Bharathh-Raj

void main() {
  late Area area;
  setUp(() {
    area = Area();
  });
  
  group("Area of the circle", () {
    test("Area of the circle with radius 1 should be 3.141592", () {
      // Arrange

Bharathh-Raj

void main() {
  late Area area;
  setUpAll(() {
    area = Area();
  });
  
  group("Area of the circle", () {
    test("Area of the circle with radius 1 should be 3.141592", () {
      // Arrange

Bharathh-Raj

void main() {
  
  group("Area of the circle",(){
    test("Area of the circle with radius 1 should be 3.141592", () {
      // Arrange
      Area area = Area();
      // Act
      double result = area.circle(1);
      // Assert
      expect(result, 3.141592);

Bharathh-Raj

void main() {
    test("Area.pi should be 3.141592", () {
    // Arrange
      
    // Act
      
    // Assert
    expect(Area.pi, 3.141592);
  });
}

Bharathh-Raj

void main() {
    test("Area of the circle with radius 1 should be 3.141592", () {
        // Arrange
        Area area = Area();
        // Act
        double result = area.circle(1);
        // Assert
        expect(result, 3.141592);
    });
}

Bharathh-Raj

class Area {
  static double get pi => 3.141592;

  double circle(double radius) {
    return pi * radius.square;
  }
}

extension NumSquare on num {
  num get square => this * this;

Bharathh-Raj

dev_dependencies:
  flutter_test:
    sdk: flutter

Bharathh-Raj

import 'package:flutter_test/flutter_test.dart';

void main() {
  group("0 <= TestCases < 1K", () {
    test("Passing 0", () {
      expect(0.compactCount(), "0");
    });
    test("Passing 99", () {
      expect(99.compactCount(), "99");
    });

Bharathh-Raj

void main() {
  int x = 5990000;
  print(x.compactCount());
}

///If count is less than 1K, it returns the count as it is.
///This count never round to higher number eg. 9995690 -> 9.9M, It won't be 10M
extension CompactCount on int {
  String compactCount() {
    final Map<double, String> countMap = {

Bharathh-Raj

void _drawMinutesLine(Canvas canvas) {
    for (int minute = 1; minute <= Constants.numberOfMinutes; minute++) {
      final double _theta = Constants.angleBetweenEachMinuteLine * minute;
      final double _radiusOfInnerPoint = _getInnerPointRadiusOfMinuteLine(minute);

      final Offset _extremePoint =
          GetOffset.getOffsetWithRadiusAndTheta(radius: _minuteLineExtremePointRadius, theta: _theta);
      final Offset _innerPoint = GetOffset.getOffsetWithRadiusAndTheta(radius: _radiusOfInnerPoint, theta: _theta);
      
      canvas.drawLine(_extremePoint, _innerPoint, _paint);