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Advanced Imaging API Sample Image File Readers and Writers Installation
System Requirements:
- For Solaris operating environment:
- Solaris operating environment 2.5.1 or subsequent compatible version
- Java 2 platform, Standard Edition
- Java 2 SDK Reference Implementation, v. 1.2 or later
- Java 2 SDK Solaris Production Release, v. 1.2.1_04 or later
- At least 1 MB of free disk space.
For Microsoft Windows:
- Windows NT 4.0 or Windows 95 or later
- Java 2 platform, FCS version (Java 2 SDK, Standard Edition (J2SE SDK) 1.2 FCS) or later
- At least 1 MB of free disk space.
For Linux:
- Linux RedHat 6.1 or later or equivalent.
- Java 2 platform, FCS version (J2SE SDK 1.2 FCS) or later
- At least 1 MB of free disk space.
Downloading the Archive Files
Using your browser, download either the tar.gz
file or the .zip file from the download page to the
location where you want to temporarily store it .
Installation Instructions
The downloaded files are archive files either
in a Tar Compressed format or in a Zip format. Unbundle the
sample code using the appropriate utility: WinZip, unzip, gunzip, pkunzip, uncompress, or tar.
C:> unzip jai-1_1_1-src-codec.zip
Note: If you're using another tool that
doesn't preserve path names by default, be sure to specify
that path names be preserved. If you're using pkunzip,
specify -d:
C:> pkunzip -d
jai-1_1_1-src-codec.zip
% gunzip jai-1_1_1-src-codec.tar.gz
% tar xvf jai-1_1_1-src-codec.tar
After Java Advanced Imaging Sample Image Readers and Writers Source Code is installed
Java Advanced Imaging Sample Image Readers and
Writers Source Code will be installed with the following files:
BMPCodec.java
BMPEncodeParam.java
BMPImageDecoder.java
BMPImageEncoder.java
BugFixes.jar
ByteArraySeekableStream.java
ComponentSampleModelJAI.java
DataBufferDouble.java
DataBufferFloat.java
FPXCodec.java
FPXDecodeParam.java
FPXImage.java
FPXImageDecoder.java
FPXUtils.java
FileCacheSeekableStream.java
FileSeekableStream.java
FloatDoubleColorModel.java
ForwardSeekableStream.java
GIFCodec.java
GIFImageDecoder.java
ImageCodec.java
ImageDecodeParam.java
ImageDecoder.java
ImageDecoderImpl.java
ImageEncodeParam.java
ImageEncoder.java
ImageEncoderImpl.java
JPEGCodec.java
JPEGDecodeParam.java
JPEGEncodeParam.java
JPEGImageDecoder.java
JPEGImageEncoder.java
JaiI18N.java
MemoryCacheSeekableStream.java
PNGCodec.java
PNGDecodeParam.java
PNGEncodeParam.java
PNGImageDecoder.java
PNGImageEncoder.java
PNGSuggestedPaletteEntry.java
PNMCodec.java
PNMEncodeParam.java
PNMImageDecoder.java
PNMImageEncoder.java
PropertySet.java
PropertyUtil.java
RasterFactory.java
SeekableOutputStream.java
SeekableStream.java
SegmentedSeekableStream.java
SimpleRenderedImage.java
SingleTileRenderedImage.java
StreamSegment.java
StreamSegmentMapper.java
StructuredStorage.java
TIFFCodec.java
TIFFDecodeParam.java
TIFFDirectory.java
TIFFEncodeParam.java
TIFFFaxDecoder.java
TIFFFaxEncoder.java
TIFFField.java
TIFFImage.java
TIFFImageDecoder.java
TIFFImageEncoder.java
TIFFLZWDecoder.java
properties |
Special note should be taken of the file BugFixes.jar. This
jar archive contains fixes for several bugs which were present in the JAI
1.1.1 version of the code. These bugs include the following:
- Inability to write 4-bit TIFF images.
- Incorrect TIFF G3_2D and G4 encoding when the image width is not a
multiple of 8.
- Incorrect writing of multiple pages per TIFF file when the output is
bilevel and is compressed.
- Workaround in the TIFF decoder for the case of the value of the TIFF
"RowsPerStrip" field exceeding the image height.
- Index out of bounds exception in reading certain FlashPIX files.
- Failure to ignore the color space calibration bit in reading
FlashPIX files.
- Index out of bounds errors in
SimpleRenderedImage
getData(Rectangle) and copyData() methods.
It is recommended that BugFixes.jar be unpacked and its
contents allowed to replace the affected source files.
Exception Messages
The error messages set on Exceptions encountered when
using the codecs are extracted from the properties file
included in the downloaded archive file. When a message is needed
this file is located by the
method getBundle() in the PropertyUtil class.
This method searches for the file first in the CLASSPATH
of the ClassLoader which loaded the PropertyUtil
class. If the file is not found on the CLASSPATH
then it is searched for in the current directory. If it is still
not found a stack trace will be printed. This behavior may be altered
by modifying PropertyUtil.getBundle(). If this is not
modified and the compiled classes are built into a jar file,
then the properties file should be included in the
jar. The properties file may of course be
modified to localize the messages.
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