saml issuer

Reprinted please indicate the sourceAuthor: Pony Before reading this article, we recommend that you understand the working principles of asymmetric encryption and decryption. SDA means static data authentication. First, how to understand this static data. Static card data is used for authentication, and the data will not be changed after the card is personalized, such as the card number. it aims to confirm the validity of key static data identified by the application file Locator (AFL) and the

image generated by it becomes invalid when code access security is enabled. Note: by default, code access security is enabled.For details about how to manage code access security and how to use permissions in the Common Language Runtime Library, see code access security Note:In the public Language Runtime Library version 1.0, invalid local images are not automatically created or deleted. You must use ngen.exe to manually create or delete all local images. If ngen.exe is used t

with the CA signature, you may ask who the CA signature is, And the CA can also be someone else's. For example, if wotong is willing to sign your CA, then the CA issuer is wotong, my Demo here does not have an authority to sign it, so my CA is self-signed. This CA is actually a ROOT certificate, but it will not be trusted by any client (such: browser, etc.), that is, using all server certificates issued by the CA will never show green bars in any bro

Public Key Certificates. The International algorithm certificate is ciphertext, and the issuer's public key is encrypted with RSA. The State Key Certificate is in plain text. For example, the following data comes from the pboc3.0 card inspection guide, that is, the data in the card must be customized during detection. [Issuer's public key]: issuer [Ca hash value] (r | S): issuer [tag_90] (issuer's Public

_ secretkeysize ')The number of bits for Server Authentication for private keywords, for example, 1024 Request. servervariables ('https _ server_issuer ')Issuer field of the server certificate Request. servervariables ('https _ server_subject ')Topic field of the server certificate Request. servervariables ('auth _ password ')The password entered in the Password dialog box when the Basic Authentication mode is used Request. servervariables ('

same hash function, and then decrypts the signature data with the public key of the corresponding CA, and compares the information summary of the certificate. , if it is consistent, it can confirm the legality of the certificate, that is, the public key is valid; F. The client then verifies the information about the domain name, valid time, etc. of the certificate; G. The client will have the certificate information (including the public key) built into the trusted CA, and if the CA is not trus

the Signature.Load (Payload) {"iss": "Online JWT Builder", " Span class= "hljs-attr" >iat ": 1416797419," exp ": 1448333419," aud ": " www.example.com "," sub ": " [emailprotected] "," GivenName ": "Johnny", "surname": "Rocket", "email ": " [emailprotected] "," Role ": [ "Manager", "Project Administrator"} Iss: the issuer of the jwt, whether the use is optional; Sub: the user to which the JWT is intended to use is optional;

be respected, otherwise unconvincing. This guarantor is the Certificate Certification center (Certificate Authority), referred to as CA. In other words, the CA is a special public key authentication, guarantee, that is, a special guarantee for the public key guarantee company. Worldwide well-known CAs are more than 100, these CAs are recognized globally, such as VeriSign, GlobalSign, etc., the domestic well-known CA has wosign.How does the CA guarantee the public key certification? The CA itsel

string that consists of three parts, the head, the payload, and the signature.Load (Payload) {"iss": "Online JWT Builder", " Span class= "hljs-attr" >iat ": 1416797419," exp ": 1448333419," aud ": " www.example.com "," sub ": " [emailprotected] "," GivenName ": "Johnny", "surname": "Rocket", "email ": " [emailprotected] "," Role ": [ "Manager", "Project Administrator"} ISS: The issuer of the JWT, whether the use is optional; Su

) throws Certificateexception, IOException, InvalidKeyException, nosuchalgorithmexcept Ion, Nosuchproviderexception, signatureexception {//X.509 v1 certificate abstract class. This class provides a standard way to access all properties of a X.509 v1 certificate. byte certbytes[] = certificate.getencoded (); The X509certimpl class represents an X.509 certificate. X509certimpl X509certimpl = new X509certimpl (certbytes); The X509certinfo class represents X.509 certificate information.

:" +t.getversion ()); System.out.println ("Serial Number:" +t.getserialnumber (). toString (16)); System.out.println ("Principal Name:" +t.getsubjectdn ()); System.out.println ("Issuer:" +t.getissuerdn ()); System.out.println ("valid:" +t.getnotbefore ()); System.out.println ("Signature algorithm:" +t.getsigalgname ()); Byte [] sig=t.getsignature ();//Signature value publickey pk=t.getpublickey (); Byte [] pkenc=pk.getencoded (); Sy

: Issuer: The publisher must be consistent with the issuer of Auth server. Realm:auth Server's address Rootcertbundle: Self-signed certificate path Service: Any string to use when getting token The rest of the configuration is the HTTP configuration, addr is the address of registry, TLS is the secure transport protocol, certificate is a self-signed certificate, key is the private key we generate the cert