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# RedStone SmartContracts SDK
RedStone SmartContracts SDK is the new, written from scratch, implementation of
the SmartWeave [Protocol](./docs/SMARTWEAVE_PROTOCOL.md).
It works in both web and Node.js environment (requires Node.js 16.5+).
It has been built with performance (e.g. caching at multiple layers, Arweave calls optimization)
and modularity (e.g. ability to use different types of caches, imported from external libraries) in mind.
We're already using the new SDK on production, both in our webapp and nodes.
However, if you'd like to use it in production as well, please contact us on [discord](https://discord.com/invite/PVxBZKFr46) to ensure a smooth transition and get help with testing.
To further improve contract state evaluation time, one can additionally use AWS CloudFront based Arweave cache described [here](https://github.com/redstone-finance/redstone-smartweave-contracts/blob/main/docs/CACHE.md).
- [Architecture](#architecture)
- [State evaluation diagram](#state-evaluation-diagram)
- [Development](#development)
- [Installation](#installation)
- [Import](#import)
- [Using the RedStone Gateway](#using-the-redstone-gateway)
- [WASM](#wasm)
- [VM2](#vm2)
- [Performance - best practices](#performance---best-practices)
- [Examples](#examples)
- [Migration guide](#migration-guide)
- [Documentation](#documentation)
- [Missing features](#missing-features)
## Architecture
RedStone SmartContracts SDK consists of main 3 layers:
<img src="https://smartweave.redstone.finance/assets/img/illustrations/architecture.svg" height='50%' width='50%'>
1. The `Core Protocol` layer is the implementation of the original SmartWeave protocol and is responsible for communication with the SmartWeave smart contracts deployed on Arweave. It consists of 5 modules:
1. `Interactions Loader` - this module is responsible for loading from Arweave all the interaction transactions registered
for given contract.
2. `Interactions Sorter` - responsible for sorting the interactions according to the protocol specification. This is crucial operation for the deterministic contract state evaluation.
3. `Definition Loader` - this module loads all the data related to the given SmartWeave contract - its source code, initial state, etc.
4. `Executor Factory` - this module is responsible for creating "handles" to the SmartWeave contract. These handles are then used by the SDK to call SmartWeave contract methods.
5. `State Evaluator` - this module is responsible for evaluating SmartWeave contract state up to the requested block height.
2. The `Caching` layer - is build on top of the `Core Protocol` layer and allows caching results of each of the `Core Protocol` modules separately.
The main interfaces of this layer are the:
1. `SwCache` - simple key-value cache, useful for modules like `Definition Loader`
2. `BlockHeightSwCache` - a block height aware cache, crucial for modules like `Interactions Loader` and `State Evaluator`.
These interfaces - used in conjunction with cache-aware versions of the core modules (like `CacheableContractInteractionsLoader` or `CacheableStateEvaluator`)
allow to greatly improve performance and SmartWeave contract's state evaluation time - especially for contracts that heavily interact with other contracts.
3. The `Extensions` layer - includes everything that can be built on top of the core SDK - including Command Line Interface, Debugging tools, different logging implementations,
so called "dry-runs" (i.e. actions that allow to quickly verify the result of given contract interaction - without writing anything on Arweave).
This modular architecture has several advantages:
1. Each module can be separately tested and developed.
2. The SmartWeave client can be customized depending on user needs (e.g. different type of caches for web and node environment)
3. It makes it easier to add new features on top of the core protocol - without the risk of breaking the functionality of the core layer.
## State evaluation diagram
![readState](docs/img/readstate.png)
In order to perform contract state evaluation (at given block height), SDK performs certain operations.
The diagram above and description assume the most basic “mem-cached” SDK client.
1. Users who are interacting with the contract, call the “readState” method.
2. Interactions Loader and Contract Definition Loader modules are then called in parallel - to load all the data required for state evaluation. Both Interactions Loader and Contract Definition Loader first check its corresponding cache whether data is already loaded - and load from Arweave only the missing part.
3. With interactions and contract definition loaded - Executor Factory creates a handle to the SmartWeave contract main function (or loads it from its own cache)
4. With all the interactions and a contract handle - the State Evaluator evaluates the state from the lastly cached value - and returns the result to User.
## Development
PRs are welcome! :-) Also, feel free to submit [issues](https://github.com/redstone-finance/warp/issues) - with both bugs and feature proposals.
In case of creating a PR - please use [semantic commit messages](https://gist.github.com/joshbuchea/6f47e86d2510bce28f8e7f42ae84c716).
### Installation
SDK requires node.js version 16.5+.
#### Using npm
`npm install redstone-smartweave`
#### Using yarn
`yarn add redstone-smartweave`
### Import
You can import the full API or individual modules.
```typescript
import * as SmartWeaveSdk from 'redstone-smartweave';
```
```typescript
import { SmartWeave, Contract, ... } from 'redstone-smartweave'
```
The SDK is available in both the ESM and CJS format - to make it possible for web bundlers (like webpack) to effectively
perform tree-shaking.
#### Using web bundles
Bundle files are possible to use in web environment only. Use minified version for production. It is possible to use latest or specified version.
```html
<!-- Latest -->
<script src="https://unpkg.com/redstone-smartweave/bundles/web.bundle.js"></script>
<!-- Latest, minified-->
<script src="https://unpkg.com/redstone-smartweave/bundles/web.bundle.min.js"></script>
<!-- Specific version -->
<script src="https://unpkg.com/redstone-smartweave@0.4.41/bundles/web.bundle.js"></script>
<!-- Specific version, minified -->
<script src="https://unpkg.com/redstone-smartweave@0.4.41/bundles/web.bundle.min.js"></script>
```
All exports are stored under `rsdk` global variable.
```html
<script>
const smartweave = rsdk.SmartWeaveWebFactory.memCachedBased(arweave);
</script>
```
### Using the RedStone Gateway
#### SDK version >= `0.5.0`
From version `0.5.0`, the RedStone Gateway is the default gateway used by the SDK.
By default, the `{notCorrupted: true}` mode is used (as describe below).
If you want to use the Arweave gateway in version >= `0.5.0`:
```ts
const smartweave = SmartWeaveNodeFactory.memCachedBased(arweave).useArweaveGateway().build();
```
#### SDK version < `0.5.0`
In order to use the [Redstone Gateway](https://github.com/redstone-finance/redstone-sw-gateway) for loading the contract interactions,
configure the smartweave instance in the following way:
```ts
const smartweave = SmartWeaveNodeFactory.memCachedBased(arweave).useRedStoneGateway().build();
```
The gateway is currently available under [https://gateway.redstone.finance](https://gateway.redstone.finance) url.
Full API reference is available [here](https://github.com/redstone-finance/redstone-sw-gateway#http-api-reference).
Optionally - you can pass the second argument to the `useRedStoneGateway` method that will determine which transactions will be loaded:
1. no parameter - default mode, compatible with how the Arweave Gateway GQL endpoint works - returns
all the interactions. There is a risk of returning [corrupted transactions](https://github.com/redstone-finance/redstone-sw-gateway#corrupted-transactions).
2. `{confirmed: true}` - returns only confirmed transactions - the most safe mode, eg:
```ts
const smartweave = SmartWeaveNodeFactory.memCachedBased(arweave).useRedStoneGateway({ confirmed: true }).build();
```
3. `{notCorrupted: true}` - returns both confirmed and not yet verified interactions (i.e. the latest ones).
Not as safe as previous mode, but good if you want combine high level of safety with the most recent data.
```ts
const smartweave = SmartWeaveNodeFactory.memCachedBased(arweave).useRedStoneGateway({ notCorrupted: true }).build();
```
More examples can be found [here](https://github.com/redstone-finance/redstone-smartcontracts-examples/blob/main/src/redstone-gateway-example.ts).
### WASM
WASM provides proper sandboxing ensuring execution environment isolation which guarantees security to the contracts execution. As for now - **Assemblyscript**, **Rust** and **Go** languages are supported. WASM contracts templates containing example PST contract implementation within tools for compiling contracts to WASM, testing, deploying (locally, on testnet and mainnet) and writing interactions are available in a [dedicated repository](https://github.com/redstone-finance/redstone-smartcontracts-wasm-templates).
Using SDKs' methods works exactly the same as in case of a regular JS contract.
Additionally, it is possible to set gas limit for interaction execution in order to e.g. protect a contract against infinite loops. Defaults to `Number.MAX_SAFE_INTEGER` (2^53 - 1).
```js
contract = smartweave.contract(contractTxId).setEvaluationOptions({
gasLimit: 14000000
});
```
### VM2
It is possible to provide an isolated execution environment also in the JavaScript implementation thanks to [VM2](https://github.com/patriksimek/vm2) - a sandbox that can run untrusted code with whitelisted Node's built-in modules. It works only in a NodeJS environment and it enhances security at a (slight) cost of performance, so it should be used it for contracts one cannot trust.
In order to use VM2, set `useVM2` evaluation option to `true` (defaults to `false`).
```js
contract = smartweave.contract(contractTxId).setEvaluationOptions({
useVM2: true
});
```
### Internal writes
SmartWeave protocol currently natively does not support writes between contract - contracts can only read each others' state. This lack of interoperability is a big limitation for real-life applications - especially if you want to implement features like staking/vesting, disputes - or even a standard approve/transferFrom flow from ERC-20 tokens.
We proposed a new solution
### Performance - best practices
In order to get the best performance on production environment (or while performing benchmarks ;-)), please follow these simple rules:
1. Do NOT use the `TsLoggerFactory` - it is good for development, as it formats the logs nicely, but might slow down the state evaluation
by a factor of 2 or 3 (depending on the logging level).
2. Use `fatal` or `error` log level, e.g.:
```ts
// configure the logging first
LoggerFactory.INST.logLevel('fatal');
// or
LoggerFactory.INST.logLevel('error');
// then create an instance of smartweave sdk
const smartweave = SmartWeaveWebFactory.memCached(arweave);
```
Logging on `info` or `debug` level is good for development, but turning it on globally might slow down the evaluation by a factor of 2.
Keep in mind that you can fine tune the log level of each module separately. For example you can switch the `fatal` globally, but `debug`
for the `ArweaveGatewayInteractionsLoader` (in order to verify the load times from Arweave GQL endpoint). The names of the modules are derived from the
names of TypeScript classes, e.g.:
```ts
// configure the logging first
LoggerFactory.INST.logLevel('fatal');
LoggerFactory.INST.logLevel('debug', 'ArweaveGatewayInteractionsLoader');
// then create an instance of smartweave sdk
const smartweave = SmartWeaveWebFactory.memCached(arweave);
```
### Examples
Usage examples can be found in
a dedicated [repository](https://github.com/redstone-finance/redstone-smartcontracts-examples).
Please follow instructions in its README.md (and detail-ish comments in the examples files) to learn more.
There is also a separate repository with a web application [example](https://github.com/redstone-finance/redstone-smartcontracts-app).
We've also created a [tutorial](https://github.com/redstone-finance/smartweave-loot/blob/main/docs/LOOT_CONTRACT_TUTORIAL.md) that introduces to the process of writing your own SmartWeave contract from scratch
and describes how to interact with it using RedStone SmartContracts SDK.
### Migration Guide
If you're already using Arweave smartweave.js SDK and would like to smoothly migrate to RedStone SmartContracts SDK -
check out the [migration guide](https://github.com/redstone-finance/redstone-smartweave/blob/main/docs/MIGRATION_GUIDE.md).
### Documentation
TSDocs can be found [here](https://smartweave.docs.redstone.finance/).
### Missing features
Some features from the original Arweave's smartweave.js are not yet implemented. They will be either added soon to the core SDK, or as
a separate libraries, built on top of the SDK:
- CLI (though not sure if that is a necessary - even if, it should be
probably a separate lib built on top of the base SDK).

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# Warp SDK # Warp Contracts SDK
> ⚠️ Following library has been renamed from **[redstone-smartweave](https://www.npmjs.com/package/redstone-smartweave)** to **warp-contracts** from version **1.0.0**! If you are using older version please read [README-LEGACY](https://github.com/warp-contracts/warp/blob/main/README-LEGACY.md). Warp Contracts SDK is the implementation of the SmartWeave [Protocol](https://academy.warp.cc/docs/sdk/smartweave-protocol) - a smart contracts protocol on the Arweave blockchain.
Warp SDK is the implementation of the SmartWeave [Protocol](https://github.com/warp-contracts/warp/blob/main/docs/SMARTWEAVE_PROTOCOL.md). Full documentation can be found in [Warp Academy](https://academy.warp.cc/docs/sdk/overview).
It works in both web and Node.js environment (requires Node.js 16.5+).
If you are interested in the main assumptions for Warp ecosystem as well as its key features go visit [our website](https://warp.cc).
⚠️ Do not use "Map" objects in the state of js/ts contracts - since maps by default are not serializable to JSON and won't be properly stored by the caching mechanism. Use "plain" objects instead.
[More info](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Global_Objects/Map#objects_vs._maps) - the "Serialization and parsing" row.
- [Development](#development)
- [Installation](#installation)
- [Using npm](#using-npm)
- [Using yarn](#using-yarn)
- [Import](#import)
- [WarpFactory](#warpfactory)
- [forLocal](#forlocal)
- [forTestnet](#fortestnet)
- [forMainnet](#formainnet)
- [custom](#custom)
- [WarpEnvironment](#warpenvironment)
- [Deployment](#deployment)
- [Contract methods](#contract-methods)
- [`connect`](#connect)
- [`setEvaluationOptions`](#setevaluationoptions)
- [`readState`](#readstate)
- [`viewState`](#viewstate)
- [`dryWrite`](#drywrite)
- [`writeInteraction`](#writeinteraction)
- [`evolve`](#evolve)
- [WASM](#wasm)
- [VM2](#vm2)
- [Internal writes](#internal-writes)
- [UnsafeClient](#unsafeclient)
- [Cache](#cache)
- [SmartWeave Global API](#smartweave-global-api)
- [CLI](#cli)
- [Examples](#examples)
- [Migrations](#migrations)
- [Old factories to WarpFactory](#old-factories-to-warpfactory)
- [Sqlite to LevelDB](#sqlite-to-leveldb)
- [Additional changes](#additional-changes)
- [Warp transaction lifecycle](#warp-transaction-lifecycle)
## Development
PRs are welcome! :-) Also, feel free to submit [issues](https://github.com/warp-contracts/warp/issues) - with both bugs and feature proposals.
In case of creating a PR - please use [semantic commit messages](https://gist.github.com/joshbuchea/6f47e86d2510bce28f8e7f42ae84c716).
### Installation
SDK requires node.js version 16.5+.
#### Using npm
`npm install warp-contracts`
#### Using yarn
`yarn add warp-contracts`
### Import
You can import the full API or individual modules.
The SDK is available in both the ESM and CJS format - to make it possible for web bundlers (like webpack) to effectively
perform tree-shaking.
**ESM**
```typescript
import * as WarpSdk from 'warp-contracts';
```
```typescript
import { Warp, Contract, ... } from 'warp-contracts'
```
**CJS**
```javascript
const Warp = require('warp-contracts');
```
```javascript
const { Warp, Contract, ... } = require('warp-contracts');
```
#### Using web bundles
Bundle files are possible to use in web environment only. Use minified version for production. It is possible to use latest or specified version.
```html
<!-- Latest -->
<script src="https://unpkg.com/warp-contracts/bundles/web.bundle.js"></script>
<!-- Latest, minified-->
<script src="https://unpkg.com/warp-contracts/bundles/web.bundle.min.js"></script>
<!-- Specific version -->
<script src="https://unpkg.com/warp-contracts@1.0.0/bundles/web.bundle.js"></script>
<!-- Specific version, minified -->
<script src="https://unpkg.com/warp-contracts@1.0.0/bundles/web.bundle.min.js"></script>
```
All exports are stored under `warp` global variable.
```html
<script>
const warp = warp.WarpFactory.warpGw(arweave);
</script>
```
### WarpFactory
To properly initialize Warp you can use one of three methods available in WarpFactory class which simplifies the process of creating Warp.
#### forLocal
Creates a Warp instance suitable for testing in a local environment (e.g. with a use of a ArLocal instance).
```typescript
warp = WarpFactory.forLocal();
```
Default parameters (each of them can be adjusted to your needs):
1. `port` - set to `1984`
2. `arweave` - Arweave initialized with `host` set to `localhost`, `port` set to default `port` from p. 1 and `protocol` set to `http`
3. `cacheOptions` - optional cache options parameter, by default `inMemory` cache is set to `true`
#### forTestnet
Creates a Warp instance suitable for testing with [Warp testnet](https://testnet.redstone.tools/).
```typescript
warp = WarpFactory.forTestnet();
```
Default parameters (each of them can be adjusted to your needs):
1. `arweave` - Arweave initialized with `host` set to `testnet.redstone.tools`, `port` set to `443` and `protocol` set to `https`
2. `cacheOptions` - optional cache options parameter, by default `inMemory` cache is set to `false`
#### forMainnet
Creates a Warp instance suitable for use with mainnet.
By default, the [Warp gateway](https://github.com/warp-contracts/gateway#warp-gateway) is being used for:
1. deploying contracts
2. writing new transactions through Warp Sequencer
3. loading contract interactions
```typescript
warp = WarpFactory.forMainnet();
```
Default parameters (each of them can be adjusted to your needs):
1. `cacheOptions` - optional cache options parameter, by default `inMemory` cache is set to `false`
2. `useArweaveGw` - defaults to `false`, if set to `true` - `arweave.net` gateway is used for deploying contracts, writing and loading interactions
3. `arweave` - Arweave initialized with `host` set to `arweave.net`, `port` set to `443` and `protocol` set to `https`
#### custom
Allows to fully customize `Warp` instance.
```typescript
warp = WarpFactory.custom(
arweave,
{
...defaultCacheOptions,
inMemory: true
},
'testnet'
)
.useArweaveGateway()
.setInteractionsLoader(loader)
.build();
```
No default parameters are provided, these are the parameters that you can adjust to your needs:
1. `arweave` - initializes Arweave
2. `cacheOptions` - optional cache options parameter
3. `environment` - environment in which Warp will be initialized
`custom` method returns preconfigured instance of `Warp` - `WarpBuilder` which can be customized, the configuration is finished with `build` method.
#### WarpEnvironment
`WarpEnvironment` is a helper type which can be used in scripts etc. to determine in which environment Warp has been initialized.
Possible options:
```typescript
'local' | 'testnet' | 'mainnet' | 'custom';
```
```typescript
if (warp.environment == 'mainnet') {
...
}
```
### Deployment
#### deploy
Deploys contract to Arweave. By default, deployment transaction is bundled and posted on Arweave using Warp Sequencer. If you want to deploy your contract directly to Arweave - disable bundling by setting `disableBundling` to `true`.
```typescript
async function deploy(contractData: ContractData, disableBundling?: boolean): Promise<ContractDeploy>;
```
<details>
<summary>Example</summary>
```typescript
const { contractTxId, srcTxId } = await warp.deploy({
wallet,
initState: initialState,
data: { 'Content-Type': 'text/html', body: '<h1>HELLO WORLD</h1>' },
src: contractSrc,
tags
});
```
</details>
#### deployFromSourceTx
Deploys contract from source transaction. By default deployment transaction is bundled and posted on Arweave using Warp Sequencer. If you want to deploy your contract directly to Arweave - disable bundling by setting `disableBundling` to `true`.
```typescript
async function deployFromSourceTx(
contractData: FromSrcTxContractData,
disableBundling?: boolean
): Promise<ContractDeploy>;
```
<details>
<summary>Example</summary>
```typescript
const { contractTxId, srcTxId } = await warp.deployFromSourceTx({
wallet,
initState: initialState,
srcTxId: 'SRC_TX_ID'
});
```
</details>
#### deployBundled
Uses Warp Gateway's endpoint to upload raw data item to Bundlr and index it.
<details>
<summary>Example</summary>
```typescript
const { contractTxId } = await warp.deployBundled(rawDataItem);
```
</details>
#### register
Uses Warp Gateway's endpoint to index a contract which has already been uploaded to Bundlr.
<details>
<summary>Example</summary>
```typescript
const { contractTxId } = await warp.register(bundlrId, bundlrNode);
```
</details>
### Contract methods
#### `connect`
```typescript
connect(signer: ArWallet | SigningFunction): Contract<State>;
```
Allows to connect wallet to a contract. Connecting a wallet MAY be done before "viewState" (depending on contract implementation, ie. whether called contract's function required "caller" info) Connecting a wallet MUST be done before "writeInteraction".
- `signer` - JWK object with private key, 'use_wallet' string or custom signing function.
<details>
<summary>Example</summary>
```typescript
const contract = warp.contract('YOUR_CONTRACT_TX_ID').connect(jwk);
```
</details>
---
#### `setEvaluationOptions`
```typescript
function setEvaluationOptions(options: Partial<EvaluationOptions>): Contract<State>;
```
Allows to set [EvaluationOptions](https://github.com/warp-contracts/warp/blob/main/src/core/modules/StateEvaluator.ts#L98) that will overwrite current configuration.
<details>
<summary>Example</summary>
```typescript
const contract = warp.contract('YOUR_CONTRACT_TX_ID').setEvaluationOptions({
waitForConfirmation: true,
ignoreExceptions: false
});
```
</details>
---
#### `readState`
```typescript
import { SortKeyCacheResult } from './SortKeyCache';
async function readState(
sortKeyOrBlockHeight?: string | number,
currentTx?: { contractTxId: string; interactionTxId: string }[]
): Promise<SortKeyCacheResult<EvalStateResult<State>>>;
```
Returns state of the contract at required blockHeight or sortKey. Similar to the `readContract` from the version 1.
- `sortKeyOrBlockHeight` - either a sortKey or block height at which the contract should be read
- `currentTx` - if specified, will be used as a current transaction
<details>
<summary>Example</summary>
```typescript
const { sortKey, cachedValue } = await contract.readState();
```
</details>
---
#### `viewState`
```typescript
async function viewState<Input, View>(
input: Input,
blockHeight?: number,
tags?: Tags,
transfer?: ArTransfer
): Promise<InteractionResult<State, View>>;
```
Returns the "view" of the state, computed by the SWC - ie. object that is a derivative of a current state and some specific smart contract business logic. Similar to the `interactRead` from the current SDK version.
- `input` the interaction input
- `blockHeight` if specified the contract will be replayed only to this block height
- `tags` an array of tags with name/value as objects
- `transfer` target and winstonQty for transfer
<details>
<summary>Example</summary>
```typescript
const { result } = await contract.viewState<any, any>({
function: "NAME_OF_YOUR_FUNCTION",
data: { ... }
});
```
</details>
---
#### `dryWrite`
```typescript
async function dryWrite<Input>(
input: Input,
caller?: string,
tags?: Tags,
transfer?: ArTransfer
): Promise<InteractionResult<State, unknown>>;
```
A dry-write operation on contract. It first loads the contract's state and then creates a "dummy" transaction and applies the given Input on top of the current contract's state.
- `input` - input to be applied on the current contract's state
- `tags` - additional tags to be added to interaction transaction
- `transfer` - additional transfer data to be associated with the "dummy" transaction
- `caller` - an option to override the caller - if available, this value will overwrite the caller evaluated from the wallet connected to this contract.
<details>
<summary>Example</summary>
```typescript
const result = await contract.dryWrite({
function: "NAME_OF_YOUR_FUNCTION",
data: { ... }
});
```
</details>
---
#### `writeInteraction`
```typescript
async function writeInteraction<Input = unknown>(
input: Input,
options?: WriteInteractionOptions
): Promise<WriteInteractionResponse | null>;
```
Writes a new "interaction" transaction - i.e. such transaction that stores input for the contract.
- `input` the interaction input
- `options` - an object with some custom options (see [WriteInteractionOptions](https://github.com/warp-contracts/warp/blob/main/src/contract/Contract.ts#L49))
By default write interaction transactions are bundled and posted on Arweave using Warp Sequencer. If you want to post transactions directly to Arweave - disable bundling by setting `options.disableBundling` to `true`.
<details>
<summary>Example</summary>
```typescript
const result = await contract.writeInteraction({
function: "NAME_OF_YOUR_FUNCTION",
data: { ... }
});
```
</details>
---
#### `evolve`
```typescript
async function evolve(newSrcTxId: string, options?: WriteInteractionOptions): Promise<WriteInteractionResponse | null>;
```
Allows to change contract's source code, without having to deploy a new contract. This method effectively evolves the contract to the source. This requires the `save` method to be called first and its transaction to be confirmed by the network.
- `newSrcTxId` - result of the `save` method call.
- `options` - an object with some custom options (see [WriteInteractionOptions](https://github.com/warp-contracts/warp/blob/main/src/contract/Contract.ts#L49))
By default evolve interaction transactions are bundled and posted on Arweave using Warp Sequencer. If you want to post transactions directly to Arweave - disable bundling by setting `options.disableBundling` to `true`.
<details>
<summary>Example</summary>
```typescript
const result = await contract.evolve('srcTxId');
```
</details>
#### save
Allows to save contract source on Arweave. Currently, using bundler to save the source is not possible.
```typescript
async function save(
contractSource: SourceData,
signer?: ArWallet | SigningFunction,
useBundler?: boolean
): Promise<string | null>;
```
<details>
<summary>Example</summary>
```typescript
const newSrcTxId = await contract.save({ src: newSource });
```
</details>
### WASM
WASM provides proper sandboxing ensuring execution environment isolation which guarantees security to the contracts execution. As for now - **Assemblyscript**, **Rust** and **Go** languages are supported. WASM contracts templates containing example PST contract implementation within tools for compiling contracts to WASM, testing, deploying (locally, on testnet and mainnet) and writing interactions are available in a [dedicated repository](https://github.com/redstone-finance/redstone-smartcontracts-wasm-templates).
Using SDKs' methods works exactly the same as in case of a regular JS contract.
Additionally, it is possible to set gas limit for interaction execution in order to e.g. protect a contract against infinite loops. Defaults to `Number.MAX_SAFE_INTEGER` (2^53 - 1).
```js
contract = smartweave.contract(contractTxId).setEvaluationOptions({
gasLimit: 14000000
});
```
### VM2
It is possible to provide an isolated execution environment also in the JavaScript implementation thanks to [VM2](https://github.com/patriksimek/vm2) - a sandbox that can run untrusted code with whitelisted Node's built-in modules. It works only in a NodeJS environment and it enhances security at a (slight) cost of performance, so it should be used it for contracts one cannot trust.
In order to use VM2, set `useVM2` evaluation option to `true` (defaults to `false`).
```js
contract = warp.contract(contractTxId).setEvaluationOptions({
useVM2: true
});
```
### Internal writes
SmartWeave protocol currently natively does not support writes between contract - contracts can only read each others' state.
This lack of interoperability is a big limitation for real-life applications - especially if you want to implement
features like staking/vesting, disputes - or even a standard approve/transferFrom flow from ERC-20 tokens.
SmartWeave protocol has been extended in Warp by adding internal writes feature.
A new method has been added to SmartWeave global object. It allows to perform writes on other contracts.
```js
const result = await SmartWeave.contracts.write(contractTxId, { function: 'add' });
```
The `result` of the internal write contains the result type (`ok`, `error`, `exception`) and the most current state
of the callee contract (i.e. after performing a write).
If the function called by the `SmartWeave.contracts.write` throws an error, the parent transaction throws a `ContractError`
by default - so there is no need to manually check the result of the internal write.
In order for internal calls to work you need to set `evaluationOptions` to `true`:
```ts
const callingContract = smartweave
.contract<ExampleContractState>(calleeTxId)
.setEvaluationOptions({
internalWrites: true
})
.connect(wallet);
```
A more detailed description of internal writes feature is available [here](https://github.com/warp-contracts/warp/blob/main/docs/INTERNAL_WRITES.md).
A list of real life examples are available [here](https://github.com/warp-contracts/warp/blob/main/docs/INTERNAL_WRITES.md#examples).
You can also perform internal read to the contract (originally introduced by the protocol):
```
await SmartWeave.contracts.readContractState(action.input.contractId);
```
### unsafeClient
`unsafeClient` is available to use on `Smartweave` global object. It gives access to whole `Arweave` instance.
Example of usage:
```typescript
const result = await SmartWeave.unsafeClient.transactions.getData('some_id);
```
However, we do not recommend using it as it can lead to non-deterministic results. Therefore, we do not support it by default in Warp. If you want to use it anyway, you need to explicitely set `EvaluationOptions.allowUnsafeClient` flag to `true`.
### Cache
Warp uses [LevelDB](https://github.com/google/leveldb) to cache the state. During the state evaluation, state is then evaluated only for the interactions that the state hasn't been evaluated yet. State is being cached per transaction and not per block height.
The reason behind that caching per block height is not enough if multiple interactions are at the same height and two contracts interact with each other.
The LevelDB is a lexicographically sorted key-value database - so it's ideal for this use case - as it simplifies cache look-ups (e.g. lastly stored value or value "lower-or-equal" than given sortKey). The cache for contracts are implemented as [sub-levels](https://www.npmjs.com/package/level#sublevel--dbsublevelname-options).
The default location for the node.js cache is `./cache/warp`.
In the browser environment Warp uses [IndexedDB](https://developer.mozilla.org/en-US/docs/Web/API/IndexedDB_API) to cache the state - it's a low-level API for client-side storage.
The default name for the browser IndexedDB cache is warp-cache.
In order to reduce the cache size, the oldest entries are automatically pruned.
It is possible to use the in-memory cache instead by setting `cacheOptions.inMemory` to `true` while initializing Warp. `inMemory` cache is used by default in local environment.
You can also supply your own implementation of the `SortKeyCache` interface and use them as a state and contracts cache.
In order to use custom implementation call either `useStateCache` or `useContractCache` on `warp` instance.
An example - LMDB - implementation is available [here](https://github.com/warp-contracts/warp-contracts-lmdb#warp-contracts-lmdb-cache).
### SmartWeave Global API
All contracts have access to a global object `SmartWeave`. It provides access to additional API for getting further information or using utility and crypto functions from inside the contracts execution. It also allows to interact with other contracts and read other contracts states.
List of available options:
* transaction informations:
- SmartWeave.transaction.id
- SmartWeave.transaction.owner
- SmartWeave.transaction.tags
- SmartWeave.transaction.quantity
- SmartWeave.transaction.reward
* contract
- SmartWeave.contract.id
- SmartWeave.contract.owner
* contracts
- readContractState(contractId: string)
- viewContractState(contractId: string, input: any)
- write(contractId: string, input: any)
- refreshState()
* block informations:
- SmartWeave.block.height
- SmartWeave.block.timestamp
- SmartWeave.block.indep_hash
* Arweave utils
- SmartWeave.arweave.utils
- SmartWeave.arweave.crypto
- SmartWeave.arweave.wallets
- SmartWeave.arweave.ar
* potentially non-deterministic full Arweave client:
- SmartWeave.unsafeClient
* evaluation options
- SmartWeave.evaluationOptions
* VRF
- SmartWeave.vrf.data
- SmartWeave.vrf.value
- SmartWeave.vrf.randomInt(maxValue: number)
* other
- SmartWeave.useGas(gas: number)
- SmartWeave.getBalance(address: string, height?: number)
- SmartWeave.gasUsed
- SmartWeave.gasLimit
* extensions - additional `SmartWeave` options which can be for example injected through dedicated plugins (an example of such in [`warp-contracts-plugins` repository](https://github.com/warp-contracts/warp-contracts-plugins)).
### CLI
A dedicated CLI which eases the process of using main methods of the Warp SDK library has been created. Please refer to [`warp-contracts-cli` npm page](https://www.npmjs.com/package/warp-contracts-cli) for more details.
### Customize `fetch` options
It is possible to customize `fetch` options using dedicated plugin. In order to change `fetch` options one needs to create an implementation of [WarpPlugin](https://github.com/warp-contracts/warp/blob/main/src/core/WarpPlugin.ts) interface. `process` method will receive following properties:
```ts
interface FetchRequest {
input: RequestInfo | URL;
init: Partial<RequestInit>;
}
```
...and it should return updated `fetch` options (by returning updated `init` object). An example of such implementation in [src/tools/fetch-options-plugin.ts](https://github.com/warp-contracts/warp/tree/main/tools/fetch-options-plugin.ts).
In order to use this plugin, it needs to be attached while creating `Warp` instance, e.g.:
```ts
const warp = WarpFactory.forMainnet().use(new FetchOptionsPlugin());
```
### Migrations
#### old factories to WarpFactory
1. Mainnet
This is how you would intiialize Warp 'the old way':
```typescript
const warp = WarpNodeFactory.memCachedBased(arweave).build();
```
or - for browser:
```typescript
const warp = WarpNodeFactory.memCachedBased(arweave).build();
```
Now, you just need to initialize it like so:
```typescript
const warp = WarpFactory.forMainnet();
```
If you want to use `Arweave` gateway instead of default `Warp` gateway, go with a custom configuration:
```typescript
const warp = WarpFactory.custom(
arweave,
{
...defaultCacheOptions
},
'mainnet'
)
.useArweaveGateway()
.build();
```
2. RedStone public testnet
Previously, you would intialize Warp in testnet environment exactly like you would initialize Warp in mainnet, you would just need to set correct Arweave instance. Now the process is simplified:
```typescript
warp = WarpFactory.forTestnet();
```
3. ArLocal
This is how you would intialize it previously:
```typescript
warp = WarpNodeFactory.forTesting(arweave);
```
Now:
```typescript
warp = WarpFactory.forLocal();
```
Remember that you are always allowed to initialize Warp depending on your needs by using `custom` factory method.
#### sqlite to levelDB
If you've been using Knex based cache you can now easily migrate your sqlite database to levelDB. Just use our [migration tool](https://github.com/warp-contracts/warp/blob/main/tools/migrate.ts), set correct path to your sqlite database in this line:
```typescript
const result = await warp.migrationTool.migrateSqlite('./tools/sqlite/contracts-3008.sqlite');
```
...and run the script:
```powershell
yarn ts-node -r tsconfig-paths/register tools/migrate.ts
```
#### Additional changes
1. the type of the result of the readState has changed: https://github.com/warp-contracts/warp#readstate
2. the `bundleInteraction` method has been removed. The SDK now decides automatically how the transaction should be posted (based on the environment - i.e. whether the warp instance has been created for mainnet, testnet or local env).
3. the internalWrite, if the write itself fails, now throws the `ContractError` by default. There's no longer need to manually check the result of the write inside the contract code (and throw error manually if result.type != 'ok').
If you want to leave the check in the contract code - set the
```
.setEvaluationOptions({
throwOnInternalWriteError: true
});
```
4. The warp instance now contains info about the environment - https://github.com/warp-contracts/warp#warpenvironment . This might be useful for writing deployment scripts, etc.
5. if the `warp` instance was obtained via `WarpFactory.forLocal` (which should be used for local testing with ArLocal), then:
- you can use `warp.generateWallet()` for generating the wallet - it returns both the jwk and wallet address - [example](https://github.com/warp-contracts/warp/blob/main/src/__tests__/integration/internal-writes/internal-write-depth.test.ts#L89).
- you can use `warp.testing.mineBlock()` to manually mine ArLocal blocks
- the ArLocal blocks are mined automatically after calling `.writeInteraction`. This can be switched off by setting `evaluationOptions.mineArLocalBlocks` to `false` - [example](https://github.com/warp-contracts/warp/blob/main/src/__tests__/integration/internal-writes/internal-write-depth.test.ts#L118).
### Examples
We've created an [academy](https://redstone.academy/) that introduces to the process of writing your own SmartWeave contract from scratch and describes how to interact with it using Warp SDK.
The example usages with different web bundlers and in Node.js env are available [here](https://github.com/warp-contracts/bundlers).
A community package - [arweave-jest-fuzzing](https://github.com/Hansa-Network/arweave-jest-fuzzing/blob/master/README.md) has been released thanks to Hansa Network to help SmartWeave developers write fuzzy tests.
### Bundled interactions and bundled deployment
Warp gateway bundles transactions underneath. Please refer to [Bundled contract](https://github.com/warp-contracts/warp/blob/main/docs/BUNDLED_CONTRACT.md) and [Bundled interaction](https://github.com/warp-contracts/warp/blob/main/docs/BUNDLED_INTERACTION.md) docs to read the specification.
## Warp transaction lifecycle
![transactionLifecycle](https://svgshare.com/i/n0S.svg)
Warp SDK is just part of the whole Warp smart contracts platform. It makes transactions processing and evaluation easy and effective.
1. Our Sequencer assigns order to SmartWeave interactions, taking into account sequencer’s timestamp, current Arweave network block height and is salted with sequencer’s key.
2. Interactions are then packed by Bundlr which guarantees transactions finality and data upload reliability.
The ability to directly process rich content
3. Transactions are stored on Arweave where they are available for querying.
4. The key component for the lazy-evaluation nature of SmartWeave protocol is fast and reliable interaction loading. Thanks to our gateway we guarantee loading transactions in seconds in a reliable way - it has built-in protection against forks and corrupted transactions. Our gateway enables fast queries and efficient filtering of interactions, which in effect greatly reduces state evaluation time.
5. Lastly, transactions can be evaluated either by our SDK or the evaluation can be delegated to a distribution execution network - a dedicated network of nodes (DEN). Multi-node executors network listens to incoming transactions and automatically update contract state.

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# Warp Bundled Contract Format
This document describes the core concepts behind the Warp bundled contract format.
## Introduction
The idea behind Warp Bundled Contract Format is to increase the Developer and User Experience.
Normally, when a contract is being deployed on Arweave, one have to wait some time:
1. for the contract's transactions mining (~2 minutes)
2. for the proper contract's transactions confirmation (assuming at least 10 blocks - ~20 minutes)
This in total gives ~20-25 minutes, which:
1. Breaks the DX, e.g. in case developer wants to quickly test the new contract version on Arweave mainnet
2. Breaks the UX, e.g. if given protocol deploys the contracts dynamically - e.g. via GUI (e.g. deploying
NFT collections, connecting deployed data with access rights, etc.)
Additionally, deploying contracts requires some amount of ARs in the wallet - which might further increase
the entry barrier, both for developers and given protocol users.
## Advantages of using Warp Gateway for contracts deployment
1. Contract is instantly available - as soon as proper response from Bundlr network is received.
2. Contract deployment does not require any ARs in the wallet - the deployment via Bundlr network is either
fully subsidized by the Arweave (for transactions <= 100KiB) or by the Warp (for transactions > 100KiB).
The max transaction size is currently 2MiB.
3. Even though the Bundlr transactions are created and signed by the Warp's wallet, it is still possible to identify
the original transaction owner/signer.
## How it works
Instead of posting the contract and contract source transactions directly to Arweave mainnet, both are sent to Warp
Gateway (`/gateway/contracts/deploy` endpoint) (this is the default behaviour of Warp's SDK `warp.createContract.deploy` function, when `forMainnet` instance is being used).
The Warp Gateway then:
1. Posts contract transactions (i.e. the base contract transaction and contract source transaction - or only the
contract transaction, if deploying from existing source) to the Bundlr network. Each contract transaction is sent as
a separate Bundlr transaction - as the `data` of the bundled transaction. The Bundlr transaction in this case might
be considered as a "carrier" of the original transaction. Additionally - some additional tags to the Bundlr transaction
are added.
```ts
const bTx = bundlr.createTransaction(JSON.stringify(transaction), {tags});
await bTx.sign();
const bundlrResponse = await bTx.upload();
```
Transaction which is sent to Bundlr, consists of:
| Transaction field | Value |
|---------------------------------------------|-------------------------------------------------------|
| `data` | The original transaction, JSON stringified |
| `tag['Uploader']` | `RedStone` |
| `tag['Uploader-Contract-Owner']` | The original owner/signar of the contract transaction |
| `tag['Uploader-Tx-Id']` | The id of the original transaction |
| ...all the tags of the original transaction | |
**NOTE** The original transaction is not modified in any way - this is to preserve the original
signature!
2. After receiving proper response and receipt from Bundlr, the Warp gateway indexes the contract
transactions data internally - to make them instantly available.
3. Finally, the Warp gateway returns an object as a `response` - that consists of fields:
- `response.contractId` - the original contract tx id
- `response.bundleContractId` - the Bundlr contract tx id
- `response.srcTxId` - the original contract source transaction id
- `response.bundleSrcId` - the Bundlr source tx id.
## Resulting transaction structure
This is how the example contract transaction `hs9JlOG0LMkTa4VdJ-nf6I46kLbWbCpvZczdl3N-ASQ` looks like on [ViewBlock](https://viewblock.io/arweave/tx/Yy9WoplIYqy03O7_ovUr4TrvwryxHEneuNep7ATDftI).
**NOTE** Keep in mind that it takes some time before Bundlr posts given bundle to Arweave and ViewBlock actually index such bundle and its contents - usually it may take 1-2 days.
![img_2.png](img_2.png)
1. The `Yy9WoplIYqy03O7_ovUr4TrvwryxHEneuNep7ATDftI` is the id of the bundled item - assigned by Bundlr during data item creation - according to ANS-104 [specs](https://github.com/ArweaveTeam/arweave-standards/blob/master/ans/ANS-104.md#2-dataitem-signature-and-id).
2. The `udJBlYAXNhFnjeb1YABQzqqVog3VpcauonBbO1MSwvc` is the id of the Arweave bundle transaction - that contains a data item from point 1, stored in `data` field - according to ANS-104 [specs](https://github.com/ArweaveTeam/arweave-standards/blob/master/ans/ANS-104.md#12-transaction-body-format)
**NOTE** This is the only "real" Arweave transaction
3. The `hs9JlOG0LMkTa4VdJ-nf6I46kLbWbCpvZczdl3N-ASQ` is the original transaction id - as it was created and signed by the original protocol user.
The transaction with this id is effectively a content of the bundle item (point 1.) - i.e. is stored in `dataItem.data` [field](https://github.com/ArweaveTeam/arweave-standards/blob/master/ans/ANS-104.md#13-dataitem-format)
**NOTE** Only the last transaction (from point 3.) is effectively important from the SmartWeave protocol perspective - it is the transaction that the protocol 'sees' when it loads the contract.
## Contract transaction retrieval via Arweave gateway
1. Directly via `response.bundleContractId` - e.g. https://arweave.net/Yy9WoplIYqy03O7_ovUr4TrvwryxHEneuNep7ATDftI
**NOTE 1** The response object contains the full, original tx - including its data and id (`hs9JlOG0LMkTa4VdJ-nf6I46kLbWbCpvZczdl3N-ASQ` in this case).
**NOTE 2** The `data` field contains the original contract's data. Usually it is an initial contract state or an asset - for AtomicNFT contracts.
**NOTE 3** The `Yy9WoplIYqy03O7_ovUr4TrvwryxHEneuNep7ATDftI` is the Bundlr's tx id - assigned by
the `bundlr.createTransaction()`.
It is part of `ANS-104` bundle, that is uploaded to Arweave by Bundlr network - with the original tx as a `data-item`.
2. Using the GQL endpoint, using the original contract tx id (`hs9JlOG0LMkTa4VdJ-nf6I46kLbWbCpvZczdl3N-ASQ` in this case) and `Uploader-Tx-Id` tag, e.g.
```qql
query {
transactions(
tags: [{
name: "Uploader-Tx-Id",
values: ["hs9JlOG0LMkTa4VdJ-nf6I46kLbWbCpvZczdl3N-ASQ"]
}]
) {
edges {
node {
id
tags {
name
value
}
block {
height
}
}
}
}
}
```
Example Response:
```json
{
"transactions": {
"edges": [
{
"node": {
"id": "Yy9WoplIYqy03O7_ovUr4TrvwryxHEneuNep7ATDftI",
"tags": [
{
"name": "Uploader",
"value": "RedStone"
},
{
"name": "Uploader-Contract-Owner",
"value": "33F0QHcb22W7LwWR1iRC8Az1ntZG09XQ03YWuw2ABqA"
},
{
"name": "Uploader-Tx-Id",
"value": "hs9JlOG0LMkTa4VdJ-nf6I46kLbWbCpvZczdl3N-ASQ"
},
{
"name": "Uploader-Bundler",
"value": "https://node2.bundlr.network"
},
{
"name": "App-Name",
"value": "SmartWeaveContract"
},
{
"name": "App-Version",
"value": "0.3.0"
},
{
"name": "Contract-Src",
"value": "cK9mwwuR2CR72ubcI34ClssjQUL5G7cZEd649CVPJWw"
},
{
"name": "SDK",
"value": "RedStone"
},
{
"name": "Content-Type",
"value": "application/json"
}
],
"block": {
"height": 1013105
}
}
}
]
}
}
```
**NOTE** The `transactions.edges.node.id` is an id of the Bundlr transaction - the 'carrier' of the original transaction.
## Contract transaction retrieval via Warp gateway
The Warp `/gateway/contract` endpoint allows to retrieve the Bundle contracts data directly via the original tx id.
This endpoint is used by default for loading contracts data by the Warp SDK - when `forMainnet` instance is being used.
## Contract transaction data retrieval
1. Using the Warp gateway - `gateway/contract-data/:original-tx-id`.
E.g.: https://gateway.redstone.finance/gateway/contract-data/hs9JlOG0LMkTa4VdJ-nf6I46kLbWbCpvZczdl3N-ASQ.
This endpoint underneath maps the original tx id to the Bundlr tx id.
Having the original Bundlr tx id - it loads the original tx data either from arweave.net cache - or fallbacks to the Bundlr node.
The data is then decoded using a dedicated function - https://github.com/warp-contracts/gateway/blob/main/src/gateway/router/routes/contractDataRoute.ts#L57
2. Using Arweave gateway -
1. get the Bundlr tx id - as shown in the GQL example
2. load the tx data using the `arweave.net/{txId}` endpoint
3. decode the response `data` field using the https://github.com/warp-contracts/gateway/blob/main/src/gateway/router/routes/contractDataRoute.ts#L57
algorithm.

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# Warp Sequencer
This document describes the core concepts behind the Warp Sequencer.
## Introduction
The idea behind Warp Sequencer is to increase the Developer and User Experience.
Normally, when an interaction with a contract is being sent to Arweave, one have to wait some time:
1. for the transaction mining (~2 minutes)
2. for the proper transaction confirmation (assuming at least 10 blocks - ~20 minutes).
This in total gives ~20-25 minutes, which:
1. Breaks the DX, e.g. in case developer wants to quickly test the contract's functions on mainnet
2. Breaks the UX, e.g. - each user of a given dApp/protocol must wait really long to see the effect
of an interaction with a contract. This makes the applications effectively unusable - especially for users coming
from the web2.
Additionally, any interaction with contract requires some amount of ARs in the wallet - which might further increase
the entry barrier, both for developers and given protocol/dApp users.
**NOTE** Waiting for a proper confirmation
is especially important (though often overlooked) in case of a smart contract interactions.
Imagine a cache, that is evaluating the contracts state for all the interactions returned at any given time by the
default Arweave (arweave.net) gateway.
If the cache does not wait for the proper transactions' confirmation, it may happen
that it will store a contract state evaluated from the transactions from a forked blocks (or - even worse - from
transactions that were not included in any block).
## Advantages of using Warp Sequencer for interactions posting
1. Interaction is near-instantly available - as soon as proper response from Bundlr network is received.
2. Posting interactions with contract does not require any ARs - the deployment via Bundlr network is either
fully subsidized by the Arweave (for transactions <= 100KiB) or by the Warp (for transactions > 100KiB).
The max transaction size is currently 2MiB.
Most of the contracts' interactions have the "default" 4B size.
3. Even though the Bundlr transactions are created and signed by the Warp's wallet, it is still possible to identify
the original transaction owner/signer.
**NOTE** This is especially important in case of smart contracts - as contracts' business
logic very often is dependent on *who* (i.e. what wallet address) is interacting with the contract.
4. The option to use VRF in contracts that require verifiable randomness.
5. Even if the Warp infra will go down, all the contract interactions can be still retrieved directly from Arweave,
using
a simple GQL query.
## How it works
Instead of posting the interaction transactions directly to Arweave mainnet, they are sent to Warp Sequencer
(`/gateway/sequencer/register` endpoint) (this is the default behaviour of Warp's SDK `contract.writeInteraction`
function, when `forMainnet` instance is being used).
The Warp Sequencer then:
#### 1. Generates a sort key
A sort key is generated from:
1. current mainnet network height
2. current sequence value
3. original transaction id
4. current mainnet block hash
In the original SmartWeave protocol specification, a *sort key* is defined
as a `[ block_height,sha256(transactionId + blockHash) ]`, where:
1. `block_height` - current network height, l-padded with `0` to 12 chars, e.g. for block height `1015556`, the
result is `000001015556`
2. `sha256(transactionId + blockHash)` - a `sha256` hash of the concatenated buffers of the transaction id and block
hash,
e.g. for txId `UR_35HORbjjZ_NnUqinkZuWkcNB1-gBST3Rezt5JrDs` and block
hash `ixWCxRN36DjVUxQRa68xIeoZLfvLDTtX78e0ae8RAAJjOPpDBuVKVaEKYOpq7bLS`,
the result is `44edd70f2018924f22a878a558a8f2d5cae8bc1f718d567df43bf52b6384d260`.
The complete *sort key* for the above values would
be: `000001015556,44edd70f2018924f22a878a558a8f2d5cae8bc1f718d567df43bf52b6384d260`.
The generated sort keys are then used by the SmartWeave protocol to lexicographically sort the transactions.
The Warp Sequencer extends this default mechanism by the current sequence value.
The formula for the *sort key* is extended to:
`[ block_height,sequence_value,sha256(transactionId + blockHash) ]`
This sequence value can be obtained from the Sequencer's node timestamp, database or other sources.
In its current implementation - a Sequencer node timestamp value is being used.
This in effect gives a fair transactions ordering - the transactions will have the sequence assigned in order in which
they are processed by the Sequencer.
Assuming transaction id `La_NpAFAWxGj-VIiLfg7NbBfox0RZ8uuEJSOOZykd48`, block
hash `-o88tFYsMG9RXSGcNXX5sVDuSV5uHy7zuFRj6vYo91e3mXpmng6qw322Ip0-EguA`,
block height `1015560` and current Sequencer value `1663069424541`, the generated *sort key* would
be `000001015560,1663069424541,a21ac8a60326ba8c2bb8caa05cff3334a22e9960ef55de0b5392caa30b484d0a`
**NOTE** All the transactions sent to Arweave directly, have the sequence value assigned to `0000000000000000`.
This effectively means that if transactions to a given contract are sent both directly to Arweave mainnet and Warp
Sequencer -
if two transactions happen to be at the same block height, the "direct" Arweave transactions take precedence.
This also means that the sequencing algorithm is fully backwards compatible with the original SmartWeave protocol.
#### 2. Generates tags for the Bundlr transaction
| Tag Name | Tag Value |
|---------------------------------------------|---------------------------------------------------------------|
| `Sequencer` | `RedStone` |
| `Sequencer-Owner` | The original owner/signar of the contract transaction |
| `Sequencer-Mills` | The sequence value used by the Sequencer for this transaction |
| `Sequencer-Sort-Key` | The generated sort key for this transaction |
| `Sequencer-Tx-Id` | The original transaction id |
| `Sequencer-Block-Height` | The block height used for generating the sort key |
| `Sequencer-Block-Id` | The block hash used for generating the sort key |
| ...all the tags of the original transaction | |
Additional set of tags are added in case user requests generating a random value using VRF (Verifiable Random Function):
| Tag Name | Tag Value |
|---------------------------------------------|------------------------------------------------------------------------|
| `vrf-index` | The original hash generated by the VRF (using `sort_key` as input data)|
| `vrf-proof` | The original proof generated by the VRF |
| `vrf-bigint` | A BigInt value evaluated from the hash generated by the VRF |
| `vrf-pubkey` | The public key used by the VRF |
Verifiable randomness can be used by contracts that require using random values - e.g. gaming contracts, nft/loot
generating contracts, etc.
Using the `sort_key`, `vrf-proof` and `vrf-pubkey`, the client can always verify the generated random value.
#### 3. Uploads the original transaction to Bundlr
..with tags generated in point 2.
**NOTE** The original transaction is not modified in any way - this is to preserve the original
signature!
After receiving proper response and receipt from Bundlr, the Warp gateway indexes the contract interaction
internally - to make it instantly available.
#### 4. Finally, the Warp gateway returns the response from the Bundlr to the client.
## Contract transaction retrieval (generated by the Warp Sequencer) via Arweave gateway
Use the GQL endpoint, with the original contract tx id passed in the `Contract` tag. Note that all the
interactions will be part of a bundle (i.e. will have the `edges.node.bundledIn.id` value set).
```qql
query {
transactions(
tags: [
{name: "App-Name", values: ["SmartWeaveAction"]},
{name: "Contract", values: ["KT45jaf8n9UwgkEareWxPgLJk4oMWpI5NODgYVIF1fY"]},
{name: "Sequencer", values: ["RedStone"]}
]
) {
edges {
node {
id
tags {
name
value
}
block {
height
}
bundledIn {
id
}
}
}
}
}
```
## Contract transaction retrieval via Warp gateway
The Warp `/gateway/v2/interactions-sort-key` endpoint allows to retrieve all the given contract interactions currently
indexed by the Warp Gateway - both the direct Arweave transactions and Warp Sequencer transactions.
This method is used by the default by the Warp SDK - in case of `forMainnet` instance is being used.
## Futher development
1. Blind/trustless sequencing - https://github.com/warp-contracts/gateway/issues/48
2. Sequencer decentralization - https://github.com/warp-contracts/gateway/issues/93

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### Evolve feature
#### Concerns
Currently, it is partly implemented in the contract source code and
partly in the "protocol" itself. Shouldn't such features be rather fully implemented at the "protocol"
level, so that its users won't have to clutter their contract's code/state with evolve-related stuff?
And what if there's some bug or change in the implementation - will all the evolve feature users have
to update theirs contract source code?
Plus - currently, I don't see an easy way to retrieve and audit all the contract's source code versions - without
the need to analyse its interaction transactions.
#### Alternative implementation proposal
1. Define new protocol tags - `Base-Contract-Tx-Id`, `Updated-Contract-Src-Tx-Id` (I think the names are self-explanatory);
2. Define new SDK method - "updateContract" with signature:
`updateContract(baseContractTxId: string, updatedContractSourceTxId: string, wallet: JWKInterface)`
This new method would:
1. verify that the `owner` of the `baseContractTxId` is the same as the address of the passed `wallet`. If not, it throws an exception
(so basically only contract's owners are allowed to update the contract's source code).
2. Create new arweave transaction with newly specified tags.
3. Then - while interacting with the contract, the protocol would need to:
1. fetch all the source code versions up to the requested block height (using rather simple GQL) - in the new version this would be
handled by the `DefinitionLoader` layer - the `ContractDefinition` object, that it returns, would simply have to store a Map (blockHeight -> src).
An additional safety check can be also added here (that would verify that the owner of the "updateContract" transaction is the same as the contract's owner).
2. The `ExecutionContext` would need similarly store a Map (blockHeight -> handler)
3. The `StateEvaluator` layer would then for each interaction transaction choose (based on the interaction block height - using a really simple algorithm) proper source code version from the `ExecutionContext`
This would allow to fully implement (and test...) this at a protocol level and have a clear and easy way of retrieving all the contract's source code versions (using GQL and new tags).
Additionally - the `StateEvaluator` layer would not be responsible for loading and overwriting the contract's source code
(I believe this should be the responsibility of the `DefinitionLoader` layer).
Last-but-not-least - there would be no need to add any "evolve" specific source code to the contract's source code itself.

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# Warp Internal Contract Writes
This document describes the core concepts behind the Warp Internal Writes - a SmartWeave protocol
extension that allows to perform inner-contract writes.
### Introduction
SmartWeave protocol currently natively does not support writes between contracts - contract can only read each other's
state.
This lack of interoperability is a big limitation for real-life applications - especially if you want to implement
features like staking/vesting, disputes - or even a standard approve/transferFrom flow from ERC-20 tokens.
Some time ago a solution addressing this issue was proposed -
a [Foreign Call Protocol](https://www.notion.so/Foreign-Call-Protocol-Specification-61e221e5118a40b980fcaade35a2a718).
This is a great and innovative idea that greatly enhances contracts usability, but we've identified some issues:
- Contract developers need to add FCP-specific code in the smart contract code and in its state. This causes the
protocol code to be mixed with the contract's business logic. Additionally - any update or change in the protocol
would probably require the code (and/or state) of all the contracts that are utilizing the FCP, to be upgraded.
- security - e.g. without adding additional logic in the `invoke` function - any user can call any external contract
function
- In order to create a "write" operation between FCP-compatible contracts (e.g. `Contract B` makes a write on
a `Contract A`), users need to create two separate transactions:
1. `invoke` operation on Contract B to add entry in the `foreignCalls` state field of the Contract B (this entry
contains the details of the call on the Contract A )
2. `readOutbox` operation on Contract A, that underneath reads Contract's B `foreignCalls` and "manually" calls
Contract's A `handle` function for each registered 'foreignCall'
We believe that writes between contracts should be implemented at the protocol level (i.e. contract source code and its
state should not contain any technical details of the internal calls) and that performing a write should not require
creating multiple interactions.
### Solution
1. Attach a new method to the `SmartWeave` global object (the one that is accessible from the contract's code) with a
signature:
```ts
function write<Input = unknown>(
contractId: String,
input: Input,
throwOnError?: boolean): Promise<InteractionResult>
```
This method allows to perform writes on other contracts.
The `caller` of such call is always set to the `txId` of the calling contract - this allows the callee contract to
decide whether call should be allowed.
The method first evaluates the target (i.e. specified by the `contractTxId` parameter) contract's state up to the "
current" sort key (i.e. sort key of the interaction that is calling the `write` method) and then applies the input (
specified as the 2nd. parameter of the `write` method).
The result is memoized in cache.
If the internal write will fail (i.e. return result object with `type` different from `ok`), the original transaction
will also automatically fail (i.e. will return `error` as a result type).
If you need to manually handle the write errors in the contract's code, either switch off this behaviour globally -
via `evalulationOptions.throwOnInternalWriteError`; or for a single call - by passing `false` as a `throwOnError`
argument in the `write` function.
This has been implemented in the `Contract.dryWriteFromTx()` and `ContractHandlerApi.assignWrite()`;
2. For each newly created interaction with given contract (i.e. when `contract.writeInteraction` is called) - the SDK
performs a dry run and analyzes the call report of the dry-run
(feature introduced in https://github.com/redstone-finance/redstone-smartcontracts/issues/21).
The result of
this [analysis](https://github.com/warp-contracts/warp/blob/main/src/contract/InnerWritesEvaluator.ts#L3) is a list
of all inner write calls between contracts for the newly created interaction.
For each found inner write call - the SDK generates additional tag:
`{'interactWrite': contractTxId}`- where `contractTxId` is the callee contract.
This has been implemented in the `Contract.writeInteraction` and `InnerWritesEvaluator.eval()`.
3. For each state evaluation for a given contract ("Contract A"):
- load all "direct" interactions with the contract
- load all "internal write" interactions with the contract (search using the `interactWrite` tag)
- concat both type of transactions and sort them according to protocol specification (i.e. lexicographically using
the `sortKey`)
- for each interaction:
1. if it is a "direct" interaction - evaluate it according to current protocol specification
2. if it is an "internalWrite" interaction - load the contract specified in the "internalWrite" ("Contract B") tag and
evaluate its state. This will cause the `write` (described in point 1.) method to be called. After evaluating the "
Contract B" contract state - load the latest state of the "Contract A" from cache (it has been updated by the `write`
method) and move to next interaction.
This has been implemented in the `DefaultStateEvaluator.doReadState()`
This method is also effective for "nested" writes between contracts (i.e. Contract A writes on Contract B, Contract B
writes on Contract C, etc...) and 'write-backs' (i.e. Contract A calls a function on Contract B which calls a function
on Contract A).
### Examples
Some examples of different types of inner contract writes are available:
1. In the DEX [tutorial](https://academy.warp.cc/tutorials/dex/introduction/intro)
2. The ERC-20 [staking](https://github.com/warp-contracts/wrc/blob/master/examples/staking/src/actions/staking.rs#L35)
example.
3. In the
integration [tests](https://github.com/warp-contracts/warp/tree/main/src/__tests__/integration/internal-writes) of
the inner writes feature.
4. In the [staking example](https://github.com/warp-contracts/wrc/tree/master/examples/staking#-staking) of the ERC-20
token standard.
**NOTE** Do not overuse the inner writes feature - as it can quickly make the debugging and contracts' interaction
analysis very difficult.
### Security
1. The internal contract writes is switched off by default. Developer must explicitly set
the `evaluationOptions.internalWrites` flag to true to use this feature.
2. We strongly suggest to create a whitelist of contracts which are allowed to perform a write on a contract.
The id of the calling contract can be obtained from `SmartWeave.caller`.
3. The SDK by default limits the evaluation time of the given interaction to 60s. This can be changed
via `evaluationOptions.maxInteractionEvaluationTimeSeconds`
4. The SDK by default limits the max depth of inner contract interactions (reads of writes) to `7`. This can be changed
via `evaluationOptions.maxCallDepth`.
5. The SDK gives an option to set a gas limit for each interaction (note that this applies only to WASM contracts!)
via `evaluationOptions.gasLimit`.
6. We strongly suggest using WASM (Rust preferably) for writing inner writes compatible contracts - as the WASM
sandboxing
and option to set gas limits gives the best security.
### Example inner write call flow
#### Stage I - creating a contract interaction transaction
Whenever Warp's SDK `contract.writeInteraction` function is called and `evaluationOptions.internalWrites` is set to
`true`, the Warp SDK performs some additional work that allows to determine whether the newly created transaction creates
some inner contract writes. If it does, for each such inner write with a given contract, an additional
tag `Interact-Write` is
being added to the newly created transaction. The value of this tag is set to the tx id of the contract that is called
by the inner write.
You might wonder how does the SDK "know" whether newly created interaction performs an inner write to other contracts.
No, it does not statically analyse the contract's source code - this would not work in many cases (and would not work at
all in case of binary format for WASM contracts ;-)).
Instead of static code analysis, the SDK performs a dry-run of a newly created transaction - i.e. it first evaluates the
most recent contract state and then applies the new (i.e. the one, that the user wants to add) transaction on top.
During this evaluation, a **contract call record** is being generated.
This record contains data about the contract that is being called and a complete list of transactions that were
evaluated, with data like input function names, interaction tx id, caller id, etc.
The contract call record object is created each time a `warp.contract()` function is being called (i.e. when `Contract`
object instance is being created) and it is attached to the contract instance.
The `warp.contract()` method can be called either by:
1. the SDK user (when he/she connects to a given contract and - for example - wants to read its state or write a new
interaction)
2. the SDK itself (when the contract's code performs inner read or write on other contract)
In the latter case, the contract instance (the `child` contract) is always attached to a `parent` contract instance -
i.e. the contract that is initiating the inner call.
**NOTE** The `root` contract is always the instance created by the SDK user (point 1.).
Each `child` contract instance contains its own call record - which is always attached to the `foreignContractCalls`
field of the parent's contract call record.
This probably sounds more complicated than it is in reality, so let's analyse an example!
Example call record:
```json5
{
"contractTxId": "HRIQNh2VNT8RPggWSXmoEGIUg-66J8iXEwuNNJFRPOA",
"depth": 0,
"id": "f9e943c9-ac95-440b-9fd6-fe79d4336f7b",
"interactions": {
"tsu6Li4oiysI0pnmmpDi7c873qUlmBpFJkvIf75O86A": {
"interactionInput": {
"txId": "tsu6Li4oiysI0pnmmpDi7c873qUlmBpFJkvIf75O86A",
"sortKey": "000000000003,9999999999999,e08f9c796a0d52f00524f2c895e63012115ee77b3554067f1fec0ff21d7e900f",
"blockHeight": 3,
"blockTimestamp": 1663435219,
"caller": "kia_VEiJ6g8FbZvuh36Fpl-BYI7FpMyf-HQk1jYakCY",
"functionName": "deposit",
"functionArguments": {
"function": "deposit",
"tokenId": "O7DwbsFFOVLg-99nJv89UeEVtYOAmn0eQoUjRgxC6OQ",
"qty": 1,
"txID": "L6f-xeKgq-7T1-rLqvziLJ1k6JYhL1wCxCUcW26DCsQ"
},
"dryWrite": true,
"foreignContractCalls": {
"O7DwbsFFOVLg-99nJv89UeEVtYOAmn0eQoUjRgxC6OQ": {
"contractTxId": "O7DwbsFFOVLg-99nJv89UeEVtYOAmn0eQoUjRgxC6OQ",
"depth": 1,
"id": "29aedfe9-19d5-436c-a49c-1fedf0ead634",
"innerCallType": "write",
"interactions": {
"tsu6Li4oiysI0pnmmpDi7c873qUlmBpFJkvIf75O86A": {
"interactionInput": {
"txId": "tsu6Li4oiysI0pnmmpDi7c873qUlmBpFJkvIf75O86A",
"sortKey": "000000000003,9999999999999,e08f9c796a0d52f00524f2c895e63012115ee77b3554067f1fec0ff21d7e900f",
"blockHeight": 3,
"blockTimestamp": 1663435219,
"caller": "HRIQNh2VNT8RPggWSXmoEGIUg-66J8iXEwuNNJFRPOA",
"functionName": "claim",
"functionArguments": {
"function": "claim",
"txID": "L6f-xeKgq-7T1-rLqvziLJ1k6JYhL1wCxCUcW26DCsQ",
"qty": 1
},
"dryWrite": true,
"foreignContractCalls": {}
}
}
}
}
}
}
}
}
}
```
The above record was generated by calling a `writeInteraction` on a contract with
id `HRIQNh2VNT8RPggWSXmoEGIUg-66J8iXEwuNNJFRPOA`:
```ts
await contract.writeInteraction({
function: "deposit",
tokenId: pstTxId,
qty: transferQty,
txID: originalTxId
});
```
The `depth` is set to `0` - i.e. it is the `root` contract call.
Exactly one interaction for this contract was evaluated - `tsu6Li4oiysI0pnmmpDi7c873qUlmBpFJkvIf75O86A`.
The call record contains all the crucial data for each of the evaluated transaction - block height and its id, sort key,
caller id, function name and all the function arguments, etc.
It also marks that the transaction comes from a dry-write (`"dryWrite": true`).
**NOTE** The SDK never caches any results for dry-write transactions.
In this case the `deposit` function has been called - i.e. it is a function defined by the User in
the `writeInteraction` function call.
Each recorded interaction also contains the `foreignContractCalls` field - this is where all inner contract calls (writes and reads) are being recorded.
In case of the `deposit` function - the contract performs an inner contract call on a
contract `O7DwbsFFOVLg-99nJv89UeEVtYOAmn0eQoUjRgxC6OQ`,
i.e. its source performs `SmartWeave.contracts.write("O7DwbsFFOVLg-99nJv89UeEVtYOAmn0eQoUjRgxC6OQ", ...)` and calls `claim`
function.
That's why the call record for this contract is attached to the `foreignContractCalls` field of
the `tsu6Li4oiysI0pnmmpDi7c873qUlmBpFJkvIf75O86A` interaction.
Note that this child call record:
1. Has `depth` set to `1`
2. Has `innerCallType` set to `write`.
This child call record contains one interaction `tsu6Li4oiysI0pnmmpDi7c873qUlmBpFJkvIf75O86A` - and as it is logged, this
interaction calls the `claim` function - i.e. the function called by the `SmartWeave.contracts.write`.
Having this call record generated, the SDK traverses recursively all the interactions and theirs `foreignContractCalls`,
then the interactions of those `foreignContractCalls` and theirs `foreignContractCalls` - and so on.
This in effect allows to evaluate which contracts are being called by the newly created interaction and generate proper tags.
In case of the above example - a tag `Interact-Write` with value `O7DwbsFFOVLg-99nJv89UeEVtYOAmn0eQoUjRgxC6OQ` would be generated.
#### Stage II - evaluating contract state
`Contract B` makes an internal write on `Contract A` at interaction `i(n)`.
Using ids from the `Stage I` - let's assume that `Contract B` = `HRIQNh2VNT8RPggWSXmoEGIUg-66J8iXEwuNNJFRPOA`
and it makes a write on a `O7DwbsFFOVLg-99nJv89UeEVtYOAmn0eQoUjRgxC6OQ` `Contract A` - calls its `claim` function.
We're evaluating the state of the `Contract A`.
**(1)** Evaluator loads the state of the `Contract A` up to internal write interaction `i(n)`.
**(2)** `i(n)` is an internal write interaction. Thanks to tag data saved in the interaction, the evaluator
knows that it is `Contract B` which makes write on `Contract A`.
Evaluator saves the `Contract A` state at `i(n-1)` interaction in cache (the key of the cache is a sort key of the
transaction, for which the state is being stored).
**(3)** Evaluator loads the `Contract B` contract and evaluates its state up to `i(m)` interaction.
**(4)** `i(m)` interaction for `Contract B` is making a `SmartWeave.contracts.write` call on `Contract A` with
certain `Input`.
**(5)** In order to perform the write, evaluator loads the `Contract A` contract state at `i(n-1)` transaction from
cache.
**(6)** Evaluator applies the input from the `SmartWeave.contracts.write` on the `Contract A` (i.e. calls its `handle`
function with this input)
**(7)** Evaluator stores the result of calling the `Contract A` `handle` function in cache.
**(8)** Evaluator returns with the evaluation to the `Contract A` contract. If first loads the state stored in point (7)
and then
continues to evaluate next interactions.
```
Contract A - the callee contract
┌───────────────────────────┐
│ Interaction │
│ i(n-2) │
└───────────┬───────────────┘
│
│
▼
┌───────────────────────────┐
│ Interaction │ Save State (2)
│ i(n-1) ├────────────────────────────────────────┐
└───────────┬───────────────┘ │
│ │
│ (1) │
▼ CACHE │
┌───────────────────────────┐ ┌────────────┬───────▼──────┐
│ Interaction │ (3) │ │State[i(n-1)] ├───────┐
This tx contains │ i(n):internal write ├───────────────┐ │ Contract A ├──────────────┤ │
tag 'internal-write' │ from "Contract B" │ │ │ │State[i(n)] │◄──────┼─┐
with value 'Contract B' └───────────┬───────────────┘ │ └────────────┴─────────┬────┘ │ │
│ │ │ │ │
│ │ │ │ │
▼ │ │ │ │
┌───────────────────────────┐(8) │ Load State │ │ │
│ Interaction │◄──────────────┼──────────────────────────┘ │ │
│ i(n+1) │ │ │ │
└───────────────────────────┘ │ │ │
│ │ │
────────────────────────────────────────────────── │ │ │
│ │ │
Contract B - the caller contract ◄──────────┘ │ │
┌───────────────────────────┐ │ │
│ Interaction │ │ │
│ i(m-1) │ │ │
└───────────┬───────────────┘ │ │
│ │ │
▼ SmartWeave.contracts.write('Contract A', input)│ │
This tx calls ┌───────────────────────────┐(4) ┌─────────────────────────────┐ │ │
Contract B function │ i(m):write on │ │ │ │ │
that makes │ Contract A ├─────────────► (5)│ │ │
SmartWeave.contract.write()└───────────────────────────┘ │ ┌─────────────────────┐ Load State │ │
call on Contract A. NOTE: i(m) = i(n) - i.e. it is the same │ │ 1. Load Contract A │◄──┬───────────┘ │
transaction. │ │ State[i(n-1)] │ │ │
│ └─────────────┬───────┘ │ │
│ (6) │ │ │
│ ┌─────────────▼───────┐ │ │
│ │ 2. Call Contract A │ Save State (7) │
│ │ "handle" function├───┬─────────────┘
│ │ with "input" │ │
│ └─────────────────────┘ │
│ │
└─────────────────────────────┘
```
### Alternative solution
An alternative solution has been also considered.
Instead of writing only a tag with id of the calling contract, one could write the exact input (i.e. function,
parameters, etc) of the call.
This would have an advantage of the increased performance (as we could evaluate the "Contract A" state without the need
of evaluating the "Contract B" state in the process),
but would ruin the "lazy-evaluation" idea of the protocol and reduce the safety of the solution - as the Contract A
would need to fully trust the calling Contract B - if the Contract B would save some unsafe data in the input - there
would be no way to exclude it from the execution.

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# Register contract
Typically, deploying a contract through Warp Gateway requires wrapping contract transaction in another transaction (Warp Gateway posts a contract transaction to the Bundlr Network as a data of the bundled transaction - more about in [this doc](https://github.com/warp-contracts/warp/blob/main/docs/BUNDLED_CONTRACT.md)).
This process does not allow to create a legit AtomicNFT as the data of the nested transaction (our contract) cannot be served via Arweave gateway (it will be possible as soon as Nested Bundles will be implemented by Warp).
Therefore, a new contract creation method has been exposed in Warp SDK. Let's go through the process.
1. User needs to prepare contract transaction, all the tags required by the [SmartWeave protocol](https://github.com/warp-contracts/warp/blob/main/docs/SMARTWEAVE_PROTOCOL.md#contract-creation) need to be included, initial state should be set in the tag, tags specific for AtomicNFT ('Title', 'Description', 'Type', 'Content-Type') should also be included in the contract tags.
```ts
const contractTags = [
{ name: 'Content-Type', value: 'text/plain' },
{ name: 'App-Name', value: 'SmartWeaveContract' },
{ name: 'App-Version', value: '0.3.0' },
{ name: 'Contract-Src', value: 'XA-sFBRvgIFFklmDV-TUlUPc3_pE3rIsXwH2AjwOYrQ' },
{
name: 'Init-State',
value: JSON.stringify({
ticker: 'ATOMIC_ASSET',
owner: address,
canEvolve: true,
balances: {
[address]: 10000000
},
wallets: {}
})
},
{ name: 'Title', value: 'Asset' },
{ name: 'Description', value: 'Description' },
{ name: 'Type', value: 'Text' }
];
```
2. User then needs to initialize Bundlr and uploads the contract within data:
```ts
const jwk = JSON.parse(fs.readFileSync('.secrets/warp-wallet-jwk.json').toString());
const bundlr = new Bundlr('https://node2.bundlr.network', 'arweave', jwk);
const data = fs.readFileSync('tools/data/data.txt');
const tx = await bundlr.upload(data, { tags: contractTags })
```
3. Finally, contract is sent to Warp Gateway where it is indexes so it can be immediately available for all Warp tools, contract data can be also served by Arweave gateway:
```ts
const warp = WarpFactory.forMainnet();
const { contractTxId } = await warp.register(tx.id, 'node2');
console.log(`Check the data: https://arweave.net/${contractTxId}`);
```
The whole process allows to have data and contract linked into one transaction and both are served under the same id.

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# SmartWeave Protocol
This document describes the core concepts behind the SmartWeave smart contracts protocol and is based
on the original smartweave.js [contract-guide](https://github.com/ArweaveTeam/SmartWeave/blob/master/CONTRACT-GUIDE.md).
## Introduction
SmartWeave is a data-centered protocol built on top of the Arweave chain that allows to implement smart contracts.
The key difference between SmartWeave and other similar solutions is that the contracts can be evaluated
on-demand and "lazily".
Most smart contracts treat data as a side-product that slows down processing.
Data is digested, pruned, and pushed out to side chains.
Nonetheless, the bloated global state is still the biggest challenge of modern blockchains - as it leads
to extreme costs of data storage.
SmartWeave approach, on the other hand, has several advantages:
1. It decouples the storage from the computation
2. It allows for a flexible lazy-evaluation pattern
3. It allows to directly process rich content.
Building SmartWeave on the Arweave allows saving time on the
development of the basic infrastructure.
## Protocol Specification
The SmartWeave protocol consists of few key concepts:
1. [Contract creation](#contract-creation)
2. [Contract interactions](#contract-interactions)
3. [Lazy-evaluation of the contract state](#lazy-evaluation-of-the-contract-state)
### Contract creation
In order to deploy a new contract on Arweave the SmartWeave client must:
1. Create an Arweave transaction with contract source code
| Transaction field | Value |
| --------------------- | ------------------------------------------------------------------------- |
| `data` | [Contract Source Code specification](#contract-source-code-specification) |
| `tag['App-Name']` | `SmartWeaveContractSource` |
| `tag['App-Version']` | the current version of the SDK, e.g. version from package.json |
| `tag['Content-Type']` | `application/javascript` |
2. Create an Arweave transaction with contract definition
| Transaction field | Value |
| -------------------------- | ------------------------------------------------------------------------------------------------- |
| `data`(\*) | Contract initial state - stringified json object - e.g. `JSON.stringify(initialState)` |
| `tag['Init-State']`(\*) | Contract initial state - as alternative for setting it in data field |
| `tag['Init-State-TX']`(\*) | Id of the transaction the holds the initial state |
| `tag['App-Name']` | `SmartWeaveContract` |
| `tag['App-Version']` | the current version of the SDK, e.g. version from package.json |
| `tag['Content-Type']` | `application/javascript` |
| `tag['Contract-Src']` | id of the transaction created in previous step, eg: `ovqOT6dVD7zYZYmIkq52gmSippk2MGs_TjXs3-D4BLU` |
(\*) Either one of these options must be chosen for storing the initial state.
#### Contract source code specification
1. A contract source code MAY be written in ES module format.
2. A contract source MUST contain function (sync or async) named `handle`.
3. A contract source MAY use IIFE bundling format.
4. The `handle` function MUST accept exactly two arguments: `state` and `action`
5. The `state` argument MUST be the current state of the contract.
6. The `action` argument MUST contain `caller` field (i.e. Arweave wallet address)
and `input` field. The `input` field MUST contain the `function` field and any
additional data required to perform given operation.
7. The maximum size of the JSON.stringified representation of the `input` field MUST NOT exceed 2048 bytes.
8. The `handle` function MUST terminate by either:
1. returning `{ state: newState }` - this will cause the contract state to be updated
2. returning `{ result: newResult }`
3. throwing `ContractError`
### Contract Interactions
Contract interactions allow to modify the contract state. Each interaction MUST be deployed
as a separate Arweave transaction:
| Transaction field | Value |
| -------------------- | -------------------------------------------------------------- |
| `tag['App-Name']` | `SmartWeaveAction` |
| `tag['App-Version']` | the current version of the SDK, e.g. version from package.json |
| `tag['Contract']` | Transaction id of the contract |
| `tag['Input']` | JSON.stringified representation of the input |
### Lazy-evaluation of the contract state
In its current form, the SmartWeave protocol assumes that smart contract code is a javascript function,
defined as:
```javascript
contractFunction = (state, action) => state;
```
This function takes a state and an action as input arguments - and produces a new state as a result.
In functional programming terms it acts as a `fold` function - the state of the contract is derived from:
1. An initial state
2. A contract function
3. An ordered list of actions
![protocol](img/protocol.png)
In order to evaluate contract state, SmartWeave Protocol client:
1. Loads all the contract's interaction transactions up to the requested block height.
2. Sorts the interaction transactions. The order of the interactions is determined firstly by interaction
transaction block height (i.e. when the transaction was mined in the chain) and secondly by `sha256(transactionId + blockHash)`.
The full ordering is `[ block_height, sha256(transactionId + blockHash) ]`.
3. Applies the sorted interactions onto the contract's `handler` function - evaluating contract's state
up to the requested block height.

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