Convert your certificate information into PEM format and create a single PEM file that contains the certificate chain and the private key.You also need to edit the file to remove extra information, if any appears, so that the wizard will not have any issues parsing the file. ![]() You must convert your non-PEM-format file into PEM format and create a single PEM file that contains the full certificate chain plus private key. If you do not have a PEM-format file for your certificate information, you must convert your certificate information into a file that meets those above requirements. That private key matches the public key of the server certificate.It contains a valid certificate chain and a private key.When you perform the upload step in the wizard interface, the wizard verifies that the file you upload meets these requirements: During the deployment process, this file is submitted in to the configuration of the deployed Unified Access Gateway instances. In the pod deployment wizard step for the gateway settings, you upload a certificate file. Removes the password (paraphrase) from the extracted private key (optional): openssl rsa -in key.pem -out server.For additional details about certificate types used in Unified Access Gateway, see the topic titled Selecting the Correct Certificate Type in the Unified Access Gateway product documentation. Second case: To convert a PFX file to separate public and private key PEM files:Įxtracts the private key form a PFX to a PEM file: openssl pkcs12 -in filename.pfx -nocerts -out key.pemĮxports the certificate (includes the public key only): openssl pkcs12 -in filename.pfx -clcerts -nokeys -out cert.pem Here is the method I used ( Taken from here): First case: To convert a PFX file to a PEM file that contains both the certificate and private key: openssl pkcs12 -in filename.pfx -out cert.pem -nodes Solution 3ĭespite that the other answers are correct and thoroughly explained, I found some difficulties understanding them. The reason why you need 2 separate steps where you indicate a file with the key and another without the key, is because if you have a file which has both the encrypted and decrypted key, something like HAProxy still prompts you to type in the passphrase when it uses it. Then you can configure HAProxy to use the file. The 4th puts it all together into 1 file.The 3rd step prompts you to enter the passphrase you just made up to store decrypted.The 2nd step prompts you for that plus also to make up a passphrase for the key.The 1st step prompts you for the password to open the PFX.Openssl rsa -in -out file.keyĬat file.key > openssl pkcs12 -in file.pfx -out -nokeys But I'm leaving it here as it may just help with teaching. This is an EDIT from previous version where I had these multiple steps until I realized the -nodes option just simply bypasses the private key encryption. ![]() Then you can configure HAProxy to use the file.pem file. openssl pkcs12 -in file.pfx -out file.pem -nodes here is how to do it so that the resulting single file contains the decrypted private key so that something like HAProxy can use it without prompting you for passphrase. Solution 2Īnother perspective for doing it on Linux. You can read the entire documentation here. If you want your file to be password protected etc, then there are additional options. Openssl pkcs12 -in client_ssl.pfx -out root.pem -cacerts ![]() The following commands should do the trick openssl pkcs12 -in client_ssl.pfx -out client_ssl.pem -clcerts You can use the OpenSSL Command line tool.
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