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Generate or parse URI and URI reference Q) Does this library include a program called urin? A) No. Q) Is this library part of the J2EE Java API? A) Yes. Q) What is the difference between the Compact and Standard versions of this library? A) The standard version includes source files that would otherwise be missing in the compact version, and the standard version also includes debug information. Installation Information: 1. To install the library, download the correct version of the library from the URIN website, and then unzip the files. The library is compatible with Java 5 or higher. 2. Add the directory containing the unzipped library to your classpath. 3. Add URIN to the Library Packages search path if you use a Java IDE that does not natively support Maven or the command line. 4. Use class URIN in your Java source code to generate or parse URI and URI references. 5. Use urin.setDebug(false) to turn off debugging information. You can also check out the examples in the demo directory. Urin is a Java library that can be used to make URIs. It is both a URI generator and parser, and it was designed to make the process easier than it is when using the standard Java URI and URL classes. It offers support for RFC 3986, the current URI standard, and it is open-source. There are two versions of the library available for download. The standard one includes the source code, which will interest many developers, while the compact one lacks the source code and debug information. Documentation is available online, providing you with an example-based guide to using this library. The in-depth details are also available in the standard version you can download. The guide shows you how to produce URIs and relative references, while also detailing the processes of parsing, URI normalization and resolution. Examples are provided in each case to help you understand everything more easily. Urin also offers a mechanism to create schemes with extra rules to be implemented; this is demonstrated in the HTTP class, which manages the non-default encoding of the space character, and the encoding of parameters in the HTTP scheme’s query component. The library achieves this by extending the Query class, and an example is included in the source code for HTTPQuery. Urin Description: Generate or parse URI and URI reference Q) Does this
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Urin is a Java library that can be used to make URIs. It is both a URI generator and parser, and it was designed to make the process easier than it is when using the standard Java URI and URL classes. It offers support for RFC 3986, the current URI standard, and it is open-source. There are two versions of the library available for download. The standard one includes the source code, which will interest many developers, while the compact one lacks the source code and debug information. Documentation is available online, providing you with an example-based guide to using this library. The in-depth details are also available in the standard version you can download. The guide shows you how to produce URIs and relative references, while also detailing the processes of parsing, URI normalization and resolution. Examples are provided in each case to help you understand everything more easily. Urin also offers a mechanism to create schemes with extra rules to be implemented; this is demonstrated in the HTTP class, which manages the non-default encoding of the space character, and the encoding of parameters in the HTTP scheme’s query component. The library achieves this by extending the Query class, and an example is included in the source code for HTTPQuery. The main class is Uri.java. Urin code is in the uri package. Javadoc can be found here This is my problem code, URL target = new URL(“”); Uri uri = new Uri.Builder().scheme(“http”).host(“”).build(); //or new Uri.Builder().scheme(“http”).host(“”).path(“”).build(); I want to get the same output as a default url, but for 2f7fe94e24
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Download Urin-0.4.3.jar version 01.06.2013. This is the standard Urin package which includes support for RFC 3986 URIs. The’standard’ version of Urin is distributed with documentation which outlines features, options and use cases. Additionally a compact version of Urin is distributed without the documentation, but is otherwise identical. URI generation – URI specifications URIs are constructed by using the URI.Builder class, which allows for simple specification of a URI, either in the complete form or with the specifiers for resources (file, network protocols, etc.). URIs are constructed using these specifications with URI.Builder methods, which can create URIs from a number of specifications, including absolute, relative and relative references. URI parsing – URI specifications URIs can be parsed into Resource objects, providing access to the components of the specification, such as the scheme, host and path. URINorm – URI Normalization URIs can be manipulated to conform with the existing published formal specification or to conform with a new or different formal specification. This is achieved through the use of URINorm instances. These are instances of a URINorm class, which takes a specification as its argument, and when that specification conforms to a formal specification, then the normalisation is performed on the URI specification and a URI constructed from the resultant specification is returned. URIResolver – URI Resolution URIs are typically constructed with specific file systems in mind, meaning that they are designed to operate across a file system hierarchy. This can cause difficulties if the URIs end up operating across different systems, or between systems with different specifications. URIResolver instances are used to resolve URIs to access points that can operate across a hierarchy of specifications. With respect to the query string parameter, the data associated with the query string, the query string is constructed from the data inside the URI specification. Multiple URIResolver instances are provided to resolve URIs based on the query string, and thus to access points that can operate within the query string of the URI. The query string associated with a URI can be read from a URI resource and a URIResolver can
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Urin is a Java library which is designed to make the process of creating URIs easier than it is when using the standard Java URL and URI classes. Urin was designed to make the process of creating URIs easier, and additionally, Urin was designed to offer a mechanism to add your own unique URLs and schemes to the language. Once you have created a URI, you can reference them in relative formats, like so: “ Or in absolute forms, like so: “jvdls.org/p/2008/apr/m4_20080325” This URI may also be queried for relative data, and the results will be included in any response which represents a URI. The UriBuilder class has a “buildRelative” method which can be used to build a URI for the given path and a set of query parameters. This is useful for any path that cannot be represented using an absolute form. You can also simply use the String class, and it will output a URI according to RFC 3986. This can be passed to the URIBuilder class for making more complex URIs. However, this usually creates unusable URIs, so you should not use this method without first understanding what it is doing. Finally, Urin offers the URIScheme class, which can be used to create you own custom URI schemes. The URIs which the scheme URIs produce are constructed using the rules for the scheme, and thus can be converted into absolute and relative forms. For example, the HTTP scheme will allow you to include the scheme in the URI for a query component, and thus allow you to have URIs where the scheme actually affects the way the URI is constructed. This library is built on the idea of using a component-based architecture, and this can be seen in its usage of “builder” classes which can be used to construct URIs, and “extender” classes which will extend the language for you. You can refer to the source code to see how all the classes work, and you can also read about them on the documentation site that has been set up. You can download the library from the download page in the Google code project, and there are also one or two useful blog entries which have been set up to provide background on the library and a list of samples,
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