/* ====================================================================
Licensed to the Apache Software Foundation (ASF) under one or more
contributor license agreements. See the NOTICE file distributed with
this work for additional information regarding copyright ownership.
The ASF licenses this file to You under the Apache License, Version 2.0
(the "License"); you may not use this file except in compliance with
the License. You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
==================================================================== */
package org.apache.poi.hwpf.usermodel;
import java.io.File;
import java.io.FileInputStream;
import java.util.List;
import org.apache.poi.hwpf.HWPFDocument;
import org.apache.poi.hwpf.model.PropertyNode;
import junit.framework.TestCase;
/**
* Tests to ensure that our ranges end up with
* the right text in them, and the right font/styling
* properties applied to them.
*
* TODO - re-enable me when unicode paragraph stuff is fixed!
*/
public final class TestRangeProperties extends TestCase {
private static final char page_break = (char)12;
private static final String u_page_1 =
"This is a fairly simple word document, over two pages, with headers and footers.\r" +
"The trick with this one is that it contains some Unicode based strings in it.\r" +
"Firstly, some currency symbols:\r" +
"\tGBP - \u00a3\r" +
"\tEUR - \u20ac\r" +
"Now, we\u2019ll have some French text, in bold and big:\r" +
"\tMoli\u00e8re\r" +
"And some normal French text:\r" +
"\tL'Avare ou l'\u00c9cole du mensonge\r" +
"That\u2019s it for page one\r"
;
private static final String u_page_2 =
"This is page two. Les Pr\u00e9cieuses ridicules. The end.\r"
;
private static final String a_page_1 =
"I am a test document\r" +
"This is page 1\r" +
"I am Calibri (Body) in font size 11\r"
;
private static final String a_page_2 =
"This is page two\r" +
"It\u2019s Arial Black in 16 point\r" +
"It\u2019s also in blue\r"
;
private HWPFDocument u;
private HWPFDocument a;
private String dirname;
protected void setUp() throws Exception {
dirname = System.getProperty("HWPF.testdata.path");
u = new HWPFDocument(
new FileInputStream(new File(dirname, "HeaderFooterUnicode.doc"))
);
a = new HWPFDocument(
new FileInputStream(new File(dirname, "SampleDoc.doc"))
);
}
public void testAsciiTextParagraphs() throws Exception {
Range r = a.getRange();
assertEquals(
a_page_1 +
page_break + "\r" +
a_page_2,
r.text()
);
assertEquals(1, r.numSections());
assertEquals(1, a.getSectionTable().getSections().size());
Section s = r.getSection(0);
assertEquals(
a_page_1 +
page_break + "\r" +
a_page_2,
s.text()
);
assertEquals(
7,
r.numParagraphs()
);
String[] p1_parts = a_page_1.split("\r");
String[] p2_parts = a_page_2.split("\r");
// Check paragraph contents
assertEquals(
p1_parts[0] + "\r",
r.getParagraph(0).text()
);
assertEquals(
p1_parts[1] + "\r",
r.getParagraph(1).text()
);
assertEquals(
p1_parts[2] + "\r",
r.getParagraph(2).text()
);
assertEquals(
page_break + "\r",
r.getParagraph(3).text()
);
assertEquals(
p2_parts[0] + "\r",
r.getParagraph(4).text()
);
assertEquals(
p2_parts[1] + "\r",
r.getParagraph(5).text()
);
assertEquals(
p2_parts[2] + "\r",
r.getParagraph(6).text()
);
}
public void testAsciiStyling() throws Exception {
Range r = a.getRange();
Paragraph p1 = r.getParagraph(0);
Paragraph p7 = r.getParagraph(6);
assertEquals(1, p1.numCharacterRuns());
assertEquals(1, p7.numCharacterRuns());
CharacterRun c1 = p1.getCharacterRun(0);
CharacterRun c7 = p7.getCharacterRun(0);
assertEquals("Times New Roman", c1.getFontName()); // No Calibri
assertEquals("Arial Black", c7.getFontName());
assertEquals(22, c1.getFontSize());
assertEquals(32, c7.getFontSize());
}
/**
* Tests the raw definitions of the paragraphs of
* a unicode document
*/
public void testUnicodeParagraphDefinitions() throws Exception {
Range r = u.getRange();
String[] p1_parts = u_page_1.split("\r");
String[] p2_parts = u_page_2.split("\r");
assertEquals(
u_page_1 + page_break + "\r" + u_page_2,
r.text()
);
assertEquals(
408, r.text().length()
);
assertEquals(1, r.numSections());
assertEquals(1, u.getSectionTable().getSections().size());
Section s = r.getSection(0);
assertEquals(
u_page_1 +
page_break + "\r" +
u_page_2,
s.text()
);
assertEquals(0, s.getStartOffset());
assertEquals(408, s.getEndOffset());
List pDefs = r._paragraphs;
assertEquals(35, pDefs.size());
// Check that the last paragraph ends where it should do
assertEquals(531, u.getOverallRange().text().length());
assertEquals(530, u.getCPSplitCalculator().getHeaderTextboxEnd());
PropertyNode pLast = (PropertyNode)pDefs.get(34);
// assertEquals(530, pLast.getEnd());
// Only care about the first few really though
PropertyNode p0 = (PropertyNode)pDefs.get(0);
PropertyNode p1 = (PropertyNode)pDefs.get(1);
PropertyNode p2 = (PropertyNode)pDefs.get(2);
PropertyNode p3 = (PropertyNode)pDefs.get(3);
PropertyNode p4 = (PropertyNode)pDefs.get(4);
// 5 paragraphs should get us to the end of our text
assertTrue(p0.getStart() < 408);
assertTrue(p0.getEnd() < 408);
assertTrue(p1.getStart() < 408);
assertTrue(p1.getEnd() < 408);
assertTrue(p2.getStart() < 408);
assertTrue(p2.getEnd() < 408);
assertTrue(p3.getStart() < 408);
assertTrue(p3.getEnd() < 408);
assertTrue(p4.getStart() < 408);
assertTrue(p4.getEnd() < 408);
// Paragraphs should match with lines
assertEquals(
0,
p0.getStart()
);
assertEquals(
p1_parts[0].length() + 1,
p0.getEnd()
);
assertEquals(
p1_parts[0].length() + 1,
p1.getStart()
);
assertEquals(
p1_parts[0].length() + 1 +
p1_parts[1].length() + 1,
p1.getEnd()
);
assertEquals(
p1_parts[0].length() + 1 +
p1_parts[1].length() + 1,
p2.getStart()
);
assertEquals(
p1_parts[0].length() + 1 +
p1_parts[1].length() + 1 +
p1_parts[2].length() + 1,
p2.getEnd()
);
}
/**
* Tests the paragraph text of a unicode document
*/
public void testUnicodeTextParagraphs() throws Exception {
Range r = u.getRange();
assertEquals(
u_page_1 +
page_break + "\r" +
u_page_2,
r.text()
);
assertEquals(
12,
r.numParagraphs()
);
String[] p1_parts = u_page_1.split("\r");
String[] p2_parts = u_page_2.split("\r");
// Check text all matches up properly
assertEquals(p1_parts[0] + "\r", r.getParagraph(0).text());
assertEquals(p1_parts[1] + "\r", r.getParagraph(1).text());
assertEquals(p1_parts[2] + "\r", r.getParagraph(2).text());
assertEquals(p1_parts[3] + "\r", r.getParagraph(3).text());
assertEquals(p1_parts[4] + "\r", r.getParagraph(4).text());
assertEquals(p1_parts[5] + "\r", r.getParagraph(5).text());
assertEquals(p1_parts[6] + "\r", r.getParagraph(6).text());
assertEquals(p1_parts[7] + "\r", r.getParagraph(7).text());
assertEquals(p1_parts[8] + "\r", r.getParagraph(8).text());
assertEquals(p1_parts[9] + "\r", r.getParagraph(9).text());
assertEquals(page_break + "\r", r.getParagraph(10).text());
assertEquals(p2_parts[0] + "\r", r.getParagraph(11).text());
}
public void testUnicodeStyling() throws Exception {
Range r = u.getRange();
String[] p1_parts = u_page_1.split("\r");
Paragraph p1 = r.getParagraph(0);
Paragraph p7 = r.getParagraph(6);
// Line ending in its own run each time!
assertEquals(2, p1.numCharacterRuns());
assertEquals(2, p7.numCharacterRuns());
CharacterRun c1a = p1.getCharacterRun(0);
CharacterRun c1b = p1.getCharacterRun(1);
CharacterRun c7a = p7.getCharacterRun(0);
CharacterRun c7b = p7.getCharacterRun(1);
assertEquals("Times New Roman", c1a.getFontName()); // No Calibri
assertEquals(22, c1a.getFontSize());
assertEquals("Times New Roman", c1b.getFontName()); // No Calibri
assertEquals(22, c1b.getFontSize());
assertEquals("Times New Roman", c7a.getFontName());
assertEquals(48, c7a.getFontSize());
assertEquals("Times New Roman", c7b.getFontName());
assertEquals(48, c7b.getFontSize());
// Now check where they crop up
assertEquals(
0,
c1a.getStartOffset()
);
assertEquals(
p1_parts[0].length(),
c1a.getEndOffset()
);
assertEquals(
p1_parts[0].length(),
c1b.getStartOffset()
);
assertEquals(
p1_parts[0].length()+1,
c1b.getEndOffset()
);
assertEquals(
p1_parts[0].length() + 1 +
p1_parts[1].length() + 1 +
p1_parts[2].length() + 1 +
p1_parts[3].length() + 1 +
p1_parts[4].length() + 1 +
p1_parts[5].length() + 1,
c7a.getStartOffset()
);
assertEquals(
p1_parts[0].length() + 1 +
p1_parts[1].length() + 1 +
p1_parts[2].length() + 1 +
p1_parts[3].length() + 1 +
p1_parts[4].length() + 1 +
p1_parts[5].length() + 1 +
1,
c7a.getEndOffset()
);
assertEquals(
p1_parts[0].length() + 1 +
p1_parts[1].length() + 1 +
p1_parts[2].length() + 1 +
p1_parts[3].length() + 1 +
p1_parts[4].length() + 1 +
p1_parts[5].length() + 1 +
1,
c7b.getStartOffset()
);
assertEquals(
p1_parts[0].length() + 1 +
p1_parts[1].length() + 1 +
p1_parts[2].length() + 1 +
p1_parts[3].length() + 1 +
p1_parts[4].length() + 1 +
p1_parts[5].length() + 1 +
p1_parts[6].length() + 1,
c7b.getEndOffset()
);
}
}