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Regenerated exercise descriptions

This commit is contained in:
Svetlana Isakova 2020-04-23 14:31:30 +02:00
parent 196972a15e
commit 7133459770
30 changed files with 222 additions and 161 deletions

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@ -7,8 +7,9 @@ functions.
In `createCounter` define a local variable `counter`. Then define two local
functions:
- `inc()` - increases the `counter` value by one
- `value()` - returns the value of `counter`
- `inc()` - increases the `counter` value by one
- `value()` - returns the value of `counter`
At last, return a pair of function references to these local functions:

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@ -4,9 +4,9 @@
Implement the `List<Int>` extension functions `allNonZero()` and `hasZero()`
using each of `all()`, `none()` and `any()`.
- `allNonZero()` checks that all elements in the list are non-zero.
- `allNonZero()` checks that all elements in the list are non-zero.
- `hasZero()` checks that the list contains a zero.
- `hasZero()` checks that the list contains a zero.
The implementations using `all()` are given in the starter code.

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@ -1,6 +1,12 @@
## Sequences (#7)
Write a function `oddWithout1` that creates an infinite sequence of odd numbers
starting with 3 that do not contain the digit `1`:
starting with `3` that do not contain the digit `1` in its decimal
representation:
```
3, 5, 7, 9, 23, 25, 27, 29, 33 ...
In `main`, display to the console the sum of the first 20 elements of this sequence.
```
In `main`, display to the console the sum of the first `20` elements of this
sequence.

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@ -3,10 +3,13 @@
Palindromes are words or phrases that read the same forward and backward. For
example:
- "mom" is a palindrome
- "dad" is a palindrome
- "rotator" is a palindrome
- "streets" is *not* a palindrome
- "mom" is a palindrome
- "dad" is a palindrome
- "rotator" is a palindrome
- "streets" is *not* a palindrome
Write a function that checks whether a word or phrase is a palindrome.

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@ -5,12 +5,12 @@ The starter code defines three packages `aaa`, `bbb` and `ccc` via the files
In the first package `aaa`, define:
- `val x = 10`
- `val x = 10`
- A top-level function `fa()` that takes an `Int` parameter and returns that
argument multiplied by `x`
- A top-level function `fa()` that takes an `Int` parameter and returns that
argument multiplied by `x`
- A class `K` with a `toString()` that returns `"K"`
- A class `K` with a `toString()` that returns `"K"`
In `package bbb`, `import` all the components from `aaa` and use them in a
function `g()`. `g()` takes an `Int` parameter `i` and returns the following

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@ -18,10 +18,10 @@ the initial `number` equals the sum of the `remainder` and `result`.
Store the Roman numerals in a mapping from `Int` to the associated `String`
representation. For each pair `int = roman` starting from `1000 = M`:
- Divide `remainder` into `int` to discover how many times you need to repeat
`roman` in the `result`.
- Divide `remainder` into `int` to discover how many times you need to repeat
`roman` in the `result`.
- Subtract the result from `remainder` to update it: `remainder -= remainder /
int`.
- Subtract the result from `remainder` to update it: `remainder -= remainder /
int`.
</div>

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@ -3,18 +3,18 @@ package complexConstructorsExercise3
import atomictest.eq
class MultipleInit {
val list = mutableListOf<String>()
val initOrder = mutableListOf<String>()
init {
list += "one"
initOrder += "one"
}
init {
list += "two"
initOrder += "two"
}
init {
list += "three"
initOrder += "three"
}
}
fun main() {
MultipleInit().list eq "one two three"
MultipleInit().initOrder eq "[one, two, three]"
}

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@ -3,14 +3,14 @@ files:
- name: src/Task.kt
visible: true
placeholders:
- offset: 166
length: 13
- offset: 171
length: 18
placeholder_text: // TODO
- offset: 197
length: 13
- offset: 207
length: 18
placeholder_text: // TODO
- offset: 228
length: 15
- offset: 243
length: 20
placeholder_text: // TODO
- name: test/Tests.kt
visible: false

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@ -1,5 +1,7 @@
## Complex Constructors (#3)
Show that multiple init sections are executed in declaration order. The
`MultipleInit` class contains a `val list = mutableListOf<String>()`. Add the
strings `"one"`, `"two"` and `"three"` to it in three different `init` blocks.
Show that multiple init sections are executed in declaration order. The starter
code contains `MultipleInit` class with a
`val initOrder = mutableListOf<String>()` property. Add the strings `"one"`,
`"two"` and `"three"` to the `initOrder` property in three different `init`
blocks.

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@ -14,8 +14,10 @@ composition by containing a `DataBase`. `Holder` contains a `test()` function
which is used in `main()` to test three different `DataBase` classes, which
you write:
- `NonRelational`, implemented with a `mutableListOf<Pair<String, String>>()`
- `InMemory`, implemented with a `mutableMapOf<String, String>()`
- `Mock`, implemented with two `String` `var`s.
- `NonRelational`, implemented with a `mutableListOf<Pair<String, String>>()`
- `InMemory`, implemented with a `mutableMapOf<String, String>()`
- `Mock`, implemented with two `String` `var`s.
Write these classes so they pass the tests given in `main()`.

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@ -2,10 +2,16 @@
Refactor `BatteryPet2.kt` to improve the design:
- In `Pet`, add an open function `settle()` which calls `trace("")`
- In `Pet`, add an open function `feed()` which calls `energy.replenish()`
- In `Dog`, override `settle()` to call `trace("Sitting...")
- You no longer need `Dog.sit()`
- Change `playWithDog(dog: Dog)` to `playWithPet(pet: Pet)`
- Add a `CatFood` type of `Energy`, and define the associated `Cat` class
- In `main()`, test all types of `Pet`
- In `Pet`, add an open function `settle()` which calls `trace("")`
- In `Pet`, add an open function `feed()` which calls `energy.replenish()`
- In `Dog`, override `settle()` to call `trace("Sitting...")
- You no longer need `Dog.sit()`
- Change `playWithDog(dog: Dog)` to `playWithPet(pet: Pet)`
- Add a `CatFood` type of `Energy`, and define the associated `Cat` class
- In `main()`, test all types of `Pet`

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@ -32,16 +32,17 @@ fun robotExplorer(stage: Stage) {
stage.robot.room.col,
stage.robot.room.row)
// The red robot icon as a layer:
val robotIcon = Layer.newBuilder()
.withSize(Size.one())
.withOffset(robotPosition())
.build().apply {
fill(stage.robot.symbol.toCharacterTile(
style.withForegroundColor(
ANSITileColor.RED)))
}
// As a layer, it can be moved around:
grid.addLayer(robotIcon)
val robotIcon = grid.addLayer(
Layer.newBuilder()
.withSize(Size.one())
.withOffset(robotPosition())
.build().apply {
fill(
stage.robot.symbol.toCharacterTile(
style.withForegroundColor(
ANSITileColor.RED)))
}
)
// Update the character beneath the robot:
fun updateSymbolAtRobot() {
grid.cursorPosition = robotPosition()

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@ -24,4 +24,4 @@ class House(
}
```
Make your code satisfy the tests in `main()`.
Make your code satisfy the tests in the starter code in `main()`.

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@ -1,6 +1,6 @@
## Secondary Constructors (#1)
Starter code contains two data classes `Flower1` and `Flower2`. Both define
The starter code contains two data classes `Flower1` and `Flower2`. Both define
only one property `type` of the type `String`. Add a secondary constructor to
the class `Flower1` that takes no arguments and initializes `type` to `Daisy`.
Add a default value `Daisy` to the constructor argument of the `Flower2` class.

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@ -1,18 +1,24 @@
package secondaryConstructorsExercise1
import org.junit.Assert
import org.junit.Test
import util.loadMemberProperty
import kotlin.test.assertEquals
class TestSecondaryConstructorsExercise1 {
@Test fun testSolution() {
val flowerClass = Flower::class
@Test fun testFlower1() {
val flowerClass = Flower1::class
val typeProp = loadMemberProperty(flowerClass, "type")
val constructor = flowerClass.constructors.find { it.parameters.isEmpty() }
?: throw AssertionError("Can't find constructor without parameters in the class 'Flower'")
?: throw AssertionError("Can't find constructor without parameters in the class 'Flower1'")
val flowerInstance = constructor.call()
val typeValue = typeProp.getter.call(flowerInstance)
assertEquals("Daisy", typeValue, "After calling a constructor without parameters the value of 'type' should be 'Daisy'")
}
@Test fun testFlower2() {
//TODO: implement tests for Flower2 after description was slightly updated
Assert.assertTrue("Tests not implemented for the task", false)
}
}

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@ -1,6 +1,6 @@
## Secondary Constructors (#2)
Starter code contains a `SpaceShip` class with a property `name: String`. Add
a secondary constructor that takes two parameters `shipClass` (a `String`) and
`model` (an `Int`) and builds a `SpaceShip` object taking `"$shipClass-$model"`
as a name.
The starter code contains a `SpaceShip` class with a property `name: String`.
Add a secondary constructor that takes two parameters `shipClass` (a `String`)
and `model` (an `Int`) and builds a `SpaceShip` object taking
`"$shipClass-$model"` as a name.

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@ -1,8 +1,8 @@
## Lambda with Receiver (#1)
Implement `drawSquare()` to return a square of star symbols in a `String`
using `buildString`. `drawSquare()` takes `width` as a parameter. For
`width = 3` the following output is expected:
using `buildString()`. `drawSquare()` takes `width` as a parameter.
For example, `width = 3` produces the following output:
```text
***

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@ -1,4 +1,4 @@
## Lambda with Receiver (#2)
Implement `buildMap()` which is similar to `buildList()`. `buildMap()`
creates a mutable map and applies actions passed in a lambda parameter.
creates a mutable `Map` and applies actions passed in a lambda parameter.

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@ -1,6 +1,5 @@
// UnitTesting/StateMachine.kt
package unittesting
import unittesting.State.*
enum class State { ON, OFF, PAUSED }
@ -8,7 +7,6 @@ enum class State { ON, OFF, PAUSED }
class StateMachine {
var state: State = OFF
private set
private fun updateState(
current: State, new: State
) {
@ -16,13 +14,9 @@ class StateMachine {
state = new
}
}
fun start() = updateState(OFF, ON)
fun pause() = updateState(ON, PAUSED)
fun resume() = updateState(PAUSED, ON)
fun finish() {
state = OFF
}

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@ -1,7 +1,7 @@
## Data Types (#3)
Guess the results of the following expressions and then check yourself using
Kotlin:
Guess the results of the following expressions and then check your guesses
using Kotlin:
```kotlin
val c1 = 'a' + 1

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@ -2,9 +2,11 @@
Write three functions using expression body syntax:
- `f()` takes two `Int` parameters and returns the sum.
- `g()` takes two `String` parameters and returns them, concatenated.
- `h()` calls `println()` to display `"h()"`.
- `f()` takes two `Int` parameters and returns the sum.
- `g()` takes two `String` parameters and returns them, concatenated.
- `h()` calls `println()` to display `"h()"`.
In 'main', assign the result of each function to a `val`, and specify the
type. Then display on the console the types of all the functions `f()`, `g()`

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@ -1,7 +1,7 @@
// StringTemplates/StringConcatenation.kt
fun main() {
val s = "hi\n" // [1]
val s = "hi\n" // \n is a newline character
val n = 11
val d = 3.14
println("first: " + s + "second: " +

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@ -1,5 +1,5 @@
## String Templates (#2)
Implement a `record()` function that returns a `String` in the form: `index.
Implement a `record()` function that returns a string in the form: `index.
[status] message`, where each item is passed into `record()` as a parameter.
`record()` should add a line break at the end of the `String`.
`record()` should add a line break at the end of the string.

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@ -2,8 +2,12 @@
Create a `data` class called `AirlineTicket` containing the following fields:
- `firstName: String`
- `lastName: String`
- `ticket: Int`
- `origin: String`
- `destination: String`
- `firstName: String`
- `lastName: String`
- `ticket: Int`
- `origin: String`
- `destination: String`

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@ -5,9 +5,11 @@ which returns a `Triple` containing a `Boolean` and two `Int`s. If either `n1`
or `n2` is less than zero, it returns `false` and two zeros. Otherwise, it
returns a `Triple` containing:
- `true`
- The sum of `n1` and `n2`
- `n1` multiplied by `n2`
- `true`
- The sum of `n1` and `n2`
- `n1` multiplied by `n2`
The starter code contains a `main()` with tests, showing the different between
unpacking the `Triple` using `first`, `second` and `third` versus a

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@ -6,7 +6,10 @@ default argument of `false`.
In Australia, the seasons are defined by grouping the calendar months:
- Spring: The transition months September, October and November
- Summer: The hottest months December, January and February
- Autumn: The transition months March, April and May
- Winter: The coldest months June, July and August
- Spring: The transition months September, October and November
- Summer: The hottest months December, January and February
- Autumn: The transition months March, April and May
- Winter: The coldest months June, July and August

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@ -4,11 +4,11 @@ Create a generic class called `CountingSet` that counts how many times
each element was added to it. Implement it using a `private Map`. It should
define three member functions:
- `add(element: E)` adds a new element. If the client programmer tries to `add()`
an element that is already in the `CountingSet`, the corresponding counter should
be increased.
- `add(element: E)` adds a new element. If the client programmer tries to `add()`
an element that is already in the `CountingSet`, the corresponding counter should
be increased.
- `count(element: E)` returns the number of times each element was added to the
`CountingSet`. If the element isn't present in `CountingSet` the result is zero.
- `count(element: E)` returns the number of times each element was added to the
`CountingSet`. If the element isn't present in `CountingSet` the result is zero.
- `toSet()` returns a set of stored elements.
- `toSet()` returns a set of stored elements.

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@ -2,7 +2,7 @@
Create a class called `Dog` with an overloaded `bark()` member function:
- `bark(n: Int)` displays `bark` repeated `n` times to the console.
- `bark(n: Int)` displays `bark` repeated `n` times to the console.
- `bark(n: Int, say: String)` displays the contents of `say` repeated `n` times
to the console.
- `bark(n: Int, say: String)` displays the contents of `say` repeated `n` times
to the console.

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@ -10,11 +10,15 @@ other than parentheses and whitespace, throw an `IllegalArgumentException`.
Some examples:
- `()` is balanced
- `(()` is unbalanced
- `)(` is unbalanced
- `( ()() )` is balanced
- `*()` produces an `IllegalArgumentException`
- `()` is balanced
- `(()` is unbalanced
- `)(` is unbalanced
- `( ()() )` is balanced
- `*()` produces an `IllegalArgumentException`
<div class="hint">

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@ -3511,258 +3511,283 @@ public class TestAllExamples extends AbstractTestExamples {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Complex Constructors/Exercise 3/src/Task.kt", complexConstructorsExercise3.TaskKt::main);
}
@Test
public void testTask206() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Secondary Constructors/Exercise 1/src/Task.kt", secondaryConstructorsExercise1.TaskKt::main);
}
@Test
public void testTask207() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Secondary Constructors/Exercise 2/src/Task.kt", secondaryConstructorsExercise2.TaskKt::main);
}
@Test
public void testGardenItem1() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Secondary Constructors/Exercise 3/src/GardenItem.kt", secondaryConstructorsExercise3.GardenItemKt::main);
}
@Test
public void testTask206() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Base Class Initialization/Exercise 1/src/Task.kt", baseClassInitializationExercise1.TaskKt::main);
}
@Test
public void testTask207() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Base Class Initialization/Exercise 2/src/Task.kt", baseClassInitializationExercise2.TaskKt::main);
}
@Test
public void testTask208() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Base Class Initialization/Exercise 3/src/Task.kt", baseClassInitializationExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inheritance/Exercise 1/src/Task.kt", inheritanceExercise1.TaskKt::main);
}
@Test
public void testTask209() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Abstract Classes/Exercise 1/src/Task.kt", abstractClassesExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inheritance/Exercise 2/src/Task.kt", inheritanceExercise2.TaskKt::main);
}
@Test
public void testTask210() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Abstract Classes/Exercise 2/src/Task.kt", abstractClassesExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inheritance/Exercise 3/src/Task.kt", inheritanceExercise3.TaskKt::main);
}
@Test
public void testTask211() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Abstract Classes/Exercise 3/src/Task.kt", abstractClassesExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Base Class Initialization/Exercise 1/src/Task.kt", baseClassInitializationExercise1.TaskKt::main);
}
@Test
public void testTask212() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Upcasting/Exercise 1/src/Task.kt", upcastingExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Base Class Initialization/Exercise 2/src/Task.kt", baseClassInitializationExercise2.TaskKt::main);
}
@Test
public void testTask213() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Upcasting/Exercise 2/src/Task.kt", upcastingExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Base Class Initialization/Exercise 3/src/Task.kt", baseClassInitializationExercise3.TaskKt::main);
}
@Test
public void testTask214() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Upcasting/Exercise 3/src/Task.kt", upcastingExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Abstract Classes/Exercise 1/src/Task.kt", abstractClassesExercise1.TaskKt::main);
}
@Test
public void testTask215() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Polymorphism/Exercise 1/src/Task.kt", polymorphismExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Abstract Classes/Exercise 2/src/Task.kt", abstractClassesExercise2.TaskKt::main);
}
@Test
public void testTask216() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Polymorphism/Exercise 2/src/Task.kt", polymorphismExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Abstract Classes/Exercise 3/src/Task.kt", abstractClassesExercise3.TaskKt::main);
}
@Test
public void testTask217() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Polymorphism/Exercise 3/src/Task.kt", polymorphismExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Upcasting/Exercise 1/src/Task.kt", upcastingExercise1.TaskKt::main);
}
@Test
public void testTask218() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Composition/Exercise 1/src/Task.kt", compositionExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Upcasting/Exercise 2/src/Task.kt", upcastingExercise2.TaskKt::main);
}
@Test
public void testTask219() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Composition/Exercise 2/src/Task.kt", compositionExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Upcasting/Exercise 3/src/Task.kt", upcastingExercise3.TaskKt::main);
}
@Test
public void testTask220() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Composition/Exercise 3/src/Task.kt", compositionExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Polymorphism/Exercise 1/src/Task.kt", polymorphismExercise1.TaskKt::main);
}
@Test
public void testTask221() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inheritance & Extensions/Exercise 1/src/Task.kt", inheritanceAndExtensionsExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Polymorphism/Exercise 2/src/Task.kt", polymorphismExercise2.TaskKt::main);
}
@Test
public void testTask222() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inheritance & Extensions/Exercise 2/src/Task.kt", inheritanceAndExtensionsExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Polymorphism/Exercise 3/src/Task.kt", polymorphismExercise3.TaskKt::main);
}
@Test
public void testTask223() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inheritance & Extensions/Exercise 3/src/Task.kt", inheritanceAndExtensionsExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Composition/Exercise 1/src/Task.kt", compositionExercise1.TaskKt::main);
}
@Test
public void testTask224() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Class Delegation/Exercise 1/src/Task.kt", classDelegationExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Composition/Exercise 2/src/Task.kt", compositionExercise2.TaskKt::main);
}
@Test
public void testTask225() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Class Delegation/Exercise 2/src/Task.kt", classDelegationExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Composition/Exercise 3/src/Task.kt", compositionExercise3.TaskKt::main);
}
@Test
public void testTask226() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Class Delegation/Exercise 3/src/Task.kt", classDelegationExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inheritance & Extensions/Exercise 1/src/Task.kt", inheritanceAndExtensionsExercise1.TaskKt::main);
}
@Test
public void testTask227() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Downcasting/Exercise 1/src/Task.kt", downcastingExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inheritance & Extensions/Exercise 2/src/Task.kt", inheritanceAndExtensionsExercise2.TaskKt::main);
}
@Test
public void testTask228() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Downcasting/Exercise 2/src/Task.kt", downcastingExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inheritance & Extensions/Exercise 3/src/Task.kt", inheritanceAndExtensionsExercise3.TaskKt::main);
}
@Test
public void testTask229() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Downcasting/Exercise 3/src/Task.kt", downcastingExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Class Delegation/Exercise 1/src/Task.kt", classDelegationExercise1.TaskKt::main);
}
@Test
public void testTask230() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Sealed Classes/Exercise 1/src/Task.kt", sealedClassesExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Class Delegation/Exercise 2/src/Task.kt", classDelegationExercise2.TaskKt::main);
}
@Test
public void testTask231() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Sealed Classes/Exercise 2/src/Task.kt", sealedClassesExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Class Delegation/Exercise 3/src/Task.kt", classDelegationExercise3.TaskKt::main);
}
@Test
public void testTask232() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Sealed Classes/Exercise 3/src/Task.kt", sealedClassesExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Downcasting/Exercise 1/src/Task.kt", downcastingExercise1.TaskKt::main);
}
@Test
public void testTask233() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Nested Classes/Exercise 1/src/Task.kt", nestedClassesExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Downcasting/Exercise 2/src/Task.kt", downcastingExercise2.TaskKt::main);
}
@Test
public void testTask234() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Nested Classes/Exercise 2/src/Task.kt", nestedClassesExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Downcasting/Exercise 3/src/Task.kt", downcastingExercise3.TaskKt::main);
}
@Test
public void testTask235() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Nested Classes/Exercise 3/src/Task.kt", nestedClassesExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Sealed Classes/Exercise 1/src/Task.kt", sealedClassesExercise1.TaskKt::main);
}
@Test
public void testTask236() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Nested Classes/Exercise 4/src/Task.kt", nestedClassesExercise4.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Sealed Classes/Exercise 2/src/Task.kt", sealedClassesExercise2.TaskKt::main);
}
@Test
public void testTask237() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inner Classes/Exercise 1/src/Task.kt", innerClassesExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Sealed Classes/Exercise 3/src/Task.kt", sealedClassesExercise3.TaskKt::main);
}
@Test
public void testTask238() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inner Classes/Exercise 2/src/Task.kt", innerClassesExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Nested Classes/Exercise 1/src/Task.kt", nestedClassesExercise1.TaskKt::main);
}
@Test
public void testTask239() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inner Classes/Exercise 3/src/Task.kt", innerClassesExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Nested Classes/Exercise 2/src/Task.kt", nestedClassesExercise2.TaskKt::main);
}
@Test
public void testTask240() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Objects/Exercise 1/src/Task.kt", objectsExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Nested Classes/Exercise 3/src/Task.kt", nestedClassesExercise3.TaskKt::main);
}
@Test
public void testTask241() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Objects/Exercise 2/src/Task.kt", objectsExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Nested Classes/Exercise 4/src/Task.kt", nestedClassesExercise4.TaskKt::main);
}
@Test
public void testTask242() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Objects/Exercise 3/src/Task.kt", objectsExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inner Classes/Exercise 1/src/Task.kt", innerClassesExercise1.TaskKt::main);
}
@Test
public void testTask243() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Companion Objects/Exercise 1/src/Task.kt", companionObjectsExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inner Classes/Exercise 2/src/Task.kt", innerClassesExercise2.TaskKt::main);
}
@Test
public void testTask244() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Companion Objects/Exercise 2/src/Task.kt", companionObjectsExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Inner Classes/Exercise 3/src/Task.kt", innerClassesExercise3.TaskKt::main);
}
@Test
public void testTask245() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Companion Objects/Exercise 3/src/Task.kt", companionObjectsExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Objects/Exercise 1/src/Task.kt", objectsExercise1.TaskKt::main);
}
@Test
public void testTask246() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Object-Oriented Design/Exercise 2/src/Task.kt", objectOrientedDesignExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Objects/Exercise 2/src/Task.kt", objectsExercise2.TaskKt::main);
}
@Test
public void testTask247() {
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Object-Oriented Design/Exercise 3/src/Task.kt", objectOrientedDesignExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Objects/Exercise 3/src/Task.kt", objectsExercise3.TaskKt::main);
}
@Test
public void testTask248() {
testExample("../AtomicKotlinCourse/Power Tools/Lambda with Receiver/Exercise 1/src/Task.kt", lambdaWithReceiverExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Companion Objects/Exercise 1/src/Task.kt", companionObjectsExercise1.TaskKt::main);
}
@Test
public void testTask249() {
testExample("../AtomicKotlinCourse/Power Tools/Lambda with Receiver/Exercise 2/src/Task.kt", lambdaWithReceiverExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Companion Objects/Exercise 2/src/Task.kt", companionObjectsExercise2.TaskKt::main);
}
@Test
public void testTask250() {
testExample("../AtomicKotlinCourse/Power Tools/The with() Function/Exercise 1/src/Task.kt", theWithFunctionExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Companion Objects/Exercise 3/src/Task.kt", companionObjectsExercise3.TaskKt::main);
}
@Test
public void testTask251() {
testExample("../AtomicKotlinCourse/Power Tools/The with() Function/Exercise 2/src/Task.kt", theWithFunctionExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Object-Oriented Design/Exercise 2/src/Task.kt", objectOrientedDesignExercise2.TaskKt::main);
}
@Test
public void testTask252() {
testExample("../AtomicKotlinCourse/Power Tools/Scope Functions/Exercise 1/src/Task.kt", scopeFunctionsExercise1.TaskKt::main);
testExample("../AtomicKotlinCourse/Object-Oriented Programming/Object-Oriented Design/Exercise 3/src/Task.kt", objectOrientedDesignExercise3.TaskKt::main);
}
@Test
public void testTask253() {
testExample("../AtomicKotlinCourse/Power Tools/Scope Functions/Exercise 2/src/Task.kt", scopeFunctionsExercise2.TaskKt::main);
testExample("../AtomicKotlinCourse/Power Tools/Lambda with Receiver/Exercise 1/src/Task.kt", lambdaWithReceiverExercise1.TaskKt::main);
}
@Test
public void testTask254() {
testExample("../AtomicKotlinCourse/Power Tools/Scope Functions/Exercise 3/src/Task.kt", scopeFunctionsExercise3.TaskKt::main);
testExample("../AtomicKotlinCourse/Power Tools/Lambda with Receiver/Exercise 2/src/Task.kt", lambdaWithReceiverExercise2.TaskKt::main);
}
@Test
public void testTask255() {
testExample("../AtomicKotlinCourse/Power Tools/The with() Function/Exercise 1/src/Task.kt", theWithFunctionExercise1.TaskKt::main);
}
@Test
public void testTask256() {
testExample("../AtomicKotlinCourse/Power Tools/The with() Function/Exercise 2/src/Task.kt", theWithFunctionExercise2.TaskKt::main);
}
@Test
public void testTask257() {
testExample("../AtomicKotlinCourse/Power Tools/Scope Functions/Exercise 1/src/Task.kt", scopeFunctionsExercise1.TaskKt::main);
}
@Test
public void testTask258() {
testExample("../AtomicKotlinCourse/Power Tools/Scope Functions/Exercise 2/src/Task.kt", scopeFunctionsExercise2.TaskKt::main);
}
@Test
public void testTask259() {
testExample("../AtomicKotlinCourse/Power Tools/Scope Functions/Exercise 3/src/Task.kt", scopeFunctionsExercise3.TaskKt::main);
}
@Test
public void testTask260() {
testExample("../AtomicKotlinCourse/Power Tools/Hashing/Exercise 1/src/Task.kt", hashingExercise1.TaskKt::main);
}
}