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JakeHartnellJakeHartnell
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Remove unused old tests
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‎contracts/external/cw-abc/src/testing.rs

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Original file line numberDiff line numberDiff line change
@@ -87,212 +87,3 @@ pub fn mock_init(deps: DepsMut, init_msg: InstantiateMsg) -> Result<Response, Co
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let env = mock_env();
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contract::instantiate(deps, env, info, init_msg)
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}
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// pub fn mock_tf_dependencies(
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// ) -> OwnedDeps<MockStorage, MockApi, MockQuerier<TokenFactoryQuery>, TokenFactoryQuery> {
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// OwnedDeps {
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// storage: MockStorage::default(),
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// api: MockApi::default(),
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// querier: MockQuerier::<TokenFactoryQuery>::new(&[]),
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// custom_query_type: PhantomData::<TokenFactoryQuery>,
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// }
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// }
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// fn setup_test(
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// deps: DepsMut<TokenFactoryMsg>,
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// decimals: u8,
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// reserve_decimals: u8,
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// curve_type: CurveType,
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// ) {
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// // this matches `linear_curve` test case from curves.rs
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// let creator = String::from(CREATOR);
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// let msg = default_instantiate_msg(decimals, reserve_decimals, curve_type);
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// let info = mock_info(&creator, &[]);
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// // make sure we can instantiate with this
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// let res = instantiate(deps, mock_env(), info, msg).unwrap();
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// assert_eq!(0, res.messages.len());
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// }
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// // Mock token factory querier dependencies
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// #[test]
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// fn proper_instantiation() -> CwAbcResult<()> {
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// let mut deps = mock_tf_dependencies();
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// // this matches `linear_curve` test case from curves.rs
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// let creator = String::from("creator");
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// let curve_type = CurveType::SquareRoot {
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// slope: Uint128::new(1),
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// scale: 1,
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// };
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// let msg = default_instantiate_msg(2, 8, curve_type.clone());
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// let info = mock_info(&creator, &[]);
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// // make sure we can instantiate with this
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// let res = instantiate(deps.as_mut(), mock_env(), info, msg)?;
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// assert_that!(res.messages.len()).is_equal_to(1);
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// let submsg = res.messages.get(0).unwrap();
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// assert_that!(submsg.msg).is_equal_to(CosmosMsg::Custom(WasmMsg::Execute {
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// contract_addr: (),
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// msg: (),
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// funds: (),
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// }));
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// // TODO!
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// // // token info is proper
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// // let token = query_token_info(deps.as_ref()).unwrap();
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// // assert_that!(&token.name, &msg.name);
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// // assert_that!(&token.symbol, &msg.symbol);
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// // assert_that!(token.decimals, 2);
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// // assert_that!(token.total_supply, Uint128::zero());
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// // curve state is sensible
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// let state = query_curve_info(deps.as_ref(), curve_type.to_curve_fn())?;
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// assert_that!(state.reserve).is_equal_to(Uint128::zero());
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// assert_that!(state.supply).is_equal_to(Uint128::zero());
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// assert_that!(state.reserve_denom.as_str()).is_equal_to(TEST_RESERVE_DENOM);
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// // spot price 0 as supply is 0
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// assert_that!(state.spot_price).is_equal_to(Decimal::zero());
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// // curve type is stored properly
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// let curve = CURVE_TYPE.load(&deps.storage).unwrap();
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// assert_eq!(curve_type, curve);
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// // no balance
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// // assert_eq!(get_balance(deps.as_ref(), &creator), Uint128::zero());
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// Ok(())
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// }
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// #[test]
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// fn buy_issues_tokens() {
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// let mut deps = mock_dependencies();
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// let curve_type = CurveType::Linear {
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// slope: Uint128::new(1),
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// scale: 1,
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// };
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// setup_test(deps.as_mut(), 2, 8, curve_type.clone());
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// // succeeds with proper token (5 BTC = 5*10^8 satoshi)
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// let info = mock_info(INVESTOR, &coins(500_000_000, DENOM));
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// let buy = ExecuteMsg::Buy {};
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// execute(deps.as_mut(), mock_env(), info, buy.clone()).unwrap();
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// // bob got 1000 EPOXY (10.00)
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// assert_eq!(get_balance(deps.as_ref(), INVESTOR), Uint128::new(1000));
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// assert_eq!(get_balance(deps.as_ref(), BUYER), Uint128::zero());
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// // send them all to buyer
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// let info = mock_info(INVESTOR, &[]);
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// let send = ExecuteMsg::Transfer {
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// recipient: BUYER.into(),
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// amount: Uint128::new(1000),
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// };
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// execute(deps.as_mut(), mock_env(), info, send).unwrap();
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// // ensure balances updated
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// assert_eq!(get_balance(deps.as_ref(), INVESTOR), Uint128::zero());
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// assert_eq!(get_balance(deps.as_ref(), BUYER), Uint128::new(1000));
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// // second stake needs more to get next 1000 EPOXY
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// let info = mock_info(INVESTOR, &coins(1_500_000_000, DENOM));
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// execute(deps.as_mut(), mock_env(), info, buy).unwrap();
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// // ensure balances updated
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// assert_eq!(get_balance(deps.as_ref(), INVESTOR), Uint128::new(1000));
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// assert_eq!(get_balance(deps.as_ref(), BUYER), Uint128::new(1000));
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// // check curve info updated
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// let curve = query_curve_info(deps.as_ref(), curve_type.to_curve_fn()).unwrap();
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// assert_eq!(curve.reserve, Uint128::new(2_000_000_000));
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// assert_eq!(curve.supply, Uint128::new(2000));
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// assert_eq!(curve.spot_price, Decimal::percent(200));
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// // check token info updated
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// let token = query_token_info(deps.as_ref()).unwrap();
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// assert_eq!(token.decimals, 2);
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// assert_eq!(token.total_supply, Uint128::new(2000));
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// }
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// #[test]
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// fn bonding_fails_with_wrong_denom() {
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// let mut deps = mock_dependencies();
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// let curve_type = CurveType::Linear {
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// slope: Uint128::new(1),
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// scale: 1,
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// };
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// setup_test(deps.as_mut(), 2, 8, curve_type);
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// // fails when no tokens sent
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// let info = mock_info(INVESTOR, &[]);
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// let buy = ExecuteMsg::Buy {};
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// let err = execute(deps.as_mut(), mock_env(), info, buy.clone()).unwrap_err();
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// assert_eq!(err, PaymentError::NoFunds {}.into());
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// // fails when wrong tokens sent
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// let info = mock_info(INVESTOR, &coins(1234567, "wei"));
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// let err = execute(deps.as_mut(), mock_env(), info, buy.clone()).unwrap_err();
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// assert_eq!(err, PaymentError::MissingDenom(DENOM.into()).into());
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// // fails when too many tokens sent
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// let info = mock_info(INVESTOR, &[coin(3400022, DENOM), coin(1234567, "wei")]);
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// let err = execute(deps.as_mut(), mock_env(), info, buy).unwrap_err();
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// assert_eq!(err, PaymentError::MultipleDenoms {}.into());
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// }
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// #[test]
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// fn burning_sends_reserve() {
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// let mut deps = mock_dependencies();
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// let curve_type = CurveType::Linear {
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// slope: Uint128::new(1),
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// scale: 1,
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// };
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// setup_test(deps.as_mut(), 2, 8, curve_type.clone());
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// // succeeds with proper token (20 BTC = 20*10^8 satoshi)
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// let info = mock_info(INVESTOR, &coins(2_000_000_000, DENOM));
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// let buy = ExecuteMsg::Buy {};
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// execute(deps.as_mut(), mock_env(), info, buy).unwrap();
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// // bob got 2000 EPOXY (20.00)
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// assert_eq!(get_balance(deps.as_ref(), INVESTOR), Uint128::new(2000));
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// // cannot burn too much
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// let info = mock_info(INVESTOR, &[]);
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// let burn = ExecuteMsg::Burn {
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// amount: Uint128::new(3000),
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// };
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// let err = execute(deps.as_mut(), mock_env(), info, burn).unwrap_err();
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// // TODO check error
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// // burn 1000 EPOXY to get back 15BTC (*10^8)
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// let info = mock_info(INVESTOR, &[]);
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// let burn = ExecuteMsg::Burn {
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// amount: Uint128::new(1000),
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// };
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// let res = execute(deps.as_mut(), mock_env(), info, burn).unwrap();
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// // balance is lower
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// assert_eq!(get_balance(deps.as_ref(), INVESTOR), Uint128::new(1000));
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// // ensure we got our money back
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// assert_eq!(1, res.messages.len());
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// assert_eq!(
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// &res.messages[0],
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// &SubMsg::new(BankMsg::Send {
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// to_address: INVESTOR.into(),
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// amount: coins(1_500_000_000, DENOM),
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// })
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// );
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// // check curve info updated
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// let curve = query_curve_info(deps.as_ref(), curve_type.to_curve_fn()).unwrap();
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// assert_eq!(curve.reserve, Uint128::new(500_000_000));
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// assert_eq!(curve.supply, Uint128::new(1000));
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// assert_eq!(curve.spot_price, Decimal::percent(100));
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// // check token info updated
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// let token = query_token_info(deps.as_ref()).unwrap();
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// assert_eq!(token.decimals, 2);
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// assert_eq!(token.total_supply, Uint128::new(1000));
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// }

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