kraken/tests/test_vectorTest.krak

import io:*;
import mem:*;
import vector:*;
import vector_literals:*

obj AbleToBeDestroyed (Object) {
    var data:int
    fun construct(dat:int):void {
        data = dat
        print("Constructed: ")
        println(data)
    }
    fun copy_construct(other:*AbleToBeDestroyed):void {
        data = other->data+1
        print("Copied: ")
        print(other->data)
        print(" to ")
        println(data)
    }

    fun operator=(other:AbleToBeDestroyed):void {
        print("Assigned: ")
        print(other.data)
        print(" to ")
        print(data)
        print(" is now ")
        data = other.data+1
        println(data)
    }

    fun destruct(): void {
        print("Destroyed: ")
        println(data)
    }
};

fun main(): int {
    var intVec.construct(): vector<int>;
    intVec.addEnd(1);
    intVec.addEnd(3);
    intVec.addEnd(3);
    intVec.addEnd(7);
    println(intVec.size);
    for (var i: int = 0; i < intVec.size; i++;)
        print(intVec.at(i));
    println();
    for (var i: int = 0; i < intVec.size; i++;)
        print(intVec[i]);
    println();

    // in place lambda map
    intVec.in_place(fun(it:int):int { return it*2; })
    for (var i: int = 0; i < intVec.size; i++;)
        print(intVec.at(i));
    println();
    intVec.for_each(fun(it:int):void print(it+7);)
    println();

    var subd = intVec.map(fun(it:int):int { return it-1; })
    for (var i: int = 0; i < subd.size; i++;)
        print(subd.at(i));
    println();

    var newType = intVec.map(fun(it:int):double { return it+1.7; })
    for (var i: int = 0; i < newType.size; i++;)
        print(newType.at(i));
    println();

    vector(1,2,3,4,5,6,7,8,9,10,11,12).for_each(fun(i:int) { print(i); })
    println()

    var desVec: *vector<AbleToBeDestroyed> = new<vector<AbleToBeDestroyed>>()->construct();
    var testDestruct.construct(0): AbleToBeDestroyed;
    desVec->addEnd(testDestruct);
    println("delete vector")
    delete(desVec);

    var newOne = vector("hayyy")
    println(newOne[0])
    var noParam = vector<double>()
    noParam.add(4.7)
    println(noParam[0])

    var assignTest = vector("first")
    println(assignTest[0])
    var toAssign = vector("first")
    toAssign.add("second")
    assignTest = toAssign
    println(assignTest[0])
    println(assignTest[1])

    var sliceTest = vector(1)
    sliceTest.add(2)
    sliceTest.add(3)
    sliceTest.add(4)
    print("full: ")
    sliceTest.for_each(fun(it:int):void print(it);)
    println()
    print("middle: ")
    sliceTest.slice(1,-2).for_each(fun(it:int):void print(it);)
    println()
    print("all but first: ")
    sliceTest.slice(1,-1).for_each(fun(it:int):void print(it);)
    println()
    print("all but last: ")
    sliceTest.slice(0,-2).for_each(fun(it:int):void print(it);)
    println()
    print("just some: ")
    sliceTest.slice(1,2).for_each(fun(it:int):void print(it);)
    println()

    println("find test")
    var multipleFindTest = vector(1,2,3)
    println(multipleFindTest.find(1))
    println(multipleFindTest.find(2))
    println(multipleFindTest.find(3))

    println("contains test")
    println(multipleFindTest.contains(0))
    println(multipleFindTest.contains(1))
    println(multipleFindTest.contains(2))
    println(multipleFindTest.contains(3))
    println(multipleFindTest.contains(4))

    println("add_unique test")
    multipleFindTest.add_unique(1)
    multipleFindTest.add_unique(4)
    multipleFindTest.add_unique(4)
    multipleFindTest.for_each( fun(i:int) { print(" "); print(i); } )
    println()

    println("set, []=, and delete test")
    var setTest = vector(4,5,6)
    setTest.add(7)
    setTest.set(1,8)
    setTest[2] = 9
    setTest.for_each(fun(it: int) println(it);)
    println("delete")
    setTest.remove(2)
    setTest.for_each(fun(it: int) println(it);)

    println("delete v2")
    var firstRem.construct(100): AbleToBeDestroyed;
    var secondRem.construct(200): AbleToBeDestroyed;
    var thirdRem.construct(300): AbleToBeDestroyed;
    var remTest = vector(firstRem, secondRem, thirdRem);
    remTest.remove(1)

    println("done")

    return 0;
}