec.BLSG1Point()
state.whisk_trackers[proposer_index].r_G = spec.BLS_G1_GENERATOR
def is_first_proposal(spec, state, proposer_index: int) -> bool:
return state.whisk_trackers[proposer_index].r_G == spec.BLS_G1_GENERATOR
def register_tracker(state, proposer_index: int, k: int, r: int):
tracker, k_commitment = compute_whisk_tracker_and_commitment(k, r)
state.whisk_trackers[proposer_index] = tracker
state.whisk_k_commitments[proposer_index] = k_commitment
def set_registration(body, k: int, r: int):
tracker, k_commitment = compute_whisk_tracker_and_commitment(k, r)
body.whisk_registration_proof = GenerateWhiskTrackerProof(tracker, Scalar(k))
body.whisk_tracker = tracker
body.whisk_k_commitment = k_commitment
def set_opening_proof(spec, state, block, proposer_index: int, k: int, r: int):
tracker, k_commitment = compute_whisk_tracker_and_commitment(k, r)
state.whisk_proposer_trackers[state.slot % spec.WHISK_PROPOSER_TRACKERS_COUNT] = tracker
state.whisk_k_commitments[proposer_index] = k_commitment
block.proposer_index = proposer_index
block.body.whisk_opening_proof = GenerateWhiskTrackerProof(tracker, Scalar(k))

2
tests/core/pyspec/eth2spec/test/phase0/fork_choice/test_ex_ante.py
View File

@ -1,5 +1,4 @@
from eth2spec.test.context import (
MAINNET,
spec_state_test,
with_altair_and_later,
with_presets,
@ -11,6 +10,7 @@ from eth2spec.test.helpers.attestations import (
from eth2spec.test.helpers.block import (
build_empty_block,
)
from eth2spec.test.helpers.constants import MAINNET
from eth2spec.test.helpers.fork_choice import (
get_genesis_forkchoice_store_and_block,
on_tick_and_append_step,

94
tests/core/pyspec/eth2spec/test/phase0/fork_choice/test_reorg.py
View File

@ -286,34 +286,43 @@ def _run_include_votes_of_another_empty_chain(spec, state, enough_ffg, is_justif
for _ in range(2):
state, store, _ = yield from apply_next_epoch_with_attestations(
spec, state, store, True, True, test_steps=test_steps)
if is_justifying_previous_epoch:
# build chain with head in epoch 3 and justified checkpoint in epoch 2
block_a = build_empty_block_for_next_slot(spec, state)
signed_block_a = state_transition_and_sign_block(spec, state, block_a)
yield from tick_and_add_block(spec, store, signed_block_a, test_steps)
assert spec.compute_epoch_at_slot(spec.get_current_slot(store)) == 3
assert state.current_justified_checkpoint.epoch == store.justified_checkpoint.epoch == 2
else:
# fill one more epoch
# build chain with head in epoch 4 and justified checkpoint in epoch 3
state, store, _ = yield from apply_next_epoch_with_attestations(
spec, state, store, True, True, test_steps=test_steps)
signed_block_a = state_transition_with_full_block(spec, state, True, True)
yield from tick_and_add_block(spec, store, signed_block_a, test_steps)
assert spec.compute_epoch_at_slot(spec.get_current_slot(store)) == 4
assert state.current_justified_checkpoint.epoch == store.justified_checkpoint.epoch == 3
spec.get_head(store) == signed_block_a.message.hash_tree_root()
state = store.block_states[spec.get_head(store)].copy()
if is_justifying_previous_epoch:
assert state.current_justified_checkpoint.epoch == 2
else:
assert state.current_justified_checkpoint.epoch == 3
state_a = state.copy()
if is_justifying_previous_epoch:
# try to find the block that can justify epoch 3
_, justifying_slot = find_next_justifying_slot(spec, state, False, True)
assert spec.compute_epoch_at_slot(spec.get_current_slot(store)) == 3
assert spec.compute_epoch_at_slot(state.slot) == 3
assert state.current_justified_checkpoint.epoch == 2
else:
# try to find the block that can justify epoch 4
assert spec.compute_epoch_at_slot(spec.get_current_slot(store)) == 4
assert spec.compute_epoch_at_slot(state.slot) == 4
assert state.current_justified_checkpoint.epoch == 3
if is_justifying_previous_epoch:
# try to find the block that can justify epoch 3 by including only previous epoch attesations
_, justifying_slot = find_next_justifying_slot(spec, state, False, True)
assert spec.compute_epoch_at_slot(justifying_slot) == 4
else:
# try to find the block that can justify epoch 4 by including current epoch attestations
_, justifying_slot = find_next_justifying_slot(spec, state, True, True)
assert spec.compute_epoch_at_slot(justifying_slot) == 4
last_slot_of_z = justifying_slot if enough_ffg else justifying_slot - 1
last_slot_of_y = justifying_slot if is_justifying_previous_epoch else last_slot_of_z - 1
@ -324,15 +333,14 @@ def _run_include_votes_of_another_empty_chain(spec, state, enough_ffg, is_justif
# build an empty chain to the slot prior epoch boundary
signed_blocks_of_empty_chain = []
states_of_empty_chain = []
for slot in range(state.slot + 1, last_slot_of_y + 1):
block = build_empty_block(spec, state, slot=slot)
signed_block = state_transition_and_sign_block(spec, state, block)
signed_blocks_of_empty_chain.append(signed_block)
states_of_empty_chain.append(state.copy())
signed_blocks_of_y.append(signed_block)
signed_block_y = signed_blocks_of_empty_chain[-1]
assert spec.compute_epoch_at_slot(signed_block_y.message.slot) == 4
# create 2/3 votes for the empty chain
attestations_for_y = []
@ -345,7 +353,6 @@ def _run_include_votes_of_another_empty_chain(spec, state, enough_ffg, is_justif
state = state_a.copy()
signed_block_z = None
for slot in range(state_a.slot + 1, last_slot_of_z + 1):
# apply chain y, the empty chain
if slot <= last_slot_of_y and len(signed_blocks_of_y) > 0:
@ -368,12 +375,21 @@ def _run_include_votes_of_another_empty_chain(spec, state, enough_ffg, is_justif
if is_ready_to_justify(spec, state):
break
assert spec.get_head(store) == signed_block_y.message.hash_tree_root()
assert spec.compute_epoch_at_slot(spec.get_current_slot(store)) == 4
assert spec.compute_epoch_at_slot(signed_block_y.message.slot) == 4
assert spec.compute_epoch_at_slot(signed_block_z.message.slot) == 4
# y is not filtered out & wins the LMD competition, so y should be the head
y_voting_source_epoch = spec.get_voting_source(store, signed_block_y.message.hash_tree_root()).epoch
if is_justifying_previous_epoch:
assert state.current_justified_checkpoint.epoch == store.justified_checkpoint.epoch == 2
assert y_voting_source_epoch == 2
assert y_voting_source_epoch == store.justified_checkpoint.epoch
else:
assert state.current_justified_checkpoint.epoch == store.justified_checkpoint.epoch == 3
assert y_voting_source_epoch == 3
assert y_voting_source_epoch == store.justified_checkpoint.epoch
assert spec.get_head(store) == signed_block_y.message.hash_tree_root()
if enough_ffg:
assert is_ready_to_justify(spec, state)
@ -386,17 +402,57 @@ def _run_include_votes_of_another_empty_chain(spec, state, enough_ffg, is_justif
on_tick_and_append_step(spec, store, current_time, test_steps)
assert spec.compute_epoch_at_slot(spec.get_current_slot(store)) == 5
if enough_ffg:
# reorg
assert spec.get_head(store) == signed_block_z.message.hash_tree_root()
y_voting_source_epoch = spec.get_voting_source(store, signed_block_y.message.hash_tree_root()).epoch
if is_justifying_previous_epoch:
# y is filtered out & so z should be the head
assert state.current_justified_checkpoint.epoch == store.justified_checkpoint.epoch == 3
assert y_voting_source_epoch == 2
assert y_voting_source_epoch != store.justified_checkpoint.epoch
assert not (y_voting_source_epoch + 2 >= spec.compute_epoch_at_slot(spec.get_current_slot(store)))
assert spec.get_head(store) == signed_block_z.message.hash_tree_root()
else:
if enough_ffg:
# y is not filtered out & wins the LMD competition, so y should be the head
assert state.current_justified_checkpoint.epoch == store.justified_checkpoint.epoch == 4
else:
# no reorg
assert y_voting_source_epoch == 3
assert y_voting_source_epoch != store.justified_checkpoint.epoch
assert y_voting_source_epoch + 2 >= spec.compute_epoch_at_slot(spec.get_current_slot(store))
assert spec.get_head(store) == signed_block_y.message.hash_tree_root()
else:
# y is not filtered out & wins the LMD competition, so y should be the head
assert state.current_justified_checkpoint.epoch == store.justified_checkpoint.epoch == 3
assert y_voting_source_epoch == 3
assert y_voting_source_epoch == store.justified_checkpoint.epoch
assert spec.get_head(store) == signed_block_y.message.hash_tree_root()
# to next epoch
next_epoch(spec, state)
current_time = state.slot * spec.config.SECONDS_PER_SLOT + store.genesis_time
on_tick_and_append_step(spec, store, current_time, test_steps)
assert spec.compute_epoch_at_slot(spec.get_current_slot(store)) == 6
y_voting_source_epoch = spec.get_voting_source(store, signed_block_y.message.hash_tree_root()).epoch
if is_justifying_previous_epoch:
# y is filtered out & so z should be the head
assert state.current_justified_checkpoint.epoch == store.justified_checkpoint.epoch == 3
assert y_voting_source_epoch == 2
assert y_voting_source_epoch != store.justified_checkpoint.epoch
assert not (y_voting_source_epoch + 2 >= spec.compute_epoch_at_slot(spec.get_current_slot(store)))
assert spec.get_head(store) == signed_block_z.message.hash_tree_root()
else:
if enough_ffg:
# y is filtered out & so z should be the head
assert state.current_justified_checkpoint.epoch == store.justified_checkpoint.epoch == 4
assert y_voting_source_epoch == 3
assert y_voting_source_epoch != store.justified_checkpoint.epoch
assert not (y_voting_source_epoch + 2 >= spec.compute_epoch_at_slot(spec.get_current_slot(store)))
assert spec.get_head(store) == signed_block_z.message.hash_tree_root()
else:
# y is not filtered out & wins the LMD competition, so y should be the head
assert state.current_justified_checkpoint.epoch == store.justified_checkpoint.epoch == 3
assert y_voting_source_epoch == 3
assert y_voting_source_epoch == store.justified_checkpoint.epoch
assert spec.get_head(store) == signed_block_y.message.hash_tree_root()
yield 'steps', test_steps

0
tests/core/pyspec/eth2spec/test/whisk/__init__.py Normal file
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tests/core/pyspec/eth2spec/test/whisk/block_processing/__init__.py Normal file
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134
tests/core/pyspec/eth2spec/test/whisk/block_processing/test_process_shuffled_trackers.py Normal file
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from eth2spec.test.context import spec_state_test, with_whisk_and_later, expect_assertion_error
from eth2spec.test.helpers.keys import whisk_ks_initial
from eth2spec.test.helpers.whisk import compute_whisk_tracker
from curdleproofs import GenerateWhiskShuffleProof
def set_correct_shuffle_proofs(spec, state, body):
pre_shuffle_trackers = get_and_populate_pre_shuffle_trackers(spec, state, body)
post_trackers, shuffle_proof = GenerateWhiskShuffleProof(spec.CURDLEPROOFS_CRS, pre_shuffle_trackers)
body.whisk_post_shuffle_trackers = post_trackers
body.whisk_shuffle_proof = shuffle_proof
def get_and_populate_pre_shuffle_trackers(spec, state, body):
shuffle_indices = spec.get_shuffle_indices(body.randao_reveal)
pre_shuffle_trackers = []
for i in shuffle_indices:
# Set r to some value > 1 ( = 2+i)
tracker = compute_whisk_tracker(whisk_ks_initial(i), 2 + i)
state.whisk_candidate_trackers[i] = tracker
pre_shuffle_trackers.append(tracker)
return pre_shuffle_trackers
def get_pre_shuffle_trackers(spec, state, body):
return [state.whisk_candidate_trackers[i] for i in spec.get_shuffle_indices(body.randao_reveal)]
def set_state_epoch(spec, state, epoch):
state.slot = epoch * spec.SLOTS_PER_EPOCH
def set_state_epoch_selection_gap(spec, state):
set_state_epoch(spec, state, spec.config.WHISK_EPOCHS_PER_SHUFFLING_PHASE - 1)
def empty_block_body(spec):
return spec.BeaconBlockBody()
def run_process_shuffled_trackers(spec, state, body, valid=True):
yield 'pre', state
yield 'body', body
if not valid:
expect_assertion_error(lambda: spec.process_shuffled_trackers(state, body))
yield 'post', None
return
spec.process_shuffled_trackers(state, body)
yield 'post', state
@with_whisk_and_later
@spec_state_test
def test_shuffle_trackers(spec, state):
body = empty_block_body(spec)
set_correct_shuffle_proofs(spec, state, body)
yield from run_process_shuffled_trackers(spec, state, body)
@with_whisk_and_later
@spec_state_test
def test_no_shuffle_minus_selection_gap(spec, state):
body = empty_block_body(spec)
set_state_epoch_selection_gap(spec, state)
yield from run_process_shuffled_trackers(spec, state, body)
@with_whisk_and_later
@spec_state_test
def test_no_shuffle_minus_one_and_selection_gap(spec, state):
body = empty_block_body(spec)
set_state_epoch(
spec,
state,
spec.config.WHISK_EPOCHS_PER_SHUFFLING_PHASE - spec.config.WHISK_PROPOSER_SELECTION_GAP - 1
)
yield from run_process_shuffled_trackers(spec, state, body)
@with_whisk_and_later
@spec_state_test
def test_shuffle_during_selection_gap(spec, state):
body = empty_block_body(spec)
set_correct_shuffle_proofs(spec, state, body)
set_state_epoch_selection_gap(spec, state)
yield from run_process_shuffled_trackers(spec, state, body, valid=False)
# Invalid cases on shuffle
# - wrong proof
# - wrong post shuffle
@with_whisk_and_later
@spec_state_test
def test_invalid_shuffle_bad_proof(spec, state):
body = empty_block_body(spec)
set_correct_shuffle_proofs(spec, state, body)
body.whisk_shuffle_proof = spec.WhiskShuffleProof()
yield from run_process_shuffled_trackers(spec, state, body, valid=False)
@with_whisk_and_later
@spec_state_test
def test_invalid_shuffle_bad_trackers_zero(spec, state):
body = empty_block_body(spec)
set_correct_shuffle_proofs(spec, state, body)
body.whisk_post_shuffle_trackers[0] = spec.WhiskTracker()
yield from run_process_shuffled_trackers(spec, state, body, valid=False)
# Invalid cases on gap
# - not empty shuffle trackers
# - not empty proof
@with_whisk_and_later
@spec_state_test
def test_invalid_gap_non_zero_proof(spec, state):
body = empty_block_body(spec)
body.whisk_shuffle_proof = spec.WhiskShuffleProof('0xff')
set_state_epoch_selection_gap(spec, state)
yield from run_process_shuffled_trackers(spec, state, body, valid=False)
@with_whisk_and_later
@spec_state_test
def test_invalid_gap_non_zero_trackers(spec, state):
body = empty_block_body(spec)
body.whisk_post_shuffle_trackers = get_and_populate_pre_shuffle_trackers(spec, state, body)
set_state_epoch_selection_gap(spec, state)
yield from run_process_shuffled_trackers(spec, state, body, valid=False)

67
tests/core/pyspec/eth2spec/test/whisk/block_processing/test_process_whisk_opening_proof.py Normal file
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from eth2spec.test.context import spec_state_test, with_whisk_and_later, expect_assertion_error
from eth2spec.test.helpers.whisk import (
compute_whisk_k_commitment,
compute_whisk_tracker,
set_opening_proof
)
def empty_block(spec):
return spec.BeaconBlock()
def run_process_whisk_opening_proof(spec, state, block, valid=True):
yield 'pre', state
yield 'block', block
if not valid:
expect_assertion_error(lambda: spec.process_whisk_opening_proof(state, block))
yield 'post', None
return
spec.process_whisk_opening_proof(state, block)
yield 'post', state
PROPOSER_INDEX = 0
K_OK = 2
K_WRONG = 3
R_OK = 2
R_WRONG = 3
@with_whisk_and_later
@spec_state_test
def test_valid_proof(spec, state):
block = empty_block(spec)
set_opening_proof(spec, state, block, PROPOSER_INDEX, K_OK, R_OK)
run_process_whisk_opening_proof(spec, state, block)
@with_whisk_and_later
@spec_state_test
def test_wrong_commitment(spec, state):
block = empty_block(spec)
set_opening_proof(spec, state, block, PROPOSER_INDEX, K_OK, R_OK)
state.whisk_k_commitments[PROPOSER_INDEX] = compute_whisk_k_commitment(K_WRONG)
run_process_whisk_opening_proof(spec, state, block, valid=False)
@with_whisk_and_later
@spec_state_test
def test_wrong_tracker_r(spec, state):
block = empty_block(spec)
set_opening_proof(spec, state, block, PROPOSER_INDEX, K_OK, R_OK)
wrong_tracker = compute_whisk_tracker(K_OK, R_WRONG)
state.whisk_proposer_trackers[state.slot % spec.WHISK_PROPOSER_TRACKERS_COUNT] = wrong_tracker
run_process_whisk_opening_proof(spec, state, block, valid=False)
@with_whisk_and_later
@spec_state_test
def test_wrong_proof(spec, state):
block = empty_block(spec)
set_opening_proof(spec, state, block, PROPOSER_INDEX, K_OK, R_OK)
block.body.whisk_opening_proof = spec.WhiskTrackerProof()
run_process_whisk_opening_proof(spec, state, block, valid=False)

108
tests/core/pyspec/eth2spec/test/whisk/block_processing/test_process_whisk_registration.py Normal file
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@ -0,0 +1,108 @@
from eth2spec.test.context import spec_state_test, with_whisk_and_later, expect_assertion_error
from eth2spec.test.helpers.whisk import (
set_as_first_proposal,
compute_whisk_k_commitment,
set_registration,
register_tracker
)
def empty_block_body(spec):
return spec.BeaconBlockBody()
def set_as_first_proposal_and_proposer(spec, state, proposer_index):
state.latest_block_header.proposer_index = proposer_index
set_as_first_proposal(spec, state, proposer_index)
def run_process_whisk_registration(spec, state, body, valid=True):
yield 'pre', state
yield 'body', body
if not valid:
expect_assertion_error(lambda: spec.process_whisk_registration(state, body))
yield 'post', None
return
spec.process_whisk_registration(state, body)
yield 'post', state
IDENTITY_R = 1
OTHER_R = 100_000_2 # Large enough values to not collide with initial k values
OTHER_K = 100_000_2
PROPOSER_INDEX = 0
OTHER_INDEX = 1
# First proposal
@with_whisk_and_later
@spec_state_test
def test_first_proposal_ok(spec, state):
body = empty_block_body(spec)
set_as_first_proposal_and_proposer(spec, state, PROPOSER_INDEX)
set_registration(body, OTHER_K, OTHER_R)
yield from run_process_whisk_registration(spec, state, body)
@with_whisk_and_later
@spec_state_test
def test_first_proposal_indentity_tracker(spec, state):
body = empty_block_body(spec)
set_as_first_proposal_and_proposer(spec, state, PROPOSER_INDEX)
set_registration(body, OTHER_K, IDENTITY_R)
yield from run_process_whisk_registration(spec, state, body, valid=False)
@with_whisk_and_later
@spec_state_test
def test_first_proposal_non_unique_k_other(spec, state):
body = empty_block_body(spec)
set_as_first_proposal_and_proposer(spec, state, PROPOSER_INDEX)
state.whisk_k_commitments[OTHER_INDEX] = compute_whisk_k_commitment(OTHER_K)
set_registration(body, OTHER_K, OTHER_R)
yield from run_process_whisk_registration(spec, state, body, valid=False)
@with_whisk_and_later
@spec_state_test
def test_first_proposal_non_unique_k_self(spec, state):
body = empty_block_body(spec)
set_as_first_proposal_and_proposer(spec, state, PROPOSER_INDEX)
state.whisk_k_commitments[PROPOSER_INDEX] = compute_whisk_k_commitment(OTHER_K)
set_registration(body, OTHER_K, OTHER_R)
yield from run_process_whisk_registration(spec, state, body, valid=False)
@with_whisk_and_later
@spec_state_test
def test_first_proposal_invalid_proof(spec, state):
body = empty_block_body(spec)
set_as_first_proposal_and_proposer(spec, state, PROPOSER_INDEX)
set_registration(body, OTHER_K, OTHER_R)
body.whisk_tracker.k_r_G = spec.BLSG1Point()
yield from run_process_whisk_registration(spec, state, body, valid=False)
# Second proposal
@with_whisk_and_later
@spec_state_test
def test_second_proposal_ok(spec, state):
body = empty_block_body(spec)
# An empty body has the correct values for a second proposal
# Set tracker to != G1 generator for second proposal condition
register_tracker(state, PROPOSER_INDEX, OTHER_K, OTHER_R)
yield from run_process_whisk_registration(spec, state, body)
@with_whisk_and_later
@spec_state_test
def test_second_proposal_not_zero(spec, state):
body = empty_block_body(spec)
set_registration(body, OTHER_K, OTHER_R)
register_tracker(state, PROPOSER_INDEX, OTHER_K, OTHER_R)
yield from run_process_whisk_registration(spec, state, body, valid=False)

0
tests/core/pyspec/eth2spec/test/whisk/sanity/__init__.py Normal file
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1
tests/core/pyspec/eth2spec/test/whisk/sanity/blocks/__init__.py Normal file
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@ -0,0 +1 @@
from .test_whisk import * # noqa: F401 F403

51
tests/core/pyspec/eth2spec/test/whisk/sanity/blocks/test_whisk.py Normal file
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@ -0,0 +1,51 @@
from eth2spec.test.helpers.block import build_empty_block
from eth2spec.test.context import spec_state_test, with_whisk_and_later
from eth2spec.test.helpers.keys import whisk_ks_initial
from eth2spec.test.helpers.state import state_transition_and_sign_block
from eth2spec.test.helpers.whisk import compute_whisk_tracker_and_commitment
from curdleproofs import WhiskTracker
known_whisk_trackers = {}
def assign_proposer_at_slot(state, slot: int):
state
def initialize_whisk_full(spec, state):
# TODO: De-duplicate code from whisk/fork.md
for index in range(len(state.validators)):
whisk_k_commitment, whisk_tracker = spec.get_initial_commitments(whisk_ks_initial(index))
state.whisk_k_commitments[index] = whisk_k_commitment
state.whisk_trackers[index] = whisk_tracker
# Do a candidate selection followed by a proposer selection so that we have proposers for the upcoming day
# Use an old epoch when selecting candidates so that we don't get the same seed as in the next candidate selection
spec.select_whisk_candidate_trackers(state, spec.Epoch(0))
spec.select_whisk_proposer_trackers(state, spec.Epoch(0))
# Fill candidate trackers with the same tracker so shuffling does not break
def fill_candidate_trackers(spec, state, tracker: WhiskTracker):
for i in range(spec.WHISK_CANDIDATE_TRACKERS_COUNT):
state.whisk_candidate_trackers[i] = tracker
@with_whisk_and_later
@spec_state_test
def test_whisk__process_block_single_initial(spec, state):
assert state.slot == 0
proposer_slot_1 = 0
tracker_slot_1, k_commitment = compute_whisk_tracker_and_commitment(whisk_ks_initial(proposer_slot_1), 1)
state.whisk_k_commitments[proposer_slot_1] = k_commitment
state.whisk_proposer_trackers[1] = tracker_slot_1
fill_candidate_trackers(spec, state, tracker_slot_1)
# Produce and process a whisk block
yield 'pre', state
block = build_empty_block(spec, state, 1, proposer_slot_1)
signed_block = state_transition_and_sign_block(spec, state, block)
yield 'blocks', [signed_block]
yield 'post', state

17
tests/core/pyspec/eth2spec/test/whisk/unittests/test_config_invariants.py Normal file
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@ -0,0 +1,17 @@
from eth2spec.test.context import spec_test, with_whisk_and_later
from eth2spec.test.context import single_phase
# Note: remove once whisk is rebased on top of deneb
def is_power_of_two(value: int) -> bool:
"""
Check if ``value`` is a power of two integer.
"""
return (value > 0) and (value & (value - 1) == 0)
@with_whisk_and_later
@spec_test
@single_phase
def test_curdleproof(spec):
assert is_power_of_two(spec.CURDLEPROOFS_N_BLINDERS + spec.WHISK_VALIDATORS_PER_SHUFFLE)

10
tests/core/pyspec/eth2spec/utils/bls.py
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@ -4,6 +4,7 @@ from py_ecc.optimized_bls12_381 import ( # noqa: F401
G1 as py_ecc_G1,
G2 as py_ecc_G2,
Z1 as py_ecc_Z1,
Z2 as py_ecc_Z2,
add as py_ecc_add,
multiply as py_ecc_mul,
neg as py_ecc_neg,
@ -243,6 +244,15 @@ def Z1():
return py_ecc_Z1
def Z2():
"""
Returns the identity point in G2
"""
if bls == arkworks_bls or bls == fastest_bls:
return arkworks_G2.identity()
return py_ecc_Z2
def G1():
"""
Returns the chosen generator point in G1

2
tests/formats/transition/README.md
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@ -9,6 +9,8 @@ Clients should assume forks happen sequentially in the following manner:
0. `phase0`
1. `altair`
2. `bellatrix`
3. `capella`
4. `deneb`
For example, if a test case has `post_fork` of `altair`, the test consumer should assume the test begins in `phase0` and use that specification to process the initial state and any blocks up until the fork epoch. After the fork happens, the test consumer should use the specification according to the `altair` fork to process the remaining data.