pem

问题 I am trying (but failing) to create a method that constructs an AsymmetricKeyParameter from a PEM encoded private key. How can I complete this method? It seems that an older version of BouncyCastle had a pemReader.ReadObject() method whose results could be casted, but that no longer exists. I have tried various combinations of using PrivateKeyFactory , PrivateKeyInfo , Asn1Object and perhaps 10 other types, but all are throwing an exception at some point. static AsymmetricKeyParameter

问题 I'm looking at the webpush-java code. I run into a problem attempting to build the project using gradle. (I'm a gradle newbie). :signArchives FAILED FAILURE: Build failed with an exception. What went wrong: Execution failed for task ':signArchives'. Cannot perform signing task ':signArchives' because it has no configured signatory I guess that I need to configure a signatory. How do I do that? 回答1: Found solution here https://github.com/jaegertracing/jaeger-client-java/issues/202 Use the

问题 I'm looking at the webpush-java code. I run into a problem attempting to build the project using gradle. (I'm a gradle newbie). :signArchives FAILED FAILURE: Build failed with an exception. What went wrong: Execution failed for task ':signArchives'. Cannot perform signing task ':signArchives' because it has no configured signatory I guess that I need to configure a signatory. How do I do that? 回答1: Found solution here https://github.com/jaegertracing/jaeger-client-java/issues/202 Use the

问题 How do I do the equivalent of the following C++ code in go? RSA *key = PEM_read_RSAPrivateKey(f, NULL, NULL, NULL); std::vector<CK_BYTE> out(128); RSA_private_encrypt(in.size(), &in[0], &out[0], key, RSA_PKCS1_PADDING) I've looked at the Go rsa package. It looks like EncryptPKCS1v15() may be the equivalent of RSA_private_encrypt(). But I don't see how to create a PrivateKey object other than with GenerateKey(), which (one can confirm by looking at the source) generates one using random prime

问题 I have a Java SSL server to which I want my Java SSL client and C++ SSL client to be able to connect. The Java client connects without issues. Now I want to have my C++ SSL client to be able to connect. So for this purpose ,I imagined, that I want to export the serverpub.jks to an .pem file so that my C++ client can load it into its ssl context. But this is not working. Below is a description of how I created the jks keystores for Java client and server and then how I am trying to export the

问题 I need to read in an RSA private key from a file to sign a JWT. I have found some examples on how to save a generated RSA key to disk but nothing showing how to build a key struct based on a pre-generated key from a file. The key is generated like this: openssl genrsa 2048 | openssl pkcs8 -topk8 -nocrypt Example key: -----BEGIN PRIVATE KEY----- MIIEvQIBADANBgkqhkiG9w0BAQEFAASCBKcwggSjAgEAAoIBAQClHYNDPVSF‌​FmWF oKGTqd/n7Dt2+tGXh97KJjVLAqCBZZHlQJ534v2OzFjTgzuMNehD9Y6HnkYF‌​dkRb

问题 I am trying to create a PEM file programmatically from a Certificate Signing Request using Objective-C and the OpenSSL library in an iPhone app. I have generated the CSR (of type X509_REQ *) by following Adria Navarro's answer to this question: Generating an OpenSSL Certificate Signing Request in iOS with Keychain stored keys I've confirmed that the CSR is valid by printing it out to the console. Below is my code for creating the PEM file (CertificateSigningRequest.pem). It ends up creating a

问题 I have a self-signed certificate for a SSL Web browser named shttpd.pem My Problem is certificate expired and need renew expiry date Validity Not Before: Sep 16 03:21:22 2008 GMT Not After : Sep 16 03:21:22 2009 GMT I need renew certificate for ten years this is a capture of certificate openssl x509 -text -in shttpd.pem Certificate: Data: Version: 3 (0x2) Serial Number: 86:22:84:0d:ba:09:d4:ca Signature Algorithm: sha1WithRSAEncryption Issuer: C=PL, ST=Some-State, O=Mini Webservice Ltd

问题 I have two XML files, structured as follows: My Key <RSAKeyValue> <Modulus> ... </Modulus> <Exponent> ... </Exponent> <P> ... </P> <Q> ... </Q> <DP> ... </DP> <DQ> ... </DQ> <InverseQ> ... </InverseQ> <D> ... </D> </RSAKeyValue> A Public Key <RSAKeyValue> <Modulus> ... </Modulus> <Exponent> ... </Exponent> </RSAKeyValue> I am using the xmlseclibs library by Robert Richards which requires a .PEM representation of the key in order to encrypt and decrypt things. As an encryption novice, I'm not