• Registrar - Contracts for the creation and management of Endowment Accounts smart contracts core platform of smart contracts that support multiple verticals of specialized smart contracts.
• Accounts - Implementation of the Charity Endowment Accounts.
• Index Fund - Contract that acts as a gateway for donors and Terra Charity Alliance members to donate to a groups of charitites as a single Index Fund (grouped by UN SDGs).

• cw3-endowment - CW3 Implementation for the Normalized Endowment Accounts (required for all endowments)
• donation-match -Donation matching contract for Normalized Endowment Accounts (optional in normalized endowment setup)
• subdao - Governance (sub-dao) to be used by Normalized Endowment Accounts (optional in normalized endowment setup)
• subdao-bonding-token - Bonding token that can be used by the SubDao for issuance of it's dao-token (optional in normalized endowment setup)

• Vault - Vault contracts act as bridges, allowing charity endowment accounts to invest their funds into various TeFi/DeFi protocols in order to earn yield, based on their Strategy allocations.

• AP Team Group
• AP Team - MultiSig contract for enabling Angel Protocol Team's stewardship over all Core and Vault contracts.
• Review Team - MultiSig contract for enabling Angel Protocol Review Team's to approve Charity endowment applications recieved.
• Endowment - Allows an Endowment's Members to create a proposal to manage their Endowment or other special actions that requires approval from AP Team CW3.

• Rust v1.44.1+
• wasm32-unknown-unknown target
• Docker
• Cargo
• LocalTerra(main branch)

1. Install rustup via https://rustup.rs/

2. Run the following:

rustup default stable
rustup target add wasm32-unknown-unknown

3. Make sure Docker is installed

Each contract contains Rust unit and integration tests embedded within the contract source directories. You can run:

cargo unit-test
cargo integration-test

After making sure tests pass, you can compile each contract with the following:

RUSTFLAGS='-C link-arg=-s' cargo wasm
cargo build

For production builds, run the following from the root folder:

docker run --rm -v "$(pwd)":/code \
  --mount type=volume,source="$(basename "$(pwd)")_cache",target=/code/target \
  --mount type=volume,source=registry_cache,target=/usr/local/cargo/registry \
  cosmwasm/workspace-optimizer:0.12.9

This performs several optimizations which can significantly reduce the final size of the contract binaries, which will be available inside the artifacts/ directory.

• Mac or Linux computer with x86 processors
• docker
• rust-optimizer
• LocalJuno
• nodejs

Notes:

• Windows users: Sorry, but Windows is an inferior OS for software developement. I suggest upgrading to a Mac or install Linux on your PC (I used arch btw)
• M1 Mac users: Sorry, LocalJuno doesn't run on ARM processors. There is currently no solution to this

1. Clone the junod repo:

git clone https://github.com/CosmosContracts/juno.git

2. Copy the files in ./localjuno_env_files dir of this test-suite repo over to the base folder of the junod repo, replacing the existing default docker-compose.yml file.

LOCALJUNO_PATH=<juno_repo_path>
cp ./localjuno_env_files/docker-compose.yml $LOCALJUNO_PATH/docker-compose.yml
cp ./localjuno_env_files/setup_junod.sh $LOCALJUNO_PATH/docker/setup_junod.sh

3. In the jundo repo base folder run the following to build junod container:

docker-compose build

Once the build is done, you can start your LocalJuno by running

docker-compose up  # Ctrl + C to quit

From time to time, you may need to revert LocalJuno to its initial state. Do this by running

docker-compose rm

How to know if LocalJuno is working properly? Go to https://localhost:1317. You should see a page with some APIs which can be used to send transactions or query blockchain state.

1. Clone the LocalTerra repo:

git clone https://github.com/terra-money/LocalTerra.git

2. Copy the files in ./localterra_env_files dir of this test-suite repo over to the base folder of the LocalTerra repo, replacing the existing default files with same name.

LOCALTERRA_PATH=<localterra_repo_path>
cp ./localterra_env_files/genesis.json $LOCALTERRA_PATH/config/genesis.json
cp ./localterra_env_files/app.toml $LOCALTERRA_PATH/config/app.toml
cp ./localterra_env_files/client.toml $LOCALTERRA_PATH/config/client.toml
cp ./localterra_env_files/config.toml $LOCALTERRA_PATH/config/config.toml
cp ./localterra_env_files/docker-compose.yml $LOCALTERRA_PATH/docker-compose.yml
cp ./localterra_env_files/fcd.env $LOCALTERRA_PATH/fcd.env

3. In the LocalTerra repo base folder run the following to build LocalTerra container:

docker-compose build

Once the build is done, you can start your LocalTerra by running

docker-compose up  # Ctrl + C to quit

From time to time, you may need to revert LocalTerra to its initial state. Do this by running

docker-compose rm

How to know if LocalTerra is working properly? Go to https://localhost:1307. You should see a page with some APIs which can be used to send transactions or query blockchain state.

# In ~/.zshrc or ~/.bashrc
# set the optimizer version to whichever latest version of optimizer (currently it is 0.11.5):
alias workspace-optimizer='docker run --rm -v "$(pwd)":/code \
  --mount type=volume,source="$(basename "$(pwd)")_cache",target=/code/target \
  --mount type=volume,source=registry_cache,target=/usr/local/cargo/registry \
  cosmwasm/workspace-optimizer:0.12.10'

# from the root folder in the angelprotocol-smart-contracts repo
workspace-optimizer

You need to tell the test suite where to find the wasms artifacts files locally for the various repos it works with.

In the src/utils/config folder there is an example file for setting the parameters that point to your local wasm folders: wasmPaths.ts.example In the newly created file, edit the wasm_path object's attributes for the core and lbp to point to the correct local artifacts folders.

cp ./src/utils/config/wasmPaths.ts.example ./src/utils/config/wasmPaths.ts
nano ./src/utils/config/wasmPaths.ts

In the src/utils/config folder there is an example file for setting the constants for your LocalJuno parameters (contracts, init input settings, wallets, etc): localjunoConstants.ts.example In the newly created file, edit the wasm_path object's attributes for the core to point to the correct local artifacts folders.

cp ./src/utils/config/localjunoConstants.ts.example ./src/utils/config/localjunoConstants.ts
nano ./src/utils/config/localjunoConstants.ts

The yarn tests command walks you through the process of running actions against our contracts on the various networks we support. To help make it easier we've setup CLI prompts to collect:

1. The Network you want to interact with.

• localjuno
• testnet
• mainnet
• localterra
• localibc

2. The Action you want to take. Based on your network chosen in step #1, the actions may vary. Valid options will be presented to you in a list. In general, actions are as follows:

• setup: instantiates and configures all contracts for a module
• migrate: migrates all contracts for a module (using wasms in the respective repos)
• tests: runs all tests that are active/uncommented in the main tests file (/src/tests/<testnet | mainnet>.ts) [AN: LocalJuno & TestNet share the testnet tests]

3. OPTIONAL: Target for action This specifies the exact target of the action, where more than one is possible. It's only applicable to setup & migrate actions. General info about the target categories and what they cover:

• core: Registrar, Accounts, Index Fund, Multisigs, Vaults, etc
• junoswap: JunoSwap HALO CW20 token, HALO/axlUSDC Pair, & HALO/axlUSDC Pair LP Token
• halo: All "support" contracts for HALO Token (gov, collector, distributor, vesting, etc)

NOTE: After each of the setup action commands is executed, you may see contract addresses or wasm code information displayed. That will need to updated in the ./src/utils/config/constants.ts file before proceeding to run the next action commands. These commands build upon on another, with setup being the starting point for testing on localjuno.

We are building off the excellent work done by 0xLarry (from whom we lovingly ❤️ stole borrowed).