#define NETAGENT_MAX_DATA_SIZE 4096
-#define NETAGENT_FLAG_REGISTERED 0x0001 // Agent is registered
-#define NETAGENT_FLAG_ACTIVE 0x0002 // Agent is active
-#define NETAGENT_FLAG_KERNEL_ACTIVATED 0x0004 // Agent can be activated by kernel activity
-#define NETAGENT_FLAG_USER_ACTIVATED 0x0008 // Agent can be activated by system call (netagent_trigger)
-#define NETAGENT_FLAG_VOLUNTARY 0x0010 // Use of agent is optional
-#define NETAGENT_FLAG_SPECIFIC_USE_ONLY 0x0020 // Agent should only be used and activated when specifically required
+#define NETAGENT_FLAG_REGISTERED 0x0001 // Agent is registered
+#define NETAGENT_FLAG_ACTIVE 0x0002 // Agent is active
+#define NETAGENT_FLAG_KERNEL_ACTIVATED 0x0004 // Agent can be activated by kernel activity
+#define NETAGENT_FLAG_USER_ACTIVATED 0x0008 // Agent can be activated by system call (netagent_trigger)
+#define NETAGENT_FLAG_VOLUNTARY 0x0010 // Use of agent is optional
+#define NETAGENT_FLAG_SPECIFIC_USE_ONLY 0x0020 // Agent should only be used and activated when specifically required
#define NETAGENT_FLAG_NETWORK_PROVIDER 0x0040 // Agent provides network access
#define NETAGENT_FLAG_NEXUS_PROVIDER 0x0080 // Agent provides a skywalk nexus
#define NETAGENT_FLAG_SUPPORTS_BROWSE 0x0100 // Assertions will cause agent to fill in browse endpoints
+#define NETAGENT_FLAG_REQUIRES_ASSERT 0x0200 // Assertions are expected to be taken against this agent
+#define NETAGENT_FLAG_NEXUS_LISTENER 0x0400 // Nexus supports listeners
+#define NETAGENT_FLAG_UPDATE_IMMEDIATELY 0x0800 // Updates the clients without waiting for a leeway
+#define NETAGENT_FLAG_CUSTOM_ETHER_NEXUS 0x2000 // Agent provides a custom ethertype nexus
+#define NETAGENT_FLAG_CUSTOM_IP_NEXUS 0x4000 // Agent provides a custom IP nexus
+#define NETAGENT_FLAG_INTERPOSE_NEXUS 0x8000 // Agent provides an interpose nexus
+#define NETAGENT_FLAG_SUPPORTS_RESOLVE 0x10000 // Assertions will cause agent to fill in resolved endpoints
#define NETAGENT_NEXUS_MAX_REQUEST_TYPES 16
#define NETAGENT_NEXUS_MAX_RESOLUTION_TYPE_PAIRS 16
#define NETAGENT_NEXUS_ENDPOINT_TYPE_ADDRESS 1
#define NETAGENT_NEXUS_ENDPOINT_TYPE_HOST 2
#define NETAGENT_NEXUS_ENDPOINT_TYPE_BONJOUR 3
+#define NETAGENT_NEXUS_ENDPOINT_TYPE_SRV 5
#define NETAGENT_NEXUS_FLAG_SUPPORTS_USER_PACKET_POOL 0x1
#define NETAGENT_NEXUS_FLAG_ASSERT_UNSUPPORTED 0x2 // No calls to assert the agent are required
+#define NETAGENT_NEXUS_FLAG_SHOULD_USE_EVENT_RING 0x4 // indicates that nexus agent should use event rings
struct netagent_nexus {
u_int32_t frame_type;
user64_addr_t data __attribute__((aligned(8)));
};
-struct necp_client_nexus_parameters;
+struct necp_client_agent_parameters;
// Kernel accessors
extern void netagent_post_updated_interfaces(uuid_t uuid); // To be called from interface ioctls
extern u_int32_t netagent_get_flags(uuid_t uuid);
+extern errno_t netagent_set_flags(uuid_t uuid, u_int32_t flags);
+
extern u_int32_t netagent_get_generation(uuid_t uuid);
extern bool netagent_get_agent_domain_and_type(uuid_t uuid, char *domain, char *type);
pid_t pid,
void *handle,
u_int8_t message_type,
- struct necp_client_nexus_parameters *parameters,
+ struct necp_client_agent_parameters *parameters,
void **assigned_results,
size_t *assigned_results_length);
#define NETAGENT_EVENT_NEXUS_FLOW_REMOVE NETAGENT_MESSAGE_TYPE_CLOSE_NEXUS
#define NETAGENT_EVENT_NEXUS_FLOW_ABORT NETAGENT_MESSAGE_TYPE_ABORT_NEXUS
-typedef errno_t (*netagent_event_f)(u_int8_t event, uuid_t necp_client_uuid, pid_t pid, void *necp_handle, void *context, struct necp_client_nexus_parameters *parameters, void **assigned_results, size_t *assigned_results_length);
+typedef errno_t (*netagent_event_f)(u_int8_t event, uuid_t necp_client_uuid, pid_t pid, void *necp_handle, void *context, struct necp_client_agent_parameters *parameters, void **assigned_results, size_t *assigned_results_length);
extern netagent_session_t netagent_create(netagent_event_f event_handler, void *handle);