Package org.joinfaces.autoconfigure.mojarra

Class MojarraProperties

java.lang.Object
org.joinfaces.autoconfigure.mojarra.MojarraProperties
All Implemented Interfaces:
ServletContextInitParameterProperties
@ConfigurationProperties(prefix="joinfaces.mojarra") public class MojarraProperties extends Object implements ServletContextInitParameterProperties
Configuration properties of Mojarra. Taken from https://balusc.omnifaces.org/2015/09/what-mojarra-context-parameters-are.html

  • Constructor Details

    • MojarraProperties

      public MojarraProperties()

  • Method Details

    • getClientStateTimeout

      public Duration getClientStateTimeout()
      Maximum time, in seconds, that client state will be considered valid by the default StateManager/ResponseStateManager implementations. If the time between requests exceeds the configured time, a javax.faces.application.ViewExpiredException. will be thrown. It is important to note that if this feature is enabled, and client requests are recieved with view state produced from a previous version, the ViewExpiredException will be thrown immediately.

    • getClientStateWriteBufferSize

      public org.springframework.util.unit.DataSize getClientStateWriteBufferSize()
      The size, in bytes, of the buffer that is used to write client state. It should be noted, that the buffer used is split - half is for raw bytes, the other half is for the Base64 encoded characters of said bytes. So, for example, if the default, 8192, is used, then 4096 of that is used for the bytes, and the other 4096 is used for the Base64 encoded characters.

    • getCompressViewState

      public Boolean getCompressViewState()
      When true, the view is compressed after it is serialized and before base64 encoded. Works with client state saving only. As of 1.2_09, this option also impacts server side state saving when com.sun.faces.serializeServerState is set to true (this has a large impact of the size of the state in the session when using this option, at the expense of more CPU of course).

    • getDisableClientStateEncryption

      public Boolean getDisableClientStateEncryption()
      Since Mojarra 2.2, the client state is by default always encrypted. When true, the client state encryption is disabled. See also com.sun.faces.ClientStateSavingPassword - recommendations for actual password?

    • getEnableClientStateDebugging

      public Boolean getEnableClientStateDebugging()
      When true, the client state will as test be unserialized before writing and any serialization exceptions will be logged aInteger with a debug path to the cause of the serialization error.

    • getGenerateUniqueServerStateIds

      public Boolean getGenerateUniqueServerStateIds()
      If true, generate random server view state ids. If false, create server view state ids sequentially. This resembles closely the JSF 1.x behavior, but this is more sensitive to CSRF.

    • getNumberOfLogicalViews

      public Integer getNumberOfLogicalViews()
      Defines the maximum number of serialized views stored in the session. Works with server state saving only (note the implementation unintentionally has swapped the meaning, as we cannot change this without breaking what people have become used to we have updated this here). See com.sun.faces.numberOfViewsInSession vs com.sun.faces.numberOfLogicalViews for detail.

    • getNumberOfViewsInSession

      public Integer getNumberOfViewsInSession()
      Definies the maximum number of serialized logical views per view. Works with server state saving only (note the implementation unintentionally has swapped the meaning, as we cannot change this without breaking what people have become used to we have updated this here) See com.sun.faces.numberOfViewsInSession vs com.sun.faces.numberOfLogicalViews for detail.

    • getSerializeServerState

      public Boolean getSerializeServerState()
      If enabled the component state (not the tree) will be serialized before being stored in the session. This may be desirable for applications that may have issues with view state being sensitive to model changes after state saving which are reflected back in view state. This has since JSF 2.2 been replaced by javax.faces.SERIALIZE_SERVER_STATE.

    • getWriteStateAtFormEnd

      public Boolean getWriteStateAtFormEnd()
      Per the renderkit doc specification, the state information for the view will be written out prior to closing the form tag. However, it may be desirable to have the state information written out after the opening form tag. If this is the case, specifiy this parameter in the web.xml with a value of false.

    • getAllowTextChildren

      public Boolean getAllowTextChildren()
      If true, allow children of h:inputText and h:outputText to be rendered. In 1.2, they would always be rendered before the value of tag. As of 2.0, children of UIInput and UIOutput components will not be rendered by the default renderer implementations. Set this option to true if this behavior is required, but note that doing so may cause issues when using Ajax. See issue 1154 for details.

    • getAutoCompleteOffOnViewState

      public Boolean getAutoCompleteOffOnViewState()
      If false, don't use autocomplete="off" on view state hidden input field. This attribute is by default always rendered in order to fix a Firefox related bug, but it is invalid on a hidden input field as per w3 HTML validator. So, when false, then beware of the Firefox bug which may trigger "unexpected" ViewExpiredException. See issue 1129 for details.

    • getCompressJavaScript

      public Boolean getCompressJavaScript()
      If true, then the JavaScript rendered by h:commandLink will be compressed to reduce the amount of whitespace transmitted in the response. If false then the JavaScript will be rendered to the client in a well formatted manner.

    • getDisableUnicodeEscaping

      public String getDisableUnicodeEscaping()
      By default any characters above a certain range will be escaped as either an HTML entity or a decimal reference. This behavior is not always desirable. To allow more flexibility how content is rendered to a client, this option was introduced. Valid configuration values are: false, true, and auto with false being the default. When the option value is false, Mojarra will continue to escaped no matter the response encoding type. If the configuration value is true, Then no escaping will occur assuming that the response encoding can properly handle all characters. If the configuration option is auto then the response encoding will be checked. If the encoding is of the UTF family of encodings no unicode or html entity encoding will occur, however, if the response stream encoding is ISO-8859-1 then the ISO characters above a certain range will be encoded as HTML entities and any characters above that range will be written as decimal references.

    • getDisableIdUniquenessCheck

      public Boolean getDisableIdUniquenessCheck()
      If true, then component ID uniqueness won't be checked if ProjectStage is Production to enhance performance. See issue 2414 for details.

    • getEnabledJsStyleHiding

      public Boolean getEnabledJsStyleHiding()
      If true, inlined JavaScript rendered by the HTML ResponseWriter implementation will be rendered so that the script is hidden from older browser implementations which does not recognize <script/> elements.

    • getEnableScriptsInAttributeValues

      public Boolean getEnableScriptsInAttributeValues()
      If false, attribute values with javascript: or script: will not be rendered within attribute values to prevent potential XSS attacks.

    • getEnableViewStateIdRendering

      public Boolean getEnableViewStateIdRendering()
      If true, the view state hidden field will be rendered with both the id and name attributes having the value of "javax.faces.ViewState". This is what the spec requires, however, if there are multiple forms within a view and the response content-type is XHTML, the result will be XHTML that will fail validation due to multiple ID attributes with the same value: javax.faces.ViewState. Setting this parameter to false will result in the ID attribute not being rendered. Keep in mind however, that doing this may break integration with AJAX frameworks that get the state field via ID. See issue 433 for details.

    • getPreferXhtml

      public Boolean getPreferXhtml()
      For the case where a browser supports XHTML and HTML without a quality. When enabled and this case occurs, then XHTML will be set as the content type. This setting is not recommended and should be only used to fix broken applications designed with XHTML output in mind instead of HTML(5) output.

    • getResponseBufferSize

      public org.springframework.util.unit.DataSize getResponseBufferSize()
      This parameter specifies the size, in bytes, of the buffer that is used to write all generated JSP content excluding state. Note that this is ignored when Facelets is used. For Facelets, use javax.faces.FACELETS_BUFFER_SIZE instead.

    • getCacheResourceModificationTimestamp

      public Boolean getCacheResourceModificationTimestamp()
      If true, cache the modification time of the resource and use the cached time to tell if the resource needs to be refreshed.

    • getCompressableMimeTypes

      public String getCompressableMimeTypes()
      Specify mime types that should be gzip compressed. Mime types can be specified by their exact name (i.e. text/css) or a wildcard can be used after the slash (i.e. text/*). The resource will not be compressed on each request, instead when building the cache, the resource will be compressed to a temporary directory and those bytes will be served instead.

    • getDefaultResourceMaxAge

      public Duration getDefaultResourceMaxAge()
      This affects the value of the Expires response header that will be sent for a resource. The logic is basically Date.getTime() + valueOf(defaultResourceManxAge). Increase this value to increase the amount of time that a Resource is valid. The value is in milliseconds (so the default value of 604800000 is 7 days).

    • getEnableFaceletsResourceResolverCompositeComponents

      public Boolean getEnableFaceletsResourceResolverCompositeComponents()
      See issue 3684 for details.

    • getEnableMissingResourceLibraryDetection

      public Boolean getEnableMissingResourceLibraryDetection()
      If enabled, the runtime will check for the existence of a resource library before checking for the resource itself. If not found, an appropriate error message will be included in the log and in the view if ProjectStage is Development.

    • getResourceUpdateCheckPeriod

      public Duration getResourceUpdateCheckPeriod()
      When javax.faces.PROJECT_STATE is Production, UnitTest, or SystemTest resource paths will be cached to reduce the overhead of resource path compuation. By default, updates (i.e. new files, new directories, new versions, etc.) will be checked for every 5 minutes. If a change is detected, the cache will be cleared and rebuilt. If the value of this option is -1, the cache will never be cleared and new resources will not be picked up. The value is in minutes.

    • getEnableAgressiveSessionDirtying

      public Boolean getEnableAgressiveSessionDirtying()
      If true, makes it so every session attribute is touched in for every request through the lifecycle. This makes it much harder to make mistakes that cause session replication to fail.

    • getEnableDistributable

      public Boolean getEnableDistributable()
      If true, signal JSF that the application is deployed to a clustered environment, so that session dirtying will be explicitly performed, hereby forcing session replication. This is automatically true when <distributable /> entry is present in web.xml.

    • getAnnotationScanPackages

      public String getAnnotationScanPackages()
      The value of this context init parameter is a whitespace separated list of values that control which class packages are scanned for javax.faces annotations. To restrict which jars/packages are scanned, use the following entry format: jar:'jar name':'comma separated list of packages' So an example would be: jar:a.jar:com.acme.package1,com.acme.package2.

    • getDisplayConfiguration

      public Boolean getDisplayConfiguration()
      If true then all web configuration information (context initialization parameters and environment entries) will be written to the log. This is useful during development to confirm your application is configured as expected.

    • getEnableCoreTagLibValidator

      public Boolean getEnableCoreTagLibValidator()
      When true, enable validation of standard Core TagLibs, at the expense of a slightly slower start time.

    • getEnableHtmlTagLibValidator

      public Boolean getEnableHtmlTagLibValidator()
      When true, enable validation of standard Html TagLibs, at the expense of a slightly slower start time.

    • getEnableLazyBeanValidation

      public Boolean getEnableLazyBeanValidation()
      When true, managed beans will be validated when first created. If false, managed beans will be validated when the application is started, at the expense of a slightly slower start time.

    • getEnableThreading

      public Boolean getEnableThreading()
      When enabled, the runtime initialization and default ResourceHandler implementation will use threads to perform their functions. Set this value to false if threads aren't desired (as in the case of running within the Google Application Engine). Note that when this option is disabled, the ResourceHandler will not pick up new versions of resources when ProjectStage is development. See issue 2385 for details.

    • getForceLoadConfiguration

      public Boolean getForceLoadConfiguration()
      There is a chance for an NPE in com.sun.faces.application.WebappLifecycleListener with some configurations. Take for example, installing JSF in a container such that JSF will be available to all web applications. The NPE will occur for an application that doesn't have the FacesServlet defined within its web.xml. The workaround for this issue is, within the global web.xml for the container (JBoss and Tomcat both have one) add either a FacesServlet definition (no mapping) or add the context init parameter, com.sun.faces.forceLoadConfiguration, with a value of true. See issue 670 for details.

    • getValidateXml

      public Boolean getValidateXml()
      When true, enable validation of faces-config.xml files, at the expense of a slightly slower start time.

    • getVerifyObjects

      public Boolean getVerifyObjects()
      When true, JSF makes during startup sure all that registered managed beans components, validators, etc can be instantiated by the runtime, at the expense of a slightly slower start time.

    • getEnableTransitionTimeNoOpFlash

      public Boolean getEnableTransitionTimeNoOpFlash()
      If true, the act of calling getExternalContext().getFlash() on the FacesContext at startup or shutdown time will cause a no-op implementation of the Flash to be returned. This should prevent startup/shutdown exceptions caused by invalid/stale flash cookies. See "bugdb 17024459" for details.

    • getExpressionFactory

      public Class<? extends jakarta.el.ExpressionFactory> getExpressionFactory()
      This parameter specifies a class that implements the ExpressionFactory.

    • getForceAlwaysWriteFlashCookie

      public Boolean getForceAlwaysWriteFlashCookie()
      If true, then the flash cookie will always be written, regardless of whether or not the flash has data. This should prevent problems on multiple successive redirects. See issue 3735 for details.

    • getInjectionProvider

      public Class<? extends com.sun.faces.spi.InjectionProvider> getInjectionProvider()
      This parameter specifies a class that implements the InjectionProvider.

    • getNamespaceParameters

      public Boolean getNamespaceParameters()
      If true, then view state hidden field is namespaced according to NamingContainer rules. See issue 3031 for details.

    • getRegisterConverterPropertyEditors

      public Boolean getRegisterConverterPropertyEditors()
      If true, allow EL Coercion to use JSF Custom converters.

    • getSendPoweredByHeader

      public Boolean getSendPoweredByHeader()
      The servlet specification defines an optional header that can be sent by a container to communicate the version of the JSP/Servlet the response was generated by. If this is enabled, then X-Powered-By=JSF/2.2 header is included in all responses.

    • getSerializationProvider

      public Class<? extends com.sun.faces.spi.SerializationProvider> getSerializationProvider()
      This parameter specifies a class that implements the SerializationProvider SPI. This implementation represents a hook the JSF implementation will use in order to allow the use of alternate Serialization implementations.

    • getFaceletFactory

      public Class<?> getFaceletFactory()
      The value of this option is a fully qualfified class that extends the com.sun.faces.facelets.FaceletFactory abstract class. This option allows developers to customize the behavior or completely replace the default com.sun.faces.facelets.FaceletFactory implementation. Some rules about what is expected of custom implementations.If the custom implementation has a public single argument constructor where the argument type is com.sun.faces.facelets.FaceletFactory, the default FaceletFactory implementation will be passed to the constructor. If the single argument constructor is not present, the custom implementation will be constructed by invoking a public no-argument constructor.

    • getDisallowDoctypeDecl

      public Boolean getDisallowDoctypeDecl()
      When this context param is set to true, this would set a feature on the SAX parser to disallow DOCTYPE declarations. When set to false, this would set a feature on the SAX parser to allow DOCTYPE declarations. When this context param is not specified, whether or not DOCTYPE declarations are allowed would just depend on the SAXParserFactory implementation in use, as is the case today.

    • getManagedBeanFactoryDecorator

      public String getManagedBeanFactoryDecorator()
      Javadoc not found.

    • getNumberOfConcurrentFlashUsers

      public Integer getNumberOfConcurrentFlashUsers()
      Number of concurrent flash users.

    • getNumberOfFlashesBetweenFlashReapings

      public Integer getNumberOfFlashesBetweenFlashReapings()
      Number flashes between flash repaings.

    • getDuplicateJARPattern

      public String getDuplicateJARPattern()
      Javadoc not found.

    • getFaceletCache

      public String getFaceletCache()
      Javadoc not found.

    • getFaceletsProcessingFileExtensionProcessAs

      public String getFaceletsProcessingFileExtensionProcessAs()
      Javadoc not found.

    • getDisableVersionTracking

      public Boolean getDisableVersionTracking()
      Javadoc not found.

    • getEnableJSStyleHiding

      public Boolean getEnableJSStyleHiding()
      Javadoc not found.

    • getEnabledLoadBundle11Compatibility

      public Boolean getEnabledLoadBundle11Compatibility()
      Javadoc not found.

    • getEnableRestoreView11Compatibility

      public Boolean getEnableRestoreView11Compatibility()
      Javadoc not found.

    • getEnableGroovyScripting

      public Boolean getEnableGroovyScripting()
      Javadoc not found.

    • getEnableHttpMethodRestrictionPhaseListener

      public Boolean getEnableHttpMethodRestrictionPhaseListener()
      add the HttpMethodRestrictionPhaseListener if the parameter is enabled.

    • getAllowedHttpMethods

      public String getAllowedHttpMethods()
      A white space separated list of case sensitive HTTP method names that are allowed to be processed by this servlet. * means allow all.

    • setClientStateTimeout

      public void setClientStateTimeout(Duration clientStateTimeout)
      Maximum time, in seconds, that client state will be considered valid by the default StateManager/ResponseStateManager implementations. If the time between requests exceeds the configured time, a javax.faces.application.ViewExpiredException. will be thrown. It is important to note that if this feature is enabled, and client requests are recieved with view state produced from a previous version, the ViewExpiredException will be thrown immediately.

    • setClientStateWriteBufferSize

      public void setClientStateWriteBufferSize(org.springframework.util.unit.DataSize clientStateWriteBufferSize)
      The size, in bytes, of the buffer that is used to write client state. It should be noted, that the buffer used is split - half is for raw bytes, the other half is for the Base64 encoded characters of said bytes. So, for example, if the default, 8192, is used, then 4096 of that is used for the bytes, and the other 4096 is used for the Base64 encoded characters.

    • setCompressViewState

      public void setCompressViewState(Boolean compressViewState)
      When true, the view is compressed after it is serialized and before base64 encoded. Works with client state saving only. As of 1.2_09, this option also impacts server side state saving when com.sun.faces.serializeServerState is set to true (this has a large impact of the size of the state in the session when using this option, at the expense of more CPU of course).

    • setDisableClientStateEncryption

      public void setDisableClientStateEncryption(Boolean disableClientStateEncryption)
      Since Mojarra 2.2, the client state is by default always encrypted. When true, the client state encryption is disabled. See also com.sun.faces.ClientStateSavingPassword - recommendations for actual password?

    • setEnableClientStateDebugging

      public void setEnableClientStateDebugging(Boolean enableClientStateDebugging)
      When true, the client state will as test be unserialized before writing and any serialization exceptions will be logged aInteger with a debug path to the cause of the serialization error.

    • setGenerateUniqueServerStateIds

      public void setGenerateUniqueServerStateIds(Boolean generateUniqueServerStateIds)
      If true, generate random server view state ids. If false, create server view state ids sequentially. This resembles closely the JSF 1.x behavior, but this is more sensitive to CSRF.

    • setNumberOfLogicalViews

      public void setNumberOfLogicalViews(Integer numberOfLogicalViews)
      Defines the maximum number of serialized views stored in the session. Works with server state saving only (note the implementation unintentionally has swapped the meaning, as we cannot change this without breaking what people have become used to we have updated this here). See com.sun.faces.numberOfViewsInSession vs com.sun.faces.numberOfLogicalViews for detail.

    • setNumberOfViewsInSession

      public void setNumberOfViewsInSession(Integer numberOfViewsInSession)
      Definies the maximum number of serialized logical views per view. Works with server state saving only (note the implementation unintentionally has swapped the meaning, as we cannot change this without breaking what people have become used to we have updated this here) See com.sun.faces.numberOfViewsInSession vs com.sun.faces.numberOfLogicalViews for detail.

    • setSerializeServerState

      public void setSerializeServerState(Boolean serializeServerState)
      If enabled the component state (not the tree) will be serialized before being stored in the session. This may be desirable for applications that may have issues with view state being sensitive to model changes after state saving which are reflected back in view state. This has since JSF 2.2 been replaced by javax.faces.SERIALIZE_SERVER_STATE.

    • setWriteStateAtFormEnd

      public void setWriteStateAtFormEnd(Boolean writeStateAtFormEnd)
      Per the renderkit doc specification, the state information for the view will be written out prior to closing the form tag. However, it may be desirable to have the state information written out after the opening form tag. If this is the case, specifiy this parameter in the web.xml with a value of false.

    • setAllowTextChildren

      public void setAllowTextChildren(Boolean allowTextChildren)
      If true, allow children of h:inputText and h:outputText to be rendered. In 1.2, they would always be rendered before the value of tag. As of 2.0, children of UIInput and UIOutput components will not be rendered by the default renderer implementations. Set this option to true if this behavior is required, but note that doing so may cause issues when using Ajax. See issue 1154 for details.

    • setAutoCompleteOffOnViewState

      public void setAutoCompleteOffOnViewState(Boolean autoCompleteOffOnViewState)
      If false, don't use autocomplete="off" on view state hidden input field. This attribute is by default always rendered in order to fix a Firefox related bug, but it is invalid on a hidden input field as per w3 HTML validator. So, when false, then beware of the Firefox bug which may trigger "unexpected" ViewExpiredException. See issue 1129 for details.

    • setCompressJavaScript

      public void setCompressJavaScript(Boolean compressJavaScript)
      If true, then the JavaScript rendered by h:commandLink will be compressed to reduce the amount of whitespace transmitted in the response. If false then the JavaScript will be rendered to the client in a well formatted manner.

    • setDisableUnicodeEscaping

      public void setDisableUnicodeEscaping(String disableUnicodeEscaping)
      By default any characters above a certain range will be escaped as either an HTML entity or a decimal reference. This behavior is not always desirable. To allow more flexibility how content is rendered to a client, this option was introduced. Valid configuration values are: false, true, and auto with false being the default. When the option value is false, Mojarra will continue to escaped no matter the response encoding type. If the configuration value is true, Then no escaping will occur assuming that the response encoding can properly handle all characters. If the configuration option is auto then the response encoding will be checked. If the encoding is of the UTF family of encodings no unicode or html entity encoding will occur, however, if the response stream encoding is ISO-8859-1 then the ISO characters above a certain range will be encoded as HTML entities and any characters above that range will be written as decimal references.

    • setDisableIdUniquenessCheck

      public void setDisableIdUniquenessCheck(Boolean disableIdUniquenessCheck)
      If true, then component ID uniqueness won't be checked if ProjectStage is Production to enhance performance. See issue 2414 for details.

    • setEnabledJsStyleHiding

      public void setEnabledJsStyleHiding(Boolean enabledJsStyleHiding)
      If true, inlined JavaScript rendered by the HTML ResponseWriter implementation will be rendered so that the script is hidden from older browser implementations which does not recognize <script/> elements.

    • setEnableScriptsInAttributeValues

      public void setEnableScriptsInAttributeValues(Boolean enableScriptsInAttributeValues)
      If false, attribute values with javascript: or script: will not be rendered within attribute values to prevent potential XSS attacks.

    • setEnableViewStateIdRendering

      public void setEnableViewStateIdRendering(Boolean enableViewStateIdRendering)
      If true, the view state hidden field will be rendered with both the id and name attributes having the value of "javax.faces.ViewState". This is what the spec requires, however, if there are multiple forms within a view and the response content-type is XHTML, the result will be XHTML that will fail validation due to multiple ID attributes with the same value: javax.faces.ViewState. Setting this parameter to false will result in the ID attribute not being rendered. Keep in mind however, that doing this may break integration with AJAX frameworks that get the state field via ID. See issue 433 for details.

    • setPreferXhtml

      public void setPreferXhtml(Boolean preferXhtml)
      For the case where a browser supports XHTML and HTML without a quality. When enabled and this case occurs, then XHTML will be set as the content type. This setting is not recommended and should be only used to fix broken applications designed with XHTML output in mind instead of HTML(5) output.

    • setResponseBufferSize

      public void setResponseBufferSize(org.springframework.util.unit.DataSize responseBufferSize)
      This parameter specifies the size, in bytes, of the buffer that is used to write all generated JSP content excluding state. Note that this is ignored when Facelets is used. For Facelets, use javax.faces.FACELETS_BUFFER_SIZE instead.

    • setCacheResourceModificationTimestamp

      public void setCacheResourceModificationTimestamp(Boolean cacheResourceModificationTimestamp)
      If true, cache the modification time of the resource and use the cached time to tell if the resource needs to be refreshed.

    • setCompressableMimeTypes

      public void setCompressableMimeTypes(String compressableMimeTypes)
      Specify mime types that should be gzip compressed. Mime types can be specified by their exact name (i.e. text/css) or a wildcard can be used after the slash (i.e. text/*). The resource will not be compressed on each request, instead when building the cache, the resource will be compressed to a temporary directory and those bytes will be served instead.

    • setDefaultResourceMaxAge

      public void setDefaultResourceMaxAge(Duration defaultResourceMaxAge)
      This affects the value of the Expires response header that will be sent for a resource. The logic is basically Date.getTime() + valueOf(defaultResourceManxAge). Increase this value to increase the amount of time that a Resource is valid. The value is in milliseconds (so the default value of 604800000 is 7 days).

    • setEnableFaceletsResourceResolverCompositeComponents

      public void setEnableFaceletsResourceResolverCompositeComponents(Boolean enableFaceletsResourceResolverCompositeComponents)
      See issue 3684 for details.

    • setEnableMissingResourceLibraryDetection

      public void setEnableMissingResourceLibraryDetection(Boolean enableMissingResourceLibraryDetection)
      If enabled, the runtime will check for the existence of a resource library before checking for the resource itself. If not found, an appropriate error message will be included in the log and in the view if ProjectStage is Development.

    • setResourceUpdateCheckPeriod

      public void setResourceUpdateCheckPeriod(Duration resourceUpdateCheckPeriod)
      When javax.faces.PROJECT_STATE is Production, UnitTest, or SystemTest resource paths will be cached to reduce the overhead of resource path compuation. By default, updates (i.e. new files, new directories, new versions, etc.) will be checked for every 5 minutes. If a change is detected, the cache will be cleared and rebuilt. If the value of this option is -1, the cache will never be cleared and new resources will not be picked up. The value is in minutes.

    • setEnableAgressiveSessionDirtying

      public void setEnableAgressiveSessionDirtying(Boolean enableAgressiveSessionDirtying)
      If true, makes it so every session attribute is touched in for every request through the lifecycle. This makes it much harder to make mistakes that cause session replication to fail.

    • setEnableDistributable

      public void setEnableDistributable(Boolean enableDistributable)
      If true, signal JSF that the application is deployed to a clustered environment, so that session dirtying will be explicitly performed, hereby forcing session replication. This is automatically true when <distributable /> entry is present in web.xml.

    • setAnnotationScanPackages

      public void setAnnotationScanPackages(String annotationScanPackages)
      The value of this context init parameter is a whitespace separated list of values that control which class packages are scanned for javax.faces annotations. To restrict which jars/packages are scanned, use the following entry format: jar:'jar name':'comma separated list of packages' So an example would be: jar:a.jar:com.acme.package1,com.acme.package2.

    • setDisplayConfiguration

      public void setDisplayConfiguration(Boolean displayConfiguration)
      If true then all web configuration information (context initialization parameters and environment entries) will be written to the log. This is useful during development to confirm your application is configured as expected.

    • setEnableCoreTagLibValidator

      public void setEnableCoreTagLibValidator(Boolean enableCoreTagLibValidator)
      When true, enable validation of standard Core TagLibs, at the expense of a slightly slower start time.

    • setEnableHtmlTagLibValidator

      public void setEnableHtmlTagLibValidator(Boolean enableHtmlTagLibValidator)
      When true, enable validation of standard Html TagLibs, at the expense of a slightly slower start time.

    • setEnableLazyBeanValidation

      public void setEnableLazyBeanValidation(Boolean enableLazyBeanValidation)
      When true, managed beans will be validated when first created. If false, managed beans will be validated when the application is started, at the expense of a slightly slower start time.

    • setEnableThreading

      public void setEnableThreading(Boolean enableThreading)
      When enabled, the runtime initialization and default ResourceHandler implementation will use threads to perform their functions. Set this value to false if threads aren't desired (as in the case of running within the Google Application Engine). Note that when this option is disabled, the ResourceHandler will not pick up new versions of resources when ProjectStage is development. See issue 2385 for details.

    • setForceLoadConfiguration

      public void setForceLoadConfiguration(Boolean forceLoadConfiguration)
      There is a chance for an NPE in com.sun.faces.application.WebappLifecycleListener with some configurations. Take for example, installing JSF in a container such that JSF will be available to all web applications. The NPE will occur for an application that doesn't have the FacesServlet defined within its web.xml. The workaround for this issue is, within the global web.xml for the container (JBoss and Tomcat both have one) add either a FacesServlet definition (no mapping) or add the context init parameter, com.sun.faces.forceLoadConfiguration, with a value of true. See issue 670 for details.

    • setValidateXml

      public void setValidateXml(Boolean validateXml)
      When true, enable validation of faces-config.xml files, at the expense of a slightly slower start time.

    • setVerifyObjects

      public void setVerifyObjects(Boolean verifyObjects)
      When true, JSF makes during startup sure all that registered managed beans components, validators, etc can be instantiated by the runtime, at the expense of a slightly slower start time.

    • setEnableTransitionTimeNoOpFlash

      public void setEnableTransitionTimeNoOpFlash(Boolean enableTransitionTimeNoOpFlash)
      If true, the act of calling getExternalContext().getFlash() on the FacesContext at startup or shutdown time will cause a no-op implementation of the Flash to be returned. This should prevent startup/shutdown exceptions caused by invalid/stale flash cookies. See "bugdb 17024459" for details.

    • setExpressionFactory

      public void setExpressionFactory(Class<? extends jakarta.el.ExpressionFactory> expressionFactory)
      This parameter specifies a class that implements the ExpressionFactory.

    • setForceAlwaysWriteFlashCookie

      public void setForceAlwaysWriteFlashCookie(Boolean forceAlwaysWriteFlashCookie)
      If true, then the flash cookie will always be written, regardless of whether or not the flash has data. This should prevent problems on multiple successive redirects. See issue 3735 for details.

    • setInjectionProvider

      public void setInjectionProvider(Class<? extends com.sun.faces.spi.InjectionProvider> injectionProvider)
      This parameter specifies a class that implements the InjectionProvider.

    • setNamespaceParameters

      public void setNamespaceParameters(Boolean namespaceParameters)
      If true, then view state hidden field is namespaced according to NamingContainer rules. See issue 3031 for details.

    • setRegisterConverterPropertyEditors

      public void setRegisterConverterPropertyEditors(Boolean registerConverterPropertyEditors)
      If true, allow EL Coercion to use JSF Custom converters.

    • setSendPoweredByHeader

      public void setSendPoweredByHeader(Boolean sendPoweredByHeader)
      The servlet specification defines an optional header that can be sent by a container to communicate the version of the JSP/Servlet the response was generated by. If this is enabled, then X-Powered-By=JSF/2.2 header is included in all responses.

    • setSerializationProvider

      public void setSerializationProvider(Class<? extends com.sun.faces.spi.SerializationProvider> serializationProvider)
      This parameter specifies a class that implements the SerializationProvider SPI. This implementation represents a hook the JSF implementation will use in order to allow the use of alternate Serialization implementations.

    • setFaceletFactory

      public void setFaceletFactory(Class<?> faceletFactory)
      The value of this option is a fully qualfified class that extends the com.sun.faces.facelets.FaceletFactory abstract class. This option allows developers to customize the behavior or completely replace the default com.sun.faces.facelets.FaceletFactory implementation. Some rules about what is expected of custom implementations.If the custom implementation has a public single argument constructor where the argument type is com.sun.faces.facelets.FaceletFactory, the default FaceletFactory implementation will be passed to the constructor. If the single argument constructor is not present, the custom implementation will be constructed by invoking a public no-argument constructor.

    • setDisallowDoctypeDecl

      public void setDisallowDoctypeDecl(Boolean disallowDoctypeDecl)
      When this context param is set to true, this would set a feature on the SAX parser to disallow DOCTYPE declarations. When set to false, this would set a feature on the SAX parser to allow DOCTYPE declarations. When this context param is not specified, whether or not DOCTYPE declarations are allowed would just depend on the SAXParserFactory implementation in use, as is the case today.

    • setManagedBeanFactoryDecorator

      public void setManagedBeanFactoryDecorator(String managedBeanFactoryDecorator)
      Javadoc not found.

    • setNumberOfConcurrentFlashUsers

      public void setNumberOfConcurrentFlashUsers(Integer numberOfConcurrentFlashUsers)
      Number of concurrent flash users.

    • setNumberOfFlashesBetweenFlashReapings

      public void setNumberOfFlashesBetweenFlashReapings(Integer numberOfFlashesBetweenFlashReapings)
      Number flashes between flash repaings.

    • setDuplicateJARPattern

      public void setDuplicateJARPattern(String duplicateJARPattern)
      Javadoc not found.

    • setFaceletCache

      public void setFaceletCache(String faceletCache)
      Javadoc not found.

    • setFaceletsProcessingFileExtensionProcessAs

      public void setFaceletsProcessingFileExtensionProcessAs(String faceletsProcessingFileExtensionProcessAs)
      Javadoc not found.

    • setDisableVersionTracking

      public void setDisableVersionTracking(Boolean disableVersionTracking)
      Javadoc not found.

    • setEnableJSStyleHiding

      public void setEnableJSStyleHiding(Boolean enableJSStyleHiding)
      Javadoc not found.

    • setEnabledLoadBundle11Compatibility

      public void setEnabledLoadBundle11Compatibility(Boolean enabledLoadBundle11Compatibility)
      Javadoc not found.

    • setEnableRestoreView11Compatibility

      public void setEnableRestoreView11Compatibility(Boolean enableRestoreView11Compatibility)
      Javadoc not found.

    • setEnableGroovyScripting

      public void setEnableGroovyScripting(Boolean enableGroovyScripting)
      Javadoc not found.

    • setEnableHttpMethodRestrictionPhaseListener

      public void setEnableHttpMethodRestrictionPhaseListener(Boolean enableHttpMethodRestrictionPhaseListener)
      add the HttpMethodRestrictionPhaseListener if the parameter is enabled.

    • setAllowedHttpMethods

      public void setAllowedHttpMethods(String allowedHttpMethods)
      A white space separated list of case sensitive HTTP method names that are allowed to be processed by this servlet. * means allow all.

    • equals

      public boolean equals(Object o)
      Overrides:
      equals in class Object

    • canEqual

      protected boolean canEqual(Object other)

    • hashCode

      public int hashCode()
      Overrides:
      hashCode in class Object

    • toString

      public String toString()
      Overrides:
      toString in class Object