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package com_brailler;
import static org.junit.Assert.assertEquals;
import static org.junit.Assert.assertTrue;
import java.io.File;
import java.io.FileInputStream;
import java.io.FileOutputStream;
import java.io.IOException;
import javax.xml.parsers.ParserConfigurationException;
import org.daisy.braille.embosser.EmbosserCatalog;
import org.daisy.braille.embosser.EmbosserFeatures;
import org.daisy.braille.embosser.EmbosserWriter;
import org.daisy.braille.embosser.UnsupportedWidthException;
import org.daisy.braille.facade.PEFConverterFacade;
import org.daisy.braille.pef.PEFHandler;
import org.daisy.braille.table.TableCatalog;
import org.daisy.braille.tools.FileCompare;
import org.daisy.braille.tools.FileTools;
import org.daisy.paper.PageFormat;
import org.daisy.paper.PaperCatalog;
import org.daisy.paper.SheetPaper;
import org.daisy.paper.SheetPaperFormat;
import org.junit.Test;
import org.xml.sax.SAXException;
/**
*
* @author Bert Frees
*/
public class EnablingTechnologiesEmbosserTest {
private static EmbosserCatalog ec = EmbosserCatalog.newInstance();
private static EnablingTechnologiesEmbosser ra = (EnablingTechnologiesEmbosser) ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.ROMEO_ATTACHE");
private static EnablingTechnologiesEmbosser rap = (EnablingTechnologiesEmbosser) ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.ROMEO_ATTACHE_PRO");
private static EnablingTechnologiesEmbosser r25 = (EnablingTechnologiesEmbosser) ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.ROMEO_25");
private static EnablingTechnologiesEmbosser rp50 = (EnablingTechnologiesEmbosser)ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.ROMEO_PRO_50");
private static EnablingTechnologiesEmbosser rpln = (EnablingTechnologiesEmbosser) ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.ROMEO_PRO_LE_NARROW");
private static EnablingTechnologiesEmbosser rplw = (EnablingTechnologiesEmbosser)ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.ROMEO_PRO_LE_WIDE");
private static EnablingTechnologiesEmbosser t = (EnablingTechnologiesEmbosser)ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.THOMAS");
private static EnablingTechnologiesEmbosser tp = (EnablingTechnologiesEmbosser)ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.THOMAS_PRO");
private static EnablingTechnologiesEmbosser m = (EnablingTechnologiesEmbosser) ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.MARATHON");
private static EnablingTechnologiesEmbosser et = (EnablingTechnologiesEmbosser) ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.ET");
private static EnablingTechnologiesEmbosser jp = (EnablingTechnologiesEmbosser) ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.JULIET_PRO");
private static EnablingTechnologiesEmbosser jp60 = (EnablingTechnologiesEmbosser) ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.JULIET_PRO_60");
private static EnablingTechnologiesEmbosser jc = (EnablingTechnologiesEmbosser) ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.JULIET_CLASSIC");
private static EnablingTechnologiesEmbosser bm = (EnablingTechnologiesEmbosser) ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.BOOKMAKER");
private static EnablingTechnologiesEmbosser be100 =(EnablingTechnologiesEmbosser) ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.BRAILLE_EXPRESS_100");
private static EnablingTechnologiesEmbosser be150 = (EnablingTechnologiesEmbosser)ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.BRAILLE_EXPRESS_150");
private static EnablingTechnologiesEmbosser bp = (EnablingTechnologiesEmbosser)ec.get("com_brailler.EnablingTechnologiesEmbosserProvider.EmbosserType.BRAILLE_PLACE");
private static PaperCatalog pc = PaperCatalog.newInstance();
private static PageFormat a4 = new SheetPaperFormat((SheetPaper)pc.get("org_daisy.ISO216PaperProvider.PaperSize.A4"), SheetPaperFormat.Orientation.DEFAULT);
@Test
public void testPrintableArea() {
assertEquals("Assert that max width for an A4 paper is 34 cells", ra.getMaxWidth(a4), 34);
assertEquals("Assert that max height for an A4 paper is 29 lines", ra.getMaxHeight(a4), 29);
}
@Test
public void testTableFilter() {
TableCatalog tc = TableCatalog.newInstance();
assertTrue("Assert that encoding cannot be modified", tc.list(ra.getTableFilter()).size() <= 1);
}
@Test
public void testDuplex() {
assertTrue("Assert that duplex is not supported for " + ra.getDisplayName(), !ra.supportsDuplex());
assertTrue("Assert that duplex is not supported for " + rap.getDisplayName(), !rap.supportsDuplex());
assertTrue("Assert that duplex is not supported for " + r25.getDisplayName(), !r25.supportsDuplex());
assertTrue("Assert that duplex is not supported for " + rp50.getDisplayName(), !rp50.supportsDuplex());
assertTrue("Assert that duplex is not supported for " + rpln.getDisplayName(), !rpln.supportsDuplex());
assertTrue("Assert that duplex is not supported for " + rplw.getDisplayName(), !rplw.supportsDuplex());
assertTrue("Assert that duplex is not supported for " + t.getDisplayName(), !t.supportsDuplex());
assertTrue("Assert that duplex is not supported for " + tp.getDisplayName(), !tp.supportsDuplex());
assertTrue("Assert that duplex is not supported for " + m.getDisplayName(), !m.supportsDuplex());
assertTrue("Assert that duplex is supported for " + et.getDisplayName(), et.supportsDuplex());
assertTrue("Assert that duplex is supported for " + jp.getDisplayName(), jp.supportsDuplex());
assertTrue("Assert that duplex is supported for " + jp60.getDisplayName(), jp60.supportsDuplex());
assertTrue("Assert that duplex is supported for " + jc.getDisplayName(), jc.supportsDuplex());
assertTrue("Assert that duplex is supported for " + bm.getDisplayName(), bm.supportsDuplex());
assertTrue("Assert that duplex is supported for " + be100.getDisplayName(), be100.supportsDuplex());
assertTrue("Assert that duplex is supported for " + be150.getDisplayName(), be150.supportsDuplex());
assertTrue("Assert that duplex is supported for " + bp.getDisplayName(), bp.supportsDuplex());
}
@Test
public void test8dot() {
assertTrue("Assert that 8-dot is not supported", !ra.supports8dot());
assertTrue("Assert that 8-dot is not supported", !rap.supports8dot());
assertTrue("Assert that 8-dot is not supported", !r25.supports8dot());
assertTrue("Assert that 8-dot is not supported", !rp50.supports8dot());
assertTrue("Assert that 8-dot is not supported", !rpln.supports8dot());
assertTrue("Assert that 8-dot is not supported", !rplw.supports8dot());
assertTrue("Assert that 8-dot is not supported", !t.supports8dot());
assertTrue("Assert that 8-dot is not supported", !tp.supports8dot());
assertTrue("Assert that 8-dot is not supported", !m.supports8dot());
assertTrue("Assert that 8-dot is not supported", !et.supports8dot());
assertTrue("Assert that 8-dot is not supported", !jp.supports8dot());
assertTrue("Assert that 8-dot is not supported", !jp60.supports8dot());
assertTrue("Assert that 8-dot is not supported", !jc.supports8dot());
assertTrue("Assert that 8-dot is not supported", !bm.supports8dot());
assertTrue("Assert that 8-dot is not supported", !be100.supports8dot());
assertTrue("Assert that 8-dot is not supported", !be150.supports8dot());
assertTrue("Assert that 8-dot is not supported", !bp.supports8dot());
}
@Test
public void testAligning() {
assertTrue("Assert that aligning is supported", ra.supportsAligning());
assertTrue("Assert that aligning is supported", rap.supportsAligning());
assertTrue("Assert that aligning is supported", r25.supportsAligning());
assertTrue("Assert that aligning is supported", rp50.supportsAligning());
assertTrue("Assert that aligning is supported", rpln.supportsAligning());
assertTrue("Assert that aligning is supported", rplw.supportsAligning());
assertTrue("Assert that aligning is supported", t.supportsAligning());
assertTrue("Assert that aligning is supported", tp.supportsAligning());
assertTrue("Assert that aligning is supported", m.supportsAligning());
assertTrue("Assert that aligning is supported", et.supportsAligning());
assertTrue("Assert that aligning is supported", jp.supportsAligning());
assertTrue("Assert that aligning is supported", jp60.supportsAligning());
assertTrue("Assert that aligning is supported", jc.supportsAligning());
assertTrue("Assert that aligning is supported", bm.supportsAligning());
assertTrue("Assert that aligning is supported", be100.supportsAligning());
assertTrue("Assert that aligning is supported", be150.supportsAligning());
assertTrue("Assert that aligning is supported", bp.supportsAligning());
}
@Test
public void testEmbosserWriter() throws IOException,
ParserConfigurationException,
SAXException,
UnsupportedWidthException {
File prn1 = File.createTempFile("test_enabling_technologies_", ".prn");
File prn2 = File.createTempFile("test_enabling_technologies_", ".prn");
File pef = File.createTempFile("test_enabling_technologies_", ".pef");
FileCompare fc = new FileCompare();
PEFHandler.Builder builder;
EmbosserWriter w;
t.setFeature(EmbosserFeatures.PAGE_FORMAT, a4);
jp.setFeature(EmbosserFeatures.PAGE_FORMAT, a4);
// Single sided on single sided embosser
w = t.newEmbosserWriter(new FileOutputStream(prn1));
builder = new PEFHandler.Builder(w)
.range(null)
.align(org.daisy.braille.pef.PEFHandler.Alignment.INNER)
.offset(0)
.topOffset(0);
FileTools.copy(this.getClass().getResourceAsStream("resource-files/single_sided.pef"), new FileOutputStream(pef));
FileTools.copy(this.getClass().getResourceAsStream("resource-files/thomas_single_sided.prn"), new FileOutputStream(prn2));
PEFConverterFacade.parsePefFile(pef, builder.build());
assertTrue("Assert that the contents of the file is as expected.",
fc.compareBinary(new FileInputStream(prn1), new FileInputStream(prn2))
);
// Single sided on double sided embosser
w = jp.newEmbosserWriter(new FileOutputStream(prn1));
builder = new PEFHandler.Builder(w)
.range(null)
.align(org.daisy.braille.pef.PEFHandler.Alignment.INNER)
.offset(0)
.topOffset(0);
FileTools.copy(this.getClass().getResourceAsStream("resource-files/juliet_pro_single_sided.prn"), new FileOutputStream(prn2));
PEFConverterFacade.parsePefFile(pef, builder.build());
assertTrue("Assert that the contents of the file is as expected.",
fc.compareBinary(new FileInputStream(prn1), new FileInputStream(prn2))
);
// Double sided
w = jp.newEmbosserWriter(new FileOutputStream(prn1));
builder = new PEFHandler.Builder(w)
.range(null)
.align(org.daisy.braille.pef.PEFHandler.Alignment.INNER)
.offset(0)
.topOffset(0);
FileTools.copy(this.getClass().getResourceAsStream("resource-files/double_sided.pef"), new FileOutputStream(pef));
FileTools.copy(this.getClass().getResourceAsStream("resource-files/juliet_pro_double_sided.prn"), new FileOutputStream(prn2));
PEFConverterFacade.parsePefFile(pef, builder.build());
assertTrue("Assert that the contents of the file is as expected.",
fc.compareBinary(new FileInputStream(prn1), new FileInputStream(prn2))
);
prn1.deleteOnExit();
prn2.deleteOnExit();
pef.deleteOnExit();
}
}
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