rms/org.eclipse.ptp.rm.jaxb.tests/data/tokenizer-examples.xml - ptp/org.eclipse.ptp - Git at Google

 <?xml version="1.0" encoding="UTF-8"?>
 <resource-manager-builder xmlns="http://org.eclipse.ptp/rm" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
 	xsi:schemaLocation="resource_manager_type.xsd" name="test-parsers">
 	<control-data>
 		<!-- EXAMPLE 1: output is a list of line-separated queue names to be assigned
 			to the known property "available-queues" -->
 		<start-up-command name="test00ParseQstat">
 			<arg/>
 			<stdout-parser delim="\n">
 				<target ref="available_queues">
 					<match>
 						<expression>[^\s]+</expression>
 						<!-- <append field="value" separator=","> -->
 						<!-- <entry valueGroup="0"/> -->
 						<!-- </append> -->
 						<add field="value">
 							<entry valueGroup="0"/>
 						</add>
 					</match>
 				</target>
 			</stdout-parser>
 		</start-up-command>
 		<!-- EXAMPLE 2: output is to be searched for its final line which should
 			contain a job id of the form "[digits].[chars]" -->
 		<start-up-command name="test01JobId">
 			<arg/>
 			<stdout-parser delim="\n" all="true" save="1">
 				<target ref="@jobId">
 					<match>
 						<expression>([\d]*)[.].*</expression>
 						<set field="value">
 							<entry valueGroup="1"/>
 						</set>
 					</match>
 				</target>
 			</stdout-parser>
 		</start-up-command>
 		<!-- EXAMPLE 3: indeterminate number and order of lines containing parts
 			of attribute definitions, but each line bearing a distinct
 			id (e.g., openMPI attribute discovery) -->
 		<start-up-command name="test02OpenMPI">
 			<arg/>
 			<stdout-parser delim="\n">
 				<target type="attribute">
 					<match>
 						<expression>mca:.*:param:([^:]*):value:(.*)</expression>
 						<set field="name">
 							<entry valueGroup="1"/>
 						</set>
 						<set field="visible">
 							<entry value="true"/>
 						</set>
 						<set field="value">
 							<entry valueGroup="2"/>
 						</set>
 					</match>
 					<match>
 						<expression>mca:.*:param:([^:]*):status:(.*)</expression>
 						<set field="status">
 							<entry valueGroup="2"/>
 						</set>
 					</match>
 					<match>
 						<expression>mca:.*:param:([^:]*):help:(.*)</expression>
 						<set field="tooltip">
 							<entry valueGroup="2"/>
 						</set>
 					</match>
 					<test op="EQ">
 						<value>#status</value>
 						<value>read-only</value>
 						<set field="readOnly">
 							<entry value="true"/>
 						</set>
 						<else>
 							<set field="readOnly">
 								<entry value="false"/>
 							</set>
 						</else>
 					</test>
 				</target>
 				<target type="attribute">
 					<match>
 						<expression>(.*):([^:]*)</expression>
 						<set field="name">
 							<entry valueGroup="1"/>
 						</set>
 						<set field="value">
 							<entry valueGroup="2"/>
 						</set>
 						<set field="visible">
 							<entry value="false"/>
 						</set>
 						<set field="readOnly">
 							<entry value="true"/>
 						</set>
 					</match>
 				</target>
 			</stdout-parser>
 		</start-up-command>
 		<!-- EXAMPLE 4: indeterminate number of definitions, but grouped
 			by caption; use of moveToTop to promote the target to the top of the list
 			when the caption appears -->
 		<start-up-command name="test03ImplicitWithTags">
 			<arg/>
 			<stdout-parser delim="\n">
 				<target type="property">
 					<match moveToTop="true">
 						<expression>PROPERTY</expression>
 					</match>
 					<match>
 						<expression>name:(.*)</expression>
 						<set field="name">
 							<entry valueGroup="1"/>
 						</set>
 					</match>
 					<match>
 						<expression>value:(.*)</expression>
 						<set field="value">
 							<entry valueGroup="1"/>
 						</set>
 					</match>
 				</target>
 				<target type="attribute">
 					<match moveToTop="true">
 						<expression>ATTRIBUTE</expression>
 					</match>
 					<match>
 						<expression>name:(.*)</expression>
 						<set field="name">
 							<entry valueGroup="1"/>
 						</set>
 					</match>
 					<match>
 						<expression>value:(.*)</expression>
 						<set field="value">
 							<entry valueGroup="1"/>
 						</set>
 					</match>
 				</target>
 			</stdout-parser>
 		</start-up-command>
 		<!-- EXAMPLE 5: similar to 4, but without delimiter (implicit ordering) -->
 		<start-up-command name="test04ImplicitOrdering">
 			<arg/>
 			<stdout-parser delim="\n">
 				<target type="attribute" matchAll="true">
 					<match>
 						<expression>.+</expression>
 						<set field="name">
 							<entry valueGroup="0"/>
 						</set>
 					</match>
 					<match>
 						<expression>.*</expression>
 						<set field="type">
 							<entry valueGroup="0"/>
 						</set>
 					</match>
 					<match>
 						<expression>.*</expression>
 						<set field="description">
 							<entry valueGroup="0"/>
 						</set>
 					</match>
 					<match>
 						<expression>.*</expression>
 						<set field="tooltip">
 							<entry valueGroup="0"/>
 						</set>
 					</match>
 					<match>
 						<expression>.*</expression>
 						<set field="value">
 							<entry valueGroup="0"/>
 						</set>
 					</match>
 				</target>
 			</stdout-parser>
 		</start-up-command>
 		<!-- EXAMPLE 6: like 4, but with indeterminate type order and using buffer + DOTALL -->
 		<start-up-command name="test05ImplicitWithTagsDotall">
 			<arg/>
 			<stdout-parser maxMatchLen="32" applyToAll="true">
 				<target type="property">
 					<match>
 						<expression flags="DOTALL">.*PROPERTY[\n]name:(\w*)[\n]value:([\d.-]*).*</expression>
 						<set field="name">
 							<entry valueGroup="1"/>
 						</set>
 						<set field="value">
 							<entry valueGroup="2"/>
 						</set>
 					</match>
 				</target>
 				<target type="property">
 					<match>
 						<expression flags="DOTALL">.*PROPERTY[\n]value:([\d.-]*)[\n]name:(\w*).*</expression>
 						<set field="name">
 							<entry valueGroup="2"/>
 						</set>
 						<set field="value">
 							<entry valueGroup="1"/>
 						</set>
 					</match>
 				</target>
 				<target type="attribute">
 					<match>
 						<expression flags="DOTALL">.*ATTRIBUTE[\n]name:(\w*)[\n]value:([\d.-]*).*</expression>
 						<set field="name">
 							<entry valueGroup="1"/>
 						</set>
 						<set field="value">
 							<entry valueGroup="2"/>
 						</set>
 					</match>
 				</target>
 				<target type="attribute">
 					<match>
 						<expression flags="DOTALL">.*ATTRIBUTE[\n]value:([\d.-]*)[\n]name:(\w*).*</expression>
 						<set field="name">
 							<entry valueGroup="2"/>
 						</set>
 						<set field="value">
 							<entry valueGroup="1"/>
 						</set>
 					</match>
 				</target>
 			</stdout-parser>
 		</start-up-command>
 		<!-- EXAMPLE 7: indeterminate number of property definitions, but on single line -->
 		<start-up-command name="test06PropertyDefsSingleLine">
 			<arg/>
 			<stdout-parser delim="\n">
 				<target type="property">
 					<match>
 						<expression expression="&lt;name&gt;(.*)&lt;/name&gt;&lt;value&gt;(.*)&lt;/value&gt;"/>
 						<set field="name">
 							<entry valueGroup="1"/>
 						</set>
 						<set field="value">
 							<entry valueGroup="2"/>
 						</set>
 					</match>
 				</target>
 			</stdout-parser>
 		</start-up-command>
 		<!-- EXAMPLE 8: looking for values interspersed in the stream but which will
 			not exceed 32 chars -->
 		<start-up-command name="test07JobStates">
 			<arg/>
 			<stdout-parser maxMatchLen="32">
 				<target ref="jobStates">
 					<match>
 						<expression flags="DOTALL">.*&lt;job&gt;([\d]*):([\w]*)&lt;/job&gt;.*</expression>
 						<put field="value">
 							<entry keyGroup="1" valueGroup="2"/>
 						</put>
 					</match>
 				</target>
 			</stdout-parser>
 		</start-up-command>
 		<!-- EXAMPLE 9: Successive names/values, in order, but staggered -->
 		<start-up-command name="test08Staggered">
 			<arg/>
 			<stdout-parser delim="\n">
 				<target type="property">
 					<match>
 						<expression>name:(.*)</expression>
 						<set field="name">
 							<entry valueGroup="1"/>
 						</set>
 					</match>
 					<match>
 						<expression>value:(.*)</expression>
 						<set field="value">
 							<entry valueGroup="1"/>
 						</set>
 					</match>
 				</target>
 			</stdout-parser>
 		</start-up-command>
 		<!-- EXAMPLE 10: forced merge -->
 		<start-up-command name="test09Merged">
 			<arg/>
 			<stdout-parser delim="\n">
 				<target type="property">
 					<match>
 						<expression>name:(.+);value:(.+)</expression>
 						<set field="name">
 							<entry valueGroup="1"/>
 						</set>
 						<set field="value">
 							<entry valueGroup="2"/>
 						</set>
 					</match>
 					<match>
 						<expression>name:(.+);default:(.+)</expression>
 						<set field="name">
 							<entry valueGroup="1"/>
 						</set>
 						<set field="default">
 							<entry valueGroup="2"/>
 						</set>
 					</match>
 				</target>
 			</stdout-parser>
 		</start-up-command>
 		<!-- EXAMPLE 11: exit-on -->
 		<start-up-command name="test10ExitOn">
 			<arg/>
 			<stdout-parser maxMatchLen="32">
 				<target ref="jobStates">
 					<match>
 						<expression flags="DOTALL">.*&lt;job&gt;([\d]*):([\w]*)&lt;/job&gt;.*</expression>
 						<put field="value">
 							<entry keyGroup="1" valueGroup="2"/>
 						</put>
 					</match>
 				</target>
 				<exit-on flags="DOTALL">.*EXIT.*</exit-on>
 			</stdout-parser>
 		</start-up-command>
 		<!-- EXAMPLE 12: exit-after -->
 		<start-up-command name="test11ExitAfter">
 			<arg/>
 			<stdout-parser maxMatchLen="32">
 				<target ref="jobStates">
 					<match>
 						<expression flags="DOTALL">.*&lt;job&gt;([\d]*):([\w]*)&lt;/job&gt;.*</expression>
 						<put field="value">
 							<entry keyGroup="1" valueGroup="2"/>
 						</put>
 					</match>
 				</target>
 				<exit-after flags="DOTALL">.*EXIT.*</exit-after>
 			</stdout-parser>
 		</start-up-command>
 		<submit-interactive name="empty">
 			<arg/>
 		</submit-interactive>
 		<get-job-status name="test12GetStatus">
 			<arg/>
 			<stdout-parser delim="\n">
 				<target ref="@jobId">
 					<match>
 						<expression>.+[\s]+.+[\s]+.+[\s]+.+[\s]+([A-Z])[\s]+.+</expression>
 						<set field="value">
 							<entry valueGroup="1"/>
 						</set>
 					</match>
 					<test op="EQ">
 						<value>#value</value>
 						<value>Q</value>
 						<set field="value">
 							<entry value="QUEUED_ACTIVE"/>
 						</set>
 					</test>
 					<test op="EQ">
 						<value>#value</value>
 						<value>R</value>
 						<set field="value">
 							<entry value="RUNNING"/>
 						</set>
 					</test>
 					<test op="EQ">
 						<value>#value</value>
 						<value>S</value>
 						<set field="value">
 							<entry value="SUSPENDED"/>
 						</set>
 					</test>
 					<test op="EQ">
 						<value>#value</value>
 						<value>C</value>
 						<set field="value">
 							<entry value="COMPLETED"/>
 						</set>
 					</test>
 					<test op="EQ">
 						<value>#value</value>
 						<value>E</value>
 						<set field="value">
 							<entry value="COMPLETED"/>
 						</set>
 					</test>
 					<test op="EQ">
 						<value>#value</value>
 						<value>H</value>
 						<set field="value">
 							<entry value="SYSTEM_ON_HOLD"/>
 						</set>
 					</test>
 				</target>
 			</stdout-parser>
 		</get-job-status>
 	</control-data>
 	<monitor-data/>
 </resource-manager-builder>
	<?xml version="1.0" encoding="UTF-8"?>
	<resource-manager-builder xmlns="http://org.eclipse.ptp/rm" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
	xsi:schemaLocation="resource_manager_type.xsd" name="test-parsers">
	<control-data>
	<!-- EXAMPLE 1: output is a list of line-separated queue names to be assigned
	to the known property "available-queues" -->
	<start-up-command name="test00ParseQstat">
	<arg/>
	<stdout-parser delim="\n">
	<target ref="available_queues">
	<match>
	<expression>[^\s]+</expression>
	<!-- <append field="value" separator=","> -->
	<!-- <entry valueGroup="0"/> -->
	<!-- </append> -->
	<add field="value">
	<entry valueGroup="0"/>
	</add>
	</match>
	</target>
	</stdout-parser>
	</start-up-command>
	<!-- EXAMPLE 2: output is to be searched for its final line which should
	contain a job id of the form "[digits].[chars]" -->
	<start-up-command name="test01JobId">
	<arg/>
	<stdout-parser delim="\n" all="true" save="1">
	<target ref="@jobId">
	<match>
	<expression>([\d])[.].</expression>
	<set field="value">
	<entry valueGroup="1"/>
	</set>
	</match>
	</target>
	</stdout-parser>
	</start-up-command>
	<!-- EXAMPLE 3: indeterminate number and order of lines containing parts
	of attribute definitions, but each line bearing a distinct
	id (e.g., openMPI attribute discovery) -->
	<start-up-command name="test02OpenMPI">
	<arg/>
	<stdout-parser delim="\n">
	<target type="attribute">
	<match>
	<expression>mca:.:param:([^:]):value:(.*)</expression>
	<set field="name">
	<entry valueGroup="1"/>
	</set>
	<set field="visible">
	<entry value="true"/>
	</set>
	<set field="value">
	<entry valueGroup="2"/>
	</set>
	</match>
	<match>
	<expression>mca:.:param:([^:]):status:(.*)</expression>
	<set field="status">
	<entry valueGroup="2"/>
	</set>
	</match>
	<match>
	<expression>mca:.:param:([^:]):help:(.*)</expression>
	<set field="tooltip">
	<entry valueGroup="2"/>
	</set>
	</match>
	<test op="EQ">
	<value>#status</value>
	<value>read-only</value>
	<set field="readOnly">
	<entry value="true"/>
	</set>
	<else>
	<set field="readOnly">
	<entry value="false"/>
	</set>
	</else>
	</test>
	</target>
	<target type="attribute">
	<match>
	<expression>(.):([^:])</expression>
	<set field="name">
	<entry valueGroup="1"/>
	</set>
	<set field="value">
	<entry valueGroup="2"/>
	</set>
	<set field="visible">
	<entry value="false"/>
	</set>
	<set field="readOnly">
	<entry value="true"/>
	</set>
	</match>
	</target>
	</stdout-parser>
	</start-up-command>
	<!-- EXAMPLE 4: indeterminate number of definitions, but grouped
	by caption; use of moveToTop to promote the target to the top of the list
	when the caption appears -->
	<start-up-command name="test03ImplicitWithTags">
	<arg/>
	<stdout-parser delim="\n">
	<target type="property">
	<match moveToTop="true">
	<expression>PROPERTY</expression>
	</match>
	<match>
	<expression>name:(.*)</expression>
	<set field="name">
	<entry valueGroup="1"/>
	</set>
	</match>
	<match>
	<expression>value:(.*)</expression>
	<set field="value">
	<entry valueGroup="1"/>
	</set>
	</match>
	</target>
	<target type="attribute">
	<match moveToTop="true">
	<expression>ATTRIBUTE</expression>
	</match>
	<match>
	<expression>name:(.*)</expression>
	<set field="name">
	<entry valueGroup="1"/>
	</set>
	</match>
	<match>
	<expression>value:(.*)</expression>
	<set field="value">
	<entry valueGroup="1"/>
	</set>
	</match>
	</target>
	</stdout-parser>
	</start-up-command>
	<!-- EXAMPLE 5: similar to 4, but without delimiter (implicit ordering) -->
	<start-up-command name="test04ImplicitOrdering">
	<arg/>
	<stdout-parser delim="\n">
	<target type="attribute" matchAll="true">
	<match>
	<expression>.+</expression>
	<set field="name">
	<entry valueGroup="0"/>
	</set>
	</match>
	<match>
	<expression>.*</expression>
	<set field="type">
	<entry valueGroup="0"/>
	</set>
	</match>
	<match>
	<expression>.*</expression>
	<set field="description">
	<entry valueGroup="0"/>
	</set>
	</match>
	<match>
	<expression>.*</expression>
	<set field="tooltip">
	<entry valueGroup="0"/>
	</set>
	</match>
	<match>
	<expression>.*</expression>
	<set field="value">
	<entry valueGroup="0"/>
	</set>
	</match>
	</target>
	</stdout-parser>
	</start-up-command>
	<!-- EXAMPLE 6: like 4, but with indeterminate type order and using buffer + DOTALL -->
	<start-up-command name="test05ImplicitWithTagsDotall">
	<arg/>
	<stdout-parser maxMatchLen="32" applyToAll="true">
	<target type="property">
	<match>
	<expression flags="DOTALL">.PROPERTY[\n]name:(\w)[\n]value:([\d.-]).</expression>
	<set field="name">
	<entry valueGroup="1"/>
	</set>
	<set field="value">
	<entry valueGroup="2"/>
	</set>
	</match>
	</target>
	<target type="property">
	<match>
	<expression flags="DOTALL">.PROPERTY[\n]value:([\d.-])[\n]name:(\w).</expression>
	<set field="name">
	<entry valueGroup="2"/>
	</set>
	<set field="value">
	<entry valueGroup="1"/>
	</set>
	</match>
	</target>
	<target type="attribute">
	<match>
	<expression flags="DOTALL">.ATTRIBUTE[\n]name:(\w)[\n]value:([\d.-]).</expression>
	<set field="name">
	<entry valueGroup="1"/>
	</set>
	<set field="value">
	<entry valueGroup="2"/>
	</set>
	</match>
	</target>
	<target type="attribute">
	<match>
	<expression flags="DOTALL">.ATTRIBUTE[\n]value:([\d.-])[\n]name:(\w).</expression>
	<set field="name">
	<entry valueGroup="2"/>
	</set>
	<set field="value">
	<entry valueGroup="1"/>
	</set>
	</match>
	</target>
	</stdout-parser>
	</start-up-command>
	<!-- EXAMPLE 7: indeterminate number of property definitions, but on single line -->
	<start-up-command name="test06PropertyDefsSingleLine">
	<arg/>
	<stdout-parser delim="\n">
	<target type="property">
	<match>
	<expression expression="<name>(.)</name><value>(.)</value>"/>
	<set field="name">
	<entry valueGroup="1"/>
	</set>
	<set field="value">
	<entry valueGroup="2"/>
	</set>
	</match>
	</target>
	</stdout-parser>
	</start-up-command>
	<!-- EXAMPLE 8: looking for values interspersed in the stream but which will
	not exceed 32 chars -->
	<start-up-command name="test07JobStates">
	<arg/>
	<stdout-parser maxMatchLen="32">
	<target ref="jobStates">
	<match>
	<expression flags="DOTALL">.<job>([\d]):([\w])</job>.</expression>
	<put field="value">
	<entry keyGroup="1" valueGroup="2"/>
	</put>
	</match>
	</target>
	</stdout-parser>
	</start-up-command>
	<!-- EXAMPLE 9: Successive names/values, in order, but staggered -->
	<start-up-command name="test08Staggered">
	<arg/>
	<stdout-parser delim="\n">
	<target type="property">
	<match>
	<expression>name:(.*)</expression>
	<set field="name">
	<entry valueGroup="1"/>
	</set>
	</match>
	<match>
	<expression>value:(.*)</expression>
	<set field="value">
	<entry valueGroup="1"/>
	</set>
	</match>
	</target>
	</stdout-parser>
	</start-up-command>
	<!-- EXAMPLE 10: forced merge -->
	<start-up-command name="test09Merged">
	<arg/>
	<stdout-parser delim="\n">
	<target type="property">
	<match>
	<expression>name:(.+);value:(.+)</expression>
	<set field="name">
	<entry valueGroup="1"/>
	</set>
	<set field="value">
	<entry valueGroup="2"/>
	</set>
	</match>
	<match>
	<expression>name:(.+);default:(.+)</expression>
	<set field="name">
	<entry valueGroup="1"/>
	</set>
	<set field="default">
	<entry valueGroup="2"/>
	</set>
	</match>
	</target>
	</stdout-parser>
	</start-up-command>
	<!-- EXAMPLE 11: exit-on -->
	<start-up-command name="test10ExitOn">
	<arg/>
	<stdout-parser maxMatchLen="32">
	<target ref="jobStates">
	<match>
	<expression flags="DOTALL">.<job>([\d]):([\w])</job>.</expression>
	<put field="value">
	<entry keyGroup="1" valueGroup="2"/>
	</put>
	</match>
	</target>
	<exit-on flags="DOTALL">.EXIT.</exit-on>
	</stdout-parser>
	</start-up-command>
	<!-- EXAMPLE 12: exit-after -->
	<start-up-command name="test11ExitAfter">
	<arg/>
	<stdout-parser maxMatchLen="32">
	<target ref="jobStates">
	<match>
	<expression flags="DOTALL">.<job>([\d]):([\w])</job>.</expression>
	<put field="value">
	<entry keyGroup="1" valueGroup="2"/>
	</put>
	</match>
	</target>
	<exit-after flags="DOTALL">.EXIT.</exit-after>
	</stdout-parser>
	</start-up-command>
	<submit-interactive name="empty">
	<arg/>
	</submit-interactive>
	<get-job-status name="test12GetStatus">
	<arg/>
	<stdout-parser delim="\n">
	<target ref="@jobId">
	<match>
	<expression>.+[\s]+.+[\s]+.+[\s]+.+[\s]+([A-Z])[\s]+.+</expression>
	<set field="value">
	<entry valueGroup="1"/>
	</set>
	</match>
	<test op="EQ">
	<value>#value</value>
	<value>Q</value>
	<set field="value">
	<entry value="QUEUED_ACTIVE"/>
	</set>
	</test>
	<test op="EQ">
	<value>#value</value>
	<value>R</value>
	<set field="value">
	<entry value="RUNNING"/>
	</set>
	</test>
	<test op="EQ">
	<value>#value</value>
	<value>S</value>
	<set field="value">
	<entry value="SUSPENDED"/>
	</set>
	</test>
	<test op="EQ">
	<value>#value</value>
	<value>C</value>
	<set field="value">
	<entry value="COMPLETED"/>
	</set>
	</test>
	<test op="EQ">
	<value>#value</value>
	<value>E</value>
	<set field="value">
	<entry value="COMPLETED"/>
	</set>
	</test>
	<test op="EQ">
	<value>#value</value>
	<value>H</value>
	<set field="value">
	<entry value="SYSTEM_ON_HOLD"/>
	</set>
	</test>
	</target>
	</stdout-parser>
	</get-job-status>
	</control-data>
	<monitor-data/>
	</resource-manager-builder>