GSignond

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Description:

Content:

Interfaces:

• Plugin - Opaque Plugin data structure.

Classes:

• AccessControlManager - Opaque AccessControlManager data structure.
• Config - Opaque structure for the object.
• Credentials - Opaque Credentials data structure.
• Dictionary - Opaque Dictionary data structure.
• Extension - Opaque Extension data structure.
• SecretStorage - Opaque SecretStorage data structure.
• SecurityContext
• SessionData - Opaque SessionData data structure.
• SignonuiData - SignonuiData is simply a typedef for Dictionary, which means the developers may also freely use methods associated with that structure, in particular for creating a SignonuiData object with Dictionary.
• StorageManager - Opaque StorageManager data structure.

Enums:

• PluginState - The plugin provides state updates by emitting status_changed signal with this enum and a string describing what happened.
• SignonuiError - This enum defines errors that may happen during user interaction.
• UiPolicy - Policy setting to define how plugins should handle interaction with the user.

Error domains:

• Error - This enum provides a list of errors that plugins and extensions can use.

Constants:

• public const string CONFIG_DBUS_TIMEOUTS
  A prefix for dbus timeout keys.
• public const string CONFIG_GENERAL
  A prefix for general keys.

Functions:

• public string generate_nonce ()
  This function generates a random secure nonce using SHA1 HMAC.
• public bool is_host_in_domain (string host, string domain)
  Checks if host belongs to domain.
• public IOStream new_io_stream_from_fd (int in_fd, int out_fd, bool close_fds)
  Create a IOStream from two file descriptors
• public string[] sequence_to_array (Sequence seq)
  Convert sequence of strings to null-terminated string array.
• public bool wipe_directory (string dirname)
  This function securely wipes the contents of the directory by calling wipe_file on each file.
• public bool wipe_file (string filename)
  This function securely wipes the contents of the file, by overwriting it with 0's, then 1's, then random data.