EnrichmentFunctions (Transform API)

com.oracle.endeca.transform.functions.EnrichmentFunctions

List of enrichment functions

Methods Summary

Methods
Type	Name and description
`java.lang.String`	`detectLanguage(java.lang.String attribute)` Find the language of a given document.
`java.util.Collection<java.lang.String>`	`extractKeyPhrases(java.lang.String attribute, java.lang.String languageCode = null /* null is auto-detect */, java.lang.Boolean smartCasing = true)` Extract Key Phrases using TF.IDF.
`java.util.Collection<java.lang.String>`	`extractNounGroups(java.lang.String attribute, java.lang.String languageCode = null /* null is auto-detect */)` Extract Noun Groups (or Noun Phrases)
`java.util.Collection<java.lang.String>`	`extractWhitelistTags(java.lang.String attribute, java.lang.String whitelist, java.lang.String languageCode = LANGUAGE_DEFAULT, boolean caseSensitive = false, boolean matchWholeWords = true, java.lang.String delimiter = "\t")` Use a dictionary-matching algorithm that locates elements of a finite set of strings (the "whitelist") within input text.
`java.lang.String`	`geotagIPAddress(java.lang.String IPAddress, java.lang.String adminLevel)` Geotag an IP address
`com.oracle.endeca.pdi.concepts.Geocode`	`geotagIPAddressGetGeocode(java.lang.String IPAddress)` Geotag an IP address
`java.lang.Object`	`geotagStructuredAddress(java.lang.String country, java.lang.String region, java.lang.String subregion, java.lang.String city, java.lang.String postcode, boolean returnByPopulation = false, java.lang.String adminLevel = UserFunctions.ADMIN_LEVEL_GEOCODE)` Geotag an address using structured fields
`java.lang.String`	`geotagUnstructuredAddress(java.lang.String addressText, java.lang.String adminLevel, java.lang.String addressGrain = null, java.lang.Boolean validateAddress = null)` Geotag an address
`com.oracle.endeca.pdi.concepts.Geocode`	`geotagUnstructuredAddressGetGeocode(java.lang.String addressText, java.lang.String addressGrain = null, java.lang.Boolean validateAddress = null)` Geotag an address
`java.util.Collection<java.lang.String>`	`getEntities(java.lang.String attribute, java.lang.String entityType)` Named Entity Recognition (NER) - extract for entity
`java.lang.String`	`getSentiment(java.lang.String attribute, java.lang.String languageCode = null /* null is auto-detect */)` Extract the two class sentiment for a given piece of text
`java.util.Collection<java.lang.String>`	`getTermSentiment(java.lang.String textAttribute, java.lang.String termsAttribute, java.lang.String sentimentCategory, java.lang.String languageCode = null /* null is auto-detect */)` Extract Phrases that are found in sentences that exhibit POSITIVE/NEGATIVE sentiment
`java.lang.String`	`reverseGeotag(com.oracle.endeca.pdi.concepts.Geocode attribute, java.lang.String adminLevel, java.lang.Double proximityThreshold = null)` Reverse Geotagging
`java.lang.Object`	`runExternalPlugin(java.lang.String pluginName, java.lang.String attribute, java.util.Map options = [:])` Run the external Groovy script as defined in an external file of pluginName, and return the result of the script The script should contain a method that implements `def pluginExec(Object[] args) { def attribute = args[0] def options = args[1] ...`
`java.lang.String`	`stripTagsFromHTML(java.lang.String attribute)` Detect and remove the surplus "clutter" (boilerplate, templates) around the main textual content of a web page
`java.lang.String`	`toPhoneticHash(java.lang.String attribute)` Produce a String hash of the input text (English only) that represents the phonetics of the text.

Inherited Methods Summary

Inherited Methods
Methods inherited from class	Name
`class groovy.lang.Script`	groovy.lang.Script#println(), groovy.lang.Script#println(java.lang.Object), groovy.lang.Script#run(), groovy.lang.Script#run(java.io.File, [Ljava.lang.String;), groovy.lang.Script#setProperty(java.lang.String, java.lang.Object), groovy.lang.Script#getProperty(java.lang.String), groovy.lang.Script#print(java.lang.Object), groovy.lang.Script#printf(java.lang.String, java.lang.Object), groovy.lang.Script#printf(java.lang.String, [Ljava.lang.Object;), groovy.lang.Script#invokeMethod(java.lang.String, java.lang.Object), groovy.lang.Script#evaluate(java.lang.String), groovy.lang.Script#evaluate(java.io.File), groovy.lang.Script#getBinding(), groovy.lang.Script#setBinding(groovy.lang.Binding), groovy.lang.Script#getMetaClass(), groovy.lang.Script#setMetaClass(groovy.lang.MetaClass), groovy.lang.Script#wait(long, int), groovy.lang.Script#wait(long), groovy.lang.Script#wait(), groovy.lang.Script#equals(java.lang.Object), groovy.lang.Script#toString(), groovy.lang.Script#hashCode(), groovy.lang.Script#getClass(), groovy.lang.Script#notify(), groovy.lang.Script#notifyAll()
`class groovy.lang.GroovyObjectSupport`	groovy.lang.GroovyObjectSupport#setProperty(java.lang.String, java.lang.Object), groovy.lang.GroovyObjectSupport#getProperty(java.lang.String), groovy.lang.GroovyObjectSupport#invokeMethod(java.lang.String, java.lang.Object), groovy.lang.GroovyObjectSupport#getMetaClass(), groovy.lang.GroovyObjectSupport#setMetaClass(groovy.lang.MetaClass), groovy.lang.GroovyObjectSupport#wait(long, int), groovy.lang.GroovyObjectSupport#wait(long), groovy.lang.GroovyObjectSupport#wait(), groovy.lang.GroovyObjectSupport#equals(java.lang.Object), groovy.lang.GroovyObjectSupport#toString(), groovy.lang.GroovyObjectSupport#hashCode(), groovy.lang.GroovyObjectSupport#getClass(), groovy.lang.GroovyObjectSupport#notify(), groovy.lang.GroovyObjectSupport#notifyAll()

- Method Detail
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT) java.lang.String detectLanguage(@ManagedParameter(name="attribute", type=TypeConstants.STRING_TYPE) java.lang.String attribute)
    
    Find the language of a given document. For accurate results, the text should contain at least ten words.
    Parameters:
    attribute - Text
    Returns:
    Oracle language name (For example 'AMERICAN')
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT, supportedLanguages=TFIDFTermExtractorUDF.supportedLanguageCodes) java.util.Collection<java.lang.String> extractKeyPhrases(@ManagedParameter(name="attribute", type=TypeConstants.STRING_TYPE) java.lang.String attribute, @ManagedParameter(name="languageCode", type=TypeConstants.STRING_TYPE, optional=true) java.lang.String languageCode = null /* null is auto-detect */, @ManagedParameter(name="smartCasing", type=TypeConstants.BOOLEAN_TYPE, optional=true) java.lang.Boolean smartCasing = true)
    
    Extract Key Phrases using TF.IDF. Supported languages are English (UK/US), Portuguese (Brazilian), Spanish, French, German & Italian
    Parameters:
    attribute - Text
    languageCode - OLT Language name or code (for example "en", "English", "German"). The language parameter is optional, when specified it will force the function to use a model specific to that language. When not specified, or when passed as null, the function will automatically detect the language model.
    smartCasing - Automatically handle documents that are predominantly in either title or upper case.
    Returns:
    list of phrases
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT, supportedLanguages=com.oracle.endeca.enrichment.plugins.language_base.LanguageConstants.tier1SupportedLanguageCodes) java.util.Collection<java.lang.String> extractNounGroups(@ManagedParameter(name="attribute", type=TypeConstants.STRING_TYPE) java.lang.String attribute, @ManagedParameter(name="languageCode", type=TypeConstants.STRING_TYPE, optional=true) java.lang.String languageCode = null /* null is auto-detect */)
    
    Extract Noun Groups (or Noun Phrases)
    Parameters:
    attribute - Text
    languageCode - OLT Language name or code (for example "en", "English", "German"). The language parameter is optional, when specified, it forces the function to use a model specific to that language. When not specified, or when passed as null, the function automatically detects the language model. Supported languages are English (UK/US), Portuguese (Brazilian), Spanish, French, German & Italian.
    Returns:
    list of noun group phrases
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT, supportedLanguages=com.oracle.endeca.enrichment.plugins.language_base.LanguageConstants.tier1SupportedLanguageCodes) java.util.Collection<java.lang.String> extractWhitelistTags(@ManagedParameter(name="attribute", type=TypeConstants.STRING_TYPE) java.lang.String attribute, @ManagedParameter(name="whitelist", type=TypeConstants.STRING_TYPE) java.lang.String whitelist, @ManagedParameter(name="languageCode", type=TypeConstants.STRING_TYPE, optional=true) java.lang.String languageCode = LANGUAGE_DEFAULT, @ManagedParameter(name="caseSensitive", type=TypeConstants.BOOLEAN_TYPE, optional=true) boolean caseSensitive = false, @ManagedParameter(name="matchWholeWords", type=TypeConstants.BOOLEAN_TYPE, optional=true) boolean matchWholeWords = true, @ManagedParameter(name="delimiter", type=TypeConstants.STRING_TYPE, optional=true) java.lang.String delimiter = "\t")
    
    Use a dictionary-matching algorithm that locates elements of a finite set of strings (the "whitelist") within input text. The function finds all occurrences of any whitelist terms. The input text is matched against a whitelist. Whitelist entries are always newline-delimited. Each line may be either a comment (indicated with a # as the first character), or a matching directive comprised of either one or two values (separated by "delimiter" character). The (optional) second value is used to rewrite the match output.
    A very simple example whitelist:
    - helium
    - neon
    - argon
    - krypton
    - xenon
    - radon
    We could rewrite this whitelist like this: (note is the default delimiter), to change the delimiter character use the "delimiter" parameter and specify a different value.
    - heliumHe
    - neonNe
    - argonAr
    - kryptonKr
    - xenonXe
    - radonRn
    When this whitelist is run on the text "Radon is a chemical element with symbol Rn and atomic number 86.", it would produce an output list of ['Rn']
    
    Parameters:
    attribute - Text the input document
    whitelist
    languageCode - (whitespace-delimited languages only)
    caseSensitive - case sensitive (default: false - case-insensitive 'FOO' matches 'foo')
    matchWholeWords - (default: true 'red' DOES NOT match 'reduce')
    delimiter - (default: \\t ) used to parse a whitelist entry into "match" and "output" values.
    Returns:
    list of matching expansions
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT) java.lang.String geotagIPAddress(@ManagedParameter(name="IPAddress", type=TypeConstants.STRING_TYPE) java.lang.String IPAddress, @ManagedParameter(name="adminLevel", type=TypeConstants.STRING_TYPE, expectedValues = [UserFunctions.ADMIN_LEVEL_CITY, UserFunctions.ADMIN_LEVEL_COUNTRY, UserFunctions.ADMIN_LEVEL_POSTCODE, UserFunctions.ADMIN_LEVEL_REGION, UserFunctions.ADMIN_LEVEL_SUBREGION, UserFunctions.ADMIN_LEVEL_REGIONID, UserFunctions.ADMIN_LEVEL_SUBREGIONID]) java.lang.String adminLevel)
    
    Geotag an IP address
    Parameters:
    IPAddress - IP address
    adminLevel - the desired output admin level, expected values are: 'City', 'Country', 'Postcode', 'Region', 'SubRegion', 'RegionID', 'SubRegionID'
    Returns:
    Geotagged address according to the admin level
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT) com.oracle.endeca.pdi.concepts.Geocode geotagIPAddressGetGeocode(@ManagedParameter(name="IPAddress", type=TypeConstants.STRING_TYPE) java.lang.String IPAddress)
    
    Geotag an IP address
    Parameters:
    IPAddress - IP address
    Returns:
    Geotagged address in Geocode
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT) java.lang.Object geotagStructuredAddress(@ManagedParameter(name="country", type=TypeConstants.STRING_TYPE) java.lang.String country, @ManagedParameter(name="region", type=TypeConstants.STRING_TYPE) java.lang.String region, @ManagedParameter(name="subregion", type=TypeConstants.STRING_TYPE) java.lang.String subregion, @ManagedParameter(name="city", type=TypeConstants.STRING_TYPE) java.lang.String city, @ManagedParameter(name="postcode", type=TypeConstants.STRING_TYPE) java.lang.String postcode, @ManagedParameter(name="returnByPopulation", type=TypeConstants.BOOLEAN_TYPE, optional=true) boolean returnByPopulation = false, @ManagedParameter(name="adminLevel", type=TypeConstants.STRING_TYPE, optional=true, expectedValues=[UserFunctions.ADMIN_LEVEL_CITY, UserFunctions.ADMIN_LEVEL_COUNTRY, UserFunctions.ADMIN_LEVEL_POSTCODE, UserFunctions.ADMIN_LEVEL_GEOCODE, UserFunctions.ADMIN_LEVEL_REGION, UserFunctions.ADMIN_LEVEL_SUBREGION, UserFunctions.ADMIN_LEVEL_REGIONID, UserFunctions.ADMIN_LEVEL_SUBREGIONID]) java.lang.String adminLevel = UserFunctions.ADMIN_LEVEL_GEOCODE)
    
    Geotag an address using structured fields
    Parameters:
    country - field for country of the address, use null when unknown
    region - field for region of the address, use null when unknown
    subregion - field for subregion of the address, use null when unknown
    city - field for city of the address, use null when unknown
    postcode - field for postcode of the address, use null when unknown
    returnByPopulation - if set to true, returns the location with largest population. Optional parameter, default to false.
    adminLevel - the desired output admin level, expected values are: 'City', 'Country', 'Postcode', 'Geocode', 'Region', 'SubRegion', 'RegionID', 'SubRegionID'. Optional Parameter, default to 'Geocode'.
    Returns:
    Geotagged address according to the admin level Example: geotagStructuredAddress(city: 'Boston', country: 'US', returnByPopulation: true, adminLevel: 'Geocode') will resolve Boston to a number of locations, and since returnByPopulation flag is true, it will pick the one with the largest population and then return its geocode.
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT) java.lang.String geotagUnstructuredAddress(@ManagedParameter(name="addressText", type=TypeConstants.STRING_TYPE) java.lang.String addressText, @ManagedParameter(name="adminLevel", type=TypeConstants.STRING_TYPE, expectedValues=[UserFunctions.ADMIN_LEVEL_CITY, UserFunctions.ADMIN_LEVEL_COUNTRY, UserFunctions.ADMIN_LEVEL_POSTCODE, UserFunctions.ADMIN_LEVEL_REGION, UserFunctions.ADMIN_LEVEL_SUBREGION, UserFunctions.ADMIN_LEVEL_REGIONID, UserFunctions.ADMIN_LEVEL_SUBREGIONID]) java.lang.String adminLevel, @ManagedParameter(name="addressGrain", type=TypeConstants.STRING_TYPE, optional=true, expectedValues=[UserFunctions.ADMIN_LEVEL_NONE, UserFunctions.ADMIN_LEVEL_COUNTRY, UserFunctions.ADMIN_LEVEL_REGION, UserFunctions.ADMIN_LEVEL_SUBREGION, UserFunctions.ADMIN_LEVEL_CITY]) java.lang.String addressGrain = null, @ManagedParameter(name="validateAddress", type=TypeConstants.BOOLEAN_TYPE, optional = true) java.lang.Boolean validateAddress = null)
    
    Geotag an address
    Parameters:
    addressText - Text, an address
    adminLevel - The desired output admin level, expected values are: 'City', 'Country', 'Postcode', 'Region', 'SubRegion', 'RegionID', 'SubRegionID'
    addressGrain - Helps the geotagger to find the most likely match for a given level, expected values are: 'None', 'City', 'Country', 'Region', 'SubRegion'. Optional parameter, default to 'None'.
    validateAddress - Whether or not geotagger should validate the address. Optional parameter, default to false.
    Returns:
    Geotagged address according to the admin level
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT) com.oracle.endeca.pdi.concepts.Geocode geotagUnstructuredAddressGetGeocode(@ManagedParameter(name="addressText", type=TypeConstants.STRING_TYPE) java.lang.String addressText, @ManagedParameter(name="addressGrain", type=TypeConstants.STRING_TYPE, optional=true, expectedValues=[UserFunctions.ADMIN_LEVEL_NONE, UserFunctions.ADMIN_LEVEL_COUNTRY, UserFunctions.ADMIN_LEVEL_REGION, UserFunctions.ADMIN_LEVEL_SUBREGION, UserFunctions.ADMIN_LEVEL_CITY]) java.lang.String addressGrain = null, @ManagedParameter(name="validateAddress", type=TypeConstants.BOOLEAN_TYPE, optional = true) java.lang.Boolean validateAddress = null)
    
    Geotag an address
    Parameters:
    addressText - Text, an address
    addressGrain - Helps the geotagger to find the most likely match for a given level, expected values are: 'None', 'City', 'Country', 'Region', 'SubRegion'. Optional parameter, default to 'None'.
    validateAddress - Whether or not geotagger should validate the address. Optional parameter, default to false.
    Returns:
    Geotagged address in Geocode
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT, supportedLanguages=com.oracle.endeca.enrichment.plugins.entity_extraction.EntityExtractionUDF.supportedLanguageCodes) java.util.Collection<java.lang.String> getEntities(@ManagedParameter(name="attribute", type=TypeConstants.STRING_TYPE) java.lang.String attribute, @ManagedParameter(name="entityType", type=TypeConstants.STRING_TYPE, expectedValues=[UserFunctions.ENTITY_TYPE_ORGANIZATION, UserFunctions.ENTITY_TYPE_PERSON, UserFunctions.ENTITY_TYPE_LOCATION]) java.lang.String entityType)
    
    Named Entity Recognition (NER) - extract for entity
    Parameters:
    attribute - Text input document
    entityType, - which type of entity to extract
    Returns:
    list of entities (Strings)
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT, supportedLanguages=com.oracle.endeca.enrichment.plugins.sentiment_analysis.DocLevelSentimentAnalysisUDF.supportedLanguageCodes) java.lang.String getSentiment(@ManagedParameter(name="attribute", type=TypeConstants.STRING_TYPE) java.lang.String attribute, @ManagedParameter(name="languageCode", type=TypeConstants.STRING_TYPE, optional=true) java.lang.String languageCode = null /* null is auto-detect */)
    
    Extract the two class sentiment for a given piece of text
    Parameters:
    attribute - Text
    languageCode - OLT Language name or code (for example "en", "English", "German"). The language parameter is optional, when specified it will force the function to use a model specific to that language. When not specified, or when passed as null, the function will automatically detect the language model. Supported languages English (UK/US), Spanish, French, German & Italian.
    Returns:
    POSITIVE/NEGATIVE (or null for no input)
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT) java.util.Collection<java.lang.String> getTermSentiment(@ManagedParameter(name="textAttribute", type=TypeConstants.STRING_TYPE) java.lang.String textAttribute, @ManagedParameter(name="termsArrtibute", type=TypeConstants.STRING_TYPE, expectedValues=[UserFunctions.NOUN_GROUPS, UserFunctions.KEY_PHRASES, UserFunctions.ENTITY_TYPE_PERSON, UserFunctions.ENTITY_TYPE_LOCATION, UserFunctions.ENTITY_TYPE_ORGANIZATION]) java.lang.String termsAttribute, @ManagedParameter(name="sentimentCategory", type=TypeConstants.STRING_TYPE, expectedValues=[UserFunctions.SENTIMENT_POSITIVE, UserFunctions.SENTIMENT_NEGATIVE]) java.lang.String sentimentCategory, @ManagedParameter(name="languageCode", type=TypeConstants.STRING_TYPE, optional=true) java.lang.String languageCode = null /* null is auto-detect */)
    
    Extract Phrases that are found in sentences that exhibit POSITIVE/NEGATIVE sentiment
    Parameters:
    textAttribute - Text
    termsArrtibute - type of the terms
    sentimentCategory - positive terms or negative terms
    language - OLT Language name or code (for example "en", "English", "German"). The language parameter is optional, when specified it will force the function to use a model specific to that language. When not specified, or when passed as null, the function will automatically detect the language model. Supported languages for Key Phrases and Noun Groups are English (UK/US), Spanish, French, German & Italian. Location, Person and Organization Entities are English only.
    Returns:
    list of the desired terms
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT) java.lang.String reverseGeotag(@ManagedParameter(name="attribute", type=TypeConstants.GEOCODE_TYPE) com.oracle.endeca.pdi.concepts.Geocode attribute, @ManagedParameter(name="adminLevel", type=TypeConstants.STRING_TYPE, expectedValues = [UserFunctions.ADMIN_LEVEL_CITY, UserFunctions.ADMIN_LEVEL_COUNTRY, UserFunctions.ADMIN_LEVEL_POSTCODE, UserFunctions.ADMIN_LEVEL_REGION, UserFunctions.ADMIN_LEVEL_SUBREGION, UserFunctions.ADMIN_LEVEL_REGIONID, UserFunctions.ADMIN_LEVEL_SUBREGIONID]) java.lang.String adminLevel, @ManagedParameter(name="proximityThreshold", type=TypeConstants.DOUBLE_TYPE, optional=true) java.lang.Double proximityThreshold = null)
    
    Reverse Geotagging
    Parameters:
    attribute - geocode
    adminLevel - the desired output admin level, expected values are: 'City', 'Country', 'Postcode', 'Region', 'SubRegion', 'RegionID', 'SubRegionID'
    proximityThreshold - the maximun distance in miles allowed for input geocode and output geo location, if the distance exceeded the threshold, null will be returned. Optional parameter, default to 100.0
    Returns:
    geotagged address according to the admin level
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT) java.lang.Object runExternalPlugin(@ManagedParameter(name="pluginName", type=TypeConstants.STRING_TYPE) java.lang.String pluginName, @ManagedParameter(name="attribute", type=TypeConstants.STRING_TYPE) java.lang.String attribute, @ManagedParameter(name="options", type=TypeConstants.MAP_TYPE, optional=true) java.util.Map options = [:])
    
    Run the external Groovy script as defined in an external file of pluginName, and return the result of the script The script should contain a method that implements
```
 def pluginExec(Object[] args) {
 		def attribute = args[0]
 		def options = args[1]
 		...
 
 
```
    Parameters:
    pluginName - base name and extension of the Groovy script file, (i.e. MyPlugin.groovy)
    attribute - input string to the script
    options - options Map, containing any options to be used by Groovy script, default to be empty
    Returns:
    result of the Groovy script
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT) java.lang.String stripTagsFromHTML(@ManagedParameter(name="attribute", type=TypeConstants.STRING_TYPE) java.lang.String attribute)
    
    Detect and remove the surplus "clutter" (boilerplate, templates) around the main textual content of a web page
    Parameters:
    attribute - Text
    Returns:
    plain text
  - @ManagedMethod(category=FunctionCategory.ENRICHMENT) java.lang.String toPhoneticHash(@ManagedParameter(name="attribute", type=TypeConstants.STRING_TYPE) java.lang.String attribute)
    
    Produce a String hash of the input text (English only) that represents the phonetics of the text. The algorithm is designed for names, two similar sounding names, like 'Daren' and 'Darren' will both have the same hash.
    Parameters:
    attribute - Text (works best on names)
    Returns:
    hash value

Summary:
Method

| Detail:
Method

[Groovy] Class EnrichmentFunctions

Methods Summary

Inherited Methods Summary

Method Detail

@ManagedMethod(category=FunctionCategory.ENRICHMENT) java.lang.String detectLanguage(@ManagedParameter(name="attribute", type=TypeConstants.STRING_TYPE) java.lang.String attribute)

@ManagedMethod(category=FunctionCategory.ENRICHMENT) com.oracle.endeca.pdi.concepts.Geocode geotagIPAddressGetGeocode(@ManagedParameter(name="IPAddress", type=TypeConstants.STRING_TYPE) java.lang.String IPAddress)

@ManagedMethod(category=FunctionCategory.ENRICHMENT) java.lang.String stripTagsFromHTML(@ManagedParameter(name="attribute", type=TypeConstants.STRING_TYPE) java.lang.String attribute)

@ManagedMethod(category=FunctionCategory.ENRICHMENT) java.lang.String toPhoneticHash(@ManagedParameter(name="attribute", type=TypeConstants.STRING_TYPE) java.lang.String attribute)