itext.commons Base class for events handling depending on the context. Creates a new instance of the handler with the defined fallback for events within unknown contexts. is a fallback for events within unknown context Performs context validation and if event is allowed to be processed passes it to . to handle Handles the accepted event. to handle Represents a context-based event. Represents a context-based event. See also . Only for internal usage. Creates an event containing auxiliary meta data. is a description of the product which has generated an event is an auxiliary meta info Obtains the current event context class. context class Sets meta info. meta info true if meta info has been set, false otherwise Obtains stored meta info associated with the event. meta info Base class to wrap events. Creates a wrapper for the event. is a to wrap event confirmation type Creates a wrapper of event associated with . is a for the document. May be different with sequence id of original event is a to wrap event confirmation type Obtains the wrapped event. wrapped event Obtains the class from context of the wrapped event. class from context Obtains the event type of the wrapped event. event type Abstract class which represents system configuration events. Abstract class which represents system configuration events. Only for internal usage. Adds a new for a product. is a new processor a replaced processor for the product Removes a processor registered for a product. is a product for which processor is removed removed processor Gets a processor registered for a product. Gets a processor registered for a product. If processor isn't registered and product supports AGPL mode will be obtained otherwise null will be returned. is a product for which processor is obtained processor for the product Gets an unmodifiable map of registered processors. all processors Gets events registered for provided identifier. is the identifier the list of event for identifier Registers a new event for provided identifier. is the identifier is the event to register Registers internal namespace. is the namespace to register Method defines the logic of action processing. Abstract class which defines events only for internal usage. Creates an instance of abstract iText event. Creates an instance of abstract iText event. Only for internal usage. Abstract class which defines general product events by encapsulating of the product which generated event. Abstract class which defines general product events by encapsulating of the product which generated event. Only for internal usage. Creates instance of abstract product iText event based on passed product data. Creates instance of abstract product iText event based on passed product data. Only for internal usage. is a description of the product which has generated an event Gets a product data which generated the event. information about the product Gets a name of product which generated the event. product name Abstract class which defines product process event. Abstract class which defines product process event. Only for internal usage. Creates an event associated with . Creates an event associated with . It may contain auxiliary meta data. is a general identifier for the event is a description of the product which has generated an event is an auxiliary meta info defines when the event should be confirmed to notify that the associated process has finished successfully Creates an event which is not associated with any object. Creates an event which is not associated with any object. It may contain auxiliary meta data. is a description of the product which has generated an event is an auxiliary meta info defines when the event should be confirmed to notify that the associated process has finished successfully Retrieves an identifier of event source. an identifier of event source Returns an event type. event type Retrieves an event confirmation type. value of event confirmation type which defines when the event should be confirmed to notify that the associated process has finished successfully Abstract class for statistics aggregation. Abstract class for statistics aggregation. Note that aggregator class must be thread safe. Aggregates data from the provided event. instance Retrieves aggregated data. aggregated data as Merges data from the provided aggregator into this aggregator. from which data will be taken. Abstract class which defines statistics event. Abstract class which defines statistics event. Only for internal usage. Creates instance of abstract statistics iText event based on passed product data. Creates instance of abstract statistics iText event based on passed product data. Only for internal usage. is a description of the product which has generated an event Creates statistics aggregator based on provided statistics name. Creates statistics aggregator based on provided statistics name. By default prints log warning and returns null. name of statistics based on which aggregator will be created. Shall be one of those returned from new instance of Gets all statistics names related to this event. of statistics names A wrapper for a storing additional data about the event. A wrapper for a storing additional data about the event. If wrapped event is immutable then the instance of the wrapper is immutable too. Creates a wrapper for the event with additional data about the event. is a to wrap is a product usage marker is a producer line defined by the which registered the event Obtains the license type for the product which generated the event. product usage type Gets producer line defined by the which registered the event. producer line Used to confirm that process associated with some ended successfully. Creates an instance of confirmation event. is a for the document. May be different with sequence id of original event is an event to confirm Creates an instance of confirmation event. is an event to confirm Returns the associated with confirmed process. confirmed event Defines the strategy of confirming. The successful execution of the process associated with the event should be confirmed by the second invocation of the method. The successful execution of the process associated with the event will be confirmed during the end of processing. The process associated with the event shouldn't be confirmed. Class is recommended for internal usage. Class is recommended for internal usage. Represents system configuration events. Creates an instance of context manager configuration event. Registers generic context for products and namespaces which are associated with them. namespaces of the products to be registered the products to be registered Unregisters certain namespaces. the namespaces to be unregistered The class that retrieves context of its invocation. Gets the singleton instance of this class. the instance Gets the context associated with the passed class object. Gets the context associated with the passed class object. The context is determined by class namespace. the class for which the context will be determined. the associated with the class, or if the class is unknown. Gets the context associated with the passed class object. Gets the context associated with the passed class object. The context is determined by class namespace. the class name with the namespace for which the context will be determined. the associated with the class, or if the class is unknown. Generic context that allows based on the whitelist of supported events. Creates a Generic Context instance with support of provided namespaces and products. is a collection of supported products Checks if the source product of the event is supported by the context. The class that determines weather event should be processed or not. The class that determines weather event should be processed or not. Is calculated by the Determines weather event should be processed or not. is an event to test true if event is allowed by the actual context and false otherwise The meta info that can holds information about instance that throws the event. The fallback . The that forbids all events. The that allows all events. Creates a fallback . defines whether the context allows all events or not Depending on its internal state allows or rejects all event. Depending on its internal state allows or rejects all event. Behaviour is defined via constructor Stores an instance of related to iText commons module. Getter for an instance of related to iText commons module. iText commons product description Class is used to describe used product information. Creates a new instance of product data. is a product name is a technical name of the product is a version of the product is the first year of a product development is a last year of a product development Creates a new instance of product data. is a product name is a technical name of the product is a version of the product is a minimal compatible version of licensekey library is the first year of a product development is a last year of a product development Getter for a product name. product name Getter for a technical name of the product. the technical name of the product Getter for a version of the product. version of the product Getter for the first year of copyright period. the first year of copyright Getter for the last year of copyright period. the last year of copyright Getter for the minimal compatible licensekey version. minimal compatible version of licensekey library. Entry point for event handling mechanism. Entry point for event handling mechanism. Class is a singleton, see . Allows access to the default instance of EventManager. the default instance of the class Creates a new instance of EventManager, it should be used for dedicated event usage. a new instance of the class Deliberately turns off the warning message about AGPL usage. Deliberately turns off the warning message about AGPL usage. Important note. Calling of this method means that the terms of AGPL license are met. Handles the event. to handle Add new to the event handling process. is a handler to add Check if the handler was registered for event handling process. is a handler to check true if handler has been already registered and false otherwise Removes handler from event handling process. is a handle to remove true if the handler had been registered previously and was removed. False if the handler was not found among registered handlers Base marker interface for any generated event of any source. The interface for an event handler. Handles the event. to handle Class that stores namespaces of iText open source products. Abstract class with some standard functionality for product event processing. Creates a new instance of an abstract processor for the provided product. the product which will be handled by this processor Defines a default strategy of product event processing. Creates an instance of product event processor. is a product name Default factory class to construct instance. Creates default product processor using a product name. the product which will be handled by this processor current instance Class represents a factory for objects. Creates product processor using a product name. the product which will be handled by this processor the processor instance Interface for product event processors. Handles the . to handle Gets the name of the product to which this processor corresponds. the product name Gets the usage type of the product to which this processor corresponds. the usage type Gets the producer line for the product. the producer line The class defines an under APGL strategy of product event processing. Creates a new instance of under AGPL processor for the provided product. the product which will be handled by this processor Factory class to construct instance under AGPL license. Creates under AGPL product processor using a product name. the product which will be handled by this processor current instance Abstract populator for placeholders consuming a parameter which is a pattern string. Abstract populator for placeholders consuming a parameter which is a pattern string. Any latin letter inside the pattern which is not quoted considered as a param defining the component of the outputted value. Escaping character. Processes quoted string inside format array. Processes quoted string inside format array. It is expected that provided index points to the apostrophe character so that since the index + 1 position quoted string starts. String may contain escaped apostrophes \' which processed as characters. Backslash is used for escaping so you need double backslash to print it \\. All the rest backslashes (not followed by apostrophe or one more backslash) are simply ignored. is a index of apostrophe starting a new quoted string is a building a resulting formatted string. It is updated by the method: quoted string is attached is a format representation index of the character after the closing apostrophe Checks if provided character is a latin letter. is character to check true if character is a latin letter and false otherwise Class is used to populate copyrightSince placeholder. Class is used to populate copyrightSince placeholder. The resulting string is a representation of the first year of copyright years range. Among all products involved into product creation the earliest copyrightSince year is picked as a resulting value. Builds a replacement for a placeholder copyrightSince in accordance with the registered events. is a list of event involved into document processing. It is expected that it is not empty as such cases should be handled by without calling any is a parameter for the placeholder. It should be null as copyrightSince as the placeholder is not configurable the earliest copyright year Class is used to populate copyrightTo placeholder. Class is used to populate copyrightTo placeholder. The resulting string is a representation of the last year of copyright years range. Among all products involved into product creation the latest copyrightTo year is picked as a resulting value Builds a replacement for a placeholder copyrightTo in accordance with the registered events. is a list of event involved into document processing. It is expected that it is not empty as such cases should be handled by without calling any is a parameter for the placeholder. It should be null as copyrightTo as the placeholder is not configurable the latest copyright year Class is used to populate currentDate placeholder. Class is used to populate currentDate placeholder. Placeholder should be configured with parameter defining the format of date output. Within format strings, unquoted letters from A to Z and from a to z are process as pattern letters. Chain of equal pattern letters forms an appropriate component of currentDate format. There following components are supported: d is for the day of the month, from 1 through 31 dd is for the day of the month, from 01 through 31 M defines the month from 1 to 12 MM defines the month from 01 to 12 MMM defines the abbreviated name of the month MMMM defines the full name of month yy means the year from 00 to 99 yyyy means the year in for digits format s shows current second, from 0 through 59 ss shows current second, from 00 through 59 m is replaced with the current minute from 0 to 59 mm is replaced with the current minute from 00 to 59 H stands for the current hour, using a 24-hour clock from 0 to 23 HH stands for the current hour, using a 24-hour clock from 00 to 23 Text can be quoted using single quotes (') to avoid interpretation. All other characters are not interpreted and just copied into the output string. String may contain escaped apostrophes \' which processed as characters. Backslash is used for escaping so you need double backslash to print it \\. All the rest backslashes (not followed by apostrophe or one more backslash) are simply ignored. The result of the processing is current date representing in accordance with the provided format. Builds a replacement for a placeholder currentDate in accordance with the provided format. is a list of event involved into document processing. It is not used during the placeholder replacement defines output format in accordance with the description date of producer line creation in accordance with defined format Interface for placeholder population. Populates a placeholder based on the list of and the array of parts of placeholder. is a list of event involved into document processing is a parameter passed to a placeholder and separated via delimiter : value for placeholder replacement Class is used for producer line building. Pattern is used to search a placeholders. Pattern is used to search a placeholders. Currently it searches substrings started with ${ and ended with } without } character inside. These substrings are interpreted as placeholders and the first group is the content of the placeholder. Note: The escape on '}' is necessary for regex dialect compatibility reasons. Modifies an old producer line according to events registered for the document. Modifies an old producer line according to events registered for the document. Events can be either wrapped with or not. Format of the new producer line will be defined by the first event in the list. Placeholder will be replaced and merged all together. list of events registered for the document old producer line. If null or empty, will be replaced with a new one. Otherwise new line will be attached with modified using prefix. If old producer line already contains modified using itext substring with the current version of itext at the end, no changes will be made modified producer line Merges two producer lines. Merges two producer lines. If first producer line null or empty, it will be replaced with the second one. Otherwise second producer line will be attached with modified using prefix. If first producer line already contains modified using substring with the second producer line at the end, first producer line will be returned unchanged. first producer line second producer line modified producer line Configuration events for util internal purposes are not expected to be sent. Class is used to populate usedProducts placeholder. Class is used to populate usedProducts placeholder. Placeholder should be configured with parameter defining the format of output. Within format strings, unquoted letters from A to Z and from a to z are process as pattern letters representing appropriate component of usedProducts format. There are three letters which are allowed in the outputformat: P stands for product name V stands for version of the product T is for usage type of the product Text can be quoted using single quotes (') to avoid interpretation. All other characters are not interpreted and just copied into the output string. String may contain escaped apostrophes \' which processed as characters. Backslash is used for escaping so you need double backslash to print it \\. All the rest backslashes (not followed by apostrophe or one more backslash) are simply ignored. The result of the processing is the list of all products mentioned among events as a comma-separated list. The order of the elements is defined by the order of products mentioning in the events. Equal strings are skipped even if they were generated for different products (i. e. format P stands for product name only: if several version of the same product are used, it will be the only mentioning of that product). Builds a replacement for a placeholder usedProducts in accordance with the registered events and provided format. is a list of event involved into document processing defines output format in accordance with the for description populated comma-separated list of used products in accordance with the format Handles events based oh their origin. Pass the event to the appropriate . to handle Class which contains open source product name constants. itext-core constant. itext-core sign module constant. pdfhtml constant. pdfsweep constant. pdfocr-tesseract4 constant. pdfocr-onnxtr constant. pdfocr-onnx constant. set of product names. Helper class which allow to change used product processor factory instance. Sets product processor factory instance. the instance to be set Restores default factory. Gets reporting product processor factory instance. the product processor factory instance The class allows to make any element identifiable so that it is possible to store some metadata for it. Obtains an identifier if it was set. identifier Sets an identifier. is a new identifier for the element The class represents unique numeric identifier with autoincrement strategy of generation. Creates a new instance of identifier. Obtains an id. id Util class which is responsible for marking of with appropriate . Provides an with a . Provides an with a . Note that it is forbidden to override already existing identifier. If try to provide a new one then exception will be thrown. is an identifiable element is an identifier to set Gets an identifier of the element. Gets an identifier of the element. If it was not provided will return null. is an identifiable element the identifier of the element if presented and null otherwise This interface represents the wrapper for PKIFailureInfo that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual intValue method for the wrapped PKIFailureInfo object. integer value. This interface represents the wrapper for Attribute that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getAttrValues method for the wrapped Attribute object. wrapped attribute values. This interface represents the wrapper for AttributeTable that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual get method for the wrapped AttributeTable object. ASN1ObjectIdentifier wrapper wrapper for the received Attribute object. This interface represents the wrapper for ContentInfo that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for EncryptedContentInfo that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for EnvelopedData that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for IssuerAndSerialNumber that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for KeyTransRecipientInfo that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for OriginatorInfo that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for RecipientIdentifier that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for RecipientInfo that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for OtherHashAlgAndValue that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for SignaturePolicyId that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for SignaturePolicyIdentifier that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for SigPolicyQualifierInfo that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for ESSCertID that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getCertHash method for the wrapped ESSCertID object. certificate hash byte array. This interface represents the wrapper for ESSCertIDv2 that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getHashAlgorithm method for the wrapped ESSCertIDv2 object. hash algorithm wrapper. Calls actual getCertHash method for the wrapped ESSCertIDv2 object. certificate hash byte array. This interface represents the wrapper for SigningCertificate that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getCerts method for the wrapped SigningCertificate object. array of wrapped certificates . This interface represents the wrapper for SigningCertificateV2 that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getCerts method for the wrapped SigningCertificateV2 object. array of wrapped certificates . This interface represents the wrapper for ASN1Encodable that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual toASN1Primitive method for the wrapped ASN1Encodable object. wrapped ASN1Primitive object. Checks if wrapped object is null. true if is wrapped, false otherwise. This interface represents the wrapper for ASN1EncodableVector that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual add method for the wrapped ASN1EncodableVector object. ASN1Primitive wrapper. Calls actual add method for the wrapped ASN1EncodableVector object. Attribute wrapper. Calls actual add method for the wrapped ASN1EncodableVector object. AlgorithmIdentifier wrapper. Calls actual add method for the wrapped ASN1EncodableVector object if the primitive is not null. ASN1Primitive wrapper. Calls actual add method for the wrapped ASN1EncodableVector object if the attribute is not null. Attribute wrapper. Calls actual add method for the wrapped ASN1EncodableVector object if the element is not null. AlgorithmIdentifier wrapper. Calls actual size method for the wrapped ASN1EncodableVector object. int representing current vector size This interface represents the wrapper for ASN1Encoding that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets DER constant for the wrapped ASN1Encoding. ASN1Encoding.DER value. Gets BER constant for the wrapped ASN1Encoding. ASN1Encoding.BER value. This interface represents the wrapper for ASN1InputStream that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual readObject method for the wrapped ASN1InputStream object. wrapped ASN1Primitive object. Delegates close method call to the wrapped stream. This interface represents the wrapper for ASN1Primitive that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getEncoded method for the wrapped ASN1Primitive object. the default encoding for the wrapped object. Calls actual getEncoded method for the wrapped ASN1Primitive object. encoding value the default encoding for the wrapped object. This interface represents the wrapper for ASN1OctetString that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getOctets method for the wrapped ASN1OctetString object. octets byte array. Calls actual GetDerEncoded method for the wrapped ASN1OctetString object. DER-encoded byte array. This interface represents the wrapper for ASN1OutputStream that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual writeObject method for the wrapped ASN1OutputStream object. wrapped ASN1Primitive object. Delegates close method call to the wrapped stream. This interface represents the wrapper for ASN1Sequence that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getObjectAt method for the wrapped ASN1Sequence object. index wrapped ASN1Encodable object. Calls actual getObjects method for the wrapped ASN1Sequence object. received objects. Calls actual size method for the wrapped ASN1Sequence object. sequence size. Calls actual toArray method for the wrapped ASN1Sequence object. array of wrapped ASN1Encodable objects. This interface represents the wrapper for ASN1Set that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getObjects method for the wrapped ASN1Set object. received objects. Calls actual size method for the wrapped ASN1Set object. set size. Calls actual getObjectAt method for the wrapped ASN1Set object. index wrapped ASN1Encodable object. Calls actual toArray method for the wrapped ASN1Set object. array of wrapped ASN1Encodable objects. This interface represents the wrapper for ASN1TaggedObject that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getObject method for the wrapped ASN1TaggedObject object. wrapped ASN1Primitive object. Calls actual getTagNo method for the wrapped ASN1TaggedObject object. tagNo value. This interface represents the wrapper for ASN1BitString that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual intValue method for the wrapped ASN1BitString object. int value of the wrapped ASN1BitString. Call actual getBytes method for the wrapped ASN1BitString object. bytes of the wrapped ASN1BitString. This interface represents the wrapper for ASN1Enumerated that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual intValueExact() method for the wrapped ASN1Enumerated object. integer value of the wrapped ASN1Enumerated object. This interface represents the wrapper for ASN1GeneralizedTime that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getDate method for the wrapped ASN1GeneralizedTime object. date stored in the wrapped ASN1GeneralizedTime. This interface represents the wrapper for DERIA5String that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for ASN1Integer that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getValue method for the wrapped ASN1Integer object. BigInteger value. This interface represents the wrapper for DERNull that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for ASN1ObjectIdentifier that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getId method for the wrapped ASN1ObjectIdentifier object. string ID. This interface represents the wrapper for DEROctetString that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for DERSequence that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for DERSet that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for ASN1String that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getString method for the wrapped ASN1String object. the resulting string. This interface represents the wrapper for DERTaggedObject that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for ASN1UTCTime that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for BasicOCSPResponse that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets TbsResponseData for the wrapped BasicOCSPResponse object and calls actual getProducedAt method, then gets DateTime. produced at date. Verifies given certificate for the wrapped BasicOCSPResponse object. boolean value. Gets actual Certs field for the wrapped BasicOCSPResponse object. list of wrapped certificates. Gets actual Certs field for the wrapped BasicOCSPResponse object. list of wrapped certificates. Calls actual GetEncoded method for the wrapped BasicOCSPResponse object. the default encoding for the wrapped object. Calls actual GetResponses method for the wrapped BasicOCSPResponse object. wrapped SingleResp list. Calls actual GetProducedAt method for the wrapped BasicOCSPResponse object. date BasicOCSPResponse was produced at. Calls actual GetExtensionParsedValue method for the wrapped BasicOCSPResponse object. Parsed extension value. Calls actual getSignatureAlgorithmID method for the wrapped BasicOCSPResp object. the signature algorithm id This interface represents the wrapper for OCSPObjectIdentifiers that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets id_pkix_ocsp_basic constant for the wrapped OCSPObjectIdentifiers. OCSPObjectIdentifiers.id_pkix_ocsp_basic wrapper. Gets id_pkix_ocsp_nonce constant for the wrapped OCSPObjectIdentifiers. OCSPObjectIdentifiers.id_pkix_ocsp_nonce wrapper. Gets id_pkix_ocsp_nocheck constant for the wrapped OCSPObjectIdentifiers. OCSPObjectIdentifiers.id_pkix_ocsp_nocheck wrapper. Gets id_pkix_ocsp_archive_cutoff constant for the wrapped OCSPObjectIdentifiers. OCSPObjectIdentifiers.id_pkix_ocsp_archive_cutoff wrapper. This interface represents the wrapper for OCSPResponse that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual GetEncoded method for the wrapped OCSPResponse object. the default encoding for the wrapped object. Calls actual GetStatus method for the wrapped OCSPResponse object. status value. Calls actual GetResponseObject method for the wrapped OCSPResponse object. response object. Gets SUCCESSFUL constant for the wrapped OCSPResp. OCSPResp.SUCCESSFUL value. This interface represents the wrapper for OCSPResponseStatus that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets SUCCESSFUL constant for the wrapped OCSPResponseStatus. OCSPResponseStatus.SUCCESSFUL value. This interface represents the wrapper for ResponseBytes that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for PKCSObjectIdentifiers that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets id_aa_signatureTimeStampToken constant for the wrapped PKCSObjectIdentifiers. PKCSObjectIdentifiers.id_aa_signatureTimeStampToken wrapper. Gets id_aa_ets_sigPolicyId constant for the wrapped PKCSObjectIdentifiers. PKCSObjectIdentifiers.id_aa_ets_sigPolicyId wrapper. Gets id_spq_ets_uri constant for the wrapped PKCSObjectIdentifiers. PKCSObjectIdentifiers.id_spq_ets_uri wrapper. Gets envelopedData constant for the wrapped PKCSObjectIdentifiers. PKCSObjectIdentifiers.envelopedData wrapper. Gets data constant for the wrapped PKCSObjectIdentifiers. PKCSObjectIdentifiers.data wrapper. Wrapper interface for BouncyCastle's representation of RSASSA-PSS parameters in ASN.1. Return the describing the digest algorithm to be used in the signature. an Return the describing the mask generation function to be used in the signature. an Return the salt length parameter. Return the salt length parameter. This is a for API consistency reasons, but typical values will be small. Return the trailer field parameter. Return the trailer field parameter. This is a for API consistency reasons, but typical values will be small. This abstract class represents the wrapper for PKIXNameConstraintValidatorException that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for PKIXConstraintValidator that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual checkPermittedDN method for the wrapped PKIXConstraintValidator object. direct name sequence wrapper to be checked Calls actual checkExcludedDN method for the wrapped PKIXConstraintValidator object. direct name sequence wrapper to be checked Calls actual checkPermitted method for the wrapped PKIXConstraintValidator object. general name wrapper to be checked Calls actual checkExcluded method for the wrapped PKIXConstraintValidator object. general name wrapper to be checked Calls actual intersectPermittedSubtree method for the wrapped PKIXConstraintValidator object. sequence of GeneralSubtree wrappers Calls actual addExcludedSubtree method for the wrapped PKIXConstraintValidator object. wrapper This interface represents the wrapper for MessageImprint that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getHashedMessage method for the wrapped MessageImprint object. hashed message byte array. Calls actual getHashAlgorithm method for the wrapped MessageImprint object. algorithm identifier wrapper. This interface represents the wrapper for TSTInfo that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getMessageImprint method for the wrapped TSTInfo object. wrapper for the received MessageImprint object. Calls actual getGenTime method for the wrapped TSTInfo object and gets date. the received object. This interface represents the wrapper for ASN1Dump that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual dumpAsString method for the wrapped ASN1Dump object. the ASN1Primitive (or its wrapper) to be dumped out if true, dump out the contents of octet and bit strings the resulting string. Calls actual dumpAsString method for the wrapped ASN1Dump object. the ASN1Primitive (or its wrapper) to be dumped out the resulting string. This interface represents the wrapper for X500Name that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets the RFC2253 name. the RFC2253 name Gets byte array representation of a wrapped X500Name. byte array representation of a wrapped X500Name This interface represents the wrapper for AlgorithmIdentifier that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getAlgorithm method for the wrapped AlgorithmIdentifier object. wrapped algorithm ASN1ObjectIdentifier. Calls actual getParameters method for the wrapped AlgorithmIdentifier object. wrapped algorithm parameters. This interface represents the wrapper for AuthorityKeyIdentifier that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for BasicConstraints that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for CRLDistPoint that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getDistributionPoints method for the wrapped CRLDistPoint object. array of the wrapped distribution points . This interface represents the wrapper for CRLReason that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets keyCompromise constant for the wrapped CRLReason. CRLReason.keyCompromise value. Gets removeFromCRL constant for the wrapped CRLReason. CRLReason.removeFromCRL value. This interface represents the wrapper for DistributionPoint that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getDistributionPoints method for the wrapped DistributionPoint object. wrapped distribution point. Calls actual getCRLIssuer method for the wrapped DistributionPoint object. wrapped CRL issuer. Calls actual getReasons method for the wrapped DistributionPoint object. wrapped reason codes. This interface represents the wrapper for DistributionPointName that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getType method for the wrapped DistributionPointName object. type value. Calls actual getName method for the wrapped DistributionPointName object. ASN1Encodable wrapper. Gets FULL_NAME constant for the wrapped DistributionPointName. DistributionPointName.FULL_NAME value. This interface represents the wrapper for ExtendedKeyUsage that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for GeneralName that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getTagNo method for the wrapped GeneralName object. tagNo value. Gets uniformResourceIdentifier constant for the wrapped GeneralName. GeneralName.uniformResourceIdentifier value. This interface represents the wrapper for GeneralNames that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getNames method for the wrapped GeneralNames object. array of wrapped names . This interface represents the wrapper for GeneralSubtree that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for IssuingDistributionPoint that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getDistributionPoint method for the wrapped IssuingDistributionPoint object. wrapped distribution point name. Calls actual onlyContainsUserCerts method for the wrapped IssuingDistributionPoint object. true if onlyContainsUserCerts was set, false otherwise. Calls actual onlyContainsCACerts method for the wrapped IssuingDistributionPoint object. true if onlyContainsCACerts was set, false otherwise. Calls actual isIndirectCRL method for the wrapped IssuingDistributionPoint object. boolean value identifying if CRL is indirect. Calls actual onlyContainsAttributeCerts method for the wrapped IssuingDistributionPoint object. true if onlyContainsAttributeCerts was set, false otherwise. Calls actual getOnlySomeReasons method for the wrapped IssuingDistributionPoint object. wrapped reason flags. This interface represents the wrapper for KeyPurposeId that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets id_kp_OCSPSigning constant for the wrapped KeyPurposeId. KeyPurposeId.id_kp_OCSPSigning value. This interface represents the wrapper for KeyUsage that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets digitalSignature constant for the wrapped KeyUsage. KeyUsage.digitalSignature value. Gets nonRepudiation constant for the wrapped KeyUsage. KeyUsage.nonRepudiation value. This interface represents the wrapper for NameConstraints that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getPermittedSubtrees method for the wrapped NameConstraints object. array of wrapped GeneralSubtree objects. Calls actual getExcludedSubtrees method for the wrapped NameConstraints object. array of wrapped GeneralSubtree objects. This interface represents the wrapper for ReasonFlags that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for SubjectKeyIdentifier that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for SubjectPublicKeyInfo that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getAlgorithm method for the wrapped SubjectPublicKeyInfo object. wrapped AlgorithmIdentifier. Calls actual getPublicKeyData method for the wrapped SubjectPublicKeyInfo object. wrapped ASN1 Bit String representing public key data. This interface represents the wrapper for TBSCertificate that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getSubjectPublicKeyInfo method for the wrapped TBSCertificate object. wrapped SubjectPublicKeyInfo. Calls actual getIssuer method for the wrapped TBSCertificate object. wrapped X500Name. Calls actual getSerialNumber method for the wrapped TBSCertificate object. wrapped ASN1Integer. This interface represents the wrapper for Time that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for X509Extension that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for X509Extensions that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets cRLDistributionPoints constant for the wrapped Extension. Extension.cRLDistributionPoints wrapper. Gets issuingDistributionPoint constant for the wrapped Extension. Extension.issuingDistributionPoint wrapper. Gets authorityInfoAccess constant for the wrapped Extension. Extension.authorityInfoAccess wrapper. Gets basicConstraints constant for the wrapped Extension. Extension.basicConstraints wrapper. Gets keyUsage constant for the wrapped Extension. Extension.keyUsage wrapper. Gets extendedKeyUsage constant for the wrapped Extension. Extension.extendedKeyUsage wrapper. Gets authorityKeyIdentifier constant for the wrapped Extension. Extension.authorityKeyIdentifier wrapper. Gets subjectKeyIdentifier constant for the wrapped Extension. Extension.subjectKeyIdentifier wrapper. Gets expiredCertsOnCRL constant for the wrapped Extension. Extension.expiredCertsOnCRL wrapper. This interface represents the wrapper for QCStatement that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getStatementId method for the wrapped QCStatement object. wrapped ASN1ObjectIdentifier object. Calls actual getStatementInfo method for the wrapped QCStatement object. wrapped ASN1Encodable object. The CRLReason enumeration specifies the reason that a certificate is revoked, as defined in RFC 5280: Internet X.509 Public Key Infrastructure Certificate and CRL Profile . This reason indicates that it is unspecified as to why the certificate has been revoked. This reason indicates that it is known or suspected that the certificate subject's private key has been compromised. It applies to certificate authority (CA) certificates only. This reason indicates that the subject's name or other information has changed. This reason indicates that the certificate has been superseded. This reason indicates that the certificate is no longer needed. This reason indicates that the certificate has been put on hold. Unused reason. This reason indicates that the certificate was previously on hold and should be removed from the CRL. It is for use with delta CRLs. This reason indicates that the privileges granted to the subject of the certificate have been withdrawn. This reason indicates that it is known or suspected that the certificate subject's private key has been compromised. It applies to authority attribute (AA) certificates only. This interface represents the wrapper for X509Certificate that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual GetIssuerDN method for the wrapped X509Certificate object. Issuer DN wrapper . Calls actual GetSerialNumber method for the wrapped X509Certificate object. Serial number. Calls actual GetPublicKey method for the wrapped X509Certificate object. Public key wrapper. Get the Signature Algorithms Object ID. A string containg a '.' separated object id. Get the signature algorithms parameters. (EG DSA Parameters) A byte array containing the Der encoded version of the parameters or null if there are none. Get the Signature Algorithms name. The Signature Algortihm name. Calls actual GetEncoded method for the wrapped X509Certificate object. byte array. Calls actual GetTbsCertificate method for the wrapped X509Certificate object. byte array. Calls actual GetExtensionValue method for the wrapped X509Certificate object. string oid value extension value wrapper. Calls actual Verify method for the wrapped X509Certificate object. public key wrapper Calls actual GetCriticalExtensionOids method for the wrapped X509Certificate object. critical extension oids set. Calls actual CheckValidity method for the wrapped X509Certificate object. DateTime object Returns actual SubjectDN property for the wrapped X509Certificate object. X500Name wrapper. Returns actual EndDate property of the certificate structure for the wrapped X509Certificate object. String time value. Returns actual NotBefore property for the wrapped X509Certificate object. DateTime value. Returns actual NotAfter property for the wrapped X509Certificate object. DateTime value. Calls actual GetExtendedKeyUsage method for the wrapped X509Certificate object. List of object identifiers represented as Strings. Calls actual GetKeyUsage method for the wrapped X509Certificate object. bool array representing certificate key usage Call actual GetBasicConstraints method for the wrapped X509Certificate object. int value representing basic constraints extension Retrieves an array of IDerObjectIdentifier representing subject attribute types. array of IDerObjectIdentifier representing subject attribute types This interface represents the wrapper for X509Crl that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual IsRevoked method for the wrapped X509Crl object. x509 certificate wrapper boolean value. Calls actual GetIssuerDN method for the wrapped X509Crl object. X500Name wrapper. Calls actual GetThisUpdate method for the wrapped X509Crl object. DateTime value of this update. Calls actual GetNextUpdate method for the wrapped X509Crl object. DateTime value of the next update. Calls actual Verify method for the wrapped X509Crl object. public key to verify Calls actual GetEncoded method for the wrapped X509Crl object. encoded array Calls actual GetExtensionValue method for the wrapped X509Crl object. the DER-encoded octet string of the extension value. Calls actual GetRevokedCertificate method for the wrapped X509Crl object. Get the Signature Algorithms Object ID. A string containg a '.' separated object id. Get the signature algorithms parameters. (EG DSA Parameters) A byte array containing the Der encoded version of the parameters or null if there are none. Get the Signature Algorithms name. The Signature Algortihm name. This interface represents the wrapper for X509v2CRLBuilder that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual addCRLEntry method for the wrapped X509v2CRLBuilder object. serial number of revoked certificate date of certificate revocation the reason code, as indicated in CRLReason, i.e CRLReason.keyCompromise, or 0 if not to be used the current wrapper object. Calls actual addExtension method for the wrapped X509v2CRLBuilder object. extension object identifier specifies if extension is critical or not encoded extension value the current wrapper object. Calls actual setNextUpdate method for the wrapped X509v2CRLBuilder object. date of next CRL update the current wrapper object. Calls actual build method for the wrapped X509v2CRLBuilder object. ContentSigner wrapper the wrapper for built X509CRLHolder object. This interface represents the wrapper for JcaX509v3CertificateBuilder that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual build method for the wrapped JcaX509v3CertificateBuilder object. ContentSigner wrapper {IX509CertificateHolder} wrapper for built X509CertificateHolder object. Calls actual addExtension method for the wrapped JcaX509v3CertificateBuilder object. wrapper for the OID defining the extension type true if the extension is critical, false otherwise wrapped ASN.1 structure that forms the extension's value this wrapper object. This class represents the wrapper for OCSPException that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for BasicOCSPRespBuilder that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual setResponseExtensions method for the wrapped BasicOCSPRespBuilder object. response extensions wrapper this wrapper object. Calls actual addResponse method for the wrapped BasicOCSPRespBuilder object. wrapped certificate ID details wrapped status of the certificate - wrapped null if okay date this response was valid on date when next update should be requested optional wrapped extensions this wrapper object. Calls actual build method for the wrapped BasicOCSPRespBuilder object. ContentSigner wrapper list of wrapped X509CertificateHolder objects produced at wrapper for built BasicOCSPResp object. This interface represents the wrapper for CertificateID that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getHashAlgOID method for the wrapped CertificateID object. hash algorithm OID wrapper. Gets getHashSha1 constant for the wrapped CertificateID. CertificateID.HASH_SHA1 value. Calls actual matchesIssuer method for the wrapped CertificateID object. X509Certificate wrapper boolean value. Calls actual getSerialNumber method for the wrapped CertificateID object. serial number value. This interface represents the wrapper for CertificateStatus that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets GOOD constant for the wrapped CertificateStatus. CertificateStatus.GOOD wrapper. This interface represents the wrapper for OCSPReqBuilder that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual setRequestExtensions method for the wrapped OCSPReqBuilder object. wrapper for extensions to set this wrapper object. Calls actual addRequest method for the wrapped OCSPReqBuilder object. CertificateID wrapper this wrapper object. Calls actual build method for the wrapped OCSPReqBuilder object. wrapper for built OCSPReq object. This interface represents the wrapper for OCSPReq that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getEncoded method for the wrapped OCSPReq object. the default encoding for the wrapped object. Calls actual GetRequestList method for the wrapped OCSPReq object. the array of the wrapped Req objects. This interface represents the wrapper for Req that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getCertID method for the wrapped Req object. the wrapper for the received CertificateID. This interface represents the wrapper for RespID that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual toASN1Primitive method for the wrapped BasicOCSPResp object. Responder ID as a ASN1 primitive. This interface represents the wrapper for ResponderID that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getName method for the wrapped BasicOCSPResp object. wrapped X500NAme Calls actual getKeyHash method for the wrapped BasicOCSPResp object. byte[] representing corresponding key hash This interface represents the wrapper for RevokedStatus that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets RevocationTime for the wrapped revoked CertStatus object. certificate revocation time. This interface represents the wrapper for SingleResp that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getCertID method for the wrapped SingleResp object. the wrapper for the received CertificateID. Calls actual getCertStatus method for the wrapped SingleResp object. the wrapper for the received CertificateStatus. Calls actual getNextUpdate method for the wrapped SingleResp object. date of next update. Calls actual getThisUpdate method for the wrapped SingleResp object. date of this update. This interface represents the wrapper for UnknownStatus that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This class represents the wrapper for CMSException that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for CMSEnvelopedData that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getRecipientInfos method for the wrapped CMSEnvelopedData object. the wrapper for the received RecipientInformationStore object. This interface represents the wrapper for RecipientId that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual match method for the wrapped RecipientId object. X509CertificateHolder wrapper boolean value. This interface represents the wrapper for RecipientInformation that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getContent method for the wrapped RecipientInformation object. wrapper for recipient object to use to recover content encryption key the content inside the EnvelopedData this RecipientInformation is associated with. Calls actual getRID method for the wrapped RecipientInformation object. the wrapper for received RecipientId object. This interface represents the wrapper for RecipientInformationStore that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getRecipients method for the wrapped RecipientInformationStore object. a collection of wrapped recipients. Calls actual get method for the wrapped RecipientInformationStore object. RecipientId wrapper the wrapper for received RecipientInformation object. This interface represents the wrapper for SignerInfoGenerator that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for RsaKeyPairGenerator that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual GenerateKeyPair method for the wrapped RsaKeyPairGenerator object. Asymmetric key pair wrapper. This interface represents the wrapper for AsymmetricCipherKeyPair that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets actual private key for the wrapped AsymmetricCipherKeyPair object. Wrapped private key. Gets actual public key for the wrapped AsymmetricCipherKeyPair object. Wrapped public key. This interface represents the wrapper for ICipher that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Continues processing another data part in wrapped ICipher object. byte array offset length byte array. Process the last block in the buffer of the wrapped ICipher object. byte array. Processes data block using created cipher. Input data bytes Input data offset Input data length Processed bytes Finishes a multiple-part encryption or decryption operation, depending on how this cipher was initialized. Processed bytes This interface represents the wrapper for IDigest that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for PrivateKey that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets private key algorithm. This interface represents the wrapper for PublicKey that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for ISigner that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual InitVerify method for the wrapped ISigner object. public key Calls actual InitVerify method for the wrapped ISigner object. public key Creates actual signer object to create RSASSA-PSS signature digect algorithm salt length trailer field Calls actual Update method for the wrapped ISigner object. byte array buffer offset buffer length Calls actual Update method for the wrapped ISigner object. byte array buffer Calls actual VerifySignature method for the wrapped ISigner object. byte array boolean value. Calls actual GenerateSignature method for the wrapped ISigner object. byte array. Calls actual UpdateVerifier method for the wrapped ISigner object. byte array Sets hash and encryption algorithms for the wrapped ISigner object. digest algorithm Interface for aes-gcm cryptographic ciphers. Initialize this cipher with a key and a set of algorithm parameters. true to use encrypt mode, false to use decrypt mode the encryption key MAC size, MAC sizes from 32 bits to 128 bits (must be a multiple of 8) the IV source buffer Returns the length in bytes that an output buffer would need to be in order to hold the result of the next update operation, given the input length (in bytes). input length (in bytes) output length in bytes Perform a multiple-part encryption or decryption operation (depending on how this cipher was initialized), processing another data part. the input buffer the offset in input where the input starts the input length the buffer for the result the offset in output where the result is stored Perform a multiple-part encryption or decryption operation (depending on how this cipher was initialized), processing another data part. the input buffer the offset in input where the input starts the input length byte array with the result Returns the length in bytes that an output buffer would need to be in order to hold the result of the next doFinal operation, given the input length (in bytes). input length (in bytes) output length in bytes Finishes a multiple-part encryption or decryption operation, depending on how this cipher was initialized. Finishes a multiple-part encryption or decryption operation, depending on how this cipher was initialized. Input data that may have been buffered during a previous update operation is processed, also the authentication tag is appended in the case of encryption, or verified in the case of decryption. the buffer for the result the offset in output where the result is stored Finishes a multiple-part encryption or decryption operation, depending on how this cipher was initialized. Finishes a multiple-part encryption or decryption operation, depending on how this cipher was initialized. Input data that may have been buffered during a previous update operation is processed, also the authentication tag is appended in the case of encryption, or verified in the case of decryption. byte array with the result contains methods required for bouncy-classes objects creation. contains methods required for bouncy-classes objects creation. Implementation will be selected depending on a bouncy-castle dependency specified by the user. Get signing algorithm oid from its name. name of the algorithm algorithm oid Get hash algorithm oid from its name. name of the algorithm algorithm oid Get signing algorithm name from its oid. oid of the algorithm algorithm name Cast ASN1 encodable wrapper to the ASN1 object identifier wrapper. wrapper to be cast casted wrapper Create ASN1 Object identifier wrapper from . to create object identifier from created object identifier Create ASN1 Object identifier wrapper from using getInstance method call. to create object identifier from created object identifier Create ASN1 Input stream wrapper from . to create ASN1 Input stream from created ASN1 Input stream Create ASN1 Input stream wrapper from byte[]. byte[] to create ASN1 Input stream from created ASN1 Input stream Cast ASN1 Encodable wrapper to the ASN1 Octet string wrapper. to be casted to ASN1 Octet string wrapper casted ASN1 Octet string wrapper Create ASN1 Octet string wrapper from ASN1 Tagged object wrapper and boolean parameter. ASN1 Tagged object wrapper to create ASN1 Octet string wrapper from boolean to create ASN1 Octet string wrapper created ASN1 Octet string wrapper Create ASN1 Octet string wrapper from byte[]. byte[] to create ASN1 Octet string wrapper from created ASN1 Octet string wrapper Create ASN1 Octet string wrapper from ASN1 Primitive wrapper. ASN1 Primitive wrapper to create ASN1 Octet string wrapper from created ASN1 Octet string wrapper Cast to ASN1 Sequence wrapper. to be cast. Must be instance of ASN1 Sequence casted ASN1 Sequence wrapper Cast ASN1 encodable wrapper to the ASN1 Sequence wrapper. to be casted to ASN1 Sequence wrapper casted ASN1 Sequence wrapper Create ASN1 Sequence wrapper from byte[]. byte[] to create ASN1 Sequence wrapper from created ASN1 Sequence wrapper Create ASN1 Sequence wrapper from using getInstance method call. to create ASN1 Sequence wrapper from created ASN1 Sequence wrapper Create DER Sequence wrapper from ASN1 Encodable vector wrapper. ASN1 Encodable vector wrapper to create DER Sequence wrapper from created DER Sequence wrapper Create DER Sequence wrapper from ASN1 Primitive wrapper. ASN1 Primitive wrapper to create DER Sequence wrapper from created DER Sequence wrapper Create ASN1 Tagged object wrapper from ASN1 Encodable wrapper. ASN1 Encodable vector to create ASN1 Tagged object wrapper from created ASN1 Tagged object wrapper Cast ASN1 Encodable wrapper to ASN1 Integer wrapper. ASN1 Encodable wrapper to be cast casted ASN1 Integer Create ASN1 Integer wrapper from int. int to create ASN1 Integer wrapper from created ASN1 Integer wrapper Create ASN1 Integer wrapper from . to create ASN1 Integer wrapper from created ASN1 Integer wrapper Cast ASN1 Encodable wrapper to ASN1 Set wrapper. ASN1 Encodable wrapper to be cast casted ASN1 Set Create ASN1 Set wrapper from . to create ASN1 Set wrapper from. Must be instance of ASN1 Set created ASN1 Set wrapper Create ASN1 Set wrapper from ASN1 Tagged object wrapper and boolean parameter. ASN1 Tagged object wrapper to create ASN1 Set wrapper from boolean to create ASN1 Set wrapper created ASN1 Set wrapper Create ASN1 Set wrapper which will store . ASN1 Set wrapper with value Create ASN1 Output stream wrapper from . to create ASN1 Output stream wrapper from created ASN1 Output stream wrapper Create ASN1 Output stream wrapper from and ASN1 Encoding. to create ASN1 Output stream wrapper from ASN1 Encoding to be used created ASN1 Output stream wrapper Create DER Octet string wrapper from byte[]. byte[] to create DER Octet string wrapper from created DER Octet string wrapper Cast ASN1 Encodable wrapper to DER Octet string wrapper. ASN1 Encodable wrapper to be casted DER Octet string wrapper Create ASN1 Encodable wrapper without parameters. created ASN1 Encodable wrapper Create DER Null wrapper without parameters. created DER Null wrapper Create DER Tagged object wrapper from int value and ASN1 Primitive wrapper. int value for DER Tagged object wrapper creation ASN1 Primitive wrapper to create DER Tagged object wrapper from created DER Tagged object wrapper Create DER Tagged object wrapper from int value, boolean value and ASN1 Primitive wrapper. boolean value for DER Tagged object wrapper creation int value for DER Tagged object wrapper creation ASN1 Primitive wrapper to create DER Tagged object wrapper from created DER Tagged object wrapper Create DER Set wrapper from ASN1 Encodable vector wrapper. ASN1 Encodable vector wrapper to create DER Set wrapper from created DER Set wrapper Create DER Set wrapper from ASN1 Primitive wrapper. ASN1 Primitive wrapper to create DER Set wrapper from created DER Set wrapper Create DER Set wrapper from signature policy identifier wrapper. signature policy identifier wrapper to create DER Set wrapper from created DER Set wrapper Create DER Set wrapper from recipient info wrapper. recipient info wrapper to create DER Set wrapper from created DER Set wrapper Create ASN1 Enumerated wrapper from int value. int to create ASN1 Enumerated wrapper from created ASN1 Enumerated wrapper Create ASN1 Enumerated wrapper from IASN1Encodable value. IASN1Encodable to create ASN1 Enumerated wrapper from created ASN1 Enumerated wrapper. Create ASN1 Encoding without parameters. created ASN1 Encoding Create attribute table wrapper from ASN1 Set wrapper. ASN1 Set wrapper to create attribute table wrapper from created attribute table wrapper Create PKCS Object identifiers wrapper without parameters. created PKCS Object identifiers Create attribute wrapper from ASN1 Object identifier wrapper and ASN1 Set wrapper. ASN1 Object identifier wrapper to create attribute wrapper from ASN1 Object identifier wrapper to create attribute wrapper from created attribute wrapper Create content info wrapper from ASN1 Sequence wrapper. ASN1 Sequence wrapper to create content info wrapper from created content info wrapper Create content info wrapper from ASN1 Object identifier wrapper and ASN1 Encodable wrapper. ASN1 Object identifier wrapper to create content info wrapper from ASN1 Encodable wrapper to create content info wrapper from created content info wrapper Create timestamp token wrapper from content info wrapper. content info wrapper to create timestamp token wrapper from created timestamp token wrapper Create signing certificate wrapper from ASN1 Sequence wrapper. ASN1 Sequence wrapper to create signing certificate wrapper from created signing certificate wrapper Create signing certificate version 2 wrapper from ASN1 Sequence wrapper. ASN1 Sequence wrapper to create signing certificate version 2 wrapper from created signing certificate version 2 wrapper Create basic OCSP Response wrapper from ASN1 Primitive wrapper. ASN1 Primitive wrapper to create basic OCSP response wrapper from created basic OCSP response wrapper Create basic OCSP Response wrapper from bytes array. bytes array to create basic OCSP response wrapper from created basic OCSP response wrapper Create basic OCSP Resp wrapper from . to create basic OCSP Resp wrapper from. Must be actual basic OCSP Resp instance created basic OCSP Resp wrapper Create OCSP Object identifiers wrapper without parameters. created OCSP Object identifiers wrapper Create algorithm identifier wrapper from ASN1 Object identifier wrapper. ASN1 Object identifier wrapper to create algorithm identifier wrapper from created algorithm identifier wrapper Create algorithm identifier wrapper from ASN1 Object identifier wrapper and ASN1 Encodable wrapper. ASN1 Object identifier wrapper to create algorithm identifier wrapper from ASN1 Encodable wrapper to create algorithm identifier wrapper from created algorithm identifier wrapper Create a RSASSA-PSS params wrapper from an ASN1 Encodable wrapper. ASN1 Encodable wrapper to create RSASSA-PSS params wrapper from created RSASSA-PSS params wrapper Get which represents providers name for this factory. which represents providers name Create certificate ID wrapper without parameters. created certificate ID wrapper Create extensions wrapper without parameters. created extensions wrapper Create extensions wrapper from . created extensions wrapper Create OCSP Req builder wrapper without parameters. created OCSP Req builder wrapper Create sig policy qualifier info wrapper from ASN1 Object identifier wrapper and DERIA5 String wrapper. ASN1 Object identifier wrapper to create sig policy qualifier info wrapper from DERIA5 String wrapper to create sig policy qualifier info wrapper from created sig policy qualifier info wrapper Cast ASN1 Encodable wrapper to ASN1 String wrapper. ASN1 Encodable wrapper to be cast casted ASN1 String wrapper Cast ASN1 Encodable wrapper to ASN1 Primitive wrapper. ASN1 Encodable wrapper to be cast casted ASN1 Primitive wrapper Create ASN1 Primitive wrapper from byte[] value. byte[] value to create ASN1 Primitive wrapper from created ASN1 Primitive wrapper Create OCSP Resp wrapper from byte[] value. byte[] value to create OCSP Resp wrapper from created OCSP Resp wrapper Create OCSP Resp wrapper without parameters. created OCSP Resp wrapper Create OCSP Response wrapper from OCSP Response status wrapper and response bytes wrapper. OCSP Response status wrapper to create OCSP Response wrapper from response bytes wrapper to create OCSP Response wrapper from created OCSP Response wrapper Create response bytes wrapper from ASN1 Object identifier wrapper and DER Octet string wrapper. ASN1 Object identifier wrapper to create response bytes wrapper from DER Octet string wrapper to create response bytes wrapper from created response bytes wrapper Create OCSP Response wrapper from int value and int value to create OCSP Response wrapper from to create OCSP Response wrapper from created OCSP Response wrapper Create OCSP Response status wrapper from int value. int value to create OCSP Response status wrapper from created OCSP Response status wrapper Create OCSP Response status wrapper without parameters. created OCSP Response status wrapper Create certificate status wrapper without parameters. created certificate status wrapper Create revoked status wrapper from certificate status wrapper. certificate status wrapper to create revoked status wrapper from created revoked status wrapper Create revoked status wrapper from and int value. to create revoked status wrapper from int value to create revoked status wrapper from created revoked status wrapper Create DERIA5 String wrapper from ASN1 Tagged object wrapper and boolean value. ASN1 Tagged object wrapper to create DERIA5 String wrapper from boolean value to create DERIA5 String wrapper from created DERIA5 String wrapper Create DERIA5 String wrapper from value. value to create DERIA5 String wrapper from created DERIA5 String wrapper Create CRL Dist point wrapper from . to create CRL Dist point wrapper from created CRL Dist point wrapper Create Issuing Distribution Point wrapper from the object. to create Issuing Distribution Point wrapper from created Issuing Distribution Point wrapper. Create Issuing Distribution Point wrapper with specified values. one of names from the corresponding distributionPoint from the cRLDistributionPoints extension of every certificate that is within the scope of this CRL true if the scope of the CRL only includes end entity public key certificates true if the scope of the CRL only includes CA certificates reason codes associated with a distribution point true if CRL includes certificates issued by authorities other than the CRL issuer, false if the scope of the CRL only includes certificates issued by the CRL issuer true if the scope of the CRL only includes attribute certificates created Issuing Distribution Point wrapper. Creates the wrapper for ReasonFlags. the bitwise OR of the Key Reason flags giving the allowed uses for the key created ReasonFlags wrapper. Create distribution point name wrapper without parameters. created distribution point name wrapper. Create distribution point name wrapper by passing general names. general names to create distribution point name from created distribution point name wrapper. Cast ASN1 Encodable wrapper to general names wrapper. ASN1 Encodable wrapper to be cast casted general names wrapper Create general name wrapper without parameters. created general name wrapper Creates General Name wrapper from the provided ASN1 Encodable wrapper. ASN1 Encodable wrapper General Name wrapper Create other hash alg and value wrapper from algorithm identifier wrapper and ASN1 Octet string wrapper. algorithm identifier wrapper to create other hash alg and value wrapper from ASN1 Octet string wrapper to create other hash alg and value wrapper from created other hash alg and value wrapper Create signature policy id wrapper from ASN1 Object identifier wrapper and other hash alg and value wrapper. ASN1 Object identifier wrapper to create signature policy id wrapper from other hash alg and value wrapper to create signature policy id wrapper from created signature policy id wrapper Create signature policy id wrapper from ASN1 Object identifier wrapper, other hash alg and value wrapper and sig policy qualifier info wrappers. ASN1 Object identifier wrapper to create signature policy id wrapper from other hash alg and value wrapper to create signature policy id wrapper from sig policy qualifier info wrappers to create signature policy id wrapper from created signature policy id wrapper Create signature policy identifier wrapper from signature policy id wrapper. signature policy id wrapper to create signature policy identifier wrapper from created signature policy identifier wrapper Create enveloped data wrapper from originator info wrapper, ASN1 Set wrapper, encrypted content info wrapper and another ASN1 Set wrapper. originator info wrapper to create enveloped data wrapper from ASN1 Set wrapper to create enveloped data wrapper from encrypted content info wrapper to create enveloped data wrapper from ASN1 Set wrapper to create enveloped data wrapper from created enveloped data wrapper Create recipient info wrapper from key trans recipient info wrapper. key trans recipient info wrapper to create recipient info wrapper from created recipient info wrapper Create encrypted content info wrapper from ASN1 Object identifier wrapper, algorithm identifier wrapper and ASN1 Octet string wrapper. ASN1 Object identifier wrapper to create encrypted content info wrapper from algorithm identifier wrapper to create encrypted content info wrapper from ASN1 Octet string wrapper to create encrypted content info wrapper from created encrypted content info wrapper Create TBS Certificate wrapper from ASN1 Encodable wrapper. ASN1 Encodable wrapper to create TBS Certificate wrapper from created TBS Certificate wrapper Create TBS Certificate wrapper from ASN1 Encoded data. encoded TBS Certificate created TBS Certificate wrapper Create issuer and serial number wrapper from X500 Name wrapper and . X500 Name wrapper to create issuer and serial number wrapper from to create issuer and serial number wrapper from created issuer and serial number wrapper Create recipient identifier wrapper from issuer and serial number wrapper. issuer and serial number wrapper to create recipient identifier wrapper from created recipient identifier wrapper Create key trans recipient info wrapper from recipient identifier wrapper, algorithm identifier wrapper and ASN1 Octet string wrapper. recipient identifier wrapper to create key trans recipient info wrapper from algorithm identifier wrapper to create key trans recipient info wrapper from ASN1 Octet string wrapper to create key trans recipient info wrapper from created key trans recipient info wrapper Create originator info wrapper with value. created originator info wrapper Create CMS enveloped data from byte[] value. byte[] value to create CMS enveloped data from created CMS enveloped data Create timestamp request generator wrapper without parameters. created timestamp request generator wrapper Create timestamp response wrapper from byte[] value. byte[] value to create timestamp response wrapper from created timestamp response wrapper Create OCSP Exception wrapper from usual . to create OCSP Exception wrapper from created OCSP Exception wrapper Create unknown status wrapper without parameters. created unknown status wrapper Create ASN1 Dump wrapper without parameters. created ASN1 Dump wrapper Cast ASN1 Encodable wrapper to ASN1 Bit string wrapper. ASN1 Encodable wrapper to be cast casted ASN1 Bit string wrapper Cast ASN1 Encodable wrapper to ASN1 Generalized time wrapper. ASN1 Encodable wrapper to be cast casted ASN1 Generalized time wrapper Cast DateTime to ASN1 Generalized time wrapper. DateTime to be cast ASN1 Generalized time wrapper Cast ASN1 Encodable wrapper to ASN1 UTC Time wrapper. ASN1 Encodable wrapper to be cast casted ASN1 UTC Time wrapper Create timestamp response generator wrapper from private key wrapper, X509 Certificate wrapper, allowed digest and policy oid. private key wrapper to create timestamp response generator wrapper from X509 Certificate wrapper to create timestamp response generator wrapper from signature algorithm used for the private key to create timestamp response generator wrapper from allowed digest to create timestamp response generator wrapper from policy oid to create timestamp response generator wrapper from created timestamp response generator wrapper Create timestamp response generator wrapper from private key wrapper, X509 Certificate wrapper, allowed digest and policy oid. private key wrapper to create timestamp response generator wrapper from X509 Certificate wrapper to create timestamp response generator wrapper from allowed digest to create timestamp response generator wrapper from policy oid to create timestamp response generator wrapper from created timestamp response generator wrapper Create timestamp response generator wrapper from timestamp token generator wrapper and of algorithms. timestamp token generator wrapper to create timestamp response generator wrapper from of algorithms to create timestamp response generator wrapper from created timestamp response generator wrapper Create timestamp request wrapper from byte[] value. byte[] value to create timestamp request wrapper from created timestamp request wrapper Create X500 Name wrapper from . to create X500 Name wrapper from created X500 Name wrapper Create X500 Name wrapper from . to create X500 Name wrapper from created X500 Name wrapper Create X500 Name wrapper from . to create X500 Name wrapper from created X500 Name wrapper Create resp ID wrapper from X500 Name wrapper. X500 Name wrapper to create resp ID wrapper from created resp ID wrapper Creates resp ID wrapper from X509Certificate wrapper. X509Certificate wrapper from which resp ID wrapper will be created created resp ID wrapper Create basic OCSP Resp builder wrapper from resp ID wrapper. resp ID wrapper to create basic OCSP Resp builder wrapper from created basic OCSP Resp builder wrapper Create OCSP Req wrapper from byte[]. byte[] to create OCSP Req wrapper from created OCSP Req wrapper Create X509 Version 2 CRL Builder wrapper from X500 Name wrapper and . X500 Name wrapper to create X509 Version 2 CRL Builder wrapper from to create X509 Version 2 CRL Builder wrapper from created X509 Version 2 CRL Builder wrapper Create Jca X509 Version 3 certificate builder wrapper from , , start , end , X500 Name wrapper and . to create Jca X509 Version 3 certificate builder wrapper from to create Jca X509 Version 3 certificate builder wrapper from start to create Jca X509 Version 3 certificate builder wrapper from end to create Jca X509 Version 3 certificate builder wrapper from X500 Name wrapper to create Jca X509 Version 3 certificate builder wrapper from to create Jca X509 Version 3 certificate builder wrapper from created Jca X509 Version 3 certificate builder wrapper Create basic constraints wrapper from boolean value. boolean value to create basic constraints wrapper from created basic constraints wrapper Create basic constraints wrapper from int value. int flag to create basic constraints wrapper from created basic constraints wrapper Create key usage wrapper without parameters. created key usage wrapper Create key usage wrapper from int value. int value to create key usage wrapper from created key usage wrapper Create key purpose id wrapper without parameters. created key purpose id wrapper Create extended key usage wrapper from key purpose id wrapper. key purpose id wrapper to create extended key usage wrapper from created extended key usage wrapper Create extended key usage wrapper from an array of object identifier wrappers. an array of object identifier wrappers created extended key usage wrapper Create subject public key info wrapper from public key wrapper to create subject public ket info wrapper from created subject public ket info wrapper Create CRL Reason wrapper without parameters. created CRL Reason wrapper Create TST Info wrapper from content info wrapper. content info wrapper to create TST Info wrapper from created TST Info wrapper Create TST Info wrapper from content info wrapper. primitive wrapper to create TST Info wrapper from created TST Info wrapper Create single resp wrapper from basic OCSP Response wrapper. basic OCSP Response wrapper to create single resp wrapper from created single resp wrapper Create X509 Certificate wrapper from . to create X509 Certificate wrapper from created X509 Certificate wrapper Create X509 Crl wrapper from . to create X509 Crl wrapper from created X509 Crl wrapper Create collection of the X509 Crl wrappers from . to create X509 Crl wrapper from created collection of the X509 Crl wrappers Create digest wrapper from hash algorithm. hash algorithm to create digest wrapper from created digest wrapper Create certificate ID wrapper from hash algorithm, X509 Certificate wrapper and big integer wrapper. hash algorithm to create certificate ID wrapper from X509 Certificate wrapper to create certificate ID wrapper from big integer wrapper to create certificate ID wrapper from created certificate ID wrapper Create X500 Name wrapper from ASN1 Encodable wrapper using getInstance call. ASN1 Encodable wrapper to create X500 Name wrapper from created X500 Name wrapper Create OCSP Req wrapper from certificate ID wrapper and byte[] document id. certificate ID wrapper to create OCSP Req wrapper from byte[] document id to create OCSP Req wrapper from created OCSP Req wrapper Create signer wrapper without parameters. created signer wrapper Create X509 Certificate parser wrapper without parameters. created X509 Certificate parser wrapper Create general security exception wrapper from exception message and exception. exception message to create general security exception wrapper from exception to create general security exception wrapper from created general security exception wrapper Create general security exception wrapper from exception message. exception message to create general security exception wrapper from created general security exception wrapper Create general security exception wrapper without parameters. created general security exception wrapper Cast element to . to be cast casted Get corresponding to this . instance Create big integer wrapper without parameters. created big integer wrapper Create big integer wrapper from int value and byte[] array. int value to create big integer wrapper from byte[] array to create big integer wrapper from created big integer wrapper Create big integer wrapper from value. value to create big integer wrapper from created big integer wrapper Create cipher wrapper from bool value, byte[] key and byte[] value. bool value to create cipher wrapper from byte[] key to create cipher wrapper from byte[] value to create cipher wrapper from created cipher wrapper Create cipher Cbc no pad wrapper from bool value, byte[] key and byte[] value. bool value to create cipher Cbc no pad wrapper from byte[] key to create cipher Cbc no pad wrapper from byte[] value to create cipher Cbc no pad wrapper from created cipher Cbc no pad wrapper Create cipher Cbc no pad wrapper from bool value and byte[] key. bool value to create cipher Cbc no pad wrapper from byte[] key to create cipher Cbc no pad wrapper from created cipher Cbc no pad wrapper Create as object. as object Create Rsa 2048 key pair generator wrapper without parameters. created Rsa 2048 key pair generator wrapper Create PEM Parser wrapper from . to create PEM Parser wrapper from byte[] password to read pem file created PEM Parser wrapper Create content signer wrapper from signature algorithm and private key wrapper. signature algorithm to create content signer wrapper from private key wrapper to create content signer wrapper from created content signer wrapper Create authority key identifier wrapper from subject public key info wrapper. subject public key info wrapper to create authority key identifier wrapper from created authority key identifier wrapper Create subject key identifier from subject public key info wrapper. subject public key info wrapper to create subject key identifier from created subject key identifier Create extension wrapper from bool value and DER Octet string wrapper. bool value to create extension wrapper from DER Octet string wrapper to create extension wrapper from created extension wrapper Checks if provided extension wrapper wraps . extension wrapper to check if provided extension wrapper wraps , otherwise Check if provided encodable wrapper wraps null. encodable wrapper to be checked true if provided encodable wrapper wraps null, false otherwise Get SecureRandom implementation from the factory. SecureRandom implementation Create byte[] cipher bytes from X509 Certificate wrapper, byte[] array and algorithm identifier wrapper. X509 Certificate wrapper to create cipher bytes from byte[] array to create cipher bytes from algorithm identifier wrapper to create cipher bytes from created cipher bytes Check if this bouncy-castle corresponding to this factory is in approved mode. true if approved mode is enabled, false otherwise Checks whether an algorithm is supported for encryption by the chosen Bouncy Castle implementation, throws an exception when not supported. the type of encryption STANDARD_ENCRYPTION_40 = 2 STANDARD_ENCRYPTION_128 = 3 AES_128 = 4 AES_256 = 5 true when used with a certificate, false otherwise Get Bouncy-Castle Util instance implementation related to this instance implementation Create string from the end date of the certificate. certificate to get end date The end date of the certificate Generates byte array based on extract-and-expand key derivation function, using provided parameters. byte[] input key material byte[] salt byte[] info byte[] key derivation function result. Generates byte array based MAC token according to HMACSHA256 algorithm. MAC key data to be encrypted byte array based MAC token. Generates encrypted key based on AES256 without padding wrapping algorithm. key to be encrypted key encryption key to be used encrypted key. Generates decrypted key based on AES256 without padding unwrapping algorithm. key to be decrypted key encryption key to be used decrypted key. Get asymmetric algorithm object instance from bouncy-castle X509 certificate wrapper. Bouncy-castle X509 certificate wrapper Asymmetric algorithm instance Gets list of policies IDs from the provided certificate policy extension. certificate policy extension as byte array list of policies IDs Parses list of IQCStatement from the provided certificate QC Statements Extension value. certificate QC Statements Extension value as byte array list of IQCStatement Creates name constraint validator wrapper. name constraint validator wrapper Creates name constraints wrapper out of ASN1 Object wrapper. ASN1 Object wrapper from which name constraints wrapper is created name constraints wrapper contains methods for constants creation required in tests. Get constant for certificate info. constant for certificate info This class contains util methods, which use bouncy-castle objects. This interface represents the wrapper for BigInteger that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Gets integer value for the wrapped BigInteger. Calls toString with radix for the wrapped BigInteger. Calls ValueOf method for the wrapped BigInteger. Calls Remainder method for the wrapped BigInteger. This interface represents the wrapper for PEMParser that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual readObject method for the wrapped PEMParser object. which represents read object. This class represents the wrapper for OperatorCreationException that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for ContentSigner that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for DigestCalculator that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This class represents the wrapper for CertificateExpiredException that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Base constructor for . Creates new wrapper instance for . The abstract class constructor gets executed from a derived class. Exception message This class represents the wrapper for CertificateNotYetValidException that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Base constructor for . Creates new wrapper instance for . The abstract class constructor gets executed from a derived class. Exception message This class represents the wrapper for CertificateParsingException that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Base constructor for . Creates new wrapper instance for . The abstract class constructor gets executed from a derived class. Exception message This class represents the wrapper for GeneralSecurityException that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Base constructor for . Creates new wrapper instance for . The abstract class constructor gets executed from a derived class. Exception message This class represents the wrapper for SecurityUtilityException that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Base constructor for . Creates new wrapper instance for . The abstract class constructor gets executed from a derived class. Exception message This class represents the wrapper for the CrlException that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Base constructor for . Creates new wrapper instance for . The abstract class constructor gets executed from a derived class. Exception message This class represents the wrapper for TSPException that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. This interface represents the wrapper for TimeStampRequest that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getEncoded method for wrapped TimeStampRequest object. the default encoding for the wrapped object. Calls actual getNonce method for wrapped TimeStampRequest object. nonce value. This interface represents the wrapper for TimeStampRequestGenerator that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual setCertReq method for the wrapped TimeStampRequestGenerator object. the value to be set Calls actual setReqPolicy method for the wrapped TimeStampRequestGenerator object. the value to be set Calls actual generate method for the wrapped TimeStampRequestGenerator object. ASN1ObjectIdentifier wrapper byte array BigInteger the wrapper for generated TimeStampRequest object. This interface represents the wrapper for TimeStampResponse that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual validate method for the wrapped TimeStampResponse object. TimeStampRequest wrapper Calls actual getFailInfo method for the wrapped TimeStampResponse object. the wrapper for the received PKIFailureInfo object. Calls actual getTimeStampToken method for the wrapped TimeStampResponse object. the wrapper for the received TimeStampToken object. Calls actual getStatusString method for the wrapped TimeStampResponse object. status string. Calls actual getEncoded method for the wrapped TimeStampResponse object. the default encoding for the wrapped object. This interface represents the wrapper for TimeStampResponseGenerator that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual generate method for the wrapped TimeStampResponseGenerator object. the wrapper for request this response is for serial number for the response token generation time for the response token the wrapper for the generated TimeStampResponse object. This interface represents the wrapper for TimeStampToken that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getTimeStampInfo method for the wrapped TimeStampToken object. the wrapper for the received TimeStampInfo object. Calls actual getEncoded method for the wrapped TimeStampToken object. the default encoding for the wrapped object. Calls actual validate method for the wrapped TimeStampToken object. X509Certificate wrapper This interface represents the wrapper for TimeStampTokenGenerator that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual setAccuracySeconds method for the wrapped TimeStampTokenGenerator object. accuracy seconds to set Creates certificates collection and calls actual SetCertificates method for the wrapped TimeStampTokenGenerator object. certificates collection to set Calls actual generate method for the wrapped TimeStampTokenGenerator object. the originating TimeStampRequest wrapper serial number for the TimeStampToken token generation time the wrapper for the generated TimeStampToken object. This interface represents the wrapper for TimeStampTokenInfo that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual getHashAlgorithm method for the wrapped TimeStampTokenInfo object. the wrapper for the received AlgorithmIdentifier object. Calls actual toASN1Structure method for the wrapped TimeStampTokenInfo object. TSTInfo wrapper. Calls actual getGenTime method for the wrapped TimeStampTokenInfo object. the received genTime. Calls actual getEncoded method for the wrapped TimeStampTokenInfo object. the default encoding for the wrapped object. This interface represents the wrapper for X509CertificateParser that provides the ability to switch between bouncy-castle and bouncy-castle FIPS implementations. Calls actual ReadAllCerts method for the wrapped X509CertificateParser object. Bytes from which certificated will be read All read certificated A simple bi-directional map. the type of the first key the type of the second key Creates a new instance. Puts the entry into the map. Puts the entry into the map. If the key already exists, the value will be overwritten. If the value already exists, the key will be overwritten. If both key and value already exist, the entry will be overwritten. If neither key nor value already exist, the entry will be added. the key the value Gets the value by key. the key the value Gets the key by value. the value the key Removes the entry by key. the key Removes the entry by value. the value Gets the size of the map. the size of the map removes all entries from the map. Checks if the map is empty. true, if the map is empty Checks if the map contains the key. the key true, if the map contains the key Checks if the map contains the value. the value true, if the map contains the value Concurrent weak hash map implementation. type of the keys type of the values Interface for a simple list abstraction. Interface for a simple list abstraction. This interface is a subset of the interface. It is intended to be used in cases where the full interface is not needed. The type of elements in this list. Adds an element to the end of the list. the element to add Adds an element to the list at the specified index. the index at which to add the element the element to add Returns the element at the specified index. the index of the element to return the element at the specified index Replaces the element at the specified index with the specified element. the index of the element to replace the element to be stored at the specified index the element previously at the specified index Returns the index of the first occurrence of the specified element in the list, or -1 if the list does not contain the element. the element to search for the index of the first occurrence of the specified element in the list, or -1 if the list does not contain the element Removes the element at the specified index. the index of the element to be removed Returns the number of elements in the list. the number of elements in the list Returns if the list contains no elements, false otherwise. if the list contains no elements, false otherwise A simple container that can hold a value. A simple container that can hold a value. This is class is used to make the autoporting of primitive types easier. For example autoporting enums will convert them to non nullable types. But if you embed them in a NullableContainer, the autoporting will convert them to nullable types. Creates a new instance. the value Gets the value. the value The class represents a list which allows null elements, but doesn't allocate a memory for them, in the rest of cases it behaves like usual and should have the same complexity (because keys are unique integers, so collisions are impossible). elements of the list Creates a new instance of . In worth scenario O(n^2) but it is mostly impossible because keys shouldn't have collisions at all (they are integers). In worth scenario O(n^2) but it is mostly impossible because keys shouldn't have collisions at all (they are integers). So in average should be O(n). average O(1), worth O(n) (mostly impossible in case when keys are integers) average O(1), worth O(n) (mostly impossible in case when keys are integers) In worth scenario O(n^2) but it is mostly impossible because keys shouldn't have collisions at all (they are integers). In worth scenario O(n^2) but it is mostly impossible because keys shouldn't have collisions at all (they are integers). So in average should be O(n). the index of the element to be removed the size of the list true if the list is empty, false otherwise Portable implementation of . the type of elements in this list Creates a new instance of . Creates a new instance of with the specified initial capacity. the initial capacity of the list Simple tuple container that holds two elements. type of the first element type of the second element Creates a new instance of with given elements. the first element the second element Get the first element. the first element Get the second element. the second element Note, that in case current class is overridden, equals should also be overridden. This interface should be implemented to provide applications the functionality of a message digest algorithm. Performs a final update on the digest using the specified array of bytes, then completes the digest computation. the input to be updated before the digest is completed The array of bytes for the resulting hash value Completes the hash computation by performing final operations such as padding. Leaves the digest reset. The array of bytes for the resulting hash value Gets byte length of wrapped digest algorithm. The length of the digest in bytes. Updates the digest using the specified array of bytes, starting at the specified offset. byte array buffer the offset to start from in the array of bytes the number of bytes to use, starting at offset Updates the digest using the specified array of bytes. byte array buffer Resets the digest for further use. Returns a string that identifies the algorithm, independent of implementation details. The name of the algorithm. Composite exception class. Notifies that event processing failed. Creates an instance of aggregated exception based on the collection of exceptions. is a list of aggregated exceptions Creates an instance of aggregated exception based on the collection of exceptions. the detail message is a list of aggregated exceptions Builds message for the exception including its own message and all messages from the aggregated exceptions. aggregated message Gets a list of aggregated exceptions. aggregated exceptions Class that bundles all the error message templates as constants. Message warns about overriding of the identifier of identifiable element. Message warns about overriding of the identifier of identifiable element. List of params: 0th is an original element identifier; 1st is a new element identifier; General iText exception. General iText exception. Important note, not all iText exceptions are extended from ITextException. Creates a new ITextException with no error message and cause. Creates a new ITextException. the detail message Creates a new ITextException. the cause (which is saved for later retrieval by method) Creates a new ITextException. the detail message the cause (which is saved for later retrieval by method) The class represents a signal to the event handler that it is necessary to repeat the handling of the current event. Creates a new instance of based on message. the detail message An exception notifies that unknown product was found in iText ecosystem. Message notifies that event corresponding to unknown product was met. Message notifies that event corresponding to unknown product was met. It is a parametrized message. List of params: the name of unknown product Creates a new instance of the exception. the detail message iText static log manager working with the Microsoft.Extensions.Logging framework. Use it to add iText logs to your application. Call to set up a logger factory that will receive iText log messages. Sets the implementation of to be used for creating objects. The factory. Gets an instance of the used logger factory. The factory. Creates a new instance using the full name of the given type. The type. Interface which marks classes serializable to JSON AST. Serializes object to JSON AST. serialized object Class representing json array value. Creates a new empty . Creates a new with provided values. values to put into json array Gets a copy of json array values. json array values Adds a new value into json array. a value to put into json array Class representing json boolean value. Gets representing input boolean value. boolean value representing input boolean value Gets a boolean value wrapped into this . a boolean value Class representing json null value. A single null instance of this class. Class representing json number value. Creates a new representing a provided value. to wrap into this Gets a number value wrapped into this . a number value Class representing json object value. Creates a new empty . Creates a new with provided fields. fields to put into json object Gets a copy of the json object fields. json object fields Gets particular json object field. name of the field field as Adds a new field into json object. a key to add into json object fields a value to add into json object fields under the Class representing json string value. Creates a new representing a provided value. to wrap into this Gets a string value wrapped into this . a string value Class representing generic json value. Creates a new . Parses string and creates out of it. string to parse representing the input string Converts this into a string. string representing this Class that bundles all the error message templates as constants. Message notifies that base64 encoding or decoding failed. Message notifies that an invalid statistics name was received, because there is no aggregator for it. Message notifies that an invalid statistics name was received, because there is no aggregator for it. 0th is a statistics name which is invalid; Message notifies that files archiving operation failed. Message notifies that files archiving operation failed. 0th is a message of thrown exception; Message notifies that archive is suspicious to be a zip bomb due to large ratio between the compressed and uncompressed archive entry. Message notifies that archive is suspicious to be a zip bomb due to large ratio between the compressed and uncompressed archive entry. 0th is a threshold ratio; Message notifies that archive is suspicious to be a zip bomb because the number of file entries extracted from the archive is greater than a predefined threshold. Message notifies that archive is suspicious to be a zip bomb because the number of file entries extracted from the archive is greater than a predefined threshold. 0th is a threshold number of file entries in the archive; Message notifies that some exception has been thrown during json deserialization from object. Message notifies that some exception has been thrown during json deserialization from object. List of params: 0th is a class name of thrown exception; 1st is a message of thrown exception; Message notifies that some exception has been thrown during json serialization to object. Message notifies that some exception has been thrown during json serialization to object. List of params: 0th is a class name of thrown exception; 1st is a message of thrown exception; Message notifies that archive is suspicious to be a zip bomb due to large total size of the uncompressed data. Message notifies that archive is suspicious to be a zip bomb due to large total size of the uncompressed data. 0th is a threshold size; Message notifies that unknown placeholder was ignored during parsing of the producer line format. Message notifies that unknown placeholder was ignored during parsing of the producer line format. List of params: 0th is a name of ignored placeholder; Message warns that some event is at confirmation stage but it is not known. Message warns that some event is at confirmation stage but it is not known. Probably some processing has failed. List of params: 0th is a name of product for which event was reported; 1st is an event type; This file is a helper class for internal usage only. Be aware that its API and functionality may be changed in future. Gets the date time as UTC milliseconds from the epoch. date to be converted to millis the date as UTC milliseconds from the epoch Gets the LocalDateTime from UTC seconds from the epoch. the UTC milliseconds from the epoch local time from UTC seconds Gets the calendar date and time of a day. the date to be returned as calendar the calendar date and time of a day Gets the current time in the default time zone with the default locale. the current time in the default time zone with the default locale Gets the current time consistently. the time at which it was allocated, measured to the nearest millisecond Defines if date is in past. true if given date is in past, false instead Gets the number of milliseconds since January 1, 1970, 00:00:00 GMT represented by specified date. the specified date to get time the number of milliseconds since January 1, 1970, 00:00:00 GMT represented by the specified date Adds provided number of milliseconds to the DateTime. DateTime to increase number of milliseconds to add updated DateTime Parses passing date with default {@code yyyy-MM-dd} pattern. date is date to be parse parse date Parses passing date with specified format. the date to be parsed the format of parsing the date parsed date Parses passing date with specified format. the date to be parsed the format of parsing the date parsed date Parses date time according to specified format. date time to parse parsing format parse date time as string Format passing date with default yyyy-MM-dd pattern. the date to be formatted formatted date Format passing date with specified pattern. the date to be formatted pattern for format formatted date Gets the offset of time zone from UTC at the specified date. the date represented in milliseconds since January 1, 1970 00:00:00 GMT the offset of time zone from UTC at the specified date adjusted with the amount of daylight saving. Converts date to string of "yyyy.MM.dd HH:mm:ss z" format. date to convert. string date value. Creates a DateTime object with the specified year, month, day, hour, minute, and second. The year The month The day The hour The minute The second Creates a DateTime object with the specified year, month, day, hour, minute, and second. The year The month The day The hour The minute The second Gets the DateTime from milliseconds. the UTC milliseconds from the epoch DateTime converted from milliseconds Creates UTC Date based on provided parameters. as int to be created as int to be created as int to be created as int to be created as int to be created as int to be created UTC date Serialize time using format YYYY-MM-DDTHH-MM-SS local time to be converted serialized time A simple dependency injection container. A simple dependency injection container. The container is thread-safe. Creates a new instance of . Registers a default instance for a class. the class supplier of the instance Registers an instance for a class. the class the instance Gets an instance of a class. the class the type of the class the instance Checks if an instance is registered for a class. Checks if an instance is registered for a class. If the class is registered but the value is null, it will still return . the class if an instance is registered, otherwise This file is a helper class for internal usage only. Be aware that its API and functionality may be changed in future. Converts to byte array an array of chars, taking the provided encoding into account. an array of chars to be converted to bytes the encoding to be taken into account while converting the provided array of chars the resultant array of bytes Converts to String an array of bytes, taking the provided encoding into account. an array of bytes to be converted to String the encoding to be taken into account while converting the provided bytes the resultant string This file is a helper class for internal usage only. Be aware that its API and functionality may be changed in future. Gets the default windows font directory. the default windows font directory Checks whether there is a file at the provided path. the path to the file to be checked on existence true if such a file exists, otherwise false Checks whether is provided file not empty. the path to the file to be checked on emptiness true if such file is not empty, false otherwise Checks whether there is a directory at the provided path. the path to the directory to be checked on existence true if such a directory exists, otherwise false Lists all the files located at the provided directory. path to the directory if true, files from all the subdirectories will be returned all the files located at the provided directory Lists all the directories located at the provided directory. path to the directory if true, directories from all the subdirectories will be returned all the directories located at the provided directory Lists all the files located at the provided directory, which are accepted by the provided filter. path to the directory filter to accept files to be listed all the files located at the provided directory, which are accepted by the provided filter Lists all the files located at the provided directory, which are accepted by the provided filter. path to the directory if true, files from all the subdirectories will be returned filter to accept files to be listed all the files located at the provided directory, which are accepted by the provided filter Creates a temporary file at the provided path. Note, that this method creates temporary file with provided file's prefix and postfix using path to the temporary file to be created. If it is a directory, then the temporary file will be created at this directory the created temporary file Creates a directory at the provided path. path to the directory to be created Deletes a file and returns whether the operation succeeded. Deletes a file and returns whether the operation succeeded. Note that only *files* are supported, not directories. file to be deleted true if file was deleted successfully, false otherwise Returns an URL of the parent directory for the resource. of resource parent directory path| the same path if a catalog`s url is passed; Creates a temporary copy of a file. Note, that this method creates temporary file with provided file's prefix and postfix using the path to the file to be copied the prefix of the copied file's name the postfix of the copied file's name the path to the copied file signals that an I/O exception has occurred. Creates a temporary directory. Note, that this method creates temporary directory with provided directory prefix using the prefix of the temporary directory's name the path to the temporary directory signals that an I/O exception has occurred. Analog of FilterOutputStream. The output stream to be filtered. Whether the stream is closed; Creates a FilterOutputStream on top of the specified output stream. The output stream to be assigned Writes the specified int value to output stream. The value to write. Writes buffer.Length bytes to output stream. Writes len bytes from the specified byte array starting at offset off to output stream. Flushes output stream. A mapping for java's FunctionalInterface attribute to allow clean code in java. Translates a IANA encoding name to a Java encoding. The object that maps IANA to Java encodings. This file is a helper class for internal usage only. Be aware that its API and functionality may be changed in future. This file is a helper class for internal usage only. Be aware that its API and functionality may be changed in future. Utility class for JSON serialization and deserialization operations. Not for public use. Compares two json strings without considering the order of the elements. expected json string string for comparison true if two json string are equals, false otherwise Serializes passed object to JSON string. the object which will be serialized the JSON string representation of passed object or null if it is impossible to serialize to JSON Serializes passed object to JSON string. the object which will be serialized the object serialization context the JSON string representation of passed object or null if it is impossible to serialize to JSON Serializes passed object to minimal JSON string without spaces and line breaks. the object which will be serialized the minimal JSON string representation of passed object or null if it is impossible to serialize to JSON Serializes passed object to minimal JSON string without spaces and line breaks. the object which will be serialized the object serialization context the minimal JSON string representation of passed object or null if it is impossible to serialize to JSON Deserializes passed JSON stream to object with passed type. the JSON stream which represent object the type of object which will be deserialized the type of object which will be deserialized the deserialized object or null if operation of deserialization is impossible Deserializes passed JSON stream to object with passed type. the JSON stream which represent object the object serialization context the type of object which will be deserialized the type of object which will be deserialized the deserialized object or null if operation of deserialization is impossible Deserializes passed JSON string to object with passed type. the JSON string which represent object the type of object which will be deserialized the type of object which will be deserialized the deserialized object or null if operation of deserialization is impossible Deserializes passed JSON string to object with passed type. the JSON string which represent object the object serialization context the type of object which will be deserialized the type of object which will be deserialized the deserialized object or null if operation of deserialization is impossible Utility class for work with collections. Utility class for work with collections. Not for public use. Checks if two maps are equal: the are of the same types and has equal number of stored entries and both has the same set of keys ans each key is associated with an appropriate value. is the first map is the second map is a type of keys is a type of values if maps are equal and otherwise Merges data from source Map into destination Map using provided function if key exists in both Maps. Merges data from source Map into destination Map using provided function if key exists in both Maps. If key doesn't exist in destination Map in will be putted directly. Map to which data will be merged. Map from which data will be taken. function which will be used to merge Maps values. is a type of keys is a type of values Calculates the hash code of the map. is the map is a type of keys is a type of values the hash code of the map. Puts value to map if the value is not null. the map in which value can be pushed the key the value is a type of key is a type of value This file is a helper class for internal usage only. This file is a helper class for internal usage only. Be aware that its API and functionality may be changed in future. Utility class for running actions in parallel using multiple threads. Utility class for running actions in parallel using multiple threads. This class provides a method to execute a list of Callable actions in parallel and collect their results. Runs a list of Callable actions in parallel using a fixed thread pool. the list of Callable actions to be executed the number of threads to use for parallel execution the type of the result returned by the Callable actions a list of results from the executed actions An annotation that does nothing. It is used as a transpilation workaround for Java annotations that are unneeded in C#. Class which represents a pair of key and value. key parameter type. value parameter type. Creates key-value pair. key parameter value parameter Gets key parameter. key parameter. Gets value parameter. value parameter. This class is used to generate placeholder text for the examples and tests. This class is used to generate placeholder text for the examples and tests. It is not used anywhere in the actual code. This provides a better way than using Lorem Ipsum text as it is more readable. Gets the placeholder text. if you want to get the placeholder text by words or by characters the number of words or characters the placeholder text The enum Place holder text by. The enum Place holder text by. This enum is used to get the placeholder text by words or by characters Class contains a process information, such as process exit code and process output. Create a new instance, containing a process information, such as process exit code, process standard and error outputs. exit code of the process. the standard output of the process. the error output of the process. Getter for a process exit code. Returns a process exit code. Getter for a standard process output. Returns a process standard output string. Getter for an error process output. Returns a process error output string. Summary description for Properties. Utility class for runtime-related operations. Checks if a class is loaded in the current runtime environment. the fully qualified name of the class to check true if the class is loaded, false otherwise This file is a helper class for internal usage only. Be aware that its API and functionality may be changed in future. the index of the first element, inclusive, to be sorted the index of the last element, exclusive, to be sorted Utility class for string normalization. Converts a string to lowercase using Root locale. a string to convert a converted string Converts a string to uppercase using Root locale. a string to convert a converted string Converts a string to lowercase using Root locale and trims it. a string to convert a converted string This file is a helper class for internal usage only. Be aware that its API and functionality may be changed in future. This file is a helper class for internal usage only. Be aware that its API and functionality may be changed in future. Should be used in relative constructs (for example to check how many milliseconds have passed). Shouldn't be used in the DateTime creation since the nanoseconds are expected there. relative time in milliseconds Gets environment variable with given name. the name of environment variable. variable value or null if there is no such. Utility class for creating and managing timers. Creates a new Timer instance. a new Timer instance Stops the specified timer and releases its resources. Unicode script "Common". Unicode script "Latin". Unicode script "Greek". Unicode script "Cyrillic". Unicode script "Armenian". Unicode script "Hebrew". Unicode script "Arabic". Unicode script "Syriac". Unicode script "Thaana". Unicode script "Devanagari". Unicode script "Bengali". Unicode script "Gurmukhi". Unicode script "Gujarati". Unicode script "Oriya". Unicode script "Tamil". Unicode script "Telugu". Unicode script "Kannada". Unicode script "Malayalam". Unicode script "Sinhala". Unicode script "Thai". Unicode script "Lao". Unicode script "Tibetan". Unicode script "Myanmar". Unicode script "Georgian". Unicode script "Hangul". Unicode script "Ethiopic". Unicode script "Cherokee". Unicode script "Canadian_Aboriginal". Unicode script "Ogham". Unicode script "Runic". Unicode script "Khmer". Unicode script "Mongolian". Unicode script "Hiragana". Unicode script "Katakana". Unicode script "Bopomofo". Unicode script "Han". Unicode script "Yi". Unicode script "Old_Italic". Unicode script "Gothic". Unicode script "Deseret". Unicode script "Inherited". Unicode script "Tagalog". Unicode script "Hanunoo". Unicode script "Buhid". Unicode script "Tagbanwa". Unicode script "Limbu". Unicode script "Tai_Le". Unicode script "Linear_B". Unicode script "Ugaritic". Unicode script "Shavian". Unicode script "Osmanya". Unicode script "Cypriot". Unicode script "Braille". Unicode script "Buginese". Unicode script "Coptic". Unicode script "New_Tai_Lue". Unicode script "Glagolitic". Unicode script "Tifinagh". Unicode script "Syloti_Nagri". Unicode script "Old_Persian". Unicode script "Kharoshthi". Unicode script "Balinese". Unicode script "Cuneiform". Unicode script "Phoenician". Unicode script "Phags_Pa". Unicode script "Nko". Unicode script "Sundanese". Unicode script "Batak". Unicode script "Lepcha". Unicode script "Ol_Chiki". Unicode script "Vai". Unicode script "Saurashtra". Unicode script "Kayah_Li". Unicode script "Rejang". Unicode script "Lycian". Unicode script "Carian". Unicode script "Lydian". Unicode script "Cham". Unicode script "Tai_Tham". Unicode script "Tai_Viet". Unicode script "Avestan". Unicode script "Egyptian_Hieroglyphs". Unicode script "Samaritan". Unicode script "Mandaic". Unicode script "Lisu". Unicode script "Bamum". Unicode script "Javanese". Unicode script "Meetei_Mayek". Unicode script "Imperial_Aramaic". Unicode script "Old_South_Arabian". Unicode script "Inscriptional_Parthian". Unicode script "Inscriptional_Pahlavi". Unicode script "Old_Turkic". Unicode script "Brahmi". Unicode script "Kaithi". Unicode script "Meroitic Hieroglyphs". Unicode script "Meroitic Cursive". Unicode script "Sora Sompeng". Unicode script "Chakma". Unicode script "Sharada". Unicode script "Takri". Unicode script "Miao". Unicode script "Unknown". This file is a helper class for internal usage only. Be aware that its API and functionality may be changed in future. * Returns the enum constant representing the Unicode script of which * the given character (Unicode code point) is assigned to. * * @param codePoint the character (Unicode code point) in question. * @return The {@code UnicodeScript} constant representing the * Unicode script of which this character is assigned to. * * @exception IllegalArgumentException if the specified * {@code codePoint} is an invalid Unicode code point. * @see Character#isValidCodePoint(int) * Allows reading entries from a zip file. Creates an instance for zip file reading. the path to the zip file to read if some I/O exception occurs Get all file entries paths inside the reading zip file. the {@link Set} of all file entries paths if some I/O exception occurs Read single file from zip. the file path inside zip to read the {@link InputStream} represents read file content if some I/O exception occurs Sets the maximum total uncompressed data size to prevent a Zip Bomb Attack. Default value is 1 GB (1000000000). the threshold for maximum total size of the uncompressed data Sets the maximum number of file entries in the archive to prevent a Zip Bomb Attack. Default value is 10000. maximum number of file entries in the archive Sets the maximum ratio between compressed and uncompressed data to prevent a Zip Bomb Attack. In general the data compression ratio for most of the legit archives is 1 to 3. Default value is 10. maximum ratio between compressed and uncompressed data Allows writing entries into a zip file. Creates an instance for zip file writing. the path to the zip file to write if some I/O exception occurs Add file from disk into zip archive. the target name of the file inside zip after writing the path to the file on disk to archive if some I/O exception occurs Add file into zip archive with data from stream. the target name of the file inside zip after writing the input stream to archive if some I/O exception occurs Add file into zip archive with object serialized as JSON. the target name of the file inside zip after writing the object to serialize as JSON if some I/O exception occurs