Lido L2

This project contains the implementations of the L2 ERC20 token bridges for Arbitrum and Optimism chains. The current solution allows transferring ERC20 tokens between L1 and L2 chains.

To retrieve more detailed info about the bridging process, see the specifications for certain chains:

Project setup

Clone the repo:

git clone [email protected]:lidofinance/lido-l2.git
cd ./lido-l2

Install dependencies:

npm install

Compile the contracts:

npm run compile

Configure ENV variables

The simplest way to create .env file is via cloning the .env.example file:

cp .env.example .env

Fill the newly created .env file with the required variables. See the Project Configuration section for the complete list of configuration options.

Bridge deployment

The configuration of the deployment scripts happens via the ENV variables. The following variables are required:

TOKEN - address of the token to deploy a new bridge on the Ethereum chain.
NETWORK - name of the network environments used by deployment scripts. Allowed values: mainnet, goerli.
FORKING - run deployment in the forking network instead of real ones
ETH_DEPLOYER_PRIVATE_KEY - The private key of the deployer account in the Ethereum network is used during the deployment process.
ARB_DEPLOYER_PRIVATE_KEY - The private key of the deployer account in the Arbitrum network is used during the deployment process.
OPT_DEPLOYER_PRIVATE_KEY - The private key of the deployer account in the Optimism network is used during the deployment process.
L1_PROXY_ADMIN - The address to grant admin rights of the OssifiableProxy on the L1 bridge
L1_BRIDGE_ADMIN - Address to grant the DEFAULT_ADMIN_ROLE on the L1 bridge
L2_PROXY_ADMIN - The address to grant admin rights of the OssifiableProxy on the L2 bridge
L2_BRIDGE_ADMIN - Address to grant the DEFAULT_ADMIN_ROLE on the L2 bridge

The following ENV variables are optional and might be used to make an additional setup of the bridge after the deployment:

L1_DEPOSITS_ENABLED - whether the deposits are enabled on the L1 after the deployment. By default, deposits are disabled.
L1_WITHDRAWALS_ENABLED - whether the withdrawals are enabled on the L1 after the deployment. By default, withdrawals are disabled.
L1_DEPOSITS_ENABLERS - array of addresses to grant DEPOSITS_ENABLER_ROLE on the L1 bridge.
L1_DEPOSITS_DISABLERS - array of addresses to grant DEPOSITS_DISABLER_ROLE on the L1 bridge.
L1_WITHDRAWALS_ENABLERS - array of addresses to grant WITHDRAWALS_ENABLER_ROLE on the L1 bridge.
L1_WITHDRAWALS_DISABLERS - array of addresses to grant WITHDRAWALS_DISABLER_ROLE on the L1 bridge.
L2_DEPOSITS_ENABLED - whether the deposits are enabled on the L2 after the deployment. By default, deposits are disabled.
L2_WITHDRAWALS_ENABLED - whether the withdrawals are enabled on the L2 after the deployment. By default, deposits are disabled.
L2_DEPOSITS_ENABLERS - array of addresses to grant DEPOSITS_ENABLER_ROLE on the L2 bridge.
L2_DEPOSITS_DISABLERS - array of addresses to grant DEPOSITS_DISABLER_ROLE on the L2 bridge.
L2_WITHDRAWALS_ENABLERS - array of addresses to grant WITHDRAWALS_ENABLER_ROLE on the L2 bridge.
L2_WITHDRAWALS_DISABLERS - array of addresses to grant WITHDRAWALS_DISABLER_ROLE on the L2 bridge.

Deploying Arbitrum gateway

To run the deployment of the ERC20 token gateway for the Ethereum <-> Arbitrum chains use the following command:

npm run arbitrum:deploy

Deploying Optimism bridge

To run the deployment of the ERC20 token gateway for the Ethereum <-> Optimism chains use the following command:

npm run optimism:deploy

Tests running

Unit tests

To run unit tests use one of the following commands:

# Run tests for both Arbitrum and Optimism bridges
npm run test:unit

# Run tests only for Arbitrum gateway
npm run arbitrum:test:unit

# Run tests only for Optimism bridge
npm run optimism:test:unit

Integration tests

Before running integration tests, run the hardhat forked nodes in the standalone tabs corresponding to TESTING_ARB_NETWORK \ TESTING_OPT_NETWORK env variable or if it's not set use mainnet network. Example of the commands for the mainnet network:

# Required to run both Arbitrum and Optimism integraton tests
npm run fork:eth:mainnet

# Required to run Optimism integration tests
npm run fork:opt:mainnet

# Required to run Arbitrum integration tests
npm run fork:arb:mainnet

The integration tests might be run via the following commands:

# Run integration tests for both Arbitrum and Optimism bridges
npm run test:integration

# Run integration tests for Arbitrum bridge
npm run arbitrum:test:integration

# Run integration tests for Optimism bridge
npm run optimism:test:integration

Additionally, tests might be run on the deployed contracts. To do it, set the following variables values in the .env file:

# Activates testing on already deployed contracts
TESTING_USE_DEPLOYED_CONTRACTS=true
# Address of the account which has tokens to test
TESTING_L1_TOKENS_HOLDER=

# Addresses of the Arbitrum gateway
TESTING_ARB_NETWORK=
TESTING_ARB_L1_TOKEN=
TESTING_ARB_L2_TOKEN=
TESTING_ARB_L1_ERC20_TOKEN_GATEWAY=
TESTING_ARB_L2_ERC20_TOKEN_GATEWAY=

# Below addresses are not required when the gateway uses the default Arbitrum router
TESTING_ARB_L1_GATEWAY_ROUTER=
TESTING_ARB_L2_GATEWAY_ROUTER=

# Addresses of the Optimism bridge
TESTING_OPT_NETWORK=
TESTING_OPT_L1_TOKEN=
TESTING_OPT_L2_TOKEN=
TESTING_OPT_L1_ERC20_TOKEN_BRIDGE=
TESTING_OPT_L2_ERC20_TOKEN_BRIDGE=

E2E tests

E2E tests run on the real contracts deployed on the testnet networks. To run such tests next env variables must be set in the .env file.

TESTING_PRIVATE_KEY TESTING_OPT_LDO_HOLDER_PRIVATE_KEY TESTING_ARB_LDO_HOLDER_PRIVATE_KEY

To run E2E tests use the following commands:

# Run E2E tests for both Arbitrum and Optimism bridges
npm run test:e2e

# Run E2E tests for Arbitrum bridge
npm run arbitrum:test:e2e

# Run E2E tests for Optimism bridge
npm run optimism:test:e2e

Additionally, tests might be run on the deployed contracts. To do it, set the following variables values in the .env file:

# private key of the tester. It must have tokens for testing
TESTING_PRIVATE_KEY=

# Addresses of the Arbitrum gateway
TESTING_ARB_NETWORK=
TESTING_ARB_L1_TOKEN=
TESTING_ARB_L2_TOKEN=
TESTING_ARB_L1_ERC20_TOKEN_GATEWAY=
TESTING_ARB_L2_ERC20_TOKEN_GATEWAY=

# Below addresses are not required when the gateway uses the default Arbitrum router
TESTING_ARB_L1_GATEWAY_ROUTER=
TESTING_ARB_L2_GATEWAY_ROUTER=

# Addresses of the Optimism bridge
TESTING_OPT_NETWORK=
TESTING_OPT_L1_TOKEN=
TESTING_OPT_L2_TOKEN=
TESTING_OPT_L1_ERC20_TOKEN_BRIDGE=
TESTING_OPT_L2_ERC20_TOKEN_BRIDGE=

Acceptance tests

The acceptance tests might be run after the deployment to validate that the bridge was deployed with the correct parameters.

The following ENV variables must be set before the tests running:

# Addresses of the Arbitrum gateway
TESTING_ARB_L1_TOKEN=
TESTING_ARB_L2_TOKEN=
TESTING_ARB_L1_ERC20_TOKEN_GATEWAY=
TESTING_ARB_L2_ERC20_TOKEN_GATEWAY=

# Below addresses are not required when the gateway uses the default Arbitrum router
TESTING_ARB_L1_GATEWAY_ROUTER=
TESTING_ARB_L2_GATEWAY_ROUTER=

# Addresses of the Optimism bridge
TESTING_OPT_L1_TOKEN=
TESTING_OPT_L2_TOKEN=
TESTING_OPT_L1_ERC20_TOKEN_BRIDGE=
TESTING_OPT_L2_ERC20_TOKEN_BRIDGE=

To run the acceptance tests, use the following commands:

# Optimism bridge
npm run optimism:test:acceptance

# Arbitrum bridge
npm run arbitrum:test:acceptance

Code Coverage

To run coverage measurement for unit tests:

npm run coverage

Project Configuration

The configuration of the project happens via set of ENV variables. The full list of the configured properties might be split in the following groups:

RPCs

`RPC_URL_ETH_MAINNET`

Address of the RPC node for Mainnet Ethereum network.

`RPC_ETH_GOERLI`

Address of the RPC node for Goerli Ethereum network.

`RPC_ARB_MAINNET`

Warning

Please, don't use the default value for production deployments! The default RPC node might not be available or fail suddenly during the request.

Address of the RPC node for Mainnet Arbitrum network.

Default value: https://arb1.arbitrum.io/rpc

`RPC_ARB_GOERLI`

Address of the RPC node for Goerli Arbitrum network.

Default value: https://goerli-rollup.arbitrum.io/rpc

`RPC_OPT_GOERLI`

Address of the RPC node for Goerli Optimism network.

Default value: https://goerli-rollup.arbitrum.io/rpc

`RPC_OPT_MAINNET`

Warning

Please, don't use the default value for production deployments! The default RPC node might not be available or fail suddenly during the request.

Address of the RPC node for Mainnet Optimism network.

Default value: https://mainnet.optimism.io

Etherscan

Below variables are required for successfull verification of the contracts on block explorer for certain networks.

`ETHERSCAN_API_KEY_ETH`

API key from the Etherscan block explorer. See details here: https://info.etherscan.com/api-keys/

`ETHERSCAN_API_KEY_ARB`

API key from the Arbiscan block explorer.

`ETHERSCAN_API_KEY_OPT`

API key from the Optimistic Ethereum block explorer.

Bridge/Gateway Deployment

Below variables used in the Arbitrum/Optimism bridge deployment process.

`TOKEN`

Address of the token to deploy a new bridge on the Ethereum chain.

`NETWORK`

Default value: mainnet

Name of the network environments used by deployment scripts. Might be one of: mainnet, goerli.

`FORKING`

Run deployment in the forking network instead of public ones

Default value: true

`ETH_DEPLOYER_PRIVATE_KEY`

The private key of the deployer account in the Ethereum network is used during the deployment process.

`ARB_DEPLOYER_PRIVATE_KEY`

The private key of the deployer account in the Arbitrum network is used during the deployment process.

`OPT_DEPLOYER_PRIVATE_KEY`

The private key of the deployer account in the Optimism network is used during the deployment process.

`L1_PROXY_ADMIN`

The address assigned as admin of the OssifiableProxy contract for L1ERC20Bridge / L1ERC20Gateway.

`L1_BRIDGE_ADMIN`

The address granted the DEFAULT_ADMIN_ROLE for L1ERC20Bridge / L1ERC20Gateway.

`L1_DEPOSITS_ENABLED`

Default value: false

Whether the deposits enabled on the L1 after the deployment

`L1_WITHDRAWALS_ENABLED`

Default value: false

Whether the deposits enabled on the L1 after the deployment

`L1_DEPOSITS_ENABLERS`

Default value: []

The array of addresses to grant DEPOSITS_ENABLER_ROLE on L1 bridge/gateway. The value must be in the form of JSON array of strings. For example: ["0x00000000219ab540356cbb839cbe05303d7705fa","0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2"]

`L1_DEPOSITS_DISABLERS`

Default value: []

The array of addresses to grant DEPOSITS_DISABLER_ROLE on L1 bridge/gateway. The value must be in the form of JSON array of strings. For example: ["0x00000000219ab540356cbb839cbe05303d7705fa","0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2"]

`L1_WITHDRAWALS_ENABLERS`

Default value: []

The array of addresses to grant WITHDRAWALS_ENABLER_ROLE on L1 bridge/gateway. The value must be in the form of JSON array of strings. For example: ["0x00000000219ab540356cbb839cbe05303d7705fa","0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2"]

`L1_WITHDRAWALS_DISABLERS`

Default value: []

The array of addresses to grant WITHDRAWALS_DISABLER_ROLE. The value must be in the form of JSON array of strings. For example: ["0x00000000219ab540356cbb839cbe05303d7705fa","0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2"]

`L2_PROXY_ADMIN`

The address assigned as admin of the OssifiableProxy contract for L2ERC20Bridge / L2ERC20Gateway and ERC20Bridged.

`L2_BRIDGE_ADMIN`

The address granted the DEFAULT_ADMIN_ROLE for L2ERC20Bridge / L2ERC20Gateway.

`L2_DEPOSITS_ENABLED`

Default value: false

Whether the deposits enabled on the L2 after the deployment

`L2_WITHDRAWALS_ENABLED`

Default value: false

Whether the deposits enabled on the L2 after the deployment

`L2_DEPOSITS_ENABLERS`

Default value: []

The array of addresses to grant DEPOSITS_ENABLER_ROLE on L2 bridge/gateway. The value must be in the form of JSON array of strings. For example: ["0x00000000219ab540356cbb839cbe05303d7705fa","0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2"]

`L2_DEPOSITS_DISABLERS`

Default value: []

The array of addresses to grant DEPOSITS_DISABLER_ROLE on L2 bridge/gateway. The value must be in the form of JSON array of strings. For example: ["0x00000000219ab540356cbb839cbe05303d7705fa","0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2"]

`L2_WITHDRAWALS_ENABLERS`

Default value: []

The array of addresses to grant WITHDRAWALS_ENABLER_ROLE on L2 bridge/gateway. The value must be in the form of JSON array of strings. For example: ["0x00000000219ab540356cbb839cbe05303d7705fa","0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2"]

`L2_WITHDRAWALS_DISABLERS`

Default value: []

The array of addresses to grant WITHDRAWALS_DISABLER_ROLE on L2 bridge/gateway. The value must be in the form of JSON array of strings. For example: ["0x00000000219ab540356cbb839cbe05303d7705fa","0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2"]

Acceptance Integration & E2E Testing

The following variables are used in the process of the Integration & E2E testing.

`TESTING_ARB_NETWORK`

Name of the network environments used for Arbitrum Integration & E2E testing. Might be one of: mainnet, goerli.

`TESTING_ARB_L1_TOKEN`

Address of the token to use in the Acceptance Integration & E2E (when TESTING_USE_DEPLOYED_CONTRACTS is set to true) testing of the bridging between Ethereum and Arbitrum networks.

Default value: 0x7AEE39c46f20135114e85A03C02aB4FE73fB8127

`TESTING_ARB_L2_TOKEN`

Address of the token minted on L2 in the Acceptance Integration & E2E (when TESTING_USE_DEPLOYED_CONTRACTS is set to true) testing of the bridging between Ethereum and Arbitrum networks.

Default value: 0x775ede8029C117effce283b3391E420EacF3c85F

`TESTING_ARB_L1_ERC20_TOKEN_GATEWAY`

Address of the L1 ERC20 token gateway used in the Acceptance Integration & E2E (when TESTING_USE_DEPLOYED_CONTRACTS is set to true) testing of the bridging between Ethereum and Arbitrum networks.

Default value: 0x0A7e12b563Ba623646a31a09F0182e8aD45D6cfD

`TESTING_ARB_L2_ERC20_TOKEN_GATEWAY`

Address of the L2 ERC20 token gateway used in the Acceptance Integration & E2E (when TESTING_USE_DEPLOYED_CONTRACTS is set to true) testing of the bridging between Ethereum and Arbitrum networks.

Default value: 0x8c269989D839eE9DaEe64D57C8c41404DF87F722

`TESTING_ARB_L1_GATEWAY_ROUTER`

Address of the L1 gateway router used in the Acceptance Integration & E2E (when TESTING_USE_DEPLOYED_CONTRACTS is set to true) testing of the bridging between Ethereum and Arbitrum networks. If not set, will be used default Arbitrum's L1 Gateway Router

Default value: 0xa2a8F940752aDc4A3278B63B96d56D72D2b075B1

`TESTING_ARB_L2_GATEWAY_ROUTER`

Address of the L2 gateway router used in the Acceptance Integration & E2E (when TESTING_USE_DEPLOYED_CONTRACTS is set to true) testing of the bridging between Ethereum and Arbitrum networks. If not set, will be used default Arbitrum's L2 Gateway Router

Default value: 0x57f54f87C44d816f60b92864e23b8c0897D4d81D

`TESTING_OPT_NETWORK`

Name of the network environments used for Optimism Integration & E2E testing. Might be one of: mainnet, goerli.

`TESTING_OPT_L1_TOKEN`

Address of the token to use in the Acceptance Integration & E2E (when TESTING_USE_DEPLOYED_CONTRACTS is set to true) testing of the bridging between Ethereum and Optimism networks.

Default value: 0xaF8a2F0aE374b03376155BF745A3421Dac711C12

`TESTING_OPT_L2_TOKEN`

Address of the token minted on L2 in the Acceptance Integration & E2E (when TESTING_USE_DEPLOYED_CONTRACTS is set to true) testing of the bridging between Ethereum and Optimism networks.

Default value: 0xAED5F9aaF167923D34174b8E636aaF040A11f6F7

`TESTING_OPT_L1_ERC20_TOKEN_BRIDGE`

Address of the L1 ERC20 token bridge used in the Acceptance Integration & E2E (when TESTING_USE_DEPLOYED_CONTRACTS is set to true) testing of the bridging between Ethereum and Optimism networks.

Default value: 0x243b661276670bD17399C488E7287ea4D416115b

`TESTING_OPT_L2_ERC20_TOKEN_BRIDGE`

Address of the L2 ERC20 token bridge used in the Acceptance Integration & E2E (when TESTING_USE_DEPLOYED_CONTRACTS is set to true) testing of the bridging between Ethereum and Optimism networks.

Default value: 0x447CD1794d209Ac4E6B4097B34658bc00C4d0a51

Integration Testing

`TESTING_USE_DEPLOYED_CONTRACTS`

When set to true integration tests will use addresses of deployed contracts set in corresponding variables in the .env file. In other cases, bridges will be deployed on fork nodes from scratch.

`TESTING_L1_TOKENS_HOLDER`

When TESTING_USE_DEPLOYED_CONTRACTS is set to true, this address will be used as the holder of the tokens, bridged between L1 and L2.

`TESTING_ARB_GOV_BRIDGE_EXECUTOR`

Address of the deployed Governance Bridge Executor in the Arbitrum network. If set, this contract will be used for integration tests of Governance Bridge.

`TESTING_OPT_GOV_BRIDGE_EXECUTOR`

Address of the deployed Governance Bridge Executor in the Optimism network. If set, this contract will be used for integration tests of Governance Bridge.

E2E Testing

`TESTING_PRIVATE_KEY`

The private key from the address which holds:

Goerli and Arbitrum/Optimistic Goerli Ether to launch Arbitrum/Optimism E2E tests

The test Ether might be retrived via Paradigm Faucet.

`TESTING_OPT_LDO_HOLDER_PRIVATE_KEY`

The private key from the address which holds 50+% TLDO

`TESTING_ARB_LDO_HOLDER_PRIVATE_KEY`

The private key from the address which holds 50+% TLDO

Name		Name	Last commit message	Last commit date
Latest commit History 243 Commits
.github/workflows		.github/workflows
abi		abi
contracts		contracts
interfaces		interfaces
scripts		scripts
tasks		tasks
test		test
typings		typings
utils		utils
.env.example		.env.example
.env.wsteth.arb_goerli		.env.wsteth.arb_goerli
.env.wsteth.arb_mainnet		.env.wsteth.arb_mainnet
.env.wsteth.manta_sepolia		.env.wsteth.manta_sepolia
.env.wsteth.opt_goerli		.env.wsteth.opt_goerli
.env.wsteth.opt_mainnet		.env.wsteth.opt_mainnet
.env.wsteth.opt_sepolia		.env.wsteth.opt_sepolia
.eslintignore		.eslintignore
.eslintrc.js		.eslintrc.js
.gitignore		.gitignore
.npmignore		.npmignore
.prettierignore		.prettierignore
.prettierrc		.prettierrc
.solcover.js		.solcover.js
.solhint.json		.solhint.json
.solhintignore		.solhintignore
.storage-layout		.storage-layout
LICENSE		LICENSE
README.md		README.md
artifacts-arb.json		artifacts-arb.json
artifacts-eth.json		artifacts-eth.json
artifacts-opt.json		artifacts-opt.json
hardhat.config.ts		hardhat.config.ts
package-lock.json		package-lock.json
package.json		package.json
poetry.lock		poetry.lock
pyproject.toml		pyproject.toml
slither.config.json		slither.config.json
tsconfig.json		tsconfig.json

License

Manta-Network/lido-l2

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Lido L2

Project setup

Configure ENV variables

Bridge deployment

Deploying Arbitrum gateway

Deploying Optimism bridge

Tests running

Unit tests

Integration tests

E2E tests

Acceptance tests

Code Coverage

Project Configuration

RPCs

RPC_URL_ETH_MAINNET

RPC_ETH_GOERLI

RPC_ARB_MAINNET

RPC_ARB_GOERLI

RPC_OPT_GOERLI

RPC_OPT_MAINNET

Etherscan

ETHERSCAN_API_KEY_ETH

ETHERSCAN_API_KEY_ARB

ETHERSCAN_API_KEY_OPT

Bridge/Gateway Deployment

TOKEN

NETWORK

FORKING

ETH_DEPLOYER_PRIVATE_KEY

ARB_DEPLOYER_PRIVATE_KEY

OPT_DEPLOYER_PRIVATE_KEY

L1_PROXY_ADMIN

L1_BRIDGE_ADMIN

L1_DEPOSITS_ENABLED

L1_WITHDRAWALS_ENABLED

L1_DEPOSITS_ENABLERS

L1_DEPOSITS_DISABLERS

L1_WITHDRAWALS_ENABLERS

L1_WITHDRAWALS_DISABLERS

L2_PROXY_ADMIN

L2_BRIDGE_ADMIN

L2_DEPOSITS_ENABLED

L2_WITHDRAWALS_ENABLED

L2_DEPOSITS_ENABLERS

L2_DEPOSITS_DISABLERS

L2_WITHDRAWALS_ENABLERS

L2_WITHDRAWALS_DISABLERS

Acceptance Integration & E2E Testing

TESTING_ARB_NETWORK

TESTING_ARB_L1_TOKEN

TESTING_ARB_L2_TOKEN

TESTING_ARB_L1_ERC20_TOKEN_GATEWAY

TESTING_ARB_L2_ERC20_TOKEN_GATEWAY

TESTING_ARB_L1_GATEWAY_ROUTER

TESTING_ARB_L2_GATEWAY_ROUTER

TESTING_OPT_NETWORK

TESTING_OPT_L1_TOKEN

TESTING_OPT_L2_TOKEN

TESTING_OPT_L1_ERC20_TOKEN_BRIDGE

TESTING_OPT_L2_ERC20_TOKEN_BRIDGE

Integration Testing

TESTING_USE_DEPLOYED_CONTRACTS

TESTING_L1_TOKENS_HOLDER

TESTING_ARB_GOV_BRIDGE_EXECUTOR

TESTING_OPT_GOV_BRIDGE_EXECUTOR

E2E Testing

TESTING_PRIVATE_KEY

TESTING_OPT_LDO_HOLDER_PRIVATE_KEY

TESTING_ARB_LDO_HOLDER_PRIVATE_KEY

About

Resources

License

Stars

Watchers

`RPC_URL_ETH_MAINNET`

`RPC_ETH_GOERLI`

`RPC_ARB_MAINNET`

`RPC_ARB_GOERLI`

`RPC_OPT_GOERLI`

`RPC_OPT_MAINNET`

`ETHERSCAN_API_KEY_ETH`

`ETHERSCAN_API_KEY_ARB`

`ETHERSCAN_API_KEY_OPT`

`TOKEN`

`NETWORK`

`FORKING`

`ETH_DEPLOYER_PRIVATE_KEY`

`ARB_DEPLOYER_PRIVATE_KEY`

`OPT_DEPLOYER_PRIVATE_KEY`

`L1_PROXY_ADMIN`

`L1_BRIDGE_ADMIN`

`L1_DEPOSITS_ENABLED`

`L1_WITHDRAWALS_ENABLED`

`L1_DEPOSITS_ENABLERS`

`L1_DEPOSITS_DISABLERS`

`L1_WITHDRAWALS_ENABLERS`

`L1_WITHDRAWALS_DISABLERS`

`L2_PROXY_ADMIN`

`L2_BRIDGE_ADMIN`

`L2_DEPOSITS_ENABLED`

`L2_WITHDRAWALS_ENABLED`

`L2_DEPOSITS_ENABLERS`

`L2_DEPOSITS_DISABLERS`

`L2_WITHDRAWALS_ENABLERS`

`L2_WITHDRAWALS_DISABLERS`

`TESTING_ARB_NETWORK`

`TESTING_ARB_L1_TOKEN`

`TESTING_ARB_L2_TOKEN`

`TESTING_ARB_L1_ERC20_TOKEN_GATEWAY`

`TESTING_ARB_L2_ERC20_TOKEN_GATEWAY`

`TESTING_ARB_L1_GATEWAY_ROUTER`

`TESTING_ARB_L2_GATEWAY_ROUTER`

`TESTING_OPT_NETWORK`

`TESTING_OPT_L1_TOKEN`

`TESTING_OPT_L2_TOKEN`

`TESTING_OPT_L1_ERC20_TOKEN_BRIDGE`

`TESTING_OPT_L2_ERC20_TOKEN_BRIDGE`

`TESTING_USE_DEPLOYED_CONTRACTS`

`TESTING_L1_TOKENS_HOLDER`

`TESTING_ARB_GOV_BRIDGE_EXECUTOR`

`TESTING_OPT_GOV_BRIDGE_EXECUTOR`

`TESTING_PRIVATE_KEY`

`TESTING_OPT_LDO_HOLDER_PRIVATE_KEY`

`TESTING_ARB_LDO_HOLDER_PRIVATE_KEY`

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