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/*
* Copyright (C) 2011.
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License version 3 or
* version 2 as published by the Free Software Foundation.
*
* This program is distributed in the hope that it will be useful, but
* WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* General Public License for more details.
*/
package uk.me.parabola.mkgmap.typ;
import java.io.BufferedReader;
import java.io.FileNotFoundException;
import java.io.FileOutputStream;
import java.io.FileReader;
import java.io.IOException;
import java.io.OutputStream;
import java.io.RandomAccessFile;
import java.io.Reader;
import java.io.StringReader;
import java.nio.channels.FileChannel;
import java.util.List;
import uk.me.parabola.imgfmt.app.ImgFileWriter;
import uk.me.parabola.imgfmt.app.typ.ShapeStacking;
import uk.me.parabola.imgfmt.app.typ.TYPFile;
import uk.me.parabola.imgfmt.app.typ.TypData;
import uk.me.parabola.imgfmt.app.typ.TypLine;
import uk.me.parabola.imgfmt.app.typ.TypParam;
import uk.me.parabola.imgfmt.app.typ.TypPoint;
import uk.me.parabola.imgfmt.app.typ.TypPolygon;
import uk.me.parabola.imgfmt.sys.FileImgChannel;
import func.lib.ArrayImgWriter;
import func.lib.TestUtils;
import org.junit.Before;
import org.junit.Test;
import static org.junit.Assert.*;
public class TypTextReaderTest
{
private TypTextReader tr
;
private static final int ORDER_SIZE =
5;
@Before
public void setUp
() {
}
@Test
public void testIdSection
() {
tr = makeTyp
("[_id]\n" +
"FID=24\n" +
"ProductCode=2\n" +
"CodePage=1251\n" +
"[End]");
TypParam param = tr.
getData().
getParam();
assertEquals
(24, param.
getFamilyId());
assertEquals
(2, param.
getProductId());
assertEquals
(1251, param.
getCodePage());
}
@Test
public void testStacking
() {
tr = makeTyp
("[_drawOrder]\n" +
"Type=0x3,1\n" +
"Type=0x2,2\n" +
"Type=0x1,4\n" +
"Type=0x4,2\n" +
"Type=0x10402,2\n" +
"Type=0x10405,2\n" +
"[End]\n");
ShapeStacking stacking = tr.
getData().
getStacking();
ArrayImgWriter out =
new ArrayImgWriter
();
stacking.
write(out
);
byte[] buf = out.
getBytes();
assertEquals
(3, buf
[0]);
assertEquals
(0, buf
[ORDER_SIZE
]);
assertEquals
(2, buf
[2 * ORDER_SIZE
]);
assertEquals
(4, buf
[3 * ORDER_SIZE
]);
assertEquals
(0, buf
[3 * ORDER_SIZE +
1]);
assertEquals
(4, buf
[4 * ORDER_SIZE
]);
assertEquals
((1<<2) +
(1<<5), buf
[4 * ORDER_SIZE +
1]);
}
@Test
public void testPolygon
() {
tr = makeTyp
("[_polygon]\n" +
"Type=0x2\n" +
"String1=0x04,Parking\n" +
"String2=0x03,Parkeergarage\n" +
"Xpm=\"0 0 2 0\"\n" +
"\"1 c #7BCAD5\"\n" +
"\"2 c #00008B\"\n" +
"[End]\n"
);
TypData data = tr.
getData();
List<TypPolygon
> polygons = data.
getPolygons();
TypPolygon p = polygons.
get(0);
assertEquals
(2, p.
getType());
}
@Test
public void testPolygonWithBitmap
() {
tr = makeTyp
("[_polygon]\n" +
"Xpm=\"32 32 4 1\"\n" +
"\"! c #FFCC99\"\n" +
"\" c none\"\n" +
"\"3 c #000000\"\n" +
"\"4 c none\"\n" +
"\"! !!! !!! !!! !!\"\n" +
"\" !!! !!! !!! !!!\"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\"!!! !!! !!! !!! \"\n" +
"\"!! !! !! !! \"\n" +
"\"! !!! !!! !!! !!\"\n" +
"\" !!! !!! !!! !!!\"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\"!!! !!! !!! !!! \"\n" +
"\"!! !! !! !! \"\n" +
"\"! !!! !!! !!! !!\"\n" +
"\" !!! !!! !!! !!!\"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\"!!! !!! !!! !!! \"\n" +
"\"!! !! !! !! \"\n" +
"\"! !!! !!! !!! !!\"\n" +
"\" !!! !!! !!! !!!\"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\" !!! !!! !!! !!! \"\n" +
"\"!!! !!! !!! !!! \"\n" +
"\"!! !! !! !! \"\n" +
"[End]\n");
TypData data = tr.
getData();
List<TypPolygon
> polygons = data.
getPolygons();
TypPolygon p = polygons.
get(0);
ArrayImgWriter out =
new ArrayImgWriter
();
p.
write(out, data.
getEncoder());
byte[] bytes = out.
getBytes();
assertEquals
(135, bytes.
length);
}
@Test
public void testLineTwoColours
() {
TypTextReader tr = makeTyp
("[_line]\n" +
"Type=0x00\n" +
"UseOrientation=Y\n" +
"LineWidth=2\n" +
"BorderWidth=1\n" +
"Xpm=\"0 0 2 0\"\n" +
"\"1 c #DDDDDD\"\n" +
"\"2 c #999999\"\n" +
"String1=0x04,Road\n" +
"String2=0x01,Route non-définie\n" +
"String3=0x03,Weg\n" +
"ExtendedLabels=Y\n" +
"FontStyle=SmallFont\n" +
"CustomColor=No\n" +
"[end]");
TypData data = tr.
getData();
TypLine line = data.
getLines().
get(0);
ImgFileWriter w =
new ArrayImgWriter
();
line.
write(w, data.
getEncoder());
}
@Test
public void testPointWithAlpha
() {
TestUtils.
registerFile("hello");
TypTextReader tr = makeTyp
("[_point]\n" +
"Type=0x12\n" +
"SubType=0x01\n" +
";23E6\n" +
";size: 45\n" +
"String1=0x4,Mini round\n" +
"String2=0x1,Mini rond-point\n" +
"ExtendedLabels=N\n" +
"DayXpm=\"9 9 10 1\"\n" +
"\"$ c none\"\n" +
"\"% c #808080\" alpha=14\n" +
"\"& c #808080\"\n" +
"\"' c #808080\" alpha=15\n" +
"\"( c #808080\" alpha=8\n" +
"\") c #F0F7FF\"\n" +
"\"* c #808080\" alpha=4\n" +
"\"+ c #808080\" alpha=11\n" +
"\", c #808080\" alpha=12\n" +
"\"- c #808080\" alpha=13\n" +
"\"$%&&&&&'$\"\n" +
"\"(&&&)&&&*\"\n" +
"\"&&)))))&&\"\n" +
"\"&&)&&&)&&\"\n" +
"\"&))&)&))&\"\n" +
"\"&&)&&&)&&\"\n" +
"\"&&)))))&&\"\n" +
"\"+&&&)&&&,\"\n" +
"\"$-&&&&&-$\"\n" +
"[end]"
);
TypData data = tr.
getData();
TypPoint point = data.
getPoints().
get(0);
ArrayImgWriter w =
new ArrayImgWriter
();
point.
write(w, data.
getEncoder());
System.
out.
println("size " + w.
getSize());
try {
OutputStream os =
new FileOutputStream("hello");
os.
write(w.
getBytes());
os.
close();
} catch (FileNotFoundException e
) {
e.
printStackTrace();
} catch (IOException e
) {
e.
printStackTrace();
}
assertEquals
(115, w.
getBytes().
length);
}
@Test
public void testZeroColourBug
() {
String s =
"[_point]\n" +
"Type=0x01e\n" +
"SubType=0x00\n" +
"String1=0x04,island\n" +
"DayXpm=\"5 5 1 1\" Colormode=32\n" +
"\"! c #000000\" canalalpha=15\n" +
"\"!!!!!\"\n" +
"\"!!!!!\"\n" +
"\"!!!!!\"\n" +
"\"!!!!!\"\n" +
"\"!!!!!\"\n" +
"[end]";
tr = makeTyp
(s
);
TypData data = tr.
getData();
TypPoint point = data.
getPoints().
get(0);
ArrayImgWriter w =
new ArrayImgWriter
();
point.
write(w, data.
getEncoder());
byte[] out = w.
getBytes();
assertEquals
("width",
5, out
[1]);
assertEquals
("height",
5, out
[2]);
assertEquals
("number of colours",
1, out
[3]);
}
/**
* Basic test, reading from a file using most features.
*/
@Test
public void testFromFile
() throws IOException {
TestUtils.
registerFile("test.typ");
Reader r =
new BufferedReader(new FileReader("test/resources/typ/test.txt"));
TypTextReader tr =
new TypTextReader
();
tr.
read("test.typ", r
);
TestUtils.
registerFile("ts__test.typ");
RandomAccessFile raf =
new RandomAccessFile("ts__test.typ",
"rw");
FileChannel channel = raf.
getChannel();
channel.
truncate(0);
FileImgChannel w =
new FileImgChannel
(channel
);
TYPFile typ =
new TYPFile
(w
);
typ.
setData(tr.
getData());
typ.
write();
typ.
close();
}
/**
* Check that unknown sections don't throw an exception and are ignored without
* affecting anything else.
*/
@Test
public void testIgnoreUnknownSections
() {
tr = makeTyp
("[_unknown_section_name]\n" +
"Type=0x2\n" +
"String1=0x04,Parking\n" +
"String2=0x03,Parkeergarage\n" +
"OtherStuff=Unknown\n" +
"[End]\n" +
"[_id]\n" +
"FID=4455\n" +
"ProductCode=2\n" +
"CodePage=1251\n" +
"[End]"
);
TypData data = tr.
getData();
System.
out.
println(data
);
assertEquals
(4455, data.
getParam().
getFamilyId());
}
private TypTextReader makeTyp
(String in
) {
Reader r =
new StringReader(in
);
TypTextReader tr =
new TypTextReader
();
tr.
read("string", r
);
return tr
;
}
}