package jmathlibtests.core.tokens;
import jmathlib.core.interpreter.Interpreter;
import jmathlib.tools.junit.framework.*;
import jmathlibtests.*;
public class testRelationOperatorToken extends TestCase {
protected Interpreter ml;
public testRelationOperatorToken(String name) {
super(name);
}
public static void main (String[] args) {
jmathlib.tools.junit.textui.TestRunner.run (suite());
}
protected void setUp() {
ml = new Interpreter(true);
}
protected void tearDown() {
ml = null;
}
public static Test suite() {
return new TestSuite(testRelationOperatorToken.class);
}
/************* < ***************/
public void test001a() {
ml.executeExpression("a=(2<3)");
assertTrue(true == ml.getScalarValueBoolean("a"));
}
public void test001b() {
ml.executeExpression("a=(3<2)");
assertTrue(false == ml.getScalarValueBoolean("a"));
}
public void test001c() {
ml.executeExpression("a=([1,2,3,4]<3)");
boolean[][] r = {{true,true,false,false}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test001d() {
ml.executeExpression("a=(3<[1,2,3,4; 2,4,3,4])");
boolean[][] r = {{false,false,false,true},{false,true,false,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test001e() {
ml.executeExpression("a=([3,1; 1,4]<[1,2; 3,4])");
boolean[][] r ={{false,true},{true,false}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
/************* > ***************/
public void test002a() {
ml.executeExpression("a=(5>4)");
assertTrue(true == ml.getScalarValueBoolean("a"));
}
public void test002b() {
ml.executeExpression("a=(1>2)");
assertTrue(false == ml.getScalarValueBoolean("a"));
}
public void test002c() {
ml.executeExpression("a=([4,2,3,4]>3)");
boolean[][] r = {{true,false,false,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test002d() {
ml.executeExpression("a=(3>[1,2,3,4; 2,4,3,4])");
boolean[][] r = {{true,true,false,false},{true,false,false,false}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test002e() {
ml.executeExpression("a=([3,1; 1,4]>[1,2; 3,4])");
boolean[][] r = {{true,false},{false,false}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
/************* <= ***************/
public void test003a() {
ml.executeExpression("a=(2<=3)");
assertTrue(true == ml.getScalarValueBoolean("a"));
}
public void test003b() {
ml.executeExpression("a=(3<=2)");
assertTrue(false == ml.getScalarValueBoolean("a"));
}
public void test003bb() {
ml.executeExpression("a=(3<=3)");
assertTrue(true == ml.getScalarValueBoolean("a"));
}
public void test003c() {
ml.executeExpression("a=([1,2,3,4]<=3)");
boolean[][] r = {{true,true,true,false}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test003d() {
ml.executeExpression("a=(3<=[1,2,3,4; 2,4,3,4])");
boolean[][] r = {{false,false,true,true},{false,true,true,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test003e() {
ml.executeExpression("a=([3,1; 1,4]<=[1,2; 3,4])");
boolean[][] r = {{false,true},{true,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
/************* >= ***************/
public void test004a() {
ml.executeExpression("a=(4>=3)");
assertTrue(true == ml.getScalarValueBoolean("a"));
}
public void test004b() {
ml.executeExpression("a=(1>=2)");
assertTrue(false == ml.getScalarValueBoolean("a"));
}
public void test004bb() {
ml.executeExpression("a=(2>=2)");
assertTrue(true == ml.getScalarValueBoolean("a"));
}
public void test004c() {
ml.executeExpression("a=([1,2,3,4]>=3)");
boolean[][] r = {{false,false,true,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test004d() {
ml.executeExpression("a=(3>=[1,2,3,4; 2,4,3,4])");
boolean[][] r = {{true,true,true,false},{true,false,true,false}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test004e() {
ml.executeExpression("a=([3,1; 1,4]>=[1,2; 3,4])");
boolean[][] r = {{true,false},{false,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
/************* == ***************/
public void test005a() {
ml.executeExpression("a=(3==3)");
assertTrue(true == ml.getScalarValueBoolean("a"));
}
public void test005b() {
ml.executeExpression("a=(3==2)");
assertTrue(false == ml.getScalarValueBoolean("a"));
}
public void test005c() {
ml.executeExpression("a=([1,2,3,4]==3)");
boolean[][] r = {{false,false,true,false}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test005d() {
ml.executeExpression("a=(3==[1,2,3,4; 2,4,3,4])");
boolean[][] r = {{false,false,true,false},{false,false,true,false}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test005e() {
ml.executeExpression("a=([3,1; 3,4]==[1,2; 3,4])");
boolean[][] r = {{false,false},{true,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
/************* != and ~= ***************/
public void test006a() {
ml.executeExpression("a=(2!=3)");
assertTrue(true == ml.getScalarValueBoolean("a"));
}
public void test006b() {
ml.executeExpression("a=(3!=3)");
assertTrue(false == ml.getScalarValueBoolean("a"));
}
public void test006c() {
ml.executeExpression("a=([1,2,3,4]!=3)");
boolean[][] r = {{true,true,false,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test006d() {
ml.executeExpression("a=(3!=[1,2,3,4; 2,4,3,4])");
boolean[][] r = {{true,true,false,true},{true,true,false,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test006e() {
ml.executeExpression("a=([3,1; 1,4]!=[1,2; 3,4])");
boolean[][] r = {{true,true},{true,false}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test006f() {
ml.executeExpression("a=(2!=3)");
assertTrue(true == ml.getScalarValueBoolean("a"));
}
public void test006g() {
ml.executeExpression("a=(3!=3)");
assertTrue(false == ml.getScalarValueBoolean("a"));
}
public void test006h() {
ml.executeExpression("a=([1,2,3,4]!=3)");
boolean[][] r = {{true,true,false,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test006i() {
ml.executeExpression("a=(3!=[1,2,3,4; 2,4,3,4])");
boolean[][] r = {{true,true,false,true},{true,true,false,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test006j() {
ml.executeExpression("a=([3,1; 1,4]!=[1,2; 3,4])");
boolean[][] r = {{true,true},{true,false}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
/************* | ***************/
public void test007a() {
ml.executeExpression("a=(0|3)");
assertTrue(true == ml.getScalarValueBoolean("a"));
}
public void test007aa() {
ml.executeExpression("a=(3|0)");
assertTrue(true == ml.getScalarValueBoolean("a"));
}
public void test007b() {
ml.executeExpression("a=(0|0)");
assertTrue(false == ml.getScalarValueBoolean("a"));
}
public void test007c() {
ml.executeExpression("a=([1,2,3,4]|0)");
boolean[][] r = {{true,true,true,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test007cc() {
ml.executeExpression("a=([0,0,1,0]|0)");
boolean[][] r = {{false,false,true,false}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test007e() {
ml.executeExpression("a=([0,0; 1,4]|[1,0; 0,1])");
boolean[][] r = {{true,false},{true,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
/************* & ***************/
public void test008a() {
ml.executeExpression("a=(2&3)");
assertTrue(true == ml.getScalarValueBoolean("a"));
}
public void test008b() {
ml.executeExpression("a=(3&0)");
assertTrue(false == ml.getScalarValueBoolean("a"));
}
public void test008c() {
ml.executeExpression("a=([1,2,0,4]&3)");
boolean[][] r = {{true,true,false,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test008d() {
ml.executeExpression("a=(-4&[1,0,3,4; 0,0,3,4])");
boolean[][] r = {{true,false,true,true},{false,false,true,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test008dd() {
ml.executeExpression("a=(0&[1,0,3,4; 0,0,3,4])");
boolean[][] r = {{false,false,false,false},{false,false,false,false}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
public void test008e() {
ml.executeExpression("a=([3,1; 0,5]&[0,0; 3,4])");
boolean[][] r = {{false,false},{false,true}};
assertTrue(Compare.ArrayEquals(r, ml.getArrayValueBoolean("a")));
}
// *********** exceptions ************+
public void test100() {
// test if exception if thrown
try
{
ml.throwErrorsB = true;
ml.executeExpression("a=([1,2]<[1,2,3,4])");
ml.throwErrorsB = false;
}
catch (Exception e)
{
// test ok, no exception thrown
return;
}
fail("failed");
}
public void test101() {
// test if exception if thrown
try
{
ml.throwErrorsB = true;
ml.executeExpression("a=(2<'hallo')");
ml.throwErrorsB = false;
}
catch (Exception e)
{
// test ok, no exception thrown
return;
}
fail("failed");
}
}