Uses of Class
org.soaplab.share.SoaplabException

Packages that use SoaplabException

org.soaplab.services
org.soaplab.services.adaptor
org.soaplab.services.events
org.soaplab.services.metadata
org.soaplab.services.protocol
org.soaplab.services.storage
org.soaplab.share

Uses of SoaplabException in org.soaplab.services

Methods in org.soaplab.services that throw SoaplabException

long	Job.getCreated() Job created - returns number of seconds from the BOE.
long	Job.getElapsed() Job time elapsed - returns number in milliseconds.
long	Job.getEnded() Job ended - returns number of seconds from the BOE.
java.io.File	Job.getJobDir() Create (unless it already exists) and return a new directory which will become a working directory for this job.
java.io.File	AbstractJob.getJobDir() The job directory is created in a SANDBOX (see more in getSandbox()).
java.util.Properties	Reporter.getJobProperties()
java.lang.String	Job.getLastEvent() Get the last event.
java.util.Map<java.lang.String,java.lang.Object>	Job.getResults() Return all (available) results.
java.util.Map<java.lang.String,java.lang.Object>	Reporter.getResults() Retrieve and return all available results, set so far.
java.util.Map<java.lang.String,java.lang.Object>	AbstractJob.getResults() Return all (available) results.
java.util.Map<java.lang.String,java.lang.Object>	Job.getResults(java.lang.String[] resultNames) Return all wanted (and available) results.
java.util.Map<java.lang.String,java.lang.Object>	Reporter.getResults(java.lang.String[] nameList)
java.util.Map<java.lang.String,java.lang.Object>	AbstractJob.getResults(java.lang.String[] resultNames) Return all wanted (and available) results.
java.util.Map<java.lang.String,java.lang.String>[]	Job.getResultsInfo()
java.util.Map<java.lang.String,java.lang.String>[]	Reporter.getResultsInfo()
java.util.Map<java.lang.String,java.lang.String>[]	AbstractJob.getResultsInfo()
long	Job.getStarted() Job started - returns number of seconds from the BOE.
java.lang.String	Job.getStatus() Get job status.
void	Job.run() Run it.
void	AbstractJob.run() The meat of Soaplab.
void	Reporter.setDetailedStatusResult() Store 'detailed_status' result persistently.
void	Job.setInputs(java.util.Map<java.lang.String,java.lang.Object> inputs) Set input data into this job.
void	AbstractJob.setInputs(java.util.Map<java.lang.String,java.lang.Object> inputs) Set input data into this job.
void	Job.setInputValue(java.lang.String inputName, java.lang.Object value) Set one input value.
void	AbstractJob.setInputValue(java.lang.String inputName, java.lang.Object value) Set an input value, given by its name.
void	Reporter.setJobProperties(java.util.Properties props)
void	Reporter.setReportResult() Store 'report' result persistently.
void	Reporter.setResult(java.lang.String resultName, java.lang.Object result) It stores given result under given name.
void	Job.terminate() Terminate this running job.
void	AbstractJob.terminate() Terminate this running job.
void	Job.waitFor() Block and wait for completion.
void	AbstractJob.waitFor() Block and wait until job completes.

Uses of SoaplabException in org.soaplab.services.adaptor

Methods in org.soaplab.services.adaptor that throw SoaplabException

void	DataAdaptor.process(java.lang.String dataName, java.io.InputStream source, java.io.OutputStream result, Job job) Read 'source' data, adapt them, and write them back into 'result'.
java.lang.Object	DataAdaptor.processFromList(java.lang.String dataName, java.util.List source, Job job) Read 'source' data, adapt them, and return them back.

Uses of SoaplabException in org.soaplab.services.events

Methods in org.soaplab.services.events that throw SoaplabException

AnalysisEvent	DefaultDeserializer.deserialize(java.lang.Object source, java.io.File xmlEventFile)
AnalysisEvent	EventDeserializer.deserialize(java.lang.Object source, java.io.File xmlEventFile) Create an object representing an event from XML stored in given file.
AnalysisEvent	DefaultDeserializer.deserialize(java.lang.Object source, java.lang.String xmlEvent)
AnalysisEvent	EventDeserializer.deserialize(java.lang.Object source, java.lang.String xmlEvent) Create an object representing an event from 'xmlEvent'.

Uses of SoaplabException in org.soaplab.services.metadata

Methods in org.soaplab.services.metadata that throw SoaplabException

static java.util.Map<java.lang.String,java.lang.Object>	MetadataUtils.analysisSpec2Map(MetadataAccessor metadataAccessor) Convert a set of Analysis attributes into a Map (as defined and used, for example, by Analysis in Soaplab.
void	MetadataAccessorXML.checkMetadata() Check if loaded metadata contains all necessary tags.
java.lang.String	MetadataAccessor.describe() Return the whole metadata in the raw format.
java.lang.String	MetadataAccessorXML.describe()
MetadataAccessor	DefaultMetadataAccessorFactory.getInstance(java.lang.String serviceName)
MetadataAccessor	MetadataAccessorFactory.getInstance(java.lang.String serviceName)
java.lang.String	MetadataAccessor.getServiceName() Return a name of a service providing this analysis.
java.lang.String	MetadataAccessorXML.getServiceName()
static java.util.Map<java.lang.String,java.lang.Object>[]	MetadataUtils.inputSpec2Map(MetadataAccessor metadataAccessor) Convert a set of InputPropertyDef's into a Map (as defined and used, for example, by Analysis in Soaplab.
static java.util.Map<java.lang.String,java.lang.Object>[]	MetadataUtils.outputSpec2Map(MetadataAccessor metadataAccessor) Convert a set of OutputPropertyDef's into a Map (as defined and used, for example, by Analysis in Soaplab).
static java.lang.String[]	MetadataUtils.parseLauncher(MetadataAccessor metadataAccessor, java.lang.String serviceName, java.lang.Object owner) Find the 'launcher' directive in the given metadata, or in the configuration (using given 'serviceName' and the caller), and parse it into a list of two elements.

Constructors in org.soaplab.services.metadata that throw SoaplabException

MetadataAccessorXML(java.lang.String serviceName)
A real constructor.

Uses of SoaplabException in org.soaplab.services.protocol

Methods in org.soaplab.services.protocol that throw SoaplabException

java.lang.String

ProtocolToolkit.getServiceName() Return name of service which was called by the current request.

Uses of SoaplabException in org.soaplab.services.storage

Methods in org.soaplab.services.storage that throw SoaplabException

java.util.Properties	PersistentStorage.getJobProperties(java.lang.String jobId) Return known properties of the given job.
org.soaplab.services.JobState	PersistentStorage.getJobState(java.lang.String jobId) This is as close to re-creating a stored job as possible.
java.lang.Object	PersistentStorage.getResult(java.lang.String jobId, java.lang.String name) Find in this persistent storage the given result for the given job and return them back.
java.util.Map<java.lang.String,java.lang.Object>	PersistentStorage.getResults(java.lang.String jobId) Find in this persistent storage all results for the given job and return them back.
java.util.Map<java.lang.String,java.lang.String>[]	PersistentStorage.getResultsInfo(java.lang.String jobId) Return properties associated with all results from the given job.
void	PersistentStorage.removeJob(java.lang.String jobId) Remove given job from this persistent storage.
void	PersistentStorage.setJob(Job job) Store Job's state information to the persistent storage.
void	PersistentStorage.setJobProperties(java.lang.String jobId, java.util.Properties props) Store properties for the given job.
void	PersistentStorage.setResult(Job job, java.lang.String name, java.lang.Object result) Store result in the persistent storage.

Uses of SoaplabException in org.soaplab.share

Methods in org.soaplab.share that throw SoaplabException

java.lang.String	Analysis.createAndRun(SoaplabMap inputs) A convenient combination of methods Analysis.createJob(org.soaplab.share.SoaplabMap) and run.
java.lang.String	Analysis.createAndRunNotifiable(SoaplabMap inputs, java.lang.String notificationDescriptor) The same as Analysis.createAndRun(org.soaplab.share.SoaplabMap) with addition of the channel notification negotiation.
java.lang.String	Analysis.createJob(SoaplabMap inputs) Prepare a job with given input data but do not start it.
java.lang.String	Analysis.describe() Return an XML string containing metadata describing this analysis service.
void	Analysis.destroy(java.lang.String jobID) Release related resources, including results.
SoaplabMap	Analysis.getAnalysisType() Return attributes describing this analysis.
SoaplabMap	Analysis.getCharacteristics(java.lang.String jobID) Returning job's time characteristics.
SoaplabMap[]	Analysis.getInputSpec() Return information about all possible data inputs.
java.lang.String	Analysis.getLastEvent(java.lang.String jobID) Return the last event which happened to the given job.
java.lang.String	Analysis.getNotificationDescriptor(java.lang.String jobID) Return an XML string describing location and available protocol (or even protocols) of a notification channel which will have messages regarding given job.
SoaplabMap	Analysis.getResults(java.lang.String jobID) Return all (available) results from the given job.
SoaplabMap[]	Analysis.getResultsInfo(java.lang.String jobId)
SoaplabMap[]	Analysis.getResultSpec() Return information about all possible results.
SoaplabMap	Analysis.getSomeResults(java.lang.String jobID, java.lang.String[] resultNames) Return named (and available) results from the given job.
java.lang.String	Analysis.getStatus(java.lang.String jobID) Return a string describing the current job status.
void	Analysis.run(java.lang.String jobID) Start an underlying analysis and return immediately, without waiting for its completion.
SoaplabMap	Analysis.runAndWaitFor(SoaplabMap inputs) Block the client until the underlying running analysis is completed and return immediately all results.
void	Analysis.runNotifiable(java.lang.String jobID, java.lang.String notificationDescriptor) The same as Analysis.run(java.lang.String) with addition of the channel notification negotiation.
void	Analysis.terminate(java.lang.String jobID) Terminate the running analysis, identified by its job ID.
void	Analysis.waitFor(java.lang.String jobID) Block the client until the underlying running analysis is completed.