![]() Or with Windows Registry, the credentials include these components: When supplying API credentials to the SDK at runtime, with a file, Profile to be retrieved from the Registry should be specified in the keyword parameter profile.Įxplanation of API Credential Components ¶ As with credential files, the name of the To use the Registry credential provider, create an instance of it, then pass the reference to that instance in theĬredential_provider keyword parameter when creating CBCloudAPI. Within these subkeys, the following named values may Under this key, there may be multiple subkeys,Įach of which specifies a “profile” (as with credential files). HKEY_CURRENT_USER\Software\VMware Carbon Black\Cloud Credentials. A future version of the CBC SDK will move to using this as a default provider when running on Windows.īy default, registry entries are stored under the key N.B.: Presently, to use the Windows Registry, you must supply its credential provider as an “external” credential Keyword parameter profile when creating the CBCloudAPI object.ĬBC SDK also provides the ability to use the Windows Registry to supply credentials, a method which is more secure on ![]() In all cases, you will have to specify the name of the profile to be retrieved from the credentials file in the You can override the file search logic and specify the full pathname of the credentials file in the keyword parameterĬredential_file when creating the CBCloudAPI object. Within each of these directories, the SDK first looks for the credentials.cbc file, then the credentials.pscįile (the older name for the credentials file under CBAPI). The /etc/carbonblack subdirectory on Unix, or the C:\Windows\carbonblack subdirectory on Windows.carbonblack subdirectory of the user’s home directory. carbonblack subdirectory of the current directory of the running process. WithinĮach section, individual credential values are supplied in a keyword=value format.īy default, the CBC SDK looks for credentials files in the following locations: Individual profiles or sections are delimited in the file by placing their name within square brackets. example ignore_system_proxy = on integration = MyApplication / 1.3.1 certs ssl_force_tls_1_2 = 1 proxy = proxy. com token = QRSTUVWXYZABCDEFGHIJKLMN / 76543210 org_key = A1B2C3D4 ssl_verify = false ssl_verify_hostname = no ssl_cert_file = foo. example ignore_system_proxy = on integration = MyScript / 0.9.0 url = http : // example. com token = ABCDEFGHIJKLMNOPQRSTUVWX / 12345678 org_key = A1B2C3D4 ssl_verify = false ssl_verify_hostname = no ssl_cert_file = foo. However, it is designed for Windows XP and there are GnuPG packages that integrate this functionality and work on newer operating systems.Url = http : // example. It makes encrypting and signing an easy procedure. GPGee is a nice addition if GPG is already installed on the system. GPGee also makes available the possibility to cache the keyrings, display the ID of the parent key or overwrite all existing files and process the selected folder recursively, so that all sub-structures are secured. Moreover, the executable file for GPG has to be present on the computer. To be able to use these options GPGee needs to be pointed to the right files that contain the public and the secret keyring, which have to be created using the GPG software. Also, as far as the latter option is concerned the product offers encryption choices by using either a public or a symmetric key. ![]() GnuPG implementation required on the systemįrom the context menu the user can choose to both sign and encrypt the information or just sign or encrypt it. There is no interface available, except for the configuration panel, which is actually the first stop for the user because the application needs to be pointed to the necessary files in order to perform the aforementioned operations. Installing the program is a breeze and following the brief instructions on the screen is enough to finish the process successfully. The extension attaches to the context menu of Windows shell and provides options for signing and encrypting the file or folder in order to secure access to the content. GPGee is an extension of the GPG (GNU Privacy Guard), the open-source equivalent of PGP (Pretty Good Privacy) cryptographic software.
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