faker_extended

Description:

faker extended

Faker is a very useful library for Dart that generates fake data. This package adds some additional generators to make life slightly easier.
Usage #
Use faker just like you always have. But wait! There's more!
import 'dart:math' as math;
import 'package:faker_extended/faker_extended.dart';
import 'package:fixnum/fixnum.dart';

void main() {
Int32 single32a = faker.randomGenerator.int32(min: 100); // -- generate a single Int32 with a value of at least 100 and at most 2^32
int single32b = faker.randomGenerator.int(max: math.pow(2, 48), only32bit: true); // -- generate a single int with a value of at least 100 and at most 2^32

Int64 single64a = faker.randomGenerator.int64(max: math.pow(2, 48)); // -- generate a single Int64 with a value of at least 2^32 +1 and at most 2^64
int single64b = faker.randomGenerator.int(max: math.pow(2, 48), only64bit: true); // -- generate a single int with a value of at least 2^32 +1 and at most 2^64

int singleAny = faker.randomGenerator.int(min: 100); // -- randomly generates either a 32-bit or 64-bit integer with a value of at least 100 and at most, either 2^32 or 2^64 (respectively)

List<Int32> many32a = faker.randomGenerator.int32s(50, min: 100); // -- generate a list containing 50 instances of Int32, each with a value of at least 100 and at most 2^32
List<int> many32b = faker.randomGenerator.ints(50, min: 100, only32bit: true); // -- generate a list containing 50 instances of int, each with a value of at least 100 and at most 2^32

List<Int64> many64a = faker.randomGenerator.int64s(50, max: math.pow(2, 48)); // -- generate a list containing 50 instances of Int64, each with a value of at least 2^32 +1 and at most 2^64
List<int> many64b = faker.randomGenerator.ints(50, min: 100, only64bit: true); // -- generate a list containing 50 instances of int, each with a value of at least 2^32 +1 and at most 2^64

List<int> manyAny = faker.randomGenerator.ints(50, min: 100); // -- generate a list containing 50 instances of either a 32-bit or 64-bit integers, each with a value of at least 100 and at most, either 2^32 or 2^64 (respectively)
}

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Features and bugs #
For now, please file feature requests and bugs by emailing the author