@Test
public void testLibraries() {
final IREXP testREXP =
PlainJavaConnectionTestSuiteContext.getInstance()
.acquireRConnection()
.eval(new StringBuffer().append("try(").append("library()").append(")").toString());
Assert.assertEquals("testREXP is not a List", IREXP.XT_MAP, testREXP.getType());
final IRMap elementMap = testREXP.asMap();
// debug names
Assert.assertEquals(
"elementList.header is not XT_NULL", IREXP.XT_NULL, elementMap.at("header").getType());
Assert.assertEquals(
"elementList.footer is not a XT_NULL", IREXP.XT_NULL, elementMap.at("footer").getType());
Assert.assertEquals("elementList.keys #0 is not header", "header", elementMap.keys()[0]);
Assert.assertEquals("elementList.keys #1 is not results", "results", elementMap.keys()[1]);
Assert.assertEquals("elementList.keys #2 is not footer", "footer", elementMap.keys()[2]);
Assert.assertEquals(
"elementList.getBody is not XT_ARRAY_STR",
IREXP.XT_ARRAY_STR,
elementMap.at("results").getType());
final String[] listBody = elementMap.at("results").asStringArray();
// TODO long list
Assert.assertTrue("no of elements is not divisible by 3", listBody.length % 3 == 0);
}
@Test
public void testFactor() {
final IREXP libraryREXP =
PlainJavaConnectionTestSuiteContext.getInstance()
.acquireRConnection()
.eval(
new StringBuffer()
.append("try(")
.append("as.factor(c(1,1,1,2,2,1,3,2,3,1))")
.append(")")
.toString());
Assert.assertNotNull(libraryREXP);
Assert.assertEquals(IREXP.XT_FACTOR, libraryREXP.getType());
final IRFactor factor = libraryREXP.asFactor();
Assert.assertNotNull(factor);
Assert.assertEquals(10, factor.size());
Assert.assertEquals("1", factor.at(0));
Assert.assertEquals("1", factor.at(1));
Assert.assertEquals("1", factor.at(2));
Assert.assertEquals("2", factor.at(3));
Assert.assertEquals("2", factor.at(4));
Assert.assertEquals("1", factor.at(5));
Assert.assertEquals("3", factor.at(6));
Assert.assertEquals("2", factor.at(7));
Assert.assertEquals("3", factor.at(8));
Assert.assertEquals("1", factor.at(9));
}
@Test
public void testDouble() {
final IREXP libraryREXP =
PlainJavaConnectionTestSuiteContext.getInstance()
.acquireRConnection()
.eval(new StringBuffer().append("try(").append("1/4").append(")").toString());
Assert.assertNotNull(libraryREXP);
Assert.assertEquals(IREXP.XT_DOUBLE, libraryREXP.getType());
Assert.assertEquals(0.25, libraryREXP.asDouble(), PlainJavaConnectionTestSuiteContext.EPSILON);
}
@Test
public void testString() {
final IREXP libraryREXP =
PlainJavaConnectionTestSuiteContext.getInstance()
.acquireRConnection()
.eval(new StringBuffer().append("try(").append("\"string\"").append(")").toString());
Assert.assertNotNull(libraryREXP);
Assert.assertEquals(IREXP.XT_STR, libraryREXP.getType());
Assert.assertEquals("string", libraryREXP.asString());
}
@Test
public void testBool() {
final IREXP libraryREXP =
PlainJavaConnectionTestSuiteContext.getInstance()
.acquireRConnection()
.eval(new StringBuffer().append("try(").append("1 == 1").append(")").toString());
Assert.assertNotNull(libraryREXP);
Assert.assertEquals(IREXP.XT_BOOL, libraryREXP.getType());
Assert.assertEquals(true, libraryREXP.asBool().isTRUE());
}
@Test
public void testInt() {
final IREXP libraryREXP =
PlainJavaConnectionTestSuiteContext.getInstance()
.acquireRConnection()
.eval(
new StringBuffer().append("try(").append("as.integer(1+4)").append(")").toString());
Assert.assertNotNull(libraryREXP);
Assert.assertEquals(IREXP.XT_INT, libraryREXP.getType());
Assert.assertEquals(5, libraryREXP.asInt());
}
@Test
public void testDoubleArray() {
final IREXP libraryREXP =
PlainJavaConnectionTestSuiteContext.getInstance()
.acquireRConnection()
.eval(new StringBuffer().append("try(").append("c(1/4,1/7)").append(")").toString());
Assert.assertNotNull(libraryREXP);
Assert.assertEquals(IREXP.XT_ARRAY_DOUBLE, libraryREXP.getType());
final double[] dArray = libraryREXP.asDoubleArray();
Assert.assertEquals(0.25, dArray[0], PlainJavaConnectionTestSuiteContext.EPSILON);
Assert.assertEquals(1.0 / 7.0, dArray[1], PlainJavaConnectionTestSuiteContext.EPSILON);
}
@Test
public void testBoolArray() {
final IREXP libraryREXP =
PlainJavaConnectionTestSuiteContext.getInstance()
.acquireRConnection()
.eval(
new StringBuffer()
.append("try(")
.append("c(1 == 1, 1 ==2)")
.append(")")
.toString());
Assert.assertNotNull(libraryREXP);
Assert.assertEquals(IREXP.XT_ARRAY_BOOL, libraryREXP.getType());
IRBool[] bArray = libraryREXP.asBoolArray();
Assert.assertEquals(true, bArray[0].isTRUE());
Assert.assertEquals(true, bArray[1].isFALSE());
}
@Test
public void testIntArray() {
final IREXP libraryREXP =
PlainJavaConnectionTestSuiteContext.getInstance()
.acquireRConnection()
.eval(
new StringBuffer()
.append("try(")
.append("c(as.integer(1+4),as.integer(1+5))")
.append(")")
.toString());
Assert.assertNotNull(libraryREXP);
Assert.assertEquals(IREXP.XT_ARRAY_INT, libraryREXP.getType());
final int[] iArray = libraryREXP.asIntArray();
Assert.assertEquals(5, iArray[0]);
Assert.assertEquals(6, iArray[1]);
}
@Test
public void testStringArray() {
final IREXP libraryREXP =
PlainJavaConnectionTestSuiteContext.getInstance()
.acquireRConnection()
.eval(
new StringBuffer()
.append("try(")
.append("c(\"string\",\"string2\")")
.append(")")
.toString());
Assert.assertNotNull(libraryREXP);
Assert.assertEquals(IREXP.XT_ARRAY_STR, libraryREXP.getType());
final String[] sArray = libraryREXP.asStringArray();
Assert.assertNotNull(sArray);
Assert.assertEquals("string", sArray[0]);
Assert.assertEquals("string2", sArray[1]);
}
@Test
public void testVector() {
final IREXP testREXP =
PlainJavaConnectionTestSuiteContext.getInstance()
.acquireRConnection()
.eval("c(a = as.integer(1), a2 = 2.12, b = 2 == 1, c = as.symbol(\"s\"))");
Assert.assertNotNull(testREXP);
// TODO distinguish between MAP and VECTOR
Assert.assertEquals(IREXP.XT_MAP, testREXP.getType());
final IRVector testVector = testREXP.asVector();
Assert.assertNotNull(testVector);
Assert.assertEquals(4, testVector.size());
final IREXP at0 = testVector.at(0);
Assert.assertNotNull(at0);
Assert.assertEquals(at0.getType(), IREXP.XT_INT);
final IREXP at1 = testVector.at(1);
Assert.assertNotNull(at1);
Assert.assertEquals(at1.getType(), IREXP.XT_DOUBLE);
}
@Test
public void testList() {
final IREXP libraryREXP =
PlainJavaConnectionTestSuiteContext.getInstance()
.acquireRConnection()
.eval(new StringBuffer().append("try(").append("library()").append(")").toString());
Assert.assertEquals(IREXP.XT_MAP, libraryREXP.getType());
final IRMap namedRList = libraryREXP.asMap();
final String[] keys = namedRList.keys();
Assert.assertEquals("header", keys[0]);
Assert.assertEquals("results", keys[1]);
Assert.assertEquals("footer", keys[2]);
final IREXP header = namedRList.at("header");
Assert.assertTrue(header.getType() == IREXP.XT_NULL);
final IREXP footer = namedRList.at("footer");
Assert.assertTrue(footer.getType() == IREXP.XT_NULL);
final IREXP results = namedRList.at("results");
Assert.assertNotNull(results.dim());
Assert.assertEquals(3, results.dim()[1]);
Assert.assertTrue(results.getType() == IREXP.XT_ARRAY_STR);
Assert.assertTrue(results.length() > 1);
final String[] strings = results.asStringArray();
final int rows = results.dim()[0];
Assert.assertEquals(rows * 3, results.length());
final List<Library> libs = new ArrayList<Library>();
for (int i = 0; i < rows; i++) {
final Library lib = new Library();
lib.name = strings[i];
lib.active = false; // loadedLibraries.contains(lib.name);
lib.lib = strings[i + rows];
lib.desc = strings[i + 2 * rows];
libs.add(lib);
}
}
@Test
public void testMatrix() {
final IREXP testREXP =
PlainJavaConnectionTestSuiteContext.getInstance()
.acquireRConnection()
.eval(
new StringBuffer()
.append("try(")
.append("summary(lm(dist~speed,data=cars))$coefficients")
.append(")")
.toString());
Assert.assertEquals("textREXP is not a matrix", IREXP.XT_MATRIX, testREXP.getType());
final IRMatrix matrix = testREXP.asMatrix();
Assert.assertNotNull("conversion asMatrx failed!", matrix);
Assert.assertEquals("not 2 rows", 2, matrix.getRows());
Assert.assertEquals("not 4 columns", 4, matrix.getColumns());
Assert.assertEquals("row #1 name wrong", "(Intercept)", matrix.getRowNameAt(0));
Assert.assertEquals("row #2 name wrong", "speed", matrix.getRowNameAt(1));
Assert.assertEquals("column #1 name wrong", "Estimate", matrix.getColumnNameAt(0));
Assert.assertEquals("column #2 name wrong", "Std. Error", matrix.getColumnNameAt(1));
Assert.assertEquals("column #3 name wrong", "t value", matrix.getColumnNameAt(2));
Assert.assertEquals("column #4 name wrong", "Pr(>|t|)", matrix.getColumnNameAt(3));
// just once the values
for (int row = 0; row < matrix.getRows(); row++) {
for (int col = 0; col < matrix.getColumns(); col++) {
Assert.assertEquals(
"coeff type is wrong @(row=" + row + ",col=" + col + ")",
matrix.getValueAt(row, col).getType(),
IREXP.XT_DOUBLE);
}
}
Assert.assertEquals(
"coeff value is wrong @(row=0,col=0)",
-17.579095,
matrix.getValueAt(0, 0).asDouble(),
PlainJavaConnectionTestSuiteContext.EPSILON);
Assert.assertEquals(
"coeff value is wrong @(row=0,col=1)",
6.7584402,
matrix.getValueAt(0, 1).asDouble(),
PlainJavaConnectionTestSuiteContext.EPSILON);
Assert.assertEquals(
"coeff value is wrong @(row=0,col=2)",
-2.601058,
matrix.getValueAt(0, 2).asDouble(),
PlainJavaConnectionTestSuiteContext.EPSILON);
Assert.assertEquals(
"coeff value is wrong @(row=0,col=3)",
1.231882e-02,
matrix.getValueAt(0, 3).asDouble(),
PlainJavaConnectionTestSuiteContext.EPSILON);
Assert.assertEquals(
"coeff value is wrong @(row=1,col=0)",
3.932409,
matrix.getValueAt(1, 0).asDouble(),
PlainJavaConnectionTestSuiteContext.EPSILON);
Assert.assertEquals(
"coeff value is wrong @(row=1,col=1)",
0.4155128,
matrix.getValueAt(1, 1).asDouble(),
PlainJavaConnectionTestSuiteContext.EPSILON);
Assert.assertEquals(
"coeff value is wrong @(row=1,col=2)",
9.463990,
matrix.getValueAt(1, 2).asDouble(),
PlainJavaConnectionTestSuiteContext.EPSILON);
Assert.assertEquals(
"coeff value is wrong @(row=1,col=3)",
1.489836e-12,
matrix.getValueAt(1, 3).asDouble(),
PlainJavaConnectionTestSuiteContext.EPSILON);
}