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Slot 2 -so-pin 12345678 I also researched and found that in pkcs15-init, a function to ask for PIN is implemented and added via scpkcs15initsetcallbacks, but pkcs11-tool does not do so. The question is: - ’Not ask for PIN’ is intentional design of pkcs11-tool or a limitation? - What is the right way to provide Admin PIN to pkcs11-tool. # pkcs11-tool -test -login No slot with a token was found. If I remove the card and reinsert in the reader I get the same result. I need to disconnect the reader from the USB (power cycle) to have it again working. Finally some investigations about the specifications of the CNS cards. To facilitate the integration of native PKCS#11 tokens into the Java platform, a new cryptographic provider, the Sun PKCS#11 provider, has been introduced into the J2SE 5.0 release. This new provider enables existing applications written to the JCA and JCE APIs to access native PKCS#11 tokens. No modifications to the application are required.Name
The pkcs11-tool utility is used to manage the data objects on smart cards and similar PKCS #11 security tokens. Users can list and read PINs, keys and certificates stored on the token. User PIN authentication is performed for thos.
pkcs11-tool - utility for managing and using PKCS #11 security tokensSynopsis
pkcs11-tool [OPTIONS]Description
The pkcs11-tool utility is used to manage the data objects on smart cards and similar PKCS #11 security tokens. Users can list and read PINs, keysand certificates stored on the token. User PIN authentication is performed for those operations that require it.Options
--login, -lAuthenticate to the token before performing other operations. This option is not needed if a PIN is provided on the command line.--pinpin, -ppinUse the given pin for token operations. WARNING: Be careful using this option as other users may be able to read the command line from the system orif it is embedded in a script.
This option will also set the --login option.--so-pinpinUse the given pin as the Security Officer PIN for some token operations (token initialization, user PIN initialization, etc). The same warning as--pin also applies here.--init-tokenInitializes a token: set the token label as well as a Security Officer PIN (the label must be specified using --label).--init-pinInitializes the user PIN. This option differs from --change-pin in that it sets the user PIN for the first time. Once set, the user PIN can be changed using--change-pin.--change-pin, -cChange the user PIN on the token--test, -tPerforms some tests on the token. This option is most useful when used with either --login or --pin.--show-info, -IDisplays general token information.--list-slots, -LDisplays a list of available slots on the token.--list-mechanisms, -MDisplays a list of mechanisms supported by the token.--list-objects, -ODisplays a list of objects.--sign, sSign some data.--hash, -hHash some data.--mechanismmechanism, -mmechanismUse the specified mechanism for token operations. See -M for a list of mechanisms supported by your token.--keypairgen, -kGenerate a new key pair (public and private pair.)--write-objectid, -wpathWrite a key or certificate object to the token. path points to the DER-encoded certificate or key file.--typetype, -ytypeSpecify the type of object to operate on. Examples are cert, privkey and pubkey.--idid, -didSpecify the id of the object to operate on.--labelname, -anameSpecify the name of the object to operate on (or the token label when --init-token is used).--slotidSpecify the id of the slot to use.--slot-descriptiondescriptionSpecify the description of the slot to use.--slot-indexindexSpecify the index of the slot to use.--token-labellabelSpecify the label of token. Will be used the first slot, that has the inserted token with this label.--set-idid, -eidSet the CKA_ID of the object.--attr-frompathExtract information from path (DER-encoded certificate file) and create the corresponding attributes when writing an object to the token. Example:the certificate subject name is used to create the CKA_SUBJECT attribute.--input-filepath, -ipathSpecify the path to a file for input.--output-filepath, -opathSpecify the path to a file for output.--modulemodSpecify a PKCS#11 module (or library) to load.--moz-certpath, -zpathTests a Mozilla-like keypair generation and certificate request. Specify the path to the certificate file.--verbose, -vCauses pkcs11-tool to be more verbose.
NB! This does not affect OpenSC debugging level! To set OpenSC PKCS#11 module into debug mode, set the OPENSC_DEBUG environment variable to a non-zeronumber.
1.0 Introduction
2.0 Sun PKCS#11 Provider2.1 Requirements2.2 Configuration2.3 Accessing Network Security Services (NSS)
3.0 Application Developers3.1 Token Login3.2 Token Keys3.3 Delayed Provider Selection3.4 JAAS KeyStoreLoginModule3.5 Tokens as JSSE Keystores and Trust Stores
4.0 Tools4.1 KeyTool and JarSigner4.2 PolicyTool
5.0 Provider Developers5.1 Provider Services5.1.1 Instantiating Engine Classes5.1.2 Parameter Support
Appendix A Sun PKCS#11 Provider’s Supported Algorithms
Appendix B Sun PKCS#11 Provider’s KeyStore Restrictions
Appendix C Example Provider1.0 Introduction
The Java platform defines a set of programming interfaces for performing cryptographic operations. These interfaces are collectively known as the Java Cryptography Architecture (JCA) and the Java Cryptography Extension (JCE). Specifications are available at the Java SE Security Documentation page.
Casino dao phu quoc luc. The cryptographic interfaces are provider-based. 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). This architecture supports different provider implementations. 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).
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. To facilitate the integration of native PKCS#11 tokens into the Java platform, a new cryptographic provider, the Sun PKCS#11 provider, has been introduced into the J2SE 5.0 release. This new provider enables existing applications written to the JCA and JCE APIs to access native PKCS#11 tokens. No modifications to the application are required. The only requirement is the proper configuration of the provider into the Java Runtime.
Although an application can make use of most PKCS#11 features using existing APIs, some applications might need more flexibility and capabilities. For example, an application might want to deal with Smartcards being removed and inserted dynamically more easily. 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. In J2SE 5.0, the JCA was enhanced to allow applications greater flexibility in dealing with different providers.
This document describes how native PKCS#11 tokens can be configured into the Java platform for use by Java applications. It also describes the enhancements that were made to the JCA to make it easier for applications to deal with different types of providers, including PKCS#11 providers.2.0 Sun PKCS#11 Provider
The Sun PKCS#11 provider, in contrast to most other providers, does not implement cryptographic algorithms itself. Instead, it acts as a bridge between the Java JCA and JCE APIs and the native PKCS#11 cryptographic API, translating the calls and conventions between the two. This means that Java applications calling standard JCA and JCE APIs can, without modification, take advantage of algorithms offered by the underlying PKCS#11 implementations, such as, for example,
*Cryptographic Smartcards,
*Hardware cryptographic accelerators, and
*High performance software implementations. Note that Java SE only facilitates accessing native PKCS#11 implementations, it does not itself include a native PKCS#11 implementation. However, cryptographic devices such as Smartcards and hardware accelerators often come with software that includes a PKCS#11 implementation, which you need to install and configure according to manufacturer’s instructions. 2.1 Requirements The Sun PKCS#11 provider is supported on Solaris (SPARC and x86) and Linux (x86) in both 32-bit and 64-bit Java processes. It is also supported on 32-bit Windows (x86) but not currently on 64-bit Windows platforms due to the lack of suitable PKCS#11 libraries.
The Sun PKCS#11 provider requires an implementation of PKCS#11 v2.0 or later to be installed on the system. This implementation must take the form of a shared-object library (.so on Solaris and Linux) or dynamic-link library (.dll on Windows). Please consult your vendor documentation to find out if your cryptographic device includes such a PKCS#11 implementation, how to configure it, and what the name of the library file is.
The Sun PKCS#11 provider supports a number of algorithms, provided that the underlying PKCS#11 implementation offers them. The algorithms and their corresponding PKCS#11 mechanisms are listed in the table in Appendix A. 2.2 Configuration The Sun PKCS#11 provider is implemented by the main class sun.security.pkcs11.SunPKCS11 and accepts the full pathname of a configuration file as an argument. To use the provider, you must first install it by using the Java Cryptography Architecture (JCA). As with all JCA providers, installation of the provider can be done either statically or programmatically. To install the provider statically, add the provider to the Java Security properties file ($JAVA_HOME/lib/security/java.security). For example, here’s a fragment of the java.security file that installs the Sun PKCS#11 provider with the configuration file /opt/bar/cfg/pkcs11.cfg. To install the provider dynamically, create an instance of the provider with the appropriate configuration filename and then install it. Here is an example.
To use more than one slot per PKCS#11 implementation, or to use more than one PKCS#11 implementation, simply repeat the installation for each with the appropriate configuration file. This will result in a Sun PKCS#11 provider instance for each slot of each PKCS#11 implementation.
Do gambling winnings get taxed. The configuration file is a text file that contains entries in the following format.attribute = value The valid values for attribute and value are described in the table in this section. The two mandatory attributes are name and library. Here is a sample configuration file. Comments are denoted by lines starting with the # (number) symbol. AttributeValueDescriptionlibrarypathname of PKCS#11 implementationThis is the full pathname (including extension) of the PKCS#11 implementation; the format of the pathname is platform dependent. For example, /opt/foo/lib/libpkcs11.so might be the pathname of a PKCS#11 implementation on Solaris and Linux while C:foomypkcs11.dll might be one on Windows.namename suffix of this provider instanceThis string is concatenated with the prefix SunPKCS11- to produce this provider instance’s name (that is, the string returned by its Provider.getName() method). For example, if the name attribute is ’FooAccelerator’, then the provider instance’s name will be ’SunPKCS11-FooAccelerator’.descriptiondescription of this provider instanceThis string will be returned by the provider instance’s Provider.getInfo() method. If none is specified, a default description will be returned.slotslot idThis is the id of the slot that this provider instance is to be associated with. For example, you would use 1 for the slot with the id 1 under PKCS#11. At most one of slot or slotListIndex may be specified. If neither is specified, the default is a slotListIndex of 0.slotListIndexslot indexThis is the slot index that this provider instance is to be associated with. It is the index into the list of all slots returned by the PKCS#11 function C_GetSlotList. For example, 0 indicates the first slot in the list. At most one of slot or slotListIndex may be specified. If neither is specified, the default is a slotListIndex of 0.enabledMechanismsbrace enclosed, whitespace-separated list of PKCS#11 mechanisms to enableThis is the list PKCS#11 mechanisms that this provider instance should use, provided that they are supported by both the Sun PKCS#11 provider and PKCS#11 token. All other mechanisms will be ignored. Each entry in the list is the name of a PKCS#11 mechanism. Here is an example that lists two PKCS#11 mechanisms. At most one of enabledMechanisms or disabledMechanisms may be specified. If neither is specified, the mechanisms enabled are those that are supported by both the Sun PKCS#11 provider and the PKCS#11 token.disabledMechanismsbrace enclosed, whitespace-separated list of PKCS#11 mechanisms to disableThis is the list of PKCS#11 mechanism that this provider instance should ignore. Any mechanism listed will be ignored by the provider, even if they are supported by the token and the Sun PKCS#11 provider. The strings SecureRandom and KeyStore may be specified to disable those services.
At most one of enabledMechanisms or disabledMechanisms may be specified. If neither is specified, the mechanisms enabled are those that are supported by both the Sun PKCS#11 provider and the PKCS#11 token.attributessee belowThe attributes option can be used to specify additional PKCS#11 that should be set when creating PKCS#11 key objects. This makes it possible to accommodate tokens that require particular attributes. For details, see the section below.Attributes Configuration The attributes option allows you to specify additional PKCS#11 attributes that should be set when creating PKCS#11 key objects. By default, the SunPKCS11 provider only specifies mandatory PKCS#11 attributes when creating objects. For example, for RSA public keys it specifies the key type and algorithm (CKA_CLASS and CKA_KEY_TYPE) and the key values for RSA public keys (CKA_MODULUS and CKA_PUBLIC_EXPONENT). The PKCS#11 library you are using will assign implementation specific default values to the other attributes of an RSA public key, for example that the key can be used to encrypt and verify messages (CKA_ENCRYPT and CKA_VERIFY = true).
The attributes option can be used if you do not like the default values your PKCS#11 implementation assigns or if your PKCS#11 implementation does not support defaults and requires a value to be specified explicitly. Note that specifying attributes that your PKCS#11 implementation does not support or that are invalid for the type of key in question may cause the operation to fail at runtime.
The option can be specified zero or more times, the options are processed in the order specified in the configuration file as described below. The attributes option has the format:
(505) 796-7500 30 Rainbow Rd NE Albuquerque, NM 87113. © 2020 Sandia Resort & Casino - All Rights Reserved. Pitbull will be playing upcoming shows at places like the Los Angeles County Fair in Pomona, Calif., Northern Quest Casino in Airway Heights, Wash., Fiddlers Green Amphitheatre in Englewood, Colo. Here’s how to score your Pitbull concert tickets on Vivid Seats: Find the Pitbull tour dates that match up with the city closest to you. You should be able to see local concerts at the top of the list, but the rest of the Pitbull dates will be shown in chronological order. Choose one Pitbull concert with the. Sandia Ballroom. Catch our premier headliners indoors, at Sandia’s magnificent 27,000-square-foot Ballroom. Pitbull’s concert scheduled for Wednesday evening, July 3 rd at Sandia Resort & Casino has been postponed due to unforeseen circumstances. The concert has been rescheduled for Sunday, July 28 th at 8:00pm. Tickets purchased for the event will be honored on the new date. Valid values for operation are:
*generate, for keys generated via a KeyPairGenerator or KeyGenerator
*import, for keys created via a KeyFactory or SecretKeyFactory. This also applies to Java software keys automatically converted to PKCS#11 key objects when they are passed to the initialization method of a cryptographic operation, for example Signature.initSign().
**, for keys created using either a generate or a create operation. Valid values for keytype are CKO_PUBLIC_KEY, CKO_PRIVATE_KEY, and CKO_SECRET_KEY, for public, private, and secret keys, respectively, and * to match any type of key.
Valid values for keyalgorithm are one of the CKK_xxx constants from the PKCS#11 specification, or * to match keys of any algorithm. The algorithms currently supported by the SunPKCS11 provider are CKK_RSA, CKK_DSA, CKK_DH, CKK_AES, CKK_DES, CKK_DES3, CKK_RC4, CKK_BLOWFISH, and CKK_GENERIC.
The attribute names and values are specified as a list of one or more name-value pairs. name must be a CKA_xxx constant from the PKCS#11 specification, for example CKA_SENSITIVE. value can be one of the following:
*a boolean value, true or false
*an integer, in decimal form (default) or in hexadecimal form if it begins with 0x.
*null, indicating that this attribute should not be specified when creating objects. If the attributes option is specified multiple times, the entries are processed in the order specified with the attributes aggregated and later attributes overriding earlier ones. For example, consider the following configuration file excerpt: The first entry says to specify CKA_SIGN = true for all private keys. The second option overrides that with null for Diffie-Hellman private keys, so the CKA_SIGN attribute will not specified for them at all. Finally, the third option says to also specify CKA_DECRYPT = true for RSA private keys. That means RSA private keys will have both CKA_SIGN = true and CKA_DECRYPT = true set.
There is also a special form of the attributes option. You can write attributes = compatibility in the configuration file. That is a shortcut for a whole set of attribute statements. They are designed to provider maximum compatibility with existing Java applications, which may expect, for example, all key components to be accessible and secret keys to be usable for both encryption and decryption. The compatibility attributes line can be used together with other attributes lines, in which case the same aggregation and overriding rules apply as described earlier.2.3 Accessing Network Security Services (NSS)
Network Security Services (NSS) is a set of open source security libraries used by the Mozilla/Firefox browsers, Sun’s Java Enterprise System server software, and a number of other products. Its crypto APIs are based on PKCS#11 but it includes special features that are outside of the PKCS#11 standard. The Sun PKCS#11 provider includes code to interact with these NSS specific features, including several NSS sp
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Slot 2 -so-pin 12345678 I also researched and found that in pkcs15-init, a function to ask for PIN is implemented and added via scpkcs15initsetcallbacks, but pkcs11-tool does not do so. The question is: - ’Not ask for PIN’ is intentional design of pkcs11-tool or a limitation? - What is the right way to provide Admin PIN to pkcs11-tool. # pkcs11-tool -test -login No slot with a token was found. If I remove the card and reinsert in the reader I get the same result. I need to disconnect the reader from the USB (power cycle) to have it again working. Finally some investigations about the specifications of the CNS cards. To facilitate the integration of native PKCS#11 tokens into the Java platform, a new cryptographic provider, the Sun PKCS#11 provider, has been introduced into the J2SE 5.0 release. This new provider enables existing applications written to the JCA and JCE APIs to access native PKCS#11 tokens. No modifications to the application are required.Name
The pkcs11-tool utility is used to manage the data objects on smart cards and similar PKCS #11 security tokens. Users can list and read PINs, keys and certificates stored on the token. User PIN authentication is performed for thos.
pkcs11-tool - utility for managing and using PKCS #11 security tokensSynopsis
pkcs11-tool [OPTIONS]Description
The pkcs11-tool utility is used to manage the data objects on smart cards and similar PKCS #11 security tokens. Users can list and read PINs, keysand certificates stored on the token. User PIN authentication is performed for those operations that require it.Options
--login, -lAuthenticate to the token before performing other operations. This option is not needed if a PIN is provided on the command line.--pinpin, -ppinUse the given pin for token operations. WARNING: Be careful using this option as other users may be able to read the command line from the system orif it is embedded in a script.
This option will also set the --login option.--so-pinpinUse the given pin as the Security Officer PIN for some token operations (token initialization, user PIN initialization, etc). The same warning as--pin also applies here.--init-tokenInitializes a token: set the token label as well as a Security Officer PIN (the label must be specified using --label).--init-pinInitializes the user PIN. This option differs from --change-pin in that it sets the user PIN for the first time. Once set, the user PIN can be changed using--change-pin.--change-pin, -cChange the user PIN on the token--test, -tPerforms some tests on the token. This option is most useful when used with either --login or --pin.--show-info, -IDisplays general token information.--list-slots, -LDisplays a list of available slots on the token.--list-mechanisms, -MDisplays a list of mechanisms supported by the token.--list-objects, -ODisplays a list of objects.--sign, sSign some data.--hash, -hHash some data.--mechanismmechanism, -mmechanismUse the specified mechanism for token operations. See -M for a list of mechanisms supported by your token.--keypairgen, -kGenerate a new key pair (public and private pair.)--write-objectid, -wpathWrite a key or certificate object to the token. path points to the DER-encoded certificate or key file.--typetype, -ytypeSpecify the type of object to operate on. Examples are cert, privkey and pubkey.--idid, -didSpecify the id of the object to operate on.--labelname, -anameSpecify the name of the object to operate on (or the token label when --init-token is used).--slotidSpecify the id of the slot to use.--slot-descriptiondescriptionSpecify the description of the slot to use.--slot-indexindexSpecify the index of the slot to use.--token-labellabelSpecify the label of token. Will be used the first slot, that has the inserted token with this label.--set-idid, -eidSet the CKA_ID of the object.--attr-frompathExtract information from path (DER-encoded certificate file) and create the corresponding attributes when writing an object to the token. Example:the certificate subject name is used to create the CKA_SUBJECT attribute.--input-filepath, -ipathSpecify the path to a file for input.--output-filepath, -opathSpecify the path to a file for output.--modulemodSpecify a PKCS#11 module (or library) to load.--moz-certpath, -zpathTests a Mozilla-like keypair generation and certificate request. Specify the path to the certificate file.--verbose, -vCauses pkcs11-tool to be more verbose.
NB! This does not affect OpenSC debugging level! To set OpenSC PKCS#11 module into debug mode, set the OPENSC_DEBUG environment variable to a non-zeronumber.
1.0 Introduction
2.0 Sun PKCS#11 Provider2.1 Requirements2.2 Configuration2.3 Accessing Network Security Services (NSS)
3.0 Application Developers3.1 Token Login3.2 Token Keys3.3 Delayed Provider Selection3.4 JAAS KeyStoreLoginModule3.5 Tokens as JSSE Keystores and Trust Stores
4.0 Tools4.1 KeyTool and JarSigner4.2 PolicyTool
5.0 Provider Developers5.1 Provider Services5.1.1 Instantiating Engine Classes5.1.2 Parameter Support
Appendix A Sun PKCS#11 Provider’s Supported Algorithms
Appendix B Sun PKCS#11 Provider’s KeyStore Restrictions
Appendix C Example Provider1.0 Introduction
The Java platform defines a set of programming interfaces for performing cryptographic operations. These interfaces are collectively known as the Java Cryptography Architecture (JCA) and the Java Cryptography Extension (JCE). Specifications are available at the Java SE Security Documentation page.
Casino dao phu quoc luc. The cryptographic interfaces are provider-based. 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). This architecture supports different provider implementations. 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).
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. To facilitate the integration of native PKCS#11 tokens into the Java platform, a new cryptographic provider, the Sun PKCS#11 provider, has been introduced into the J2SE 5.0 release. This new provider enables existing applications written to the JCA and JCE APIs to access native PKCS#11 tokens. No modifications to the application are required. The only requirement is the proper configuration of the provider into the Java Runtime.
Although an application can make use of most PKCS#11 features using existing APIs, some applications might need more flexibility and capabilities. For example, an application might want to deal with Smartcards being removed and inserted dynamically more easily. 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. In J2SE 5.0, the JCA was enhanced to allow applications greater flexibility in dealing with different providers.
This document describes how native PKCS#11 tokens can be configured into the Java platform for use by Java applications. It also describes the enhancements that were made to the JCA to make it easier for applications to deal with different types of providers, including PKCS#11 providers.2.0 Sun PKCS#11 Provider
The Sun PKCS#11 provider, in contrast to most other providers, does not implement cryptographic algorithms itself. Instead, it acts as a bridge between the Java JCA and JCE APIs and the native PKCS#11 cryptographic API, translating the calls and conventions between the two. This means that Java applications calling standard JCA and JCE APIs can, without modification, take advantage of algorithms offered by the underlying PKCS#11 implementations, such as, for example,
*Cryptographic Smartcards,
*Hardware cryptographic accelerators, and
*High performance software implementations. Note that Java SE only facilitates accessing native PKCS#11 implementations, it does not itself include a native PKCS#11 implementation. However, cryptographic devices such as Smartcards and hardware accelerators often come with software that includes a PKCS#11 implementation, which you need to install and configure according to manufacturer’s instructions. 2.1 Requirements The Sun PKCS#11 provider is supported on Solaris (SPARC and x86) and Linux (x86) in both 32-bit and 64-bit Java processes. It is also supported on 32-bit Windows (x86) but not currently on 64-bit Windows platforms due to the lack of suitable PKCS#11 libraries.
The Sun PKCS#11 provider requires an implementation of PKCS#11 v2.0 or later to be installed on the system. This implementation must take the form of a shared-object library (.so on Solaris and Linux) or dynamic-link library (.dll on Windows). Please consult your vendor documentation to find out if your cryptographic device includes such a PKCS#11 implementation, how to configure it, and what the name of the library file is.
The Sun PKCS#11 provider supports a number of algorithms, provided that the underlying PKCS#11 implementation offers them. The algorithms and their corresponding PKCS#11 mechanisms are listed in the table in Appendix A. 2.2 Configuration The Sun PKCS#11 provider is implemented by the main class sun.security.pkcs11.SunPKCS11 and accepts the full pathname of a configuration file as an argument. To use the provider, you must first install it by using the Java Cryptography Architecture (JCA). As with all JCA providers, installation of the provider can be done either statically or programmatically. To install the provider statically, add the provider to the Java Security properties file ($JAVA_HOME/lib/security/java.security). For example, here’s a fragment of the java.security file that installs the Sun PKCS#11 provider with the configuration file /opt/bar/cfg/pkcs11.cfg. To install the provider dynamically, create an instance of the provider with the appropriate configuration filename and then install it. Here is an example.
To use more than one slot per PKCS#11 implementation, or to use more than one PKCS#11 implementation, simply repeat the installation for each with the appropriate configuration file. This will result in a Sun PKCS#11 provider instance for each slot of each PKCS#11 implementation.
Do gambling winnings get taxed. The configuration file is a text file that contains entries in the following format.attribute = value The valid values for attribute and value are described in the table in this section. The two mandatory attributes are name and library. Here is a sample configuration file. Comments are denoted by lines starting with the # (number) symbol. AttributeValueDescriptionlibrarypathname of PKCS#11 implementationThis is the full pathname (including extension) of the PKCS#11 implementation; the format of the pathname is platform dependent. For example, /opt/foo/lib/libpkcs11.so might be the pathname of a PKCS#11 implementation on Solaris and Linux while C:foomypkcs11.dll might be one on Windows.namename suffix of this provider instanceThis string is concatenated with the prefix SunPKCS11- to produce this provider instance’s name (that is, the string returned by its Provider.getName() method). For example, if the name attribute is ’FooAccelerator’, then the provider instance’s name will be ’SunPKCS11-FooAccelerator’.descriptiondescription of this provider instanceThis string will be returned by the provider instance’s Provider.getInfo() method. If none is specified, a default description will be returned.slotslot idThis is the id of the slot that this provider instance is to be associated with. For example, you would use 1 for the slot with the id 1 under PKCS#11. At most one of slot or slotListIndex may be specified. If neither is specified, the default is a slotListIndex of 0.slotListIndexslot indexThis is the slot index that this provider instance is to be associated with. It is the index into the list of all slots returned by the PKCS#11 function C_GetSlotList. For example, 0 indicates the first slot in the list. At most one of slot or slotListIndex may be specified. If neither is specified, the default is a slotListIndex of 0.enabledMechanismsbrace enclosed, whitespace-separated list of PKCS#11 mechanisms to enableThis is the list PKCS#11 mechanisms that this provider instance should use, provided that they are supported by both the Sun PKCS#11 provider and PKCS#11 token. All other mechanisms will be ignored. Each entry in the list is the name of a PKCS#11 mechanism. Here is an example that lists two PKCS#11 mechanisms. At most one of enabledMechanisms or disabledMechanisms may be specified. If neither is specified, the mechanisms enabled are those that are supported by both the Sun PKCS#11 provider and the PKCS#11 token.disabledMechanismsbrace enclosed, whitespace-separated list of PKCS#11 mechanisms to disableThis is the list of PKCS#11 mechanism that this provider instance should ignore. Any mechanism listed will be ignored by the provider, even if they are supported by the token and the Sun PKCS#11 provider. The strings SecureRandom and KeyStore may be specified to disable those services.
At most one of enabledMechanisms or disabledMechanisms may be specified. If neither is specified, the mechanisms enabled are those that are supported by both the Sun PKCS#11 provider and the PKCS#11 token.attributessee belowThe attributes option can be used to specify additional PKCS#11 that should be set when creating PKCS#11 key objects. This makes it possible to accommodate tokens that require particular attributes. For details, see the section below.Attributes Configuration The attributes option allows you to specify additional PKCS#11 attributes that should be set when creating PKCS#11 key objects. By default, the SunPKCS11 provider only specifies mandatory PKCS#11 attributes when creating objects. For example, for RSA public keys it specifies the key type and algorithm (CKA_CLASS and CKA_KEY_TYPE) and the key values for RSA public keys (CKA_MODULUS and CKA_PUBLIC_EXPONENT). The PKCS#11 library you are using will assign implementation specific default values to the other attributes of an RSA public key, for example that the key can be used to encrypt and verify messages (CKA_ENCRYPT and CKA_VERIFY = true).
The attributes option can be used if you do not like the default values your PKCS#11 implementation assigns or if your PKCS#11 implementation does not support defaults and requires a value to be specified explicitly. Note that specifying attributes that your PKCS#11 implementation does not support or that are invalid for the type of key in question may cause the operation to fail at runtime.
The option can be specified zero or more times, the options are processed in the order specified in the configuration file as described below. The attributes option has the format:
(505) 796-7500 30 Rainbow Rd NE Albuquerque, NM 87113. © 2020 Sandia Resort & Casino - All Rights Reserved. Pitbull will be playing upcoming shows at places like the Los Angeles County Fair in Pomona, Calif., Northern Quest Casino in Airway Heights, Wash., Fiddlers Green Amphitheatre in Englewood, Colo. Here’s how to score your Pitbull concert tickets on Vivid Seats: Find the Pitbull tour dates that match up with the city closest to you. You should be able to see local concerts at the top of the list, but the rest of the Pitbull dates will be shown in chronological order. Choose one Pitbull concert with the. Sandia Ballroom. Catch our premier headliners indoors, at Sandia’s magnificent 27,000-square-foot Ballroom. Pitbull’s concert scheduled for Wednesday evening, July 3 rd at Sandia Resort & Casino has been postponed due to unforeseen circumstances. The concert has been rescheduled for Sunday, July 28 th at 8:00pm. Tickets purchased for the event will be honored on the new date. Valid values for operation are:
*generate, for keys generated via a KeyPairGenerator or KeyGenerator
*import, for keys created via a KeyFactory or SecretKeyFactory. This also applies to Java software keys automatically converted to PKCS#11 key objects when they are passed to the initialization method of a cryptographic operation, for example Signature.initSign().
**, for keys created using either a generate or a create operation. Valid values for keytype are CKO_PUBLIC_KEY, CKO_PRIVATE_KEY, and CKO_SECRET_KEY, for public, private, and secret keys, respectively, and * to match any type of key.
Valid values for keyalgorithm are one of the CKK_xxx constants from the PKCS#11 specification, or * to match keys of any algorithm. The algorithms currently supported by the SunPKCS11 provider are CKK_RSA, CKK_DSA, CKK_DH, CKK_AES, CKK_DES, CKK_DES3, CKK_RC4, CKK_BLOWFISH, and CKK_GENERIC.
The attribute names and values are specified as a list of one or more name-value pairs. name must be a CKA_xxx constant from the PKCS#11 specification, for example CKA_SENSITIVE. value can be one of the following:
*a boolean value, true or false
*an integer, in decimal form (default) or in hexadecimal form if it begins with 0x.
*null, indicating that this attribute should not be specified when creating objects. If the attributes option is specified multiple times, the entries are processed in the order specified with the attributes aggregated and later attributes overriding earlier ones. For example, consider the following configuration file excerpt: The first entry says to specify CKA_SIGN = true for all private keys. The second option overrides that with null for Diffie-Hellman private keys, so the CKA_SIGN attribute will not specified for them at all. Finally, the third option says to also specify CKA_DECRYPT = true for RSA private keys. That means RSA private keys will have both CKA_SIGN = true and CKA_DECRYPT = true set.
There is also a special form of the attributes option. You can write attributes = compatibility in the configuration file. That is a shortcut for a whole set of attribute statements. They are designed to provider maximum compatibility with existing Java applications, which may expect, for example, all key components to be accessible and secret keys to be usable for both encryption and decryption. The compatibility attributes line can be used together with other attributes lines, in which case the same aggregation and overriding rules apply as described earlier.2.3 Accessing Network Security Services (NSS)
Network Security Services (NSS) is a set of open source security libraries used by the Mozilla/Firefox browsers, Sun’s Java Enterprise System server software, and a number of other products. Its crypto APIs are based on PKCS#11 but it includes special features that are outside of the PKCS#11 standard. The Sun PKCS#11 provider includes code to interact with these NSS specific features, including several NSS sp
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