get https certificate

Need to be in the Command line tool CD "C:\Program Files (x86) \fiddler2" Makecert.exe-r-ss my-n "Cn=do_not_trust_fiddlerroot, O=do_not_trus T, ou=created by http://www.fiddler2.com "-sky Signature-eku 1.3.6.1.5.5.7.3.1-h 1-cy authority-a sha1-m 120-b 09/05 /2012 if it works. Open Web page: http://localhost:8888/click You can download the Fiddlerroot certificate If it fails, please refer to: http://codego.net/4084163/from: http://blog.sina.com.

protocol. Therefore, the relationship between the three is clear: HTTPS relies on a way of implementation, the current common is SSL, digital certificate is to support this secure communication files. There is also SSL-derived TLS and WTLS, the former is Ieft SSL standardization (TSL1.0), and the SSL difference is very small, the latter is used in the wireless environment of the TSL.How to encryptComm

PublicSslcontext Createignoreverifyssl ()throwskeymanagementexception, NoSuchAlgorithmException, keystoreexception {sslcontext sc=NewSslcontextbuilder (). Loadtrustmaterial (NULL,NewTruststrategy () { Public BooleanIsTrusted (x509certificate[] arg0, String arg1)throwscertificateexception {return true; }}). Build (); returnSC; } protectedHttpClient gethttpclient ()throwsException {httpclientbuilder builder=httpclientbuilder.create (); Sslconnectionsocketfactory sslconnsocketfactory=News

Below is an Android httpsurlconnection HTTPS request tool class that ignores the correct HTTPS certificate and does not need to verify that the server-side certificate is correct Import Java.io.bufferedreader;import Java.io.ioexception;import Java.io.inputstream;import Java.io.inputstreamreader;import Java.io.outputstr

Using httpclient does not require a certificate to invoke HTTPS's URL address to transmit a byte stream. Copy Code code as follows: Package Com.paic.hmreport.metaQ; Import Java.io.BufferedInputStream;Import Java.io.BufferedReader;Import Java.io.ByteArrayInputStream;Import Java.io.FileOutputStream;Import java.io.IOException;Import Java.io.InputStream;Import Java.io.InputStreamReader;Import Java.io.OutputStream;Import Java.net.URL;Impor

" to the certificate of a digital signature, indicating that the certificate is indeed his release, there is any problem he will be responsible (took us 1000 dollars, the problem must be responsible for it) So finally what happened when we were using https:In conjunction with the above diagram, I explain the following steps:1. The client initiates a request to a Web site that requires

we mentioned above. Can get a client to bring the CA certificate to try:[Java]View PlainCopy File Http-client.js var https = require (' https '); var fs = require (' FS '); var options = { Hostname: "localhost", Port: 8000, Path: '/', methed: ' GET ',

Turn from: HTTPS Unidirectional authentication Instructions _ digital certificate, digital signature, SSL (TLS), SASLBecause TLS + SASL is used in the project to do the security authentication layer. So read some online information, here to do a summary.1. First recommend several articles:Digital certificate: http://www.cnblogs.com/hyddd/archive/2009/01/07/137129

John Doe is Zhang San. The solution to this problem is to ensure that the authentication public key authority, CA is to solve this problem, CA (Certificate authority), also known as e-commerce Certification Center, is responsible for the issuance and management of digital certificates Authority, and as a trusted third party in e-commerce transactions, Assume responsibility for the legality test of public key in public key system. The CA-specific proc

the class name of the X509trustmanager class you are implementing is: Myx509trustmanager, the following code fragment illustrates how to use Myx509trustmanager:Creates the Sslcontext object and initializes it with the trust manager we specify.Trustmanager[] TM = {new Myx509trustmanager ()};Sslcontext Sslcontext = sslcontext.getinstance ("SSL", "Sunjsse");Sslcontext.init (NULL, TM, New Java.security.SecureRandom ());Get the Sslsocketfactory object fro

checkservertrusted (x509certificate[] chain, String AUT Htype) throws Certificateexception {} @Override public x509certificate[] Get Acceptedissuers () {return new x509certificate[0]; } }}; Sslc.init (NULL, trustmanagerarray, NULL); Httpsurlconnection.setdefaultsslsocketfactory (Sslc.getsocketfactory ()); Httpsurlconnection.setdefaulthostnameverifier (New Hostnameverifier () {@Override public

firefox3.5 not supported because there is no configuration good. The configuration solves the problem that Firefox 3.5 does not trust the certificate, and Ubuntu Studio tests it through. The steps are: Get Https://www.startssl.com/certs/ca.pem Get Https://www.startssl.com/c