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  • License MIT

solidity validator

Package Exports

  • solidity-validator

This package does not declare an exports field, so the exports above have been automatically detected and optimized by JSPM instead. If any package subpath is missing, it is recommended to post an issue to the original package (solidity-validator) to support the "exports" field. If that is not possible, create a JSPM override to customize the exports field for this package.

Readme

solidity-validator.js

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A library of string validators.

Installation and Usage

npm install solidity-validator

Function

Validator Description
isAddress(str) check if a string is a address.
isBoolean(str) check if a string is a boolean.
isInt8(str) check if a string is a int8.
isUint8(str) check if a string is a uint8.
isBytesN(str) check if a string is a BytesN, N:1-32
isByte(str) check if a string is a Bytes1
isBytes(str) check if a string is a Byte1 ~ Byte32
isValid(type, str) check if a string is match the type
getRange(type) get type MIN and MAX range
getMessage(type, str) get valid message

Example

var validator = require('solidity-validator');

validator.isAddress('0xa77451687Ee77cB3DFf16A24446C54DB76C80222'); // true
validator.isAddress('0xa77451687Ee77cB3DFf16A24446C54DB76C80223'); // false

validator.isBoolean('true'); // true
validator.isBoolean('false'); // true
validator.isBoolean('1'); // false
validator.isBoolean('0'); // false

validator.isInt8('-128'); // true
validator.isInt8('127'); // true
validator.isInt8('128'); // false

validator.isUint8('0'); // true
validator.isUint8('255'); // true
validator.isUint8('0.1'); // false
validator.isUint8('-1'); // false
validator.isUint8('256'); // false

validator.isBytes1('0x00'); // true
validator.isBytes1('0xff'); // true
validator.isBytes1('0xgg'); // false
validator.isBytes1('0x'); // false
validator.isBytes2('0x0000'); // true
validator.isBytes2('0xffff'); // true
validator.isBytes2('0xgggg'); // false
validator.isBytes2('0xff'); // false

validator.isByte('0x00'); // true
validator.isByte('0xff'); // true
validator.isByte('0xgg'); // false
validator.isByte('0x'); // false

validator.isBytes('0x00'); // true
validator.isBytes('0xffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff'); // true
validator.isBytes('0xgg'); // false
validator.isBytes('0xffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffffff'); // false

validator.isValid('uint', "123"); // true
validator.isValid('uint', "280"); // false
validator.isValid('address', "ooooooxxxxx"); // false

validator.getMessage('uint8', '255');
validator.getMessage('address', '0xa77451687Ee77cB3DFf16A24446C54DB76C80222');
validator.getMessage('int8', '129'); // The value is an illegal range.
validator.getMessage('uint8', '256'); // The value is an illegal range.
validator.getMessage('bool', '0'); // The value is not a boolean.
validator.getMessage('address', 'oooooxxxx'); // The value is not a valid address.
validator.getRange('int8');

/* === output ===
{
  MIN: -128,
  MAX: 127
}
*/

Tests

Tests are using mocha, to run the tests use:

npm test

Maintainers

License

MIT © alincode