@graphprotocol/graph-cli/src/codegen/types/index.test.js

CLI for building for and deploying to The Graph

const codegen = require('.')

describe('ethereum.Value -> AssemblyScript', () => {
  // Scalar values

  test('address -> Address', () => {
    expect(codegen.ethereumToAsc('x', 'address')).toBe('x.toAddress()')
    expect(codegen.ascTypeForEthereum('address')).toBe('Address')
  })

  test('bool -> boolean', () => {
    expect(codegen.ethereumToAsc('x', 'bool')).toBe('x.toBoolean()')
    expect(codegen.ascTypeForEthereum('bool')).toBe('boolean')
  })

  test('byte -> Bytes', () => {
    expect(codegen.ethereumToAsc('x', 'byte')).toBe('x.toBytes()')
    expect(codegen.ascTypeForEthereum('byte')).toBe('Bytes')
  })

  test('bytes -> Bytes', () => {
    expect(codegen.ethereumToAsc('x', 'bytes')).toBe('x.toBytes()')
    expect(codegen.ascTypeForEthereum('bytes')).toBe('Bytes')
  })

  test('bytes0 (invalid)', () => {
    expect(() => codegen.ethereumToAsc('x', 'bytes0')).toThrow()
    expect(() => codegen.ascTypeForEthereum('bytes0')).toThrow()
  })

  test('bytes1..32 -> Bytes', () => {
    for (let i = 1; i <= 32; i++) {
      expect(codegen.ethereumToAsc('x', `bytes${i}`)).toBe('x.toBytes()')
      expect(codegen.ascTypeForEthereum(`bytes${i}`)).toBe('Bytes')
    }
  })

  test('bytes33 (invalid)', () => {
    expect(() => codegen.ethereumToAsc('x', 'bytes33')).toThrow()
    expect(() => codegen.ascTypeForEthereum('bytes33')).toThrow()
  })

  test('int8..32, uint8..uint24 -> i32', () => {
    for (let i = 8; i <= 32; i += 8) {
      expect(codegen.ethereumToAsc('x', `int${i}`)).toBe('x.toI32()')
      expect(codegen.ascTypeForEthereum(`int${i}`)).toBe('i32')
    }
    for (let i = 8; i <= 24; i += 8) {
      expect(codegen.ethereumToAsc('x', `uint${i}`)).toBe('x.toI32()')
      expect(codegen.ascTypeForEthereum(`uint${i}`)).toBe('i32')
    }
  })

  test('uint32 -> BigInt', () => {
    expect(codegen.ethereumToAsc('x', `uint32`)).toBe('x.toBigInt()')
    expect(codegen.ascTypeForEthereum('uint32')).toBe('BigInt')
  })

  test('(u)int40..256 -> BigInt', () => {
    for (let i = 40; i <= 256; i += 8) {
      expect(codegen.ethereumToAsc('x', `int${i}`)).toBe('x.toBigInt()')
      expect(codegen.ethereumToAsc('x', `uint${i}`)).toBe('x.toBigInt()')
      expect(codegen.ascTypeForEthereum(`int${i}`)).toBe('BigInt')
      expect(codegen.ascTypeForEthereum(`uint${i}`)).toBe('BigInt')
    }
  })

  test('string -> String', () => {
    expect(codegen.ethereumToAsc('x', 'string')).toBe('x.toString()')
    expect(codegen.ascTypeForEthereum('string')).toBe('string')
  })

  // Array values

  test('address[*] -> Array<Address>', () => {
    expect(codegen.ethereumToAsc('x', 'address[]')).toBe('x.toAddressArray()')
    expect(codegen.ethereumToAsc('x', 'address[1]')).toBe('x.toAddressArray()')
    expect(codegen.ethereumToAsc('x', 'address[123]')).toBe('x.toAddressArray()')
    expect(codegen.ascTypeForEthereum('address[]')).toBe('Array<Address>')
    expect(codegen.ascTypeForEthereum('address[1]')).toBe('Array<Address>')
    expect(codegen.ascTypeForEthereum('address[123]')).toBe('Array<Address>')
  })

  test('bool[*] -> Array<boolean>', () => {
    expect(codegen.ethereumToAsc('x', 'bool[]')).toBe('x.toBooleanArray()')
    expect(codegen.ethereumToAsc('x', 'bool[5]')).toBe('x.toBooleanArray()')
    expect(codegen.ethereumToAsc('x', 'bool[275]')).toBe('x.toBooleanArray()')
    expect(codegen.ascTypeForEthereum('bool[]')).toBe('Array<boolean>')
    expect(codegen.ascTypeForEthereum('bool[5]')).toBe('Array<boolean>')
    expect(codegen.ascTypeForEthereum('bool[275]')).toBe('Array<boolean>')
  })

  test('byte[*] -> Array<Bytes>', () => {
    expect(codegen.ethereumToAsc('x', 'byte[]')).toBe('x.toBytesArray()')
    expect(codegen.ethereumToAsc('x', 'byte[7]')).toBe('x.toBytesArray()')
    expect(codegen.ethereumToAsc('x', 'byte[553]')).toBe('x.toBytesArray()')
    expect(codegen.ascTypeForEthereum('byte[]')).toBe('Array<Bytes>')
    expect(codegen.ascTypeForEthereum('byte[7]')).toBe('Array<Bytes>')
    expect(codegen.ascTypeForEthereum('byte[553]')).toBe('Array<Bytes>')
  })

  test('bytes[*] -> Array<Bytes>', () => {
    expect(codegen.ethereumToAsc('x', 'bytes[]')).toBe('x.toBytesArray()')
    expect(codegen.ethereumToAsc('x', 'bytes[14]')).toBe('x.toBytesArray()')
    expect(codegen.ethereumToAsc('x', 'bytes[444]')).toBe('x.toBytesArray()')
    expect(codegen.ascTypeForEthereum('bytes[]')).toBe('Array<Bytes>')
    expect(codegen.ascTypeForEthereum('bytes[14]')).toBe('Array<Bytes>')
    expect(codegen.ascTypeForEthereum('bytes[444]')).toBe('Array<Bytes>')
  })

  test('bytes0[*] (invalid)', () => {
    expect(() => codegen.ethereumToAsc('x', 'bytes0[]')).toThrow()
    expect(() => codegen.ethereumToAsc('x', 'bytes0[83]')).toThrow()
    expect(() => codegen.ethereumToAsc('x', 'bytes0[123]')).toThrow()
    expect(() => codegen.ascTypeForEthereum('bytes0[]')).toThrow()
    expect(() => codegen.ascTypeForEthereum('bytes0[83]')).toThrow()
    expect(() => codegen.ascTypeForEthereum('bytes0[123]')).toThrow()
  })

  test('bytes1..32[*] -> Array<Bytes>', () => {
    for (let i = 1; i <= 32; i++) {
      expect(codegen.ethereumToAsc('x', `bytes${i}[]`)).toBe('x.toBytesArray()')
      expect(codegen.ethereumToAsc('x', `bytes${i}[7]`)).toBe('x.toBytesArray()')
      expect(codegen.ethereumToAsc('x', `bytes${i}[432]`)).toBe('x.toBytesArray()')
      expect(codegen.ascTypeForEthereum(`bytes${i}[]`)).toBe('Array<Bytes>')
      expect(codegen.ascTypeForEthereum(`bytes${i}[7]`)).toBe('Array<Bytes>')
      expect(codegen.ascTypeForEthereum(`bytes${i}[432]`)).toBe('Array<Bytes>')
    }
  })

  test('bytes33[*] (invalid)', () => {
    expect(() => codegen.ethereumToAsc('x', 'bytes33[]')).toThrow()
    expect(() => codegen.ethereumToAsc('x', 'bytes33[58]')).toThrow()
    expect(() => codegen.ethereumToAsc('x', 'bytes33[394]')).toThrow()
    expect(() => codegen.ascTypeForEthereum('bytes33[]')).toThrow()
    expect(() => codegen.ascTypeForEthereum('bytes33[58]')).toThrow()
    expect(() => codegen.ascTypeForEthereum('bytes33[394]')).toThrow()
  })

  test('int8..32[*], uint8..24[*] -> Array<i32>', () => {
    for (let i = 8; i <= 32; i += 8) {
      expect(codegen.ethereumToAsc('x', `int${i}[]`)).toBe('x.toI32Array()')
      expect(codegen.ethereumToAsc('x', `int${i}[6]`)).toBe('x.toI32Array()')
      expect(codegen.ethereumToAsc('x', `int${i}[4638]`)).toBe('x.toI32Array()')
      expect(codegen.ascTypeForEthereum(`int${i}[]`)).toBe('Array<i32>')
      expect(codegen.ascTypeForEthereum(`int${i}[6]`)).toBe('Array<i32>')
      expect(codegen.ascTypeForEthereum(`int${i}[4638]`)).toBe('Array<i32>')
    }
    for (let i = 8; i <= 24; i += 8) {
      expect(codegen.ethereumToAsc('x', `uint${i}[]`)).toBe('x.toI32Array()')
      expect(codegen.ethereumToAsc('x', `uint${i}[6]`)).toBe('x.toI32Array()')
      expect(codegen.ethereumToAsc('x', `uint${i}[593]`)).toBe('x.toI32Array()')
      expect(codegen.ascTypeForEthereum(`uint${i}[]`)).toBe('Array<i32>')
      expect(codegen.ascTypeForEthereum(`uint${i}[6]`)).toBe('Array<i32>')
      expect(codegen.ascTypeForEthereum(`uint${i}[593]`)).toBe('Array<i32>')
    }
  })

  test('uint32[*] -> Array<BigInt>', () => {
    expect(codegen.ethereumToAsc('x', `uint32[]`)).toBe('x.toBigIntArray()')
    expect(codegen.ethereumToAsc('x', `uint32[6]`)).toBe('x.toBigIntArray()')
    expect(codegen.ethereumToAsc('x', `uint32[593]`)).toBe('x.toBigIntArray()')
    expect(codegen.ascTypeForEthereum(`uint32[]`)).toBe('Array<BigInt>')
    expect(codegen.ascTypeForEthereum(`uint32[6]`)).toBe('Array<BigInt>')
    expect(codegen.ascTypeForEthereum(`uint32[593]`)).toBe('Array<BigInt>')
  })

  test('(u)int40..256[*] -> Array<BigInt>', () => {
    for (let i = 40; i <= 256; i += 8) {
      expect(codegen.ethereumToAsc('x', `int${i}[]`)).toBe('x.toBigIntArray()')
      expect(codegen.ethereumToAsc('x', `int${i}[7]`)).toBe('x.toBigIntArray()')
      expect(codegen.ethereumToAsc('x', `int${i}[6833]`)).toBe('x.toBigIntArray()')
      expect(codegen.ascTypeForEthereum(`int${i}[]`)).toBe('Array<BigInt>')
      expect(codegen.ascTypeForEthereum(`int${i}[7]`)).toBe('Array<BigInt>')
      expect(codegen.ascTypeForEthereum(`int${i}[6833]`)).toBe('Array<BigInt>')

      expect(codegen.ethereumToAsc('x', `uint${i}[]`)).toBe('x.toBigIntArray()')
      expect(codegen.ethereumToAsc('x', `uint${i}[23]`)).toBe('x.toBigIntArray()')
      expect(codegen.ethereumToAsc('x', `uint${i}[467]`)).toBe('x.toBigIntArray()')
      expect(codegen.ascTypeForEthereum(`uint${i}[]`)).toBe('Array<BigInt>')
      expect(codegen.ascTypeForEthereum(`uint${i}[23]`)).toBe('Array<BigInt>')
      expect(codegen.ascTypeForEthereum(`uint${i}[467]`)).toBe('Array<BigInt>')
    }
  })

  test('string[*] -> Array<string>', () => {
    expect(codegen.ethereumToAsc('x', 'string[]')).toBe('x.toStringArray()')
    expect(codegen.ethereumToAsc('x', 'string[4]')).toBe('x.toStringArray()')
    expect(codegen.ethereumToAsc('x', 'string[754]')).toBe('x.toStringArray()')
    expect(codegen.ascTypeForEthereum('string[]')).toBe('Array<string>')
    expect(codegen.ascTypeForEthereum('string[4]')).toBe('Array<string>')
    expect(codegen.ascTypeForEthereum('string[754]')).toBe('Array<string>')
  })

  // Multi dimensional arrays

  test('address[*][*] -> Array<Array<Address>>', () => {
    expect(codegen.ethereumToAsc('x', 'address[][]')).toBe('x.toAddressMatrix()')
    expect(codegen.ethereumToAsc('x', 'address[5][]')).toBe('x.toAddressMatrix()')
    expect(codegen.ethereumToAsc('x', 'address[][4]')).toBe('x.toAddressMatrix()')
    expect(codegen.ethereumToAsc('x', 'address[1][2]')).toBe('x.toAddressMatrix()')
    expect(codegen.ethereumToAsc('x', 'address[123][321]')).toBe('x.toAddressMatrix()')

    expect(codegen.ascTypeForEthereum('address[][]')).toBe('Array<Array<Address>>')
    expect(codegen.ascTypeForEthereum('address[5][]')).toBe('Array<Array<Address>>')
    expect(codegen.ascTypeForEthereum('address[][4]')).toBe('Array<Array<Address>>')
    expect(codegen.ascTypeForEthereum('address[1][2]')).toBe('Array<Array<Address>>')
    expect(codegen.ascTypeForEthereum('address[123][321]')).toBe('Array<Array<Address>>')
  })

  test('bool[*][*] -> Array<Array<boolean>>', () => {
    expect(codegen.ethereumToAsc('x', 'bool[][]')).toBe('x.toBooleanMatrix()')
    expect(codegen.ethereumToAsc('x', 'bool[1][]')).toBe('x.toBooleanMatrix()')
    expect(codegen.ethereumToAsc('x', 'bool[][3]')).toBe('x.toBooleanMatrix()')
    expect(codegen.ethereumToAsc('x', 'bool[5][2]')).toBe('x.toBooleanMatrix()')
    expect(codegen.ethereumToAsc('x', 'bool[275][572]')).toBe('x.toBooleanMatrix()')

    expect(codegen.ascTypeForEthereum('bool[][]')).toBe('Array<Array<boolean>>')
    expect(codegen.ascTypeForEthereum('bool[1][]')).toBe('Array<Array<boolean>>')
    expect(codegen.ascTypeForEthereum('bool[][3]')).toBe('Array<Array<boolean>>')
    expect(codegen.ascTypeForEthereum('bool[5][2]')).toBe('Array<Array<boolean>>')
    expect(codegen.ascTypeForEthereum('bool[275][572]')).toBe('Array<Array<boolean>>')
  })

  test('byte[*][*] -> Array<Array<Bytes>>', () => {
    expect(codegen.ethereumToAsc('x', 'byte[][]')).toBe('x.toBytesMatrix()')
    expect(codegen.ethereumToAsc('x', 'byte[7][]')).toBe('x.toBytesMatrix()')
    expect(codegen.ethereumToAsc('x', 'byte[][8]')).toBe('x.toBytesMatrix()')
    expect(codegen.ethereumToAsc('x', 'byte[553][355]')).toBe('x.toBytesMatrix()')

    expect(codegen.ascTypeForEthereum('byte[][]')).toBe('Array<Array<Bytes>>')
    expect(codegen.ascTypeForEthereum('byte[7][]')).toBe('Array<Array<Bytes>>')
    expect(codegen.ascTypeForEthereum('byte[][8]')).toBe('Array<Array<Bytes>>')
    expect(codegen.ascTypeForEthereum('byte[553][355]')).toBe('Array<Array<Bytes>>')
  })

  test('bytes[*][*] -> Array<Array<Bytes>>', () => {
    expect(codegen.ethereumToAsc('x', 'bytes[][]')).toBe('x.toBytesMatrix()')
    expect(codegen.ethereumToAsc('x', 'bytes[14][]')).toBe('x.toBytesMatrix()')
    expect(codegen.ethereumToAsc('x', 'bytes[][41]')).toBe('x.toBytesMatrix()')
    expect(codegen.ethereumToAsc('x', 'bytes[444][555]')).toBe('x.toBytesMatrix()')

    expect(codegen.ascTypeForEthereum('bytes[][]')).toBe('Array<Array<Bytes>>')
    expect(codegen.ascTypeForEthereum('bytes[14][]')).toBe('Array<Array<Bytes>>')
    expect(codegen.ascTypeForEthereum('bytes[][41]')).toBe('Array<Array<Bytes>>')
    expect(codegen.ascTypeForEthereum('bytes[444][555]')).toBe('Array<Array<Bytes>>')
  })

  test('bytes0[*][*] (invalid)', () => {
    expect(() => codegen.ethereumToAsc('x', 'bytes0[][]')).toThrow()
    expect(() => codegen.ethereumToAsc('x', 'bytes0[83][]')).toThrow()
    expect(() => codegen.ethereumToAsc('x', 'bytes0[][83]')).toThrow()
    expect(() => codegen.ethereumToAsc('x', 'bytes0[123][321]')).toThrow()

    expect(() => codegen.ascTypeForEthereum('bytes0[][]')).toThrow()
    expect(() => codegen.ascTypeForEthereum('bytes0[83][]')).toThrow()
    expect(() => codegen.ascTypeForEthereum('bytes0[][83]')).toThrow()
    expect(() => codegen.ascTypeForEthereum('bytes0[123][321]')).toThrow()
  })

  test('bytes1..32[*][*] -> Array<Array<Bytes>>', () => {
    for (let i = 1; i <= 32; i++) {
      expect(codegen.ethereumToAsc('x', `bytes${i}[][]`)).toBe('x.toBytesMatrix()')
      expect(codegen.ethereumToAsc('x', `bytes${i}[7][]`)).toBe('x.toBytesMatrix()')
      expect(codegen.ethereumToAsc('x', `bytes${i}[][7]`)).toBe('x.toBytesMatrix()')
      expect(codegen.ethereumToAsc('x', `bytes${i}[432][234]`)).toBe('x.toBytesMatrix()')

      expect(codegen.ascTypeForEthereum(`bytes${i}[][]`)).toBe('Array<Array<Bytes>>')
      expect(codegen.ascTypeForEthereum(`bytes${i}[6][]`)).toBe('Array<Array<Bytes>>')
      expect(codegen.ascTypeForEthereum(`bytes${i}[][7]`)).toBe('Array<Array<Bytes>>')
      expect(codegen.ascTypeForEthereum(`bytes${i}[432][234]`)).toBe('Array<Array<Bytes>>')
    }
  })

  test('bytes33[*][*] (invalid)', () => {
    expect(() => codegen.ethereumToAsc('x', 'bytes33[][]')).toThrow()
    expect(() => codegen.ethereumToAsc('x', 'bytes33[58][]')).toThrow()
    expect(() => codegen.ethereumToAsc('x', 'bytes33[][85]')).toThrow()
    expect(() => codegen.ethereumToAsc('x', 'bytes33[394][493]')).toThrow()

    expect(() => codegen.ascTypeForEthereum('bytes33[][]')).toThrow()
    expect(() => codegen.ascTypeForEthereum('bytes33[58][]')).toThrow()
    expect(() => codegen.ascTypeForEthereum('bytes33[][85]')).toThrow()
    expect(() => codegen.ascTypeForEthereum('bytes33[394][493]')).toThrow()
  })

  test('int8..32[*][*], uint8..24[*][*] -> Array<Array<i32>>', () => {
    for (let i = 8; i <= 32; i += 8) {
      expect(codegen.ethereumToAsc('x', `int${i}[][]`)).toBe('x.toI32Matrix()')
      expect(codegen.ethereumToAsc('x', `int${i}[6][]`)).toBe('x.toI32Matrix()')
      expect(codegen.ethereumToAsc('x', `int${i}[][6]`)).toBe('x.toI32Matrix()')
      expect(codegen.ethereumToAsc('x', `int${i}[4638][8364]`)).toBe('x.toI32Matrix()')

      expect(codegen.ascTypeForEthereum(`int${i}[][]`)).toBe('Array<Array<i32>>')
      expect(codegen.ascTypeForEthereum(`int${i}[6][]`)).toBe('Array<Array<i32>>')
      expect(codegen.ascTypeForEthereum(`int${i}[][6]`)).toBe('Array<Array<i32>>')
      expect(codegen.ascTypeForEthereum(`int${i}[4638][8364]`)).toBe('Array<Array<i32>>')
    }
    for (let i = 8; i <= 24; i += 8) {
      expect(codegen.ethereumToAsc('x', `uint${i}[][]`)).toBe('x.toI32Matrix()')
      expect(codegen.ethereumToAsc('x', `uint${i}[6][]`)).toBe('x.toI32Matrix()')
      expect(codegen.ethereumToAsc('x', `uint${i}[][6]`)).toBe('x.toI32Matrix()')
      expect(codegen.ethereumToAsc('x', `uint${i}[593][395]`)).toBe('x.toI32Matrix()')

      expect(codegen.ascTypeForEthereum(`uint${i}[][]`)).toBe('Array<Array<i32>>')
      expect(codegen.ascTypeForEthereum(`uint${i}[6][]`)).toBe('Array<Array<i32>>')
      expect(codegen.ascTypeForEthereum(`uint${i}[][6]`)).toBe('Array<Array<i32>>')
      expect(codegen.ascTypeForEthereum(`uint${i}[593][395]`)).toBe('Array<Array<i32>>')
    }
  })

  test('uint32[*][*] -> Array<Array<BigInt>>', () => {
    expect(codegen.ethereumToAsc('x', `uint32[][]`)).toBe('x.toBigIntMatrix()')
    expect(codegen.ethereumToAsc('x', `uint32[6][]`)).toBe('x.toBigIntMatrix()')
    expect(codegen.ethereumToAsc('x', `uint32[][6]`)).toBe('x.toBigIntMatrix()')
    expect(codegen.ethereumToAsc('x', `uint32[593][395]`)).toBe('x.toBigIntMatrix()')

    expect(codegen.ascTypeForEthereum(`uint32[][]`)).toBe('Array<Array<BigInt>>')
    expect(codegen.ascTypeForEthereum(`uint32[6][]`)).toBe('Array<Array<BigInt>>')
    expect(codegen.ascTypeForEthereum(`uint32[][5]`)).toBe('Array<Array<BigInt>>')
    expect(codegen.ascTypeForEthereum(`uint32[593][395]`)).toBe('Array<Array<BigInt>>')
  })

  test('(u)int40..256[*][*] -> Array<Array<BigInt>>', () => {
    for (let i = 40; i <= 256; i += 8) {
      expect(codegen.ethereumToAsc('x', `int${i}[][]`)).toBe('x.toBigIntMatrix()')
      expect(codegen.ethereumToAsc('x', `int${i}[7][]`)).toBe('x.toBigIntMatrix()')
      expect(codegen.ethereumToAsc('x', `int${i}[][7]`)).toBe('x.toBigIntMatrix()')
      expect(codegen.ethereumToAsc('x', `int${i}[6833][3386]`)).toBe('x.toBigIntMatrix()')

      expect(codegen.ascTypeForEthereum(`int${i}[][]`)).toBe('Array<Array<BigInt>>')
      expect(codegen.ascTypeForEthereum(`int${i}[7][]`)).toBe('Array<Array<BigInt>>')
      expect(codegen.ascTypeForEthereum(`int${i}[][7]`)).toBe('Array<Array<BigInt>>')
      expect(codegen.ascTypeForEthereum(`int${i}[6833][3386]`)).toBe('Array<Array<BigInt>>')

      expect(codegen.ethereumToAsc('x', `uint${i}[][]`)).toBe('x.toBigIntMatrix()')
      expect(codegen.ethereumToAsc('x', `uint${i}[23][]`)).toBe('x.toBigIntMatrix()')
      expect(codegen.ethereumToAsc('x', `uint${i}[][32]`)).toBe('x.toBigIntMatrix()')
      expect(codegen.ethereumToAsc('x', `uint${i}[467][764]`)).toBe('x.toBigIntMatrix()')

      expect(codegen.ascTypeForEthereum(`uint${i}[][]`)).toBe('Array<Array<BigInt>>')
      expect(codegen.ascTypeForEthereum(`uint${i}[23][]`)).toBe('Array<Array<BigInt>>')
      expect(codegen.ascTypeForEthereum(`uint${i}[][32]`)).toBe('Array<Array<BigInt>>')
      expect(codegen.ascTypeForEthereum(`uint${i}[467][764]`)).toBe('Array<Array<BigInt>>')
    }
  })

  test('string[*][*] -> Array<Array<string>>', () => {
    expect(codegen.ethereumToAsc('x', 'string[][]')).toBe('x.toStringMatrix()')
    expect(codegen.ethereumToAsc('x', 'string[4][]')).toBe('x.toStringMatrix()')
    expect(codegen.ethereumToAsc('x', 'string[][3]')).toBe('x.toStringMatrix()')
    expect(codegen.ethereumToAsc('x', 'string[754][457]')).toBe('x.toStringMatrix()')

    expect(codegen.ascTypeForEthereum('string[][]')).toBe('Array<Array<string>>')
    expect(codegen.ascTypeForEthereum('string[4][]')).toBe('Array<Array<string>>')
    expect(codegen.ascTypeForEthereum('string[][3]')).toBe('Array<Array<string>>')
    expect(codegen.ascTypeForEthereum('string[754][457]')).toBe('Array<Array<string>>')
  })
})

describe('AssemblyScript -> ethereum.Value', () => {
  // Scalar values

  test('Address -> address', () => {
    expect(codegen.ethereumFromAsc('x', 'address')).toBe('ethereum.Value.fromAddress(x)')
  })

  test('boolean -> bool', () => {
    expect(codegen.ethereumFromAsc('x', 'bool')).toBe('ethereum.Value.fromBoolean(x)')
  })

  test('Bytes -> byte', () => {
    expect(codegen.ethereumFromAsc('x', 'byte')).toBe('ethereum.Value.fromFixedBytes(x)')
  })

  test('Bytes -> bytes', () => {
    expect(codegen.ethereumFromAsc('x', 'bytes')).toBe('ethereum.Value.fromBytes(x)')
  })

  test('Bytes -> bytes0 (invalid)', () => {
    expect(() => codegen.ethereumFromAsc('x', 'bytes0')).toThrow()
  })

  test('Bytes -> bytes1..32', () => {
    for (let i = 1; i <= 32; i++) {
      expect(codegen.ethereumFromAsc('x', `bytes${i}`)).toBe(
        'ethereum.Value.fromFixedBytes(x)',
      )
    }
  })

  test('Bytes -> bytes33 (invalid)', () => {
    expect(() => codegen.ethereumFromAsc('x', 'bytes33')).toThrow()
  })

  test('i32 -> int8..32, uint8..24', () => {
    for (let i = 8; i <= 32; i += 8) {
      expect(codegen.ethereumFromAsc('x', `int${i}`)).toBe(`ethereum.Value.fromI32(x)`)
    }
    for (let i = 8; i <= 24; i += 8) {
      expect(codegen.ethereumFromAsc('x', `uint${i}`)).toBe(
        `ethereum.Value.fromUnsignedBigInt(BigInt.fromI32(x))`,
      )
    }
  })

  test('BigInt -> uint32', () => {
    expect(codegen.ethereumFromAsc('x', `uint32`)).toBe(
      `ethereum.Value.fromUnsignedBigInt(x)`,
    )
  })

  test('BigInt -> (u)int40..256', () => {
    for (let i = 40; i <= 256; i += 8) {
      expect(codegen.ethereumFromAsc('x', `int${i}`)).toBe(
        `ethereum.Value.fromSignedBigInt(x)`,
      )
      expect(codegen.ethereumFromAsc('x', `uint${i}`)).toBe(
        `ethereum.Value.fromUnsignedBigInt(x)`,
      )
    }
  })

  test('String -> string', () => {
    expect(codegen.ethereumFromAsc('x', 'string')).toBe('ethereum.Value.fromString(x)')
  })

  // Array values

  test('Array<Address> -> address[*]', () => {
    expect(codegen.ethereumFromAsc('x', 'address[]')).toBe(
      'ethereum.Value.fromAddressArray(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'address[1]')).toBe(
      'ethereum.Value.fromAddressArray(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'address[123]')).toBe(
      'ethereum.Value.fromAddressArray(x)',
    )
  })

  test('Array<boolean> -> bool[*]', () => {
    expect(codegen.ethereumFromAsc('x', 'bool[]')).toBe(
      'ethereum.Value.fromBooleanArray(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'bool[5]')).toBe(
      'ethereum.Value.fromBooleanArray(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'bool[275]')).toBe(
      'ethereum.Value.fromBooleanArray(x)',
    )
  })

  test('Array<Bytes> -> byte[*]', () => {
    expect(codegen.ethereumFromAsc('x', 'byte[]')).toBe(
      'ethereum.Value.fromFixedBytesArray(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'byte[7]')).toBe(
      'ethereum.Value.fromFixedBytesArray(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'byte[553]')).toBe(
      'ethereum.Value.fromFixedBytesArray(x)',
    )
  })

  test('Array<Bytes> -> bytes[*]', () => {
    expect(codegen.ethereumFromAsc('x', 'bytes[]')).toBe(
      'ethereum.Value.fromBytesArray(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'bytes[14]')).toBe(
      'ethereum.Value.fromBytesArray(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'bytes[444]')).toBe(
      'ethereum.Value.fromBytesArray(x)',
    )
  })

  test('bytes0[*] (invalid)', () => {
    expect(() => codegen.ethereumFromAsc('x', 'bytes0[]')).toThrow()
    expect(() => codegen.ethereumFromAsc('x', 'bytes0[83]')).toThrow()
    expect(() => codegen.ethereumFromAsc('x', 'bytes0[123]')).toThrow()
  })

  test('Array<Bytes> -> bytes1..32[*]', () => {
    for (let i = 1; i <= 32; i++) {
      expect(codegen.ethereumFromAsc('x', `bytes${i}[]`)).toBe(
        'ethereum.Value.fromFixedBytesArray(x)',
      )
      expect(codegen.ethereumFromAsc('x', `bytes${i}[7]`)).toBe(
        'ethereum.Value.fromFixedBytesArray(x)',
      )
      expect(codegen.ethereumFromAsc('x', `bytes${i}[432]`)).toBe(
        'ethereum.Value.fromFixedBytesArray(x)',
      )
    }
  })

  test('bytes33[*] (invalid)', () => {
    expect(() => codegen.ethereumFromAsc('x', 'bytes33[]')).toThrow()
    expect(() => codegen.ethereumFromAsc('x', 'bytes33[58]')).toThrow()
    expect(() => codegen.ethereumFromAsc('x', 'bytes33[394]')).toThrow()
  })

  test('Array<i32> -> int8..32[*], uint8..24[*]', () => {
    for (let i = 8; i <= 32; i += 8) {
      expect(codegen.ethereumFromAsc('x', `int${i}[]`)).toBe(
        'ethereum.Value.fromI32Array(x)',
      )
      expect(codegen.ethereumFromAsc('x', `int${i}[6]`)).toBe(
        'ethereum.Value.fromI32Array(x)',
      )
      expect(codegen.ethereumFromAsc('x', `int${i}[4638]`)).toBe(
        'ethereum.Value.fromI32Array(x)',
      )
    }

    for (let i = 8; i <= 24; i += 8) {
      expect(codegen.ethereumFromAsc('x', `uint${i}[]`)).toBe(
        'ethereum.Value.fromI32Array(x)',
      )
      expect(codegen.ethereumFromAsc('x', `uint${i}[6]`)).toBe(
        'ethereum.Value.fromI32Array(x)',
      )
      expect(codegen.ethereumFromAsc('x', `uint${i}[593]`)).toBe(
        'ethereum.Value.fromI32Array(x)',
      )
    }
  })

  test('Array<BigInt> -> uint32[*]', () => {
    expect(codegen.ethereumFromAsc('x', `uint32[]`)).toBe(
      'ethereum.Value.fromUnsignedBigIntArray(x)',
    )
    expect(codegen.ethereumFromAsc('x', `uint32[6]`)).toBe(
      'ethereum.Value.fromUnsignedBigIntArray(x)',
    )
    expect(codegen.ethereumFromAsc('x', `uint32[593]`)).toBe(
      'ethereum.Value.fromUnsignedBigIntArray(x)',
    )
  })

  test('Array<BigInt> -> (u)int40..256[*]', () => {
    for (let i = 40; i <= 256; i += 8) {
      expect(codegen.ethereumFromAsc('x', `int${i}[]`)).toBe(
        'ethereum.Value.fromSignedBigIntArray(x)',
      )
      expect(codegen.ethereumFromAsc('x', `int${i}[7]`)).toBe(
        'ethereum.Value.fromSignedBigIntArray(x)',
      )
      expect(codegen.ethereumFromAsc('x', `int${i}[6833]`)).toBe(
        'ethereum.Value.fromSignedBigIntArray(x)',
      )

      expect(codegen.ethereumFromAsc('x', `uint${i}[]`)).toBe(
        'ethereum.Value.fromUnsignedBigIntArray(x)',
      )
      expect(codegen.ethereumFromAsc('x', `uint${i}[23]`)).toBe(
        'ethereum.Value.fromUnsignedBigIntArray(x)',
      )
      expect(codegen.ethereumFromAsc('x', `uint${i}[467]`)).toBe(
        'ethereum.Value.fromUnsignedBigIntArray(x)',
      )
    }
  })

  test('Array<String> -> string[*]', () => {
    expect(codegen.ethereumFromAsc('x', 'string[]')).toBe(
      'ethereum.Value.fromStringArray(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'string[4]')).toBe(
      'ethereum.Value.fromStringArray(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'string[754]')).toBe(
      'ethereum.Value.fromStringArray(x)',
    )
  })

  // Multidimensional arrays

  test('Array<Array<Address>> -> address[*][*]', () => {
    expect(codegen.ethereumFromAsc('x', 'address[][]')).toBe(
      'ethereum.Value.fromAddressMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'address[1][]')).toBe(
      'ethereum.Value.fromAddressMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'address[][2]')).toBe(
      'ethereum.Value.fromAddressMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'address[123][321]')).toBe(
      'ethereum.Value.fromAddressMatrix(x)',
    )
  })

  test('Array<Array<boolean>> -> bool[*][*]', () => {
    expect(codegen.ethereumFromAsc('x', 'bool[][]')).toBe(
      'ethereum.Value.fromBooleanMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'bool[5][]')).toBe(
      'ethereum.Value.fromBooleanMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'bool[][5]')).toBe(
      'ethereum.Value.fromBooleanMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'bool[275][572]')).toBe(
      'ethereum.Value.fromBooleanMatrix(x)',
    )
  })

  test('Array<Array<Bytes>> -> byte[*][*]', () => {
    expect(codegen.ethereumFromAsc('x', 'byte[][]')).toBe(
      'ethereum.Value.fromFixedBytesMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'byte[7][]')).toBe(
      'ethereum.Value.fromFixedBytesMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'byte[][6]')).toBe(
      'ethereum.Value.fromFixedBytesMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'byte[553][355]')).toBe(
      'ethereum.Value.fromFixedBytesMatrix(x)',
    )
  })

  test('Array<Array<Bytes>> -> bytes[*][*]', () => {
    expect(codegen.ethereumFromAsc('x', 'bytes[][]')).toBe(
      'ethereum.Value.fromBytesMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'bytes[14][]')).toBe(
      'ethereum.Value.fromBytesMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'bytes[][41]')).toBe(
      'ethereum.Value.fromBytesMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'bytes[444][333]')).toBe(
      'ethereum.Value.fromBytesMatrix(x)',
    )
  })

  test('bytes0[*][*] (invalid)', () => {
    expect(() => codegen.ethereumFromAsc('x', 'bytes0[][]')).toThrow()
    expect(() => codegen.ethereumFromAsc('x', 'bytes0[83][]')).toThrow()
    expect(() => codegen.ethereumFromAsc('x', 'bytes0[][38]')).toThrow()
    expect(() => codegen.ethereumFromAsc('x', 'bytes0[123][321]')).toThrow()
  })

  test('Array<Array<Bytes>> -> bytes1..32[*][*]', () => {
    for (let i = 1; i <= 32; i++) {
      expect(codegen.ethereumFromAsc('x', `bytes${i}[][]`)).toBe(
        'ethereum.Value.fromFixedBytesMatrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `bytes${i}[7][]`)).toBe(
        'ethereum.Value.fromFixedBytesMatrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `bytes${i}[][7]`)).toBe(
        'ethereum.Value.fromFixedBytesMatrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `bytes${i}[432][234]`)).toBe(
        'ethereum.Value.fromFixedBytesMatrix(x)',
      )
    }
  })

  test('bytes33[*][*] (invalid)', () => {
    expect(() => codegen.ethereumFromAsc('x', 'bytes33[][]')).toThrow()
    expect(() => codegen.ethereumFromAsc('x', 'bytes33[58][]')).toThrow()
    expect(() => codegen.ethereumFromAsc('x', 'bytes33[][85]')).toThrow()
    expect(() => codegen.ethereumFromAsc('x', 'bytes33[394][493]')).toThrow()
  })

  test('Array<Array<i32>> -> int8..32[*][*], uint8..24[*][*]', () => {
    for (let i = 8; i <= 32; i += 8) {
      expect(codegen.ethereumFromAsc('x', `int${i}[][]`)).toBe(
        'ethereum.Value.fromI32Matrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `int${i}[6][]`)).toBe(
        'ethereum.Value.fromI32Matrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `int${i}[][5]`)).toBe(
        'ethereum.Value.fromI32Matrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `int${i}[4638][8364]`)).toBe(
        'ethereum.Value.fromI32Matrix(x)',
      )
    }

    for (let i = 8; i <= 24; i += 8) {
      expect(codegen.ethereumFromAsc('x', `uint${i}[][]`)).toBe(
        'ethereum.Value.fromI32Matrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `uint${i}[6][]`)).toBe(
        'ethereum.Value.fromI32Matrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `uint${i}[][5]`)).toBe(
        'ethereum.Value.fromI32Matrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `uint${i}[593][395]`)).toBe(
        'ethereum.Value.fromI32Matrix(x)',
      )
    }
  })

  test('Array<Array<BigInt>> -> uint32[*][*]', () => {
    expect(codegen.ethereumFromAsc('x', `uint32[][]`)).toBe(
      'ethereum.Value.fromUnsignedBigIntMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', `uint32[6][]`)).toBe(
      'ethereum.Value.fromUnsignedBigIntMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', `uint32[][5]`)).toBe(
      'ethereum.Value.fromUnsignedBigIntMatrix(x)',
    )
    expect(codegen.ethereumFromAsc('x', `uint32[593][395]`)).toBe(
      'ethereum.Value.fromUnsignedBigIntMatrix(x)',
    )
  })

  test('Array<Array<BigInt>> -> (u)int40..256[*][*]', () => {
    for (let i = 40; i <= 256; i += 8) {
      expect(codegen.ethereumFromAsc('x', `int${i}[][]`)).toBe(
        'ethereum.Value.fromSignedBigIntMatrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `int${i}[8][]`)).toBe(
        'ethereum.Value.fromSignedBigIntMatrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `int${i}[][7]`)).toBe(
        'ethereum.Value.fromSignedBigIntMatrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `int${i}[6833][3386]`)).toBe(
        'ethereum.Value.fromSignedBigIntMatrix(x)',
      )

      expect(codegen.ethereumFromAsc('x', `uint${i}[][]`)).toBe(
        'ethereum.Value.fromUnsignedBigIntMatrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `uint${i}[23][]`)).toBe(
        'ethereum.Value.fromUnsignedBigIntMatrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `uint${i}[][32]`)).toBe(
        'ethereum.Value.fromUnsignedBigIntMatrix(x)',
      )
      expect(codegen.ethereumFromAsc('x', `uint${i}[467][764]`)).toBe(
        'ethereum.Value.fromUnsignedBigIntMatrix(x)',
      )
    }
  })

  test('Array<Array<String>> -> string[*][*]', () => {
    expect(codegen.ethereumFromAsc('x', 'string[]')).toBe(
      'ethereum.Value.fromStringArray(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'string[4]')).toBe(
      'ethereum.Value.fromStringArray(x)',
    )
    expect(codegen.ethereumFromAsc('x', 'string[754]')).toBe(
      'ethereum.Value.fromStringArray(x)',
    )
  })
})

describe('Value -> AssemblyScript', () => {
  test('BigDecimal -> BigDecimal', () => {
    expect(codegen.valueToAsc('x', 'BigDecimal')).toBe('x.toBigDecimal()')
  })

  test('[BigDecimal] -> Array<BigDecimal>', () => {
    expect(codegen.valueToAsc('x', '[BigDecimal]')).toBe('x.toBigDecimalArray()')
  })

  test('String -> string', () => {
    expect(codegen.valueToAsc('x', 'string')).toBe('x.toString()')
  })

  test('[String] -> Array<string>', () => {
    expect(codegen.valueToAsc('x', '[String]')).toBe('x.toStringArray()')
  })
})

describe('AssemblyScript -> Value', () => {
  test('BigDecimal -> BigDecimal', () => {
    expect(codegen.valueFromAsc('x', 'BigDecimal')).toBe('Value.fromBigDecimal(x)')
    expect(codegen.valueTypeForAsc('BigDecimal')).toBe('BigDecimal')
  })

  test('Array<BigDecimal> -> [BigDecimal]', () => {
    expect(codegen.valueFromAsc('x', '[BigDecimal]')).toBe('Value.fromBigDecimalArray(x)')
    expect(codegen.valueTypeForAsc('Array<BigDecimal>')).toBe('[BigDecimal]')
  })

  test('string -> String', () => {
    expect(codegen.valueFromAsc('x', 'String')).toBe('Value.fromString(x)')
    expect(codegen.valueTypeForAsc('string')).toBe('String')
  })

  test('Array<string> -> [String]', () => {
    expect(codegen.valueFromAsc('x', '[String]')).toBe('Value.fromStringArray(x)')
    expect(codegen.valueTypeForAsc('Array<string>')).toBe('[String]')
  })
})