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Cuprate, an upcoming experimental, modern & secure monero node. Written in Rust
c65eb0a3ca
* ops: add `trait MoneroR{o,w}`
* update `trait MoneroR{o,w}` bounds
* types: add `BlockInfoLatest` type alias
* block: impl most core functions
* types: fix https://github.com/Cuprate/cuprate/pull/91#discussion_r1527668916
* fix table type test
* cargo.toml: add `{cuprate-types, monero-serai}`
* add_block: add all other block data
* ops: remove unneeded `block` functions
* env: add `EnvInner::open_db_rw_all()`
* types: fix test
* block: `&mut TxRw` -> `&TxRw`, use `open_db_rw_all()`
* add `trait Tables[Mut]` and use it in `EnvInner`
* block: use `TablesMut`
* tables: replace manual impl with `define_trait_tables!()`
* tables: docs for `trait Tables[Mut]`
* tables: doc functions
* create `call_fn_on_all_tables_or_early_return!()` macro
* block: cleanup signatures + bodies
* block: more fn's, docs
* block: add `doc_{error,single,bulk}!()`
* remove `ops/monero.rs`
* move `height()` to `ops/blockchain.rs`
* add `ops/macros.rs`
* tx: add fn signatures
* output: fix fn signatures
* ops: expose `_inner()` functions
* block: add `add_block_header{_bulk, _inner}()`
* ops: remove doc_{fn,inner}!()`
* ops: remove `_{inner,bulk}()`, lifetime + generics
* update lib/mod docs
* ops: add and use `doc_add_block_inner_invariant!()`
* ops: add docs/return to inner `add_block()` functions
* add_block(): extract and use fn for {key_image, output}
* ops: more fn body impl + `add_block()`
* cargo: add `monero-pruning`
* ops: extract out `tx` functions from `add_block()`
* property: add `db_version()`
* ops: `pop_block()` body, remove other `pop_block` fn's
* types: add `block_blob: Vec<u8>` to `VerifiedBlockInformation`
* block: put `block_blob`, pass `Tables` to sub-functions
`impl TablesMut` can't mutably pass multiple tables since
it takes `&mut self`, so all functions unfortunately have to
take a full `&mut impl TablesMut` even though they only need
a few tables.
* database: add `DatabaseRw::take()`
useful for `pop_block()` where we need the value afterwards
* block: deserialize tx's from `block_blobs` in `pop_block()`
* blockchain: `height()` -> `chain_height()`
* output: fix `amount_index`
* ops: fix unlock_time, chain_height
* `BlockInfoV{1,2,3}` -> `BlockInfo`
* constants: add `DATABASE_VERSION`
* database: add `DatabaseRw::update()`
* output: use `DatabaseRw::update()` in `remove_output()`
* add `TxBlobs` table, ignore pruning tables
* block: mostly impl `add_block()` body
* ops: comments
* add_block: miner v2 tx commitment, height cast
* block: impl `pop_block()`
* block: mostly impl `get_block()`
* block: impl `get_block_{from_height,header,header_from_height}`
* add `OutputFlags` bitflags
* add_block: u32::try_into(height: u32), use `OutputFlags`
* tx: impl `get_{tx,tx_from_id}()`
* tx: move docs tests to `#[test]`
testing everything in 1 go is more natural since e.g:
`add_tx()` is followed by `get_tx()`
* tables: add `trait TablesIter`, `all_tables_empty()`
This allows `TablesMut` to be a superset of `Tables`
and use all its accessor functions.
* use cuprate-test-utils, fix tx tests
* block: `add_block()` take block by ref
* tx: use all txs in tests
* output: add `all_tx_functions()` test
* add_block: check current height against input
* block: map more fields in `get_block()`
* block: remove `get_block()`, doc tests, fix `get_block_header()`
* block: dummy values in test
* heed: use `last/first()` instead of `unsafe` cursors
We no longer have DUP semantics and also hard to debug errors
were popping up on `del_current()`...
* heed: fix `DatabaseRw::delete`
Ok(true) means the key did not exist, so we must return
Err(RuntimeError::KeyNotFound)
* block: `add_block()` (dummy value) test
* ops: `key_image` tests
* cleanup, docs, tests
* backend: test `take()` & `update()`
* docs
* remove `OutputFlags::NONE`
* add_block(): add asserts, panic docs, `should_panic` tests
* backend: remove `Ok(())` in `Database::delete` if already deleted
redb already does this, so heed so match
* block: move block operations after tx/outputs
* `amount == 0` -> `amount == 1`
* Nit: StorableVec::wrap_ref
* `saturating_sub(1)` -> `- 1`
* add `TxOutputs` table
* add_block(): add to `tx_outputs` table
* fix `DatabaseRo::update`
* add_tx(): take `block_height` as input
* tx: add/remove from `TxOutputs` table
* output: remove if `amount == 1` -> `amount_index == 0`
* output: fix `add_output()`'s `amount_index` calculation
* output: fix `add_output()`'s `amount_index` calculation again
* output: tests for `amount_index/num_outputs`
* block: `num_outputs - 1` and `take()` -> `get()`
We don't need to `take()` since the call afterwards to
`remove_output()` removes the entry
* block: swap `get_block_extended_header[_from_height]()`
* move `{key_image,output}` handling `add_block()` -> `add_tx()`
* blockchain: add doc to `top_block_height()`
* block: manual panic -> `assert_eq!()`
* test-utils: add `block_blob` to `VerifiedBlockInformation`
field introduced in this PR
* ops: use real block/tx data in tests
* block: `total_generated_coins` -> `cumulative_generated_coins`
* fix clippy, docs, TODOs
* `cumulative_generated_coins()`: `block/` -> `blockchain/`
* blockchain: add `cumulative_generated_coins()` tests
* Update database/src/ops/block.rs
Co-authored-by: Boog900 <boog900@tutanota.com>
* `cumulative_generated_coins()` docs for pre-block-0 special case
---------
Co-authored-by: Boog900 <boog900@tutanota.com>
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|---|---|---|
| .github/workflows | ||
| consensus | ||
| cryptonight | ||
| database | ||
| helper | ||
| misc | ||
| net | ||
| old_database | ||
| p2p | ||
| pruning | ||
| test-utils | ||
| types | ||
| .gitignore | ||
| Cargo.lock | ||
| Cargo.toml | ||
| CONTRIBUTING.md | ||
| deny.toml | ||
| LICENSE-AGPL | ||
| LICENSE.md | ||
| README.md | ||
| SECURITY.md | ||
| typos.toml | ||
An up and coming Rust Monero node.
Cuprate will be an alternative Monero node written from the ground up in Rust. It will be able to independently validate Monero consensus rules providing a layer of security and redundancy for the Monero network.
Cuprate will help to protect the network from implementation bugs that could cause a variety of issues, plus because it's written in a memory safe language Cuprate will be less likely to suffer from memory safety issues compared to monerod.