1
Ich versuche, eine JUnit Test zu einer Klasse in einem anderen Paket zu tun.JUnit Test Ausgabe
Der Test hält mir den Fehler geben ‚Ziel kann nicht auf eine Art gelöst werden‘
Hier ist mein JUnit-Testcode
package JUnit_Test;
import static org.junit.Assert.*;
public class TargetTest {
public void test() {
Target t = new Target (200,200,50,3,1,0.2,100,100,true);
t.move();
assertEquals(t.positionX, 11);
assertEquals(t.positionY, 15);
}
}
und hier unter der Klasse, die ich erhalte das Verfahren von
import java.awt.Color;
import java.util.Random;
public class Target {
private Boolean animationdie=false;
private int size;//size of target
private int movementschem;//movement scheme target
private int subScenario;
private int posx;//were is targets x
private int posy;//were is targets y
private Boolean isclickable;//can we click
//for drawing animation circle
private int angle=0;//angle position of targets
private int angler=0;//radius angle
private Double radius;// radius of roads target
private int centerx;//position of centre target
private int centery;//position of centre target
private Color MyColor;//Colour targets
private Random rand;//for Random
//Create simple target
Target(int x,int y,int s,int movement,int scenario,Double rad,int centx,int centy, boolean isclickable){
rand = new Random();
size=s;
posx=x;
posy=y;
movementschem=movement;
subScenario=scenario;
radius=rad;
centerx=centx;
centery=centy;
MyColor= new Color(rand.nextInt(236)+20,rand.nextInt(236)+20,rand.nextInt(236)+20);
animationdie=false;
this.isclickable=isclickable;
}
//redraw target in random position
public void allrand(){
rand = new Random();
size=rand.nextInt(40)+20;
posx=rand.nextInt(400);
posy=rand.nextInt(400);
movementschem=rand.nextInt(5);
subScenario=rand.nextInt(4);
radius=rand.nextDouble()*rand.nextInt(100);
centerx=rand.nextInt(200)+100;
centery=rand.nextInt(200)+100;
MyColor= new Color(rand.nextInt(236)+20,rand.nextInt(236)+20,rand.nextInt(236)+20);
isclickable=true;
animationdie=false;
}
public void move() {
switch (getmovementschem()) {
case 0: { // From one side to the other, in a single
// axis
switch (getsubScenario()) {
case 0: // From left to right
posx+=1;
if (posx > 500) {
posx = -30;
}
break;
case 1: // From right to left.
setx(getx() - 1);
if (getx() < 0) {
setx(500);
}
break;
case 2: // From top to bottom.
sety(gety() + 1);
if (gety() > 500) {
sety(-50);
}
break;
case 3: // From bottom to top.
sety(gety() - 1);
if (gety() < 0) {
sety(500);
}
break;
}
break;
}
case 1: {// From one side to the other, in a two
// axis
switch (getsubScenario()) {
case 0: // From left to right
setx(getx() + 1);
sety(gety() + 1);
break;
case 1: // From right to left.
setx(getx() - 1);
sety(gety() - 1);
break;
case 2: // From top to bottom.
sety(gety() + 1);
setx(getx() - 1);
break;
case 3: // From bottom to top.
sety(gety() - 1);
setx(getx() + 1);
break;
}
break;
}
case 2: { // Halfway to the other side of the
// screen, and then back again
switch (getsubScenario()) {
case 0: // From left to right
setx(getx() + 1);
if (getx() > 250) {
setsubScenario(1);
}
break;
case 1: // From right to left.
setx(getx() - 1);
if (getx() < 0) {
setsubScenario(0);
}
break;
case 2: // From top to bottom.
sety(gety() + 1);
if (gety() > 250) {
setsubScenario(3);
}
break;
case 3: // From bottom to top.
sety(gety() - 1);
if (gety() < 0) {
setsubScenario(2);
}
break;
}
break;
}
case 3: { // In a circle, starting at the random
// part of the screen and moving
// outwards towards
if (getangle() > 360) {
setangle(0);
} else {
setangle(getangle() + 1);
}
double degrees = getangle()/(180/Math.PI);
int X = (int) (getcenterx() + (getradius()) * Math.cos(degrees));
int Y = (int) (getcentery() + (getradius()) * Math.sin(degrees));
sety(Y);
setx(X);
break;
}
case 4: { // In spirals from one side of the screen
// to the other
if (getangle() > 360) {
setangle(0);
} else {
setangle(getangle() + 1);
}
double degrees = getangle()/(180/Math.PI);
if (getradius() > 450) {
setradius(rand.nextDouble() * rand.nextInt(100));
}
setradius(getradius() + 0.1);
int X = (int) (getcenterx() + (getradius()) * Math.cos(degrees));
int Y = (int) (getcentery() + (getradius()) * Math.sin(degrees));
sety(Y);
setx(X);
break;
}
case 5: { // In an arc from one side of the screen
// to the other
if (getangle() > 360) {
setangle(0);
} else {
setangle(getangle() + 1);
}
double degrees = getangle()/(180/Math.PI);
setradius(150.0);
if (getradius() > 450) {
setradius(rand.nextDouble() * rand.nextInt(100));
}
int X = (int) (getcenterx() + (getradius() + 150) * Math.cos(degrees));
int Y = (int) (getcentery() + (getradius() + 20) * Math.sin(degrees));
sety(Y);
setx(X);
break;
}
}
}
/*
* for work with class
* */
public Boolean getisclicable(){
return isclickable;
}
public Color getcolor(){
return MyColor;
}
public Double getradius(){
return radius;
}
public int getcenterx(){
return centerx;
}
public int getcentery(){
return centery;
}
public int getmovementschem(){
return movementschem;
}
public int getsubScenario(){
return subScenario;
}
public int getangle(){
return angle;
}
public int getangler(){
return angler;
}
public int getx(){
return posx;
}
public int gety(){
return posy;
}
public int getsize(){
return size;
}
public void setsubScenario(int scenario){
subScenario=scenario;
}
public void setsize(int s){
size=s;
}
public void setx(int x){
posx=x;
}
public void sety(int y){
posy=y;
}
public void setangle(int an){
angle=an;
}
public void setangler(int an){
angler=an;
}
public void setradius(Double rad){
radius=rad;
}
public void setcenterx(int rx){
centerx=rx;
}
public void setcentery(int ry){
centery=ry;
}
public Boolean getAnimationdie() {
return animationdie;
}
public void setAnimationdie(Boolean animationdie) {
this.animationdie = animationdie;
}
public void setcolor(int r,int g,int b){
MyColor= new Color(r,g,b) ;
}
}