Insert Image in database

Require Driver : mysql-connector-java-5.0.8-bin.jar


Table Structure : 

CREATE TABLE myImageFiles (
  id int(11) NOT NULL auto_increment,
  document blob
)

	package com.jay
	import java.io.File;
	import java.io.FileInputStream;
	import java.io.IOException;
	import java.sql.Connection;
	import java.sql.DriverManager;
	import java.sql.PreparedStatement;
	import java.sql.SQLException;
	public class JaySQLImageExample {
	public static void main(String[] args) throws Exception, IOException, SQLException {
	Class.forName("com.mysql.jdbc.Driverr");
	Connection conn = DriverManager.getConnection("jdbc:mysql://localhost:4928/jptProject", "sa", "root");
	String INSERT_PICTURE = "insert into myImageFiles(id,document) values (?, ?)";
	FileInputStream fis = null;
	PreparedStatement ps = null;
	try {
	conn.setAutoCommit(false);
	File file = new File("Tulips.jpg");
	fis = new FileInputStream(file);
	ps = conn.prepareStatement(INSERT_PICTURE);
	ps.setString(1, "1");
	ps.setBinaryStream(2, fis, (int) file.length());
	ps.executeUpdate();
	conn.commit();
	} finally {
	ps.close();
	fis.close();
	}
	}
	}

view raw JaySQLImageExample.java hosted with ❤ by GitHub

ImageJ2

ImageJ2 is a new version of ImageJ seeking to strengthen both the software and its community. Internally, it is a total redesign of ImageJ, but it is backwards compatible with ImageJ 1.x via a "legacy layer" and features a user interface closely modeled after the original.

Under the hood, ImageJ2 completely isolates the image processing logic from the graphical user interface (UI), allowing ImageJ2 commands to be used in many contexts, including headless in the cloud or on a server such as OMERO, or from within another application such as KNIME, Icy or CellProfiler (a Python application).

ImageJ2 has an N-dimensional data model driven by the powerful ImgLib2 library, which supports image data expressed in an extensible set of numeric and non-numeric types, and accessed from an extensible set of data sources. ImageJ2 is driven by a state-of-the-art, collaborative development process, including version control, unit testing, automated builds via a continuous integration system, a bug tracker and more.

We are collaborating closely with related projects including Fiji, SCIFIO and OME, and are striving to deliver a coherent software stack reusable throughout the life sciences community and beyond. For more details, see the SciJava web site.

ImageJ2 is currently in the "beta" stage, meaning the code is not finished. It is being released for early community feedback and testing. Comments, questions and bug reports are much appreciated!

To maintain ImageJ's continuity of development, we have modeled the application after ImageJ v1.x as much as is reasonable. However, please be aware that ImageJ2 is essentially a total rewrite of ImageJ from the ground up. It provides backward compatibility with older versions of ImageJ by bundling the latest v1.x code and translating between "legacy" and "modern" image structures.

For more details on the project, see the ImageJ2 web site.

LICENSING

ImageJ2 is distributed under a Simplified BSD License; for the full text of the license, see LICENSE.txt.

For the list of developers and contributors, see pom.xml.

IMAGEJ AS A LIBRARY

This repository is the master ImageJ2 application, which brings together all of ImageJ under the artifact net.imagej:imagej. It is the easiest entry point if you are looking to use ImageJ as a library from your own software. E.g., in your Maven pom.xml:

<parent>
  <groupId>org.scijava</groupId>
  <artifactId>pom-scijava</artifactId>
  <version>2.0</version>
</parent>
...
<dependency>
  <groupId>net.imagej</groupId>
  <artifactId>imagej</artifactId>
</dependency>

We recommend inheriting from the pom-scijava parent, although it is not required. (If you do not, you will need to include the <version> of ImageJ in your <dependency> declaration.)

DEPENDENCIES

This component depends on other, lower level components, each of which lives in its own repository:

• ImageJ Common
• ImageJ Legacy
• ImageJ OPS
• ImageJ Updater
• SciJava Common

It also includes uses various "plugin" components at runtime:

• Imagej Plugins: Commands
• Imagej Plugins: Tools
• Imagej Plugins: Uploader: SSH
• Imagej Plugins: Uploader: WebDAV
• SciJava Plugins: Platforms
• SciJava Plugins: Text: Markdown
• SciJava Plugins: Text: Plain
• Scripting: Beanshell
• Scripting: Clojure
• Scripting: Java
• Scripting: JavaScript
• Scripting: JRuby
• Scripting: Jython

See the pom.xml for a complete list of dependencies.

BUGS

For a list of known issues, see the issue tracking system.

Please report any bugs by following the instructions online.

ImageJ Features

Runs Everywhere:

ImageJ is written in Java, which allows it to run on Linux, Mac OS X and Windows, in both 32-bit and 64-bit modes.

Open Source:

ImageJ and its Java source code are freely available and in the public domain. No license is required.

User Community:

ImageJ has a large and knowledgeable worldwide user community. More than 1700 users and developers subscribe to the ImageJ mailing list.

Macros:

Automate tasks and create custom tools using macros. Generate macro code using the command recorder and debug it using the macro debugger. More than 300 macros are available on the ImageJ Web site.

Plugins:

Extend ImageJ by developing plugins using ImageJ's built in text editor and Java compiler. More than 500 plugins are available.

Toolkit:

Use ImageJ as a image processing toolkit (class library) to develop applets, servlets or applications.

Speed:

ImageJ is the world's fastest pure Java image processing program. It can filter a 2048x2048 image in 0.1 seconds (*). That's 40 million pixels per second!

Data Types:

8-bit grayscale or indexed color, 16-bit unsigned integer, 32-bit floating-point and RGB color.

File Formats:

Open and save all supported data types as TIFF (uncompressed) or as raw data. Open and save GIF, JPEG, BMP, PNG, PGM, FITS and ASCII. Open DICOM. Open TIFFs, GIFs, JPEGs, DICOMs and raw data using a URL. Open and save many other formats using plugins.

Image display:

Tools are provided for zooming (1:32 to 32:1) and scrolling images. All analysis and processing functions work at any magnification factor.

Selections:

Create rectangular, elliptical or irregular area selections. Create line and point selections. Edit selections and automatically create them using the wand tool. Draw, fill, clear, filter or measure selections. Save selections and transfer them to other images.

Image Enhancement:

Supports smoothing, sharpening, edge detection, median filtering and thresholding on both 8-bit grayscale and RGB color images. Interactively adjust brightness and contrast of 8, 16 and 32-bit images.

Geometric Operations:

Crop, scale, resize and rotate. Flip vertically or horizontally.

Analysis:

Measure area, mean, standard deviation, min and max of selection or entire image. Measure lengths and angles. Use real world measurement units such as millimeters. Calibrate using density standards. Generate histograms and profile plots.

Editing:

Cut, copy or paste images or selections. Paste using AND, OR, XOR or "Blend" modes. Add text, arrows, rectangles, ellipses or polygons to images.

Color Processing:

Split a 32-bit color image into RGB or HSV components. Merge 8-bit components into a color image. Convert an RGB image to 8-bit indexed color. Apply pseudo-color palettes to grayscale images.

Stacks:

Display a "stack" of related images in a single window. Process an entire stack using a single command. Open a folder of images as a stack. Save stacks as multi-image TIFF files.