List of usage examples for org.apache.commons.imaging Imaging getFormatCompliance
private static FormatCompliance getFormatCompliance(final ByteSource byteSource) throws ImageReadException, IOException
From source file:org.apache.commons.imaging.examples.SampleUsage.java
@SuppressWarnings("unused") public SampleUsage() { try {/*from w ww. ja va2 s.com*/ // <b>Code won't work unless these variables are properly // initialized. // Imaging works equally well with File, byte array or InputStream // inputs.</b> final BufferedImage someImage = null; final byte someBytes[] = null; final File someFile = null; final InputStream someInputStream = null; final OutputStream someOutputStream = null; // <b>The Imaging class provides a simple interface to the library. // </b> // <b>how to read an image: </b> final byte imageBytes[] = someBytes; final BufferedImage image_1 = Imaging.getBufferedImage(imageBytes); // <b>methods of Imaging usually accept files, byte arrays, or // inputstreams as arguments. </b> final BufferedImage image_2 = Imaging.getBufferedImage(imageBytes); final File file = someFile; final BufferedImage image_3 = Imaging.getBufferedImage(file); final InputStream is = someInputStream; final BufferedImage image_4 = Imaging.getBufferedImage(is); // <b>Write an image. </b> final BufferedImage image = someImage; final File dst = someFile; final ImageFormat format = ImageFormats.PNG; final Map<String, Object> optionalParams = new HashMap<>(); Imaging.writeImage(image, dst, format, optionalParams); final OutputStream os = someOutputStream; Imaging.writeImage(image, os, format, optionalParams); // <b>get the image's embedded ICC Profile, if it has one. </b> final byte iccProfileBytes[] = Imaging.getICCProfileBytes(imageBytes); final ICC_Profile iccProfile = Imaging.getICCProfile(imageBytes); // <b>get the image's width and height. </b> final Dimension d = Imaging.getImageSize(imageBytes); // <b>get all of the image's info (ie. bits per pixel, size, // transparency, etc.) </b> final ImageInfo imageInfo = Imaging.getImageInfo(imageBytes); if (imageInfo.getColorType() == ImageInfo.ColorType.GRAYSCALE) { System.out.println("Grayscale image."); } if (imageInfo.getHeight() > 1000) { System.out.println("Large image."); } // <b>try to guess the image's format. </b> final ImageFormat imageFormat = Imaging.guessFormat(imageBytes); imageFormat.equals(ImageFormats.PNG); // <b>get all metadata stored in EXIF format (ie. from JPEG or // TIFF). </b> final ImageMetadata metadata = Imaging.getMetadata(imageBytes); // <b>print a dump of information about an image to stdout. </b> Imaging.dumpImageFile(imageBytes); // <b>get a summary of format errors. </b> final FormatCompliance formatCompliance = Imaging.getFormatCompliance(imageBytes); } catch (final Exception e) { } }
From source file:org.imaging.CommonsImagingVariousExamples.java
public CommonsImagingVariousExamples() { try {/*from w w w. j a v a2 s . c o m*/ // <b>Code won't work unless these variables are properly // initialized. // Imaging works equally well with File, byte array or InputStream // inputs.</b> final BufferedImage someImage = null; final byte someBytes[] = null; final File someFile = null; final InputStream someInputStream = null; final OutputStream someOutputStream = null; // <b>The Imaging class provides a simple interface to the library. // </b> // <b>how to read an image: </b> final byte imageBytes[] = someBytes; final BufferedImage image_1 = Imaging.getBufferedImage(imageBytes); // <b>methods of Imaging usually accept files, byte arrays, or // inputstreams as arguments. </b> final BufferedImage image_2 = Imaging.getBufferedImage(imageBytes); final File file = someFile; final BufferedImage image_3 = Imaging.getBufferedImage(file); final InputStream is = someInputStream; final BufferedImage image_4 = Imaging.getBufferedImage(is); // <b>Write an image. </b> final BufferedImage image = someImage; final File dst = someFile; final ImageFormat format = ImageFormats.PNG; final Map<String, Object> optionalParams = new HashMap<String, Object>(); Imaging.writeImage(image, dst, format, optionalParams); final OutputStream os = someOutputStream; Imaging.writeImage(image, os, format, optionalParams); // <b>get the image's embedded ICC Profile, if it has one. </b> final byte iccProfileBytes[] = Imaging.getICCProfileBytes(imageBytes); final ICC_Profile iccProfile = Imaging.getICCProfile(imageBytes); // <b>get the image's width and height. </b> final Dimension d = Imaging.getImageSize(imageBytes); // <b>get all of the image's info (ie. bits per pixel, size, // transparency, etc.) </b> final ImageInfo imageInfo = Imaging.getImageInfo(imageBytes); if (imageInfo.getColorType() == ImageInfo.ColorType.GRAYSCALE) { System.out.println("Grayscale image."); } if (imageInfo.getHeight() > 1000) { System.out.println("Large image."); } // <b>try to guess the image's format. </b> final ImageFormat imageFormat = Imaging.guessFormat(imageBytes); imageFormat.equals(ImageFormats.PNG); // <b>get all metadata stored in EXIF format (ie. from JPEG or // TIFF). </b> final ImageMetadata metadata = Imaging.getMetadata(imageBytes); // <b>print a dump of information about an image to stdout. </b> Imaging.dumpImageFile(imageBytes); // <b>get a summary of format errors. </b> final FormatCompliance formatCompliance = Imaging.getFormatCompliance(imageBytes); } catch (final Exception e) { e.printStackTrace(); } }