The Advanced Networking Services API provides functionality to manage certificates. You can manage certificates for the following features:
Before you can order a signed certificate from a CA or create a self-signed certificate, you must generate a Certificate Signing Request (CSR) for your edge gateway.
For an example of the schema for certificate signing requests (CSRs), see Example: Manage Certificate Signing Requests.
You can create, install, and manage self-signed server certificates by using the Advanced Networking Services API.
By adding a Certificate Authority (CA) certificate, you can become an interim CA for your company. You then have the authority for signing your own certificates. For an example of the schema for certificates, see List Certificates for vCloud Air.
By default, Advanced Networking Services names the object Certificate; do not change it. |
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The universally unique (UUID) for the VMware Service Manager (VSM) |
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The fully-qualified domain name (FQDN) for the organization that you will be using the certificate for (for example, www.exampledomain.com) By default, Advanced Networking Services sets the common name to vmware.com. |
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By default, Advanced Networking Services names it Certificate. |
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The ID of the edge gateway on which you will use the certificate |
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The object name of the edge gateway By default, Advanced Networking Services names the object Edge; do not change it. |
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The fully-qualified domain name (FQDN) for the organization that you will be using the certificate for (for example, www.exampledomain.com) Do not include the http:// or https:// prefixes in your common name. |
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The fully-qualified domain name (FQDN) for the organization that you will be using the certificate for (for example, www.exampledomain.com) Do not include the http:// or https:// prefixes in your common name. |
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The unique integer assigned by the CA to the certificate The issuer name and serial number uniquely identify a certificate. |
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The key type (typically RSA) for the certificate The key type defines the encryption algorithm for communication between the hosts. |
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Signs the certificate with any public key signature algorithm |
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The distinguished name of the entity who signed and issued the certificate |
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Specifies the entity the certificate was issue to (their distinguished name) |
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A component of the public key – the product of two large primes (a modulus) |
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Whether the certificate was issues by a Certificate Authority (true) or is self-signed (false) |
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Whether the certificate was issues by a Certificate Authority (true) or is self-signed (false) |
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