#Java oops concepts wiki update
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#Java oops concepts wiki download

NOTE: The site.xml/book.xml and skin information are not yet provided.įor more details see gump/document.py 5) RSS This is a work in progress, and only the first two are attempted. Tabs: 'Main' – the build output grouped by modules, 'Stats' – generated statistics, 'XRef' – cross reference information.

#Java oops concepts wiki plus

The context tree above, plus statistics, is serialized to a set of xdocs Last date of last (latest) successful build.įor more details see gump/statistics.py 4) Documentation.Number of builds not attempted due to Prerequisite failed builds.3) StatisticsĪ simple DBM database of statistics (per project name) is kept containing: NOTE: The attempt here is to NOT polute the object model with runtime information. launched cvs to update.)Ĭontains N of 'WorkItem' (e.g. launched Forrest)Ĭontains N of 'WorkItem' (e.g. The 'target' classes are self-describing (containing the schema information for things like 'repeating sub-elements ought be created using a list of class X', and so on.įor more details see gump/model/*.py and the 'engine code' in gump/util/xmlutils.py 2) Context TreeĪ 'parallel' tree of 'associated context information' such as:Ĭontains N of 'WorkItem' (e.g. One of the more elegant aspects of this development is the approach of turning SAX events into an attributed object model, and vice verse. Forrest is launched to convert this documentation to a site.Once complete the run is 'documented' by creating xdocs (for Forrest).Statistics (FOG Factor and others) are calculated from states & updated.State and 'work' is maintained in memory and files.All results affect the per module/per project 'state'.Performs synchronization (into build directory).Reads the workspace and project information.This tool is intended for use from cron, or similar scheduling software. Automating the 'integration process' using integrate.py When (say) updating a 'list of modules' the utilities calculate the modules containing the requests projects, and hence translates for the user. This is a new feature in Python Gump, and a mild divergence from traditional gump usage. 'all' is converted to the regular expression '*'. Note: The command line arguments accept a regular expression that resolves over project names NOT module names. gump/integrate.py – does 'the works' check/update/build/statistics/document/nag.

#Java oops concepts wiki update

gump/update.py – update project(s) from source control.

Note: There are similar tools w/ similar command line arguments:

open a shell and do something similar to:.

Command Line Tools: Get Started with update.py and build.py More detailed information on what is being done can be found in the console window which you can access by pressing the console icon. If it succeeds, press the 'back' button to return to the project you started with and repeat. If a dependency failed, you can click on it to go to that project. A typical scenario is to select the project that you are interested in, check the prereqs and dependencies tabs. You actually can run a build from this tool. One pane initially shows the fully expanded XML project definition (implicit dependencies added, properties resolved, etc). If you select a project, you can walk the project dependencies in both directions, see what prereqs aren't installed, see the actual classpath and properties used in the ant builds, and see what jars a project produces.

#Java oops concepts wiki download

Unless optimized (a switch not currently exposed) each time you run it, it takes time to download all the external project definitions. open a shell and do or something equivalent:.Key point is that where most of the action is at the moment is in gumpview. Graphical User Interface: Get started with view.py This provides the basics functions of existing gump (gen/update/build).Command Line (human and automatic users, e.g.

#Java oops concepts wiki code

Sam's original random thoughts on this are atĮnsuing discussion is interesting The Code So Sam proposed to write a new implementation of the same basic idea, this time using Python. To make the work easy, we can bundle the common features and properties of all vehicle types into a module (a class in case of Java).Current Gump is a bit difficult for most people to develop: one needs to know java, XSLT and shell scripting. We may ask the question, why do we need inheritance? To answer this, let's consider a vehicle manufacturer who manufactures different types of vehicles, such as cars, buses, trams, and trucks. The Car IS-A Vehicle. So, it has all the characteristics of a Vehicle. When we extend a class, we form an IS-A relationship.