TestRichTextRunpublic class TestRichTextRun extends TestCase | Test that the friendly getters and setters on RichTextRun
behave as expected.
(model.TestTextRun tests the other functionality) |
| Fields Summary |
|---|
| private SlideShow | ss | | private SlideShow | ssRichA | | private SlideShow | ssRichB | | private SlideShow | ssRichC | | private HSLFSlideShow | hss | | private HSLFSlideShow | hssRichA | | private HSLFSlideShow | hssRichB | | private HSLFSlideShow | hssRichC | | private String | filenameC |
| Methods Summary |
|---|
| private void | assertMatchesFileC(org.apache.poi.hslf.usermodel.SlideShow s)Checks that the supplied slideshow still matches the bytes
of slideshow c
// Disabled, pending fix of bug #39800
System.err.println("Skipping test, as would be marked as failed due to bug #39800");
if(false) {
// Grab the bytes of the file
FileInputStream fin = new FileInputStream(filenameC);
ByteArrayOutputStream fb = new ByteArrayOutputStream();
byte[] b = new byte[4096];
int read = 0;
while(read != -1) {
read = fin.read(b);
if(read > 0) {
fb.write(b, 0, read);
}
}
byte[] raw_file = fb.toByteArray();
// Now write out the slideshow
ByteArrayOutputStream baos = new ByteArrayOutputStream();
s.write(baos);
byte[] raw_ss = baos.toByteArray();
// Ensure they're the same
assertEquals(raw_file.length, raw_ss.length);
for(int i=0; i<raw_file.length; i++) {
assertEquals(raw_file[i], raw_ss[i]);
}
}
| | private void | assertMatchesSLTWC(org.apache.poi.hslf.usermodel.SlideShow s)Opens a new copy of SlideShow C, writes the active
SlideListWithText out, and compares it to the write
out of the supplied SlideShow. Also compares the
contents.
// Grab a new copy of slideshow C
SlideShow refC = new SlideShow(new HSLFSlideShow(filenameC));
// Write out the 2nd SLWT in the active document
SlideListWithText refSLWT = refC.getDocumentRecord().getSlideListWithTexts()[1];
byte[] raw_slwt = writeRecord(refSLWT);
// Write out the same for the supplied slideshow
SlideListWithText s_SLWT = s.getDocumentRecord().getSlideListWithTexts()[1];
byte[] s_slwt = writeRecord(s_SLWT);
// Check the records are the same
assertEquals(refSLWT.getChildRecords().length, s_SLWT.getChildRecords().length);
for(int i=0; i<refSLWT.getChildRecords().length; i++) {
Record ref_r = refSLWT.getChildRecords()[i];
Record s_r = s_SLWT.getChildRecords()[i];
byte[] r_rb = writeRecord(ref_r);
byte[] s_rb = writeRecord(s_r);
assertEquals(r_rb.length, s_rb.length);
for(int j=0; j<r_rb.length; j++) {
assertEquals(r_rb[j],s_rb[j]);
}
}
// Check the bytes are the same
assertEquals(raw_slwt.length, s_slwt.length);
for(int i=0; i<raw_slwt.length; i++) {
assertEquals(raw_slwt[i], s_slwt[i]);
}
| | protected void | setUp()
String dirname = System.getProperty("HSLF.testdata.path");
// Basic (non rich) test file
String filename = dirname + "/basic_test_ppt_file.ppt";
hss = new HSLFSlideShow(filename);
ss = new SlideShow(hss);
// Rich test file A
filename = dirname + "/Single_Coloured_Page.ppt";
hssRichA = new HSLFSlideShow(filename);
ssRichA = new SlideShow(hssRichA);
// Rich test file B
filename = dirname + "/Single_Coloured_Page_With_Fonts_and_Alignments.ppt";
hssRichB = new HSLFSlideShow(filename);
ssRichB = new SlideShow(hssRichB);
// Rich test file C - has paragraph styles that run out before
// the character ones do
filenameC = dirname + "/ParagraphStylesShorterThanCharStyles.ppt";
hssRichC = new HSLFSlideShow(filenameC);
ssRichC = new SlideShow(hssRichC);
| | public void | testBoldNonRich()Test the stuff about getting/setting bold
on a non rich text run
Slide slideOne = ss.getSlides()[0];
TextRun[] textRuns = slideOne.getTextRuns();
RichTextRun rtr = textRuns[0].getRichTextRuns()[0];
assertNull(rtr._getRawCharacterStyle());
assertNull(rtr._getRawParagraphStyle());
assertFalse(rtr.isBold());
// Now set it to not bold
rtr.setBold(false);
assertNotNull(rtr._getRawCharacterStyle());
assertNotNull(rtr._getRawParagraphStyle());
assertFalse(rtr.isBold());
// And now make it bold
rtr.setBold(true);
assertNotNull(rtr._getRawCharacterStyle());
assertNotNull(rtr._getRawParagraphStyle());
assertTrue(rtr.isBold());
| | public void | testBoldRich()Test the stuff about getting/setting bold
on a rich text run
Slide slideOneR = ssRichA.getSlides()[0];
TextRun[] textRunsR = slideOneR.getTextRuns();
RichTextRun[] rtrs = textRunsR[1].getRichTextRuns();
assertEquals(3, rtrs.length);
assertTrue(rtrs[0].isBold());
assertFalse(rtrs[1].isBold());
assertFalse(rtrs[2].isBold());
rtrs[0].setBold(true);
rtrs[1].setBold(true);
assertTrue(rtrs[0].isBold());
assertTrue(rtrs[1].isBold());
rtrs[0].setBold(false);
rtrs[1].setBold(false);
assertFalse(rtrs[0].isBold());
assertFalse(rtrs[1].isBold());
| | public void | testChangeWriteRead()
HSLFSlideShow[] h = new HSLFSlideShow[] { hss, hssRichA, hssRichB };
Slide[] s = new Slide[] { ss.getSlides()[0], ssRichA.getSlides()[0], ssRichB.getSlides()[0] };
for(int i=0; i<h.length; i++) {
// Change
Slide slideOne = s[i];
TextRun[] textRuns = slideOne.getTextRuns();
RichTextRun rtr = textRuns[0].getRichTextRuns()[0];
rtr.setBold(true);
rtr.setFontSize(18);
rtr.setFontName("Courier");
// Check it took those
assertEquals(true, rtr.isBold());
assertEquals(18, rtr.getFontSize());
assertEquals("Courier", rtr.getFontName());
// Write out and back in
ByteArrayOutputStream baos = new ByteArrayOutputStream();
h[i].write(baos);
ByteArrayInputStream bais = new ByteArrayInputStream(baos.toByteArray());
HSLFSlideShow readHSLF = new HSLFSlideShow(bais);
SlideShow readS = new SlideShow(readHSLF);
// Tweak existing one again, to ensure really worked
rtr.setBold(false);
rtr.setFontSize(17);
rtr.setFontName("CourierZZ");
// Check it took those changes
assertEquals(false, rtr.isBold());
assertEquals(17, rtr.getFontSize());
assertEquals("CourierZZ", rtr.getFontName());
// Now, look at the one we changed, wrote out, and read back in
// Ensure it does contain our original modifications
Slide slideOneRR = readS.getSlides()[0];
TextRun[] textRunsRR = slideOneRR.getTextRuns();
RichTextRun rtrRRa = textRunsRR[0].getRichTextRuns()[0];
assertEquals(true, rtrRRa.isBold());
assertEquals(18, rtrRRa.getFontSize());
assertEquals("Courier", rtrRRa.getFontName());
}
| | public void | testFontSize()Tests getting and setting the font size on rich and non
rich text runs
SlideMaster master;
Slide slideOne = ss.getSlides()[0];
TextRun[] textRuns = slideOne.getTextRuns();
RichTextRun rtr = textRuns[0].getRichTextRuns()[0];
Slide slideOneR = ssRichB.getSlides()[0];
TextRun[] textRunsR = slideOneR.getTextRuns();
RichTextRun rtrRa = textRunsR[0].getRichTextRuns()[0];
RichTextRun rtrRb = textRunsR[1].getRichTextRuns()[0];
RichTextRun rtrRc = textRunsR[1].getRichTextRuns()[3];
String defaultFont = "Arial";
// Start off with rich one
// First run has defaults
assertEquals(44, rtrRa.getFontSize());
assertEquals(defaultFont, rtrRa.getFontName());
// Second is size 20, default font
assertEquals(20, rtrRb.getFontSize());
assertEquals(defaultFont, rtrRb.getFontName());
// Third is size 24, alt font
assertEquals(24, rtrRc.getFontSize());
assertEquals("Times New Roman", rtrRc.getFontName());
// Change 2nd to different size and font
assertEquals(2, ssRichB.getFontCollection().getChildRecords().length); // Default + TNR
rtrRb.setFontSize(18);
rtrRb.setFontName("Courier");
assertEquals(3, ssRichB.getFontCollection().getChildRecords().length); // Default + TNR + Courier
assertEquals(18, rtrRb.getFontSize());
assertEquals("Courier", rtrRb.getFontName());
// Now do non rich one
assertEquals(44, rtr.getFontSize());
assertEquals(defaultFont, rtr.getFontName());
assertEquals(1, ss.getFontCollection().getChildRecords().length); // Default
assertNull(rtr._getRawCharacterStyle());
assertNull(rtr._getRawParagraphStyle());
// Change Font size
rtr.setFontSize(99);
assertEquals(99, rtr.getFontSize());
assertEquals(defaultFont, rtr.getFontName());
assertNotNull(rtr._getRawCharacterStyle());
assertNotNull(rtr._getRawParagraphStyle());
assertEquals(1, ss.getFontCollection().getChildRecords().length); // Default
// Change Font size and name
rtr.setFontSize(25);
rtr.setFontName("Times New Roman");
assertEquals(25, rtr.getFontSize());
assertEquals("Times New Roman", rtr.getFontName());
assertNotNull(rtr._getRawCharacterStyle());
assertNotNull(rtr._getRawParagraphStyle());
assertEquals(2, ss.getFontCollection().getChildRecords().length);
| | public void | testIndentationLevel()
SlideShow ppt = new SlideShow(new HSLFSlideShow(new File(System.getProperty("HSLF.testdata.path"), "ParagraphStylesShorterThanCharStyles.ppt").getPath()));
Slide[] sl = ppt.getSlides();
for (int i = 0; i < sl.length; i++) {
TextRun[] txt = sl[i].getTextRuns();
for (int j = 0; j < txt.length; j++) {
RichTextRun[] rt = txt[j].getRichTextRuns();
for (int k = 0; k < rt.length; k++) {
int indent = rt[k].getIndentLevel();
assertTrue(indent >= 0 && indent <= 4 );
}
}
}
| | public void | testParagraphStylesShorterTheCharStyles()Test that we can do the right things when the paragraph styles
run out before the character styles do
// Check we have the right number of sheets
Slide[] slides = ssRichC.getSlides();
assertEquals(14, slides.length);
// Check the number of text runs on interesting sheets
Slide slideThreeC = ssRichC.getSlides()[2];
Slide slideSevenC = ssRichC.getSlides()[6];
assertEquals(3, slideThreeC.getTextRuns().length);
assertEquals(5, slideSevenC.getTextRuns().length);
// On slide three, we should have:
// TR:
// You are an important supplier of various items that I need
// .
// TR:
// Source: Internal focus groups
// TR:
// Illustrative Example
// .
TextRun[] s3tr = slideThreeC.getTextRuns();
RichTextRun[] s3rtr0 = s3tr[0].getRichTextRuns();
RichTextRun[] s3rtr1 = s3tr[1].getRichTextRuns();
RichTextRun[] s3rtr2 = s3tr[2].getRichTextRuns();
assertEquals(2, s3rtr0.length);
assertEquals(1, s3rtr1.length);
assertEquals(2, s3rtr2.length);
assertEquals("You are an important supplier of various items that I need", s3rtr0[0].getText());
assertEquals("", s3rtr0[1].getText());
assertEquals("Source: Internal focus groups", s3rtr1[0].getText());
assertEquals("Illustrative Example", s3rtr2[0].getText());
assertEquals("", s3rtr2[1].getText());
assertTrue(s3rtr0[0]._isParagraphStyleShared());
assertTrue(s3rtr0[1]._isParagraphStyleShared());
assertFalse(s3rtr1[0]._isParagraphStyleShared());
assertTrue(s3rtr2[0]._isParagraphStyleShared());
assertTrue(s3rtr2[1]._isParagraphStyleShared());
assertFalse(s3rtr0[0]._isCharacterStyleShared());
assertFalse(s3rtr0[1]._isCharacterStyleShared());
assertFalse(s3rtr1[0]._isCharacterStyleShared());
assertFalse(s3rtr2[0]._isCharacterStyleShared());
assertFalse(s3rtr2[1]._isCharacterStyleShared());
// On slide seven, we have:
// TR:
// (text)
// TR:
// <ps>(text a)</ps><ps>(text a)(text b)</ps>
// TR:
// (text)
TextRun[] s7tr = slideSevenC.getTextRuns();
RichTextRun[] s7rtr0 = s7tr[0].getRichTextRuns();
RichTextRun[] s7rtr1 = s7tr[1].getRichTextRuns();
RichTextRun[] s7rtr2 = s7tr[2].getRichTextRuns();
assertEquals(1, s7rtr0.length);
assertEquals(3, s7rtr1.length);
assertEquals(1, s7rtr2.length);
assertFalse(s7rtr0[0]._isParagraphStyleShared());
assertFalse(s7rtr1[0]._isParagraphStyleShared());
assertTrue(s7rtr1[1]._isParagraphStyleShared());
assertTrue(s7rtr1[2]._isParagraphStyleShared());
assertFalse(s7rtr2[0]._isParagraphStyleShared());
assertFalse(s7rtr0[0]._isCharacterStyleShared());
assertTrue(s7rtr1[0]._isCharacterStyleShared());
assertTrue(s7rtr1[1]._isCharacterStyleShared());
assertFalse(s7rtr1[2]._isCharacterStyleShared());
assertFalse(s7rtr2[0]._isCharacterStyleShared());
| | public void | testParagraphStylesShorterTheCharStylesWrite()Test that we can do the right things when the paragraph styles
run out before the character styles do, when we tweak something
and write back out.
assertMatchesSLTWC(ssRichC);
assertMatchesFileC(ssRichC);
Slide slideSevenC = ssRichC.getSlides()[6];
TextRun[] s7tr = slideSevenC.getTextRuns();
RichTextRun[] s7rtr0 = s7tr[0].getRichTextRuns();
RichTextRun[] s7rtr1 = s7tr[1].getRichTextRuns();
RichTextRun[] s7rtr2 = s7tr[2].getRichTextRuns();
String oldText;
// Reset the text on the last run
// Need to ensure it's a run that really has styles!
oldText = s7rtr2[0].getRawText();
s7rtr2[0].setText( oldText );
assertEquals(oldText, s7rtr2[0].getText());
assertEquals(oldText, s7tr[2].getText());
assertEquals(oldText.length() + 1, s7rtr2[0]._getRawCharacterStyle().getCharactersCovered());
assertEquals(oldText.length() + 1, s7rtr2[0]._getRawParagraphStyle().getCharactersCovered());
assertMatchesSLTWC(ssRichC);
assertMatchesFileC(ssRichC);
// Reset the text on a shared paragraph
oldText = s7rtr1[2].getRawText();
s7rtr1[2].setText( oldText );
assertEquals(oldText, s7rtr1[2].getText());
assertEquals(oldText.length() + 1, s7rtr1[2]._getRawCharacterStyle().getCharactersCovered());
assertMatchesSLTWC(ssRichC);
assertMatchesFileC(ssRichC);
// Reset the text on a shared paragraph+character
s7rtr1[1].setText( s7rtr1[1].getRawText() );
assertMatchesSLTWC(ssRichC);
assertMatchesFileC(ssRichC);
| | public void | testReadParagraphStyles()
FileInputStream is = new FileInputStream(new File(System.getProperty("HSLF.testdata.path"), "bullets.ppt"));
SlideShow ppt = new SlideShow(is);
is.close();
assertTrue("No Exceptions while reading file", true);
RichTextRun rt;
TextRun[] txt;
Slide[] slide = ppt.getSlides();
assertEquals(2, slide.length);
txt = slide[0].getTextRuns();
assertEquals(2, txt.length);
assertEquals("Title text", txt[0].getRawText());
assertEquals(1, txt[0].getRichTextRuns().length);
rt = txt[0].getRichTextRuns()[0];
assertFalse(rt.isBullet());
assertEquals(
"This is a text placeholder that \r" +
"follows the design pattern\r" +
"Defined in the slide master\r" +
"and has bullets by default", txt[1].getRawText());
assertEquals(1, txt[1].getRichTextRuns().length);
rt = txt[1].getRichTextRuns()[0];
assertEquals('\u2022", rt.getBulletChar());
assertTrue(rt.isBullet());
txt = slide[1].getTextRuns();
assertEquals(2, txt.length);
assertEquals(
"I\u2019m a text box\r" +
"With bullets\r" +
"That follow the design pattern\r" +
"From the slide master", txt[0].getRawText());
assertEquals(1, txt[0].getRichTextRuns().length);
rt = txt[0].getRichTextRuns()[0];
assertTrue(rt.isBullet());
assertEquals('\u2022", rt.getBulletChar());
assertEquals(
"I\u2019m a text box with user-defined\r" +
"bullet character", txt[1].getRawText());
assertEquals(1, txt[1].getRichTextRuns().length);
rt = txt[1].getRichTextRuns()[0];
assertTrue(rt.isBullet());
assertEquals('\u263A", rt.getBulletChar());
| | public void | testSetParagraphStyles()
SlideShow ppt = new SlideShow();
Slide slide = ppt.createSlide();
TextBox shape = new TextBox();
RichTextRun rt = shape.getTextRun().getRichTextRuns()[0];
shape.setText(
"Hello, World!\r" +
"This should be\r" +
"Multiline text");
rt.setFontSize(42);
rt.setBullet(true);
rt.setTextOffset(50);
rt.setBulletOffset(0);
rt.setBulletChar('\u263A");
slide.addShape(shape);
assertEquals(42, rt.getFontSize());
assertEquals(true, rt.isBullet());
assertEquals(50, rt.getTextOffset());
assertEquals(0, rt.getBulletOffset());
assertEquals('\u263A", rt.getBulletChar());
shape.setAnchor(new java.awt.Rectangle(50, 50, 500, 300));
slide.addShape(shape);
//serialize and read again
ByteArrayOutputStream out = new ByteArrayOutputStream();
ppt.write(out);
out.close();
ppt = new SlideShow(new ByteArrayInputStream(out.toByteArray()));
slide = ppt.getSlides()[0];
shape = (TextBox)slide.getShapes()[0];
rt = shape.getTextRun().getRichTextRuns()[0];
assertEquals(42, rt.getFontSize());
assertEquals(true, rt.isBullet());
assertEquals(50, rt.getTextOffset());
assertEquals(0, rt.getBulletOffset());
assertEquals('\u263A", rt.getBulletChar());
| | private byte[] | writeRecord(org.apache.poi.hslf.record.Record r)
ByteArrayOutputStream baos = new ByteArrayOutputStream();
r.writeOut(baos);
return baos.toByteArray();
|
|
