org.safs.abbot

Class ProcessContainer.Processor

java.lang.Object

org.safs.abbot.ProcessContainer.Processor

All Implemented Interfaces:

java.lang.Runnable

Enclosing class:

ProcessContainer

public class ProcessContainer.Processor
extends java.lang.Object
implements java.lang.Runnable

Process a component. Will process properties and children based on settings. Will instantiate additional Processors for child components if we are processing children.

Constructor Summary

Constructors

Constructor and Description
ProcessContainer.Processor(java.lang.Object[] toplevel) Constructor provided a predefined top level windows array.
ProcessContainer.Processor(java.lang.Object container, int level) Constructor with default use of System.out as OutputStream

Method Summary

Methods

Modifier and Type	Method and Description
(package private) java.lang.String	genRecogString(PCTree pctree, java.lang.Object container, java.lang.String parentText) Deduce the recognition string for the container object and store that along with associated object information in the PCTree.
(package private) java.lang.String	getObjectProperty(java.lang.Object object, java.lang.String property) Return an individual object property from the application JVM.
PCTree	getPCTree() Accessor for hierarchy information
protected void	makeIndent() Increase our output indention based on the depth (level) of the hierarchy being processed.
protected java.lang.String	makeName(java.lang.String text, java.lang.String compType) Make a name based on the 'text', or if no text, then the 'compType'; Make sure to remove all non-alphanumeric characters first When a name is already in our 'map' then we append an index after the name to make it unique, starting from 2.
(package private) PCTree	processChildren(java.lang.Object[] children, java.lang.String text, PCTree parent) Process the children of a parent Processor, children can be null because this method first checks for that.
void	processParent() The primary entry point for processing the initial object.
void	run() The Thread.start entry point.
void	setParentText(java.lang.String text) Accessor for parentText
void	setPCTree(PCTree atree) Accessor for hierarchy information
protected void	write(java.lang.String data) write a line of (indented) text to our preset OutputStream.
protected void	writeMap(java.lang.String data) write a line of text to our preset AppMap OutputStream.
protected void	writeProperties(java.lang.Object container) Get and output the full list of available properties for the container.
protected void	writeTree(PCTree tree) Write the raw tree data to System.out and the writeMap function.

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

ProcessContainer.Processor

public ProcessContainer.Processor(java.lang.Object container,
                          int level)

Constructor with default use of System.out as OutputStream

ProcessContainer.Processor

public ProcessContainer.Processor(java.lang.Object[] toplevel)

Constructor provided a predefined top level windows array.

Method Detail

run

public void run()

The Thread.start entry point.

Specified by:

run in interface java.lang.Runnable

makeIndent

protected void makeIndent()

Increase our output indention based on the depth (level) of the hierarchy being processed.

setPCTree

public void setPCTree(PCTree atree)

Accessor for hierarchy information

getPCTree

public PCTree getPCTree()

Accessor for hierarchy information

setParentText

public void setParentText(java.lang.String text)

Accessor for parentText

processParent

public void processParent()

The primary entry point for processing the initial object.

processChildren

PCTree processChildren(java.lang.Object[] children,
                     java.lang.String text,
                     PCTree parent)

Process the children of a parent Processor, children can be null because this method first checks for that.

Parameters:

children, - Object[] generally retrieved from the processed parent.

text, - String the text identifying the parent for setParentText

parent, - PCTree the current state of stored hierarchy info

Returns:

firstpctree (the first PCTree generated for the children)

getObjectProperty

java.lang.String getObjectProperty(java.lang.Object object,
                                 java.lang.String property)

Return an individual object property from the application JVM.

Returns:

String value of the property or null.

genRecogString

java.lang.String genRecogString(PCTree pctree,
                              java.lang.Object container,
                              java.lang.String parentText)

Deduce the recognition string for the container object and store that along with associated object information in the PCTree.

Parameters:

pctree - PCTree, stores the rcognition string info

container, - Object

parentText, - String, for menus, it is the path of our parent

Returns:

title/name property value if it exists, else null

makeName

protected java.lang.String makeName(java.lang.String text,
                        java.lang.String compType)

Make a name based on the 'text', or if no text, then the 'compType'; Make sure to remove all non-alphanumeric characters first When a name is already in our 'map' then we append an index after the name to make it unique, starting from 2.

Parameters:

text, - String

compType, - String

Returns:

String, the name generated

write

protected void write(java.lang.String data)

write a line of (indented) text to our preset OutputStream. This routine adds any required indentation. The newline char is automatically sent after the data is sent.

writeMap

protected void writeMap(java.lang.String data)

write a line of text to our preset AppMap OutputStream. The newline char is automatically sent after the data is sent.

writeProperties

protected void writeProperties(java.lang.Object container)

Get and output the full list of available properties for the container.

writeTree

protected void writeTree(PCTree tree)

Write the raw tree data to System.out and the writeMap function.

Parameters:

tree - stored PCTree hierarchy of our processing.

See Also:

writeMap(String)