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-This is a small RSA key management package,
-based on the openssl command line tool, that
-can be found in the easy-rsa subdirectory
-of the OpenVPN distribution.
-
-These are reference notes.  For step
-by step instructions, see the HOWTO:
-
-http://openvpn.net/howto.html
-
-INSTALL
-
-1. Edit vars.
-2. Set KEY_CONFIG to point to the openssl.cnf file
-   included in this distribution.
-3. Set KEY_DIR to point to a directory which will
-   contain all keys, certificates, etc.  This
-   directory need not exist, and if it does,
-   it will be deleted with rm -rf, so BE
-   CAREFUL how you set KEY_DIR.
-4. (Optional) Edit other fields in vars
-   per your site data.  You may want to
-   increase KEY_SIZE to 2048 if you are
-   paranoid and don't mind slower key
-   processing, but certainly 1024 is
-   fine for testing purposes.  KEY_SIZE
-   must be compatible across both peers
-   participating in a secure SSL/TLS
-   connection.
-5  . vars
-6. ./clean-all
-7. As you create certificates, keys, and
-   certificate signing requests, understand that
-   only .key files should be kept confidential.
-   .crt and .csr files can be sent over insecure
-   channels such as plaintext email.
-8. You should never need to copy a .key file
-   between computers.  Normally each computer
-   will have its own certificate/key pair.
-
-BUILD YOUR OWN ROOT CERTIFICATE AUTHORITY (CA) CERTIFICATE/KEY
-
-1. ./build-ca
-2. ca.crt and ca.key will be built in your KEY_DIR
-   directory
-
-BUILD AN INTERMEDIATE CERTIFICATE AUTHORITY CERTIFICATE/KEY (optional)
-
-1. ./build-inter inter
-2. inter.crt and inter.key will be built in your KEY_DIR
-   directory and signed with your root certificate.
-
-BUILD DIFFIE-HELLMAN PARAMETERS (necessary for
-the server end of a SSL/TLS connection).
-
-1. ./build-dh
-
-BUILD A CERTIFICATE SIGNING REQUEST (If
-you want to sign your certificate with a root
-certificate controlled by another individual
-or organization, or residing on a different machine).
-
-1. Get ca.crt (the root certificate) from your
-   certificate authority.  Though this
-   transfer can be over an insecure channel, to prevent
-   man-in-the-middle attacks you must confirm that
-   ca.crt was not tampered with.  Large CAs solve this
-   problem by hardwiring their root certificates into
-   popular web browsers.  A simple way to verify a root
-   CA is to call the issuer on the telephone and confirm
-   that the md5sum or sha1sum signatures on the ca.crt
-   files match (such as with the command: "md5sum ca.crt").
-2. Choose a name for your certificate such as your computer
-   name.  In our example we will use "mycert".
-3. ./build-req mycert
-4. You can ignore most of the fields, but set
-   "Common Name" to something unique such as your
-   computer's host name.  Leave all password
-   fields blank, unless you want your private key
-   to be protected by password.  Using a password
-   is not required -- it will make your key more secure
-   but also more inconvenient to use, because you will
-   need to supply your password anytime the key is used.
-   NOTE: if you are using a password, use ./build-req-pass
-   instead of ./build-req
-5. Your key will be written to $KEY_DIR/mycert.key
-6. Your certificate signing request will be written to
-   to $KEY_DIR/mycert.csr
-7. Email mycert.csr to the individual or organization
-   which controls the root certificate.  This can be
-   done over an insecure channel.
-8. After the .csr file is signed by the root certificate
-   authority, you will receive a file mycert.crt
-   (your certificate).  Place mycert.crt in your
-   KEY_DIR directory.
-9. The combined files of mycert.crt, mycert.key,
-   and ca.crt can now be used to secure one end of
-   an SSL/TLS connection.
-
-SIGN A CERTIFICATE SIGNING REQUEST
-
-1. ./sign-req mycert
-2. mycert.crt will be built in your KEY_DIR
-   directory using mycert.csr and your root CA
-   file as input.
-
-BUILD AND SIGN A CERTIFICATE SIGNING REQUEST
-USING A LOCALLY INSTALLED ROOT CERTIFICATE/KEY -- this
-script generates and signs a certificate in one step,
-but it requires that the generated certificate and private
-key files be copied to the destination host over a
-secure channel.
-
-1. ./build-key mycert (no password protection)
-2. OR ./build-key-pass mycert (with password protection)
-3. OR ./build-key-pkcs12 mycert (PKCS #12 format)
-4. OR ./build-key-server mycert (with nsCertType=server)
-5. mycert.crt and mycert.key will be built in your
-   KEY_DIR directory, and mycert.crt will be signed
-   by your root CA. If ./build-key-pkcs12 was used a
-   mycert.p12 file will also be created including the
-   private key, certificate and the ca certificate.
-
-IMPORTANT
-
-To avoid a possible Man-in-the-Middle attack where an authorized
-client tries to connect to another client by impersonating the
-server, make sure to enforce some kind of server certificate
-verification by clients.  There are currently four different ways
-of accomplishing this, listed in the order of preference:
-
-(1) Build your server certificates with the build-key-server
-    script.  This will designate the certificate as a
-    server-only certificate by setting nsCertType=server.
-    Now add the following line to your client configuration:
-      
-    ns-cert-type server
-
-    This will block clients from connecting to any
-    server which lacks the nsCertType=server designation
-    in its certificate, even if the certificate has been
-    signed by the CA which is cited in the OpenVPN configuration
-    file (--ca directive).
-
-(2) Use the --tls-remote directive on the client to
-    accept/reject the server connection based on the common
-    name of the server certificate.
-
-(3) Use a --tls-verify script or plugin to accept/reject the
-    server connection based on a custom test of the server
-    certificate's embedded X509 subject details.
-
-(4) Sign server certificates with one CA and client certificates
-    with a different CA.  The client config "ca" directive should
-    reference the server-signing CA while the server config "ca"
-    directive should reference the client-signing CA.
-
-NOTES
-
-Show certificate fields:
-  openssl x509 -in cert.crt -text