hyperledger-solang_solang/tests/solana_tests/mappings.rs

// SPDX-License-Identifier: Apache-2.0

use crate::{account_new, build_solidity, BorshToken};
use num_bigint::BigInt;
use num_traits::{One, Zero};

#[test]
fn simple_mapping() {
    let mut vm = build_solidity(
        r#"
        contract foo {
            mapping (uint64 => uint64) map;

            function set(uint64 index, uint64 val) public {
                map[index] = val;
            }

            function get(uint64 index) public returns (uint64) {
                return map[index];
            }

            function rm(uint64 index) public {
                delete map[index];
            }
        }"#,
    );

    let data_account = vm.initialize_data_account();
    vm.function("new")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    for i in 0..10 {
        vm.function("set")
            .arguments(&[
                BorshToken::Uint {
                    width: 64,
                    value: BigInt::from(102 + i),
                },
                BorshToken::Uint {
                    width: 64,
                    value: BigInt::from(300331 + i),
                },
            ])
            .accounts(vec![("dataAccount", data_account)])
            .call();
    }

    for i in 0..10 {
        let returns = vm
            .function("get")
            .arguments(&[BorshToken::Uint {
                width: 64,
                value: BigInt::from(102 + i),
            }])
            .accounts(vec![("dataAccount", data_account)])
            .call()
            .unwrap();

        assert_eq!(
            returns,
            BorshToken::Uint {
                width: 64,
                value: BigInt::from(300331 + i)
            }
        );
    }

    let returns = vm
        .function("get")
        .arguments(&[BorshToken::Uint {
            width: 64,
            value: BigInt::from(101u8),
        }])
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(
        returns,
        BorshToken::Uint {
            width: 64,
            value: BigInt::zero()
        }
    );

    vm.function("rm")
        .arguments(&[BorshToken::Uint {
            width: 64,
            value: BigInt::from(104u8),
        }])
        .accounts(vec![("dataAccount", data_account)])
        .call();

    for i in 0..10 {
        let returns = vm
            .function("get")
            .arguments(&[BorshToken::Uint {
                width: 64,
                value: BigInt::from(102 + i),
            }])
            .accounts(vec![("dataAccount", data_account)])
            .call()
            .unwrap();

        if 102 + i != 104 {
            assert_eq!(
                returns,
                BorshToken::Uint {
                    width: 64,
                    value: BigInt::from(300331 + i)
                }
            );
        } else {
            assert_eq!(
                returns,
                BorshToken::Uint {
                    width: 64,
                    value: BigInt::zero(),
                }
            );
        }
    }
}

#[test]
fn less_simple_mapping() {
    let mut vm = build_solidity(
        r#"
        struct S {
            string f1;
            int64[] f2;
        }

        contract foo {
            mapping (uint => S) map;

            function set_string(uint index, string s) public {
                map[index].f1 = s;
            }

            function add_int(uint index, int64 n) public {
                map[index].f2.push(n);
            }

            function get(uint index) public returns (S) {
                return map[index];
            }

            function rm(uint index) public {
                delete map[index];
            }
        }"#,
    );

    let data_account = vm.initialize_data_account();
    vm.function("new")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    vm.function(
        "set_string")
        .arguments(
        &[
            BorshToken::Uint {
                width: 256,
                value: BigInt::from(12313132131321312311213131u128)
            },
            BorshToken::String(String::from("This is a string which should be a little longer than 32 bytes so we the the abi encoder")),
        ],
    )
        .accounts(vec![("dataAccount", data_account)])
        .call();

    vm.function("add_int")
        .arguments(&[
            BorshToken::Uint {
                width: 256,
                value: BigInt::from(12313132131321312311213131u128),
            },
            BorshToken::Int {
                width: 64,
                value: BigInt::from(102u8),
            },
        ])
        .accounts(vec![("dataAccount", data_account)])
        .call();

    let returns = vm
        .function("get")
        .arguments(&[BorshToken::Uint {
            width: 256,
            value: BigInt::from(12313132131321312311213131u128),
        }])
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(
        returns,
        BorshToken::Tuple(vec![
            BorshToken::String(String::from("This is a string which should be a little longer than 32 bytes so we the the abi encoder")),
            BorshToken::Array(vec![
                BorshToken::Int{
                    width: 64,
                    value: BigInt::from(102u8)
                },
            ]),
        ])
    );
}

#[test]
fn string_mapping() {
    let mut vm = build_solidity(
        r#"
        struct S {
            string f1;
            int64[] f2;
        }

        contract foo {
            mapping (string => S) map;

            function set_string(string index, string s) public {
                map[index].f1 = s;
            }

            function add_int(string index, int64 n) public {
                map[index].f2.push(n);
            }

            function get(string index) public returns (S) {
                return map[index];
            }

            function rm(string index) public {
                delete map[index];
            }
        }"#,
    );

    let data_account = vm.initialize_data_account();
    vm.function("new")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    vm.function(
        "set_string")
        .arguments(
        &[
            BorshToken::String(String::from("a")),
            BorshToken::String(String::from("This is a string which should be a little longer than 32 bytes so we the the abi encoder")),
        ],
    )
        .accounts(vec![("dataAccount", data_account)])
        .call();

    vm.function("add_int")
        .arguments(&[
            BorshToken::String(String::from("a")),
            BorshToken::Int {
                width: 64,
                value: BigInt::from(102u8),
            },
        ])
        .accounts(vec![("dataAccount", data_account)])
        .call();

    let returns = vm
        .function("get")
        .arguments(&[BorshToken::String(String::from("a"))])
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(
        returns,
        BorshToken::Tuple(vec![
            BorshToken::String(String::from("This is a string which should be a little longer than 32 bytes so we the the abi encoder")),
            BorshToken::Array(vec![
                BorshToken::Int{
                    width: 64,
                    value: BigInt::from(102u8)
                },
            ]),
        ])
    );
}

#[test]
fn contract_mapping() {
    let mut vm = build_solidity(
        r#"
          contract foo {
            mapping (address => string) public map;

            function set(address index, string s) public {
                map[index] = s;
            }

            function get(address index) public returns (string) {
                return map[index];
            }

            function rm(address index) public {
                delete map[index];
            }
        }"#,
    );

    let data_account = vm.initialize_data_account();
    vm.function("new")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    let index = BorshToken::Address(account_new());

    vm.function(
        "set")
        .arguments(
        &[
            index.clone(),
            BorshToken::String(String::from("This is a string which should be a little longer than 32 bytes so we the the abi encoder")),
        ], )
        .accounts(vec![("dataAccount", data_account)])
        .call();

    let returns = vm
        .function("get")
        .arguments(&[index.clone()])
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(
        returns,
        BorshToken::String(String::from("This is a string which should be a little longer than 32 bytes so we the the abi encoder"))
    );

    vm.function("rm")
        .arguments(&[index.clone()])
        .accounts(vec![("dataAccount", data_account)])
        .call();

    let returns = vm
        .function("get")
        .arguments(&[index])
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(returns, BorshToken::String(String::from("")));
}

#[test]
fn mapping_in_mapping() {
    let mut vm = build_solidity(
        r#"
        contract foo {
            mapping (string => mapping(int64 => byte)) public map;

            function set(string s, int64 n, bytes1 v) public {
                map[s][n] = v;
            }
        }"#,
    );

    let data_account = vm.initialize_data_account();
    vm.function("new")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    vm.function("set")
        .arguments(&[
            BorshToken::String(String::from("a")),
            BorshToken::Int {
                width: 64,
                value: BigInt::from(102u8),
            },
            BorshToken::FixedBytes(vec![0x98]),
        ])
        .accounts(vec![("dataAccount", data_account)])
        .call();

    let returns = vm
        .function("map")
        .arguments(&[
            BorshToken::String(String::from("a")),
            BorshToken::Int {
                width: 64,
                value: BigInt::from(102u8),
            },
        ])
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(returns, BorshToken::uint8_fixed_array(vec![0x98]));

    let returns = vm
        .function("map")
        .arguments(&[
            BorshToken::String(String::from("a")),
            BorshToken::Int {
                width: 64,
                value: BigInt::from(103u8),
            },
        ])
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(returns, BorshToken::uint8_fixed_array(vec![0]));

    let returns = vm
        .function("map")
        .arguments(&[
            BorshToken::String(String::from("b")),
            BorshToken::Int {
                width: 64,
                value: BigInt::from(102u8),
            },
        ])
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(returns, BorshToken::uint8_fixed_array(vec![0]));
}

#[test]
fn sparse_array() {
    let mut vm = build_solidity(
        r#"
        struct S {
            string f1;
            int64[] f2;
        }

        contract foo {
            S[1e9] map;

            function set_string(uint index, string s) public {
                map[index].f1 = s;
            }

            function add_int(uint index, int64 n) public {
                map[index].f2.push(n);
            }

            function get(uint index) public returns (S) {
                return map[index];
            }

            function rm(uint index) public {
                delete map[index];
            }
        }"#,
    );

    let data_account = vm.initialize_data_account();
    vm.function("new")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    vm.function(
        "set_string")
        .arguments(
        &[
            BorshToken::Uint{
                width: 256,
                value: BigInt::from(909090909u64)
            },
            BorshToken::String(String::from("This is a string which should be a little longer than 32 bytes so we the the abi encoder")),
        ], )
        .accounts(vec![("dataAccount", data_account)])
        .call();

    vm.function("add_int")
        .arguments(&[
            BorshToken::Uint {
                width: 256,
                value: BigInt::from(909090909u64),
            },
            BorshToken::Int {
                width: 64,
                value: BigInt::from(102u8),
            },
        ])
        .accounts(vec![("dataAccount", data_account)])
        .call();

    let returns = vm
        .function("get")
        .arguments(&[BorshToken::Uint {
            width: 256,
            value: BigInt::from(909090909u64),
        }])
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(
        returns,
        BorshToken::Tuple(vec![
            BorshToken::String(String::from("This is a string which should be a little longer than 32 bytes so we the the abi encoder")),
            BorshToken::Array(vec![
                BorshToken::Int{
                    width: 64,
                    value: BigInt::from(102u8)
                },
            ]),
        ])
    );
}

#[test]
fn massive_sparse_array() {
    let mut vm = build_solidity(
        r#"
        struct S {
            string f1;
            int64[] f2;
        }

        contract foo {
            S[1e24] map;

            function set_string(uint index, string s) public {
                map[index].f1 = s;
            }

            function add_int(uint index, int64 n) public {
                map[index].f2.push(n);
            }

            function get(uint index) public returns (S) {
                return map[index];
            }

            function rm(uint index) public {
                delete map[index];
            }
        }"#,
    );

    let data_account = vm.initialize_data_account();
    vm.function("new")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    vm.function(
        "set_string")
        .arguments(
        &[
            BorshToken::Uint {
                width: 256,
                value: BigInt::from(786868768768678687686877u128)
            },
            BorshToken::String(String::from("This is a string which should be a little longer than 32 bytes so we the the abi encoder")),
        ], )
        .accounts(vec![("dataAccount", data_account)])
        .call();

    vm.function("add_int")
        .arguments(&[
            BorshToken::Uint {
                width: 256,
                value: BigInt::from(786868768768678687686877u128),
            },
            BorshToken::Int {
                width: 64,
                value: BigInt::from(102u8),
            },
        ])
        .accounts(vec![("dataAccount", data_account)])
        .call();

    let returns = vm
        .function("get")
        .arguments(&[BorshToken::Uint {
            width: 256,
            value: BigInt::from(786868768768678687686877u128),
        }])
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(
        returns,
        BorshToken::Tuple(vec![
            BorshToken::String(String::from("This is a string which should be a little longer than 32 bytes so we the the abi encoder")),
            BorshToken::Array(vec![
                BorshToken::Int {
                    width: 64,
                    value: BigInt::from(102u8)
                },
            ]),
        ])
    );
}

#[test]
fn mapping_in_dynamic_array() {
    let mut vm = build_solidity(
        r#"
        contract foo {
            mapping (uint64 => uint64)[] public map;
            int64 public number;

            function set(uint64 array_no, uint64 index, uint64 val) public {
                map[array_no][index] = val;
            }

            function rm(uint64 array_no, uint64 index) public {
                delete map[array_no][index];
            }

            function push() public {
                map.push();
            }

            function pop() public {
                map.pop();
            }

            function setNumber(int64 x) public {
                number = x;
            }

            function length() public returns (uint64) {
                return map.length;
            }
        }"#,
    );

    let data_account = vm.initialize_data_account();
    vm.function("new")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    vm.function("setNumber")
        .arguments(&[BorshToken::Int {
            width: 64,
            value: BigInt::from(2147483647),
        }])
        .accounts(vec![("dataAccount", data_account)])
        .call();

    vm.function("push")
        .accounts(vec![("dataAccount", data_account)])
        .call();
    vm.function("push")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    for array_no in 0..2 {
        for i in 0..10 {
            vm.function("set")
                .arguments(&[
                    BorshToken::Uint {
                        width: 64,
                        value: BigInt::from(array_no),
                    },
                    BorshToken::Uint {
                        width: 64,
                        value: BigInt::from(102 + i + array_no * 500),
                    },
                    BorshToken::Uint {
                        width: 64,
                        value: BigInt::from(300331 + i),
                    },
                ])
                .accounts(vec![("dataAccount", data_account)])
                .call();
        }
    }

    for array_no in 0..2 {
        for i in 0..10 {
            let returns = vm
                .function("map")
                .arguments(&[
                    BorshToken::Uint {
                        width: 256,
                        value: BigInt::from(array_no),
                    },
                    BorshToken::Uint {
                        width: 64,
                        value: BigInt::from(102 + i + array_no * 500),
                    },
                ])
                .accounts(vec![("dataAccount", data_account)])
                .call()
                .unwrap();

            assert_eq!(
                returns,
                BorshToken::Uint {
                    width: 64,
                    value: BigInt::from(300331 + i)
                },
            );
        }
    }

    let returns = vm
        .function("map")
        .arguments(&[
            BorshToken::Uint {
                width: 256,
                value: BigInt::zero(),
            },
            BorshToken::Uint {
                width: 64,
                value: BigInt::from(101u8),
            },
        ])
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(
        returns,
        BorshToken::Uint {
            width: 64,
            value: BigInt::zero()
        }
    );

    vm.function("rm")
        .arguments(&[
            BorshToken::Uint {
                width: 64,
                value: BigInt::zero(),
            },
            BorshToken::Uint {
                width: 64,
                value: BigInt::from(104u8),
            },
        ])
        .accounts(vec![("dataAccount", data_account)])
        .call();

    for i in 0..10 {
        let returns = vm
            .function("map")
            .arguments(&[
                BorshToken::Uint {
                    width: 256,
                    value: BigInt::zero(),
                },
                BorshToken::Uint {
                    width: 64,
                    value: BigInt::from(102 + i),
                },
            ])
            .accounts(vec![("dataAccount", data_account)])
            .call()
            .unwrap();

        if 102 + i != 104 {
            assert_eq!(
                returns,
                BorshToken::Uint {
                    width: 64,
                    value: BigInt::from(300331 + i)
                },
            );
        } else {
            assert_eq!(
                returns,
                BorshToken::Uint {
                    width: 64,
                    value: BigInt::zero()
                }
            );
        }
    }

    let returns = vm
        .function("length")
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();
    assert_eq!(
        returns,
        BorshToken::Uint {
            width: 64,
            value: BigInt::from(2u8)
        }
    );

    vm.function("pop")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    let returns = vm
        .function("length")
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();
    assert_eq!(
        returns,
        BorshToken::Uint {
            width: 64,
            value: BigInt::one()
        }
    );

    vm.function("pop")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    let returns = vm
        .function("length")
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();
    assert_eq!(
        returns,
        BorshToken::Uint {
            width: 64,
            value: BigInt::zero()
        }
    );

    let returns = vm
        .function("number")
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(
        returns,
        BorshToken::Int {
            width: 64,
            value: BigInt::from(2147483647u64)
        }
    );
}

#[test]
fn mapping_in_struct_in_dynamic_array() {
    let mut vm = build_solidity(
        r#"
        contract foo {
            struct A {
                mapping(uint256 => uint256) a;
            }

            A[] private map;
            int64 public number;

            function set(uint64 array_no, uint64 index, uint64 val) public {
                map[array_no].a[index] = val;
            }

            function get(uint64 array_no, uint64 index) public returns (uint256) {
                return map[array_no].a[index];
            }

            function rm(uint64 array_no, uint64 index) public {
                delete map[array_no].a[index];
            }

            function push() public {
                map.push();
            }

            function pop() public {
                map.pop();
            }

            function setNumber(int64 x) public {
                number = x;
            }
        }"#,
    );

    let data_account = vm.initialize_data_account();
    vm.function("new")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    vm.function("setNumber")
        .arguments(&[BorshToken::Int {
            width: 64,
            value: BigInt::from(2147483647),
        }])
        .accounts(vec![("dataAccount", data_account)])
        .call();

    vm.function("push")
        .accounts(vec![("dataAccount", data_account)])
        .call();
    vm.function("push")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    for array_no in 0..2 {
        for i in 0..10 {
            vm.function("set")
                .arguments(&[
                    BorshToken::Uint {
                        width: 64,
                        value: BigInt::from(array_no),
                    },
                    BorshToken::Uint {
                        width: 64,
                        value: BigInt::from(102 + i + array_no * 500),
                    },
                    BorshToken::Uint {
                        width: 64,
                        value: BigInt::from(300331 + i),
                    },
                ])
                .accounts(vec![("dataAccount", data_account)])
                .call();
        }
    }

    for array_no in 0..2 {
        for i in 0..10 {
            let returns = vm
                .function("get")
                .arguments(&[
                    BorshToken::Uint {
                        width: 64,
                        value: BigInt::from(array_no),
                    },
                    BorshToken::Uint {
                        width: 64,
                        value: BigInt::from(102 + i + array_no * 500),
                    },
                ])
                .accounts(vec![("dataAccount", data_account)])
                .call()
                .unwrap();

            assert_eq!(
                returns,
                BorshToken::Uint {
                    width: 256,
                    value: BigInt::from(300331 + i)
                },
            );
        }
    }

    let returns = vm
        .function("get")
        .arguments(&[
            BorshToken::Uint {
                width: 64,
                value: BigInt::zero(),
            },
            BorshToken::Uint {
                width: 64,
                value: BigInt::from(101u8),
            },
        ])
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(
        returns,
        BorshToken::Uint {
            width: 256,
            value: BigInt::zero(),
        },
    );

    vm.function("rm")
        .arguments(&[
            BorshToken::Uint {
                width: 64,
                value: BigInt::zero(),
            },
            BorshToken::Uint {
                width: 64,
                value: BigInt::from(104u8),
            },
        ])
        .accounts(vec![("dataAccount", data_account)])
        .call();

    for i in 0..10 {
        let returns = vm
            .function("get")
            .arguments(&[
                BorshToken::Uint {
                    width: 64,
                    value: BigInt::zero(),
                },
                BorshToken::Uint {
                    width: 64,
                    value: BigInt::from(102 + i),
                },
            ])
            .accounts(vec![("dataAccount", data_account)])
            .call()
            .unwrap();

        if 102 + i != 104 {
            assert_eq!(
                returns,
                BorshToken::Uint {
                    width: 256,
                    value: BigInt::from(300331 + i)
                }
            );
        } else {
            assert_eq!(
                returns,
                BorshToken::Uint {
                    width: 256,
                    value: BigInt::zero()
                }
            );
        }
    }

    vm.function("pop")
        .accounts(vec![("dataAccount", data_account)])
        .call();
    vm.function("pop")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    let returns = vm
        .function("number")
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(
        returns,
        BorshToken::Int {
            width: 64,
            value: BigInt::from(2147483647u64),
        }
    );
}

#[test]
fn mapping_delete() {
    let mut vm = build_solidity(
        r#"
contract DeleteTest {

    struct data_struct  {
        address addr1;
	    address addr2;
    }

    mapping(uint => data_struct) example;

    function addData(address sender) public  {
        data_struct dt = data_struct({addr1: address(this), addr2: sender});
        uint id = 1;
        example[id] = dt;
    }

    function deltest() external {
        uint id = 1;
        delete example[id];
    }

    function get() public view returns (data_struct calldata) {
        uint id = 1;
        return example[id];
    }
}
        "#,
    );

    let sender = account_new();

    let data_account = vm.initialize_data_account();
    vm.function("new")
        .accounts(vec![("dataAccount", data_account)])
        .call();
    let _ = vm
        .function("addData")
        .arguments(&[BorshToken::Address(sender)])
        .accounts(vec![("dataAccount", data_account)])
        .call();
    let _ = vm
        .function("deltest")
        .accounts(vec![("dataAccount", data_account)])
        .call();
    let returns = vm
        .function("get")
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();
    assert_eq!(
        returns,
        BorshToken::Tuple(vec![
            BorshToken::Address([
                0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
                0, 0, 0, 0
            ]),
            BorshToken::Address([
                0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
                0, 0, 0, 0
            ])
        ]),
    );
}

#[test]
fn mapping_within_struct() {
    let mut vm = build_solidity(
        r#"
contract CrowdFunding {
    struct Funder {
        address addr;
        uint amount;
    }

    struct Campaign {
        mapping(uint => Funder)[2] arr_mp;
        mapping (uint => Funder) funders;
    }

    uint numCampaigns;
    mapping (uint => Campaign) campaigns;


function newCampaign(address sender) public returns (uint campaignID) {
    campaignID = numCampaigns++;
    Campaign storage _campaign = campaigns[campaignID];
    _campaign.funders[0] = Funder(sender, 100);
    _campaign.arr_mp[1][0] = Funder(sender, 105);
}

function getAmt() public view returns (uint) {
    Campaign storage _campaign = campaigns[numCampaigns - 1];
    return _campaign.funders[0].amount;
}

function getArrAmt() public view returns (uint) {
    Campaign storage _campaign = campaigns[numCampaigns - 1];
    return _campaign.arr_mp[1][0].amount;
}

}
        "#,
    );

    let sender = account_new();

    let data_account = vm.initialize_data_account();
    vm.function("new")
        .accounts(vec![("dataAccount", data_account)])
        .call();

    let ret = vm
        .function("newCampaign")
        .arguments(&[BorshToken::Address(sender)])
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();

    assert_eq!(
        ret,
        BorshToken::Uint {
            width: 256,
            value: BigInt::zero(),
        }
    );

    let ret = vm
        .function("getAmt")
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();
    assert_eq!(
        ret,
        BorshToken::Uint {
            width: 256,
            value: BigInt::from(100u8),
        }
    );

    let ret = vm
        .function("getArrAmt")
        .accounts(vec![("dataAccount", data_account)])
        .call()
        .unwrap();
    assert_eq!(
        ret,
        BorshToken::Uint {
            width: 256,
            value: BigInt::from(105u8),
        }
    );
}