Remove mentions of Java 1.4 from the site

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mishako 2016-04-23 23:28:55 +02:00
parent 23a5e7990b
commit eb917277b6
11 changed files with 0 additions and 33 deletions

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Rome v0.4 Tutorial, Defining a Custom Module (bean, parser and generator) Rome v0.4 Tutorial, Defining a Custom Module (bean, parser and generator)
<<Software requirements:>> Synd J2SE 1.4\+, JDOM 1.0 and Rome 0.4.
This tutorial walks through the steps of creating a custom module for syndication feeds that support additional namespaces (such as RSS 1.0, RSS 2.0 and Atom 0.3). This tutorial walks through the steps of creating a custom module for syndication feeds that support additional namespaces (such as RSS 1.0, RSS 2.0 and Atom 0.3).

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Rome v0.4 Tutorial, Using Rome to aggregate many syndication feeds into a single one Rome v0.4 Tutorial, Using Rome to aggregate many syndication feeds into a single one
<<Software requirements:>> J2SE 1.4\+, JDOM 1.0 and Rome 0.4.
Rome represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with Rome are all lightweight classes. Rome represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with Rome are all lightweight classes.

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Rome v0.4 Tutorial, Using Rome to convert a syndication feed from one type to another Rome v0.4 Tutorial, Using Rome to convert a syndication feed from one type to another
<<Software requirements:>> Synd J2SE 1.4\+, JDOM 1.0 and Rome 0.4.
Rome represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with Rome are all lightweight classes. Rome represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with Rome are all lightweight classes.

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Rome v0.4 Tutorial, Using Rome to create and write a syndication feed Rome v0.4 Tutorial, Using Rome to create and write a syndication feed
<<Software requirements:>> J2SE 1.4\+, JDOM 1.0 and Rome 0.4.
Rome represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.feed.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with Rome are all lightweight classes. Rome represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.feed.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with Rome are all lightweight classes.

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Rome v0.4 Tutorial, Using Rome to read a syndication feed Rome v0.4 Tutorial, Using Rome to read a syndication feed
<<Software requirements:>> J2SE 1.4\+, JDOM 1.0 and Rome 0.4.
Rome represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with Rome are all lightweight classes. Rome represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with Rome are all lightweight classes.

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Rss and atOM utilitiEs (ROME) v0.5 Tutorial, Defining a Custom Module (bean, parser and generator) Rss and atOM utilitiEs (ROME) v0.5 Tutorial, Defining a Custom Module (bean, parser and generator)
<<Software requirements:>> Synd J2SE 1.4\+, JDOM 1.0 and ROME 0.5.
This tutorial walks through the steps of creating a custom module for syndication feeds that support additional namespaces (such as RSS 1.0, RSS 2.0 and Atom 0.3). This tutorial walks through the steps of creating a custom module for syndication feeds that support additional namespaces (such as RSS 1.0, RSS 2.0 and Atom 0.3).

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Rss and atOM utilitiEs (ROME) v0.5 Tutorial, Using ROME to aggregate many syndication feeds into a single one Rss and atOM utilitiEs (ROME) v0.5 Tutorial, Using ROME to aggregate many syndication feeds into a single one
<<Software requirements:>> J2SE 1.4\+, JDOM 1.0 and ROME 0.5.
ROME represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with ROME are all lightweight classes. ROME represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with ROME are all lightweight classes.

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Rss and atOM utilitiEs (ROME) v0.5 Tutorial, Using ROME to convert a syndication feed from one type to another Rss and atOM utilitiEs (ROME) v0.5 Tutorial, Using ROME to convert a syndication feed from one type to another
<<Software requirements:>> Synd J2SE 1.4\+, JDOM 1.0 and ROME 0.5.
ROME represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with ROME are all lightweight classes. ROME represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with ROME are all lightweight classes.

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Rss and atOM utilitiEs (ROME) v0.5 Tutorial, Using ROME to create and write a syndication feed Rss and atOM utilitiEs (ROME) v0.5 Tutorial, Using ROME to create and write a syndication feed
<<Software requirements:>> J2SE 1.4\+, JDOM 1.0 and ROME 0.5.
ROME represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with ROME are all lightweight classes. ROME represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with ROME are all lightweight classes.

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Rss and atOM utilitiEs (ROME) v0.5 Tutorial, Using ROME to read a syndication feed Rss and atOM utilitiEs (ROME) v0.5 Tutorial, Using ROME to read a syndication feed
<<Software requirements:>> J2SE 1.4\+, JDOM 1.0 and ROME 0.5.
ROME represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with ROME are all lightweight classes. ROME represents syndication feeds (RSS and Atom) as instances of the com.rometools.rome.synd.SyndFeed interface. The SyndFeed interfaces and its properties follow the Java Bean patterns. The default implementations provided with ROME are all lightweight classes.

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Rss and atOM utilitiEs (ROME) v0.5 Tutorial, Using ROME within a Servlet to create and return a feed Rss and atOM utilitiEs (ROME) v0.5 Tutorial, Using ROME within a Servlet to create and return a feed
<<Software requirements:>> J2SE 1.4\+, Servlet Container 2.3\+, JDOM 1.0 and ROME 0.5.
This sample consists of a servlet that serves a feed as response. The feed type (RSS in any of its variants or Atom) can be specified as a URL parameter when requesting the feed. The returned feed is hardwired in the sample and it would be straight forward to modify the sample to generate the feed dynamically (i.e. from data stored in a database). This sample consists of a servlet that serves a feed as response. The feed type (RSS in any of its variants or Atom) can be specified as a URL parameter when requesting the feed. The returned feed is hardwired in the sample and it would be straight forward to modify the sample to generate the feed dynamically (i.e. from data stored in a database).