Key and certificate generation

To generate a certificate and private key for your server:

Set P4SSLDIR to a valid directory in a secure location. The directory specified by P4SSLDIR must be secure: owned by the same userid as the one generating the key pair, and it must not be readable by any other user.

Optionally, create a file named config.txt in your P4SSLDIR directory before running p4d -Gc, and format the file as follows:

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# C: Country Name - 2 letter code (default: US)
C =

# ST: State or Province Name - full name (default: CA)
ST =

# L: Locality or City Name (default: Alameda)
L =

# O: Organization or Company Name (default: Perforce Autogen Cert)
O =

# OU = Organization Unit - division or unit
OU =

# CN: Common Name (usually the DNS name of the server)
# (default: the current server's DNS name)
CN =

# EX: number of days from today for certificate expiration
# (default: 730, that is, 2 years)
EX =

# UNITS: unit multiplier for expiration (defaults to "days")
# Valid values: "secs", "mins", "hours"
UNITS =

Generate the certificate and key pair with the following command:

p4d -Gc

If P4SSLDIR (and optionally, config.txt) has been correctly configured, and if no existing private key or certificate is found, two files, named privatekey.txt and certificate.txt, are created in P4SSLDIR.

If a config.txt file is not present, the following default values are assumed, and a certificate is created that expires in 730 days (line 7), which is two years, excluding leap years.
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```
1
2
3
4
5
6
7
8
C=US
ST=CA
L=Alameda
O=Perforce Autogen Cert
OU=
CN=the-DNS-name-of-your-server
EX=730
UNITS=days
```
Generate a fingerprint for your server’s key and certificate pair.

p4d -Gf

This command displays the fingerprint of the server’s public key, and then exits.
```
Fingerprint: CA:BE:5B:77:14:1B:2E:97:F0:5F:31:6E:33:6F:0E:1A:E9:DA:EF:E2
```
Record your server’s fingerprint for your own records and communicate it to your users via an out-of-band communications channel.

If a P4 Server application reports a different fingerprint (and you have not recently installed a new certificate and key pair), your users should consider such changes as evidence of a potential man-in-the-middle threat.

Because P4 Server can use self-signed certificates, you can also use third-party tools such as OpenSSL or PuTTY to generate the key pairs, or supply your own key pair. The p4d -Gf command accepts user-supplied credentials.

If you are supplying your own key, your privatekey.txt and certificate.txt files in P4SSLDIR must be PEM-encoded, with the private key file stripped of passphrase protection.

Whether you supply your own key and certificate pair or generate one with p4d -Gc, it is imperative that these files are stored in a secure location that is readable only by the p4d binary.