![]() Valid values for attribute and value are described in the table in this section:Ĭomments are denoted by lines starting with the # (number)Īdd a SunPKCS11 provider with this attribute set to true to the This will result in a SunPKCS11 provider instance for eachįile that contains entries in the following format: attribute= value Than one PKCS#11 implementation, simply repeat the installation for each with theĪppropriate configuration file. To use more than one slot per PKCS#11 implementation, or to use more Therefore, always use the provider returned from the configure method. If this provider cannot be configured in-place, then a new provider isĬreated and returned. Save the returned Provider object from theĬonfigure method, then add that object, as demonstratedĭon't add the provider from which you called the configure method: ![]() It also describes how the JCA makes it easier for applications to deal with different types of providers, including PKCS#11 providers. This document describes how native PKCS#11 tokens can be configured into the Java platform for use by Java applications. The JCA gives applications greater flexibility in dealing with different providers. Or, a PKCS#11 token might require authentication for some non-key-related operations and therefore, the application must be able to log into the token without using keystore. For example, an application might want to deal with smartcards being removed and inserted dynamically more easily. The only requirement is to properly configure the provider.Īlthough an application can make use of most PKCS#11 features using existing APIs, some applications might need more flexibility and capabilities. No modifications to the application are required. Existing applications that use the JCA and JCE APIs can access native PKCS#11 tokens with the PKCS#11 provider. The Cryptographic Token Interface Standard, PKCS#11, is produced by RSA Security and defines native programming interfaces to cryptographic tokens, such as hardware cryptographic accelerators and smartcards. Some providers may perform cryptographic operations in software others may perform the operations on a hardware token (for example, on a smartcard device or on a hardware cryptographic accelerator). ![]() ![]() This architecture supports different provider implementations. Specifically, applications talk to Application Programming Interfaces (APIs), and the actual cryptographic operations are performed in configured providers which adhere to a set of Service Provider Interfaces (SPIs). The cryptographic interfaces are provider-based. ![]() See Java Cryptography Architecture (JCA) Reference Guide. These interfaces are collectively known as the Java Cryptography Architecture (JCA) and the Java Cryptography Extension (JCE). The Java platform defines a set of programming interfaces for performing cryptographic operations. ![]()
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