Converting the all CAPS data types to lower case.
Reported-by: Christoph Hellwig <hch@infradead.org>
Signed-off-by: Dave Jiang <dave.jiang@intel.com>
Signed-off-by: Dan Williams <dan.j.williams@intel.com>
#include "sati_device.h"
/**
- * enum _SATI_TRANSLATOR_SEQUENCE_TYPE - This enumeration defines the possible
+ * enum _sati_translator_sequence_type - This enumeration defines the possible
* sequence types for the translator.
*
*
*
*
*/
-typedef struct SATI_MODE_SELECT_PROCESSING_STATE {
+struct sati_mode_select_processing_state {
u8 *mode_pages;
u32 mode_page_offset;
u32 mode_pages_size;
u32 total_ata_command_sent;
u32 ata_command_sent_for_cmp; /* cmp: current mode page */
bool current_mode_page_processed;
-
-} SATI_MODE_SELECT_PROCESSING_STATE_T;
+};
-enum SATI_REASSIGN_BLOCKS_ATA_COMMAND_STATUS {
+enum sati_reassign_blocks_ata_command_status {
SATI_REASSIGN_BLOCKS_READY_TO_SEND,
SATI_REASSIGN_BLOCKS_COMMAND_FAIL,
SATI_REASSIGN_BLOCKS_COMMAND_SUCCESS,
u32 size_of_data_processed;
u32 ata_command_sent_for_current_lba;
bool current_lba_processed;
- enum SATI_REASSIGN_BLOCKS_ATA_COMMAND_STATUS ata_command_status;
+ enum sati_reassign_blocks_ata_command_status ata_command_status;
};
u32 translated_command;
u32 move_sector_count;
u32 scratch;
- struct sati_reassign_blocks_processing_state reassign_blocks_process_state;
- SATI_MODE_SELECT_PROCESSING_STATE_T process_state;
+ struct sati_reassign_blocks_processing_state
+ reassign_blocks_process_state;
+ struct sati_mode_select_processing_state process_state;
struct sati_atapi_data sati_atapi_data;
} command_specific_data;
struct sci_base_phy;
-typedef enum sci_status (*SCI_BASE_PORT_HANDLER_T)(
- struct sci_base_port *
- );
+typedef enum sci_status (*sci_base_port_handler_t) (
+ struct sci_base_port *);
-typedef enum sci_status (*SCI_BASE_PORT_PHY_HANDLER_T)(
+typedef enum sci_status (*sci_base_port_phy_handler_t) (
struct sci_base_port *,
- struct sci_base_phy *
- );
+ struct sci_base_phy *);
-typedef enum sci_status (*SCI_BASE_PORT_RESET_HANDLER_T)(
+typedef enum sci_status (*sci_base_port_reset_handler_t) (
struct sci_base_port *,
- u32 timeout
- );
+ u32 timeout);
/**
* struct sci_base_port_state_handler - This structure contains all of the
*/
struct sci_base_port_state_handler {
/**
- * The start_handler specifies the method invoked when a user attempts to
- * start a port.
+ * The start_handler specifies the method invoked when a user
+ * attempts to start a port.
*/
- SCI_BASE_PORT_HANDLER_T start_handler;
+ sci_base_port_handler_t start_handler;
/**
- * The stop_handler specifies the method invoked when a user attempts to
- * stop a port.
+ * The stop_handler specifies the method invoked when a user
+ * attempts to stop a port.
*/
- SCI_BASE_PORT_HANDLER_T stop_handler;
+ sci_base_port_handler_t stop_handler;
/**
* The destruct_handler specifies the method invoked when attempting to
* destruct a port.
*/
- SCI_BASE_PORT_HANDLER_T destruct_handler;
+ sci_base_port_handler_t destruct_handler;
/**
- * The reset_handler specifies the method invoked when a user attempts to
- * hard reset a port.
+ * The reset_handler specifies the method invoked when a user
+ * attempts to hard reset a port.
*/
- SCI_BASE_PORT_RESET_HANDLER_T reset_handler;
+ sci_base_port_reset_handler_t reset_handler;
/**
- * The add_phy_handler specifies the method invoked when a user attempts to
- * add another phy into the port.
+ * The add_phy_handler specifies the method invoked when a user
+ * attempts to add another phy into the port.
*/
- SCI_BASE_PORT_PHY_HANDLER_T add_phy_handler;
+ sci_base_port_phy_handler_t add_phy_handler;
/**
* The remove_phy_handler specifies the method invoked when a user
* attempts to remove a phy from the port.
*/
- SCI_BASE_PORT_PHY_HANDLER_T remove_phy_handler;
-
+ sci_base_port_phy_handler_t remove_phy_handler;
};
#endif /* _SCI_BASE_PORT_H_ */
struct sci_base_state_machine state_machine;
};
-typedef enum sci_status (*SCI_BASE_REQUEST_HANDLER_T)(
+typedef enum sci_status (*sci_base_request_handler_t)(
struct sci_base_request *this_request
);
* The start_handler specifies the method invoked when a user attempts to
* start a request.
*/
- SCI_BASE_REQUEST_HANDLER_T start_handler;
+ sci_base_request_handler_t start_handler;
/**
* The abort_handler specifies the method invoked when a user attempts to
* abort a request.
*/
- SCI_BASE_REQUEST_HANDLER_T abort_handler;
+ sci_base_request_handler_t abort_handler;
/**
* The complete_handler specifies the method invoked when a user attempts to
* complete a request.
*/
- SCI_BASE_REQUEST_HANDLER_T complete_handler;
+ sci_base_request_handler_t complete_handler;
/**
* The destruct_handler specifies the method invoked when a user attempts to
* destruct a request.
*/
- SCI_BASE_REQUEST_HANDLER_T destruct_handler;
+ sci_base_request_handler_t destruct_handler;
};
#include "sci_object.h"
-typedef void (*SCI_BASE_STATE_HANDLER_T)(
+typedef void (*sci_base_state_handler_t)(
void
);
-typedef void (*SCI_STATE_TRANSITION_T)(
+typedef void (*sci_state_transition_t)(
struct sci_base_object *base_object
);
* This field is a function pointer that defines the method to be
* invoked when the state is entered.
*/
- SCI_STATE_TRANSITION_T enter_state;
+ sci_state_transition_t enter_state;
/**
* This field is a function pointer that defines the method to be
* invoked when the state is exited.
*/
- SCI_STATE_TRANSITION_T exit_state;
+ sci_state_transition_t exit_state;
};
static void sci_state_machine_exit_state(struct sci_base_state_machine *sm)
{
u32 state = sm->current_state_id;
- SCI_STATE_TRANSITION_T exit = sm->state_table[state].exit_state;
+ sci_state_transition_t exit = sm->state_table[state].exit_state;
if (exit)
exit(sm->state_machine_owner);
static void sci_state_machine_enter_state(struct sci_base_state_machine *sm)
{
u32 state = sm->current_state_id;
- SCI_STATE_TRANSITION_T enter = sm->state_table[state].enter_state;
+ sci_state_transition_t enter = sm->state_table[state].enter_state;
if (enter)
enter(sm->state_machine_owner);
/**
- * enum _SCI_STATUS - This is the general return status enumeration for non-IO,
+ * enum sci_status - This is the general return status enumeration for non-IO,
* non-task management related SCI interface methods.
*
*
};
/**
- * enum _SCI_IO_STATUS - This enumeration depicts all of the possible IO
+ * enum sci_io_status - This enumeration depicts all of the possible IO
* completion status values. Each value in this enumeration maps directly
* to a value in the enum sci_status enumeration. Please refer to that
* enumeration for detailed comments concerning what the status represents.
};
/**
- * enum _SCI_TASK_STATUS - This enumeration depicts all of the possible task
+ * enum sci_task_status - This enumeration depicts all of the possible task
* completion status values. Each value in this enumeration maps directly
* to a value in the enum sci_status enumeration. Please refer to that
* enumeration for detailed comments concerning what the status represents.
struct scic_sds_port;
-enum SCIC_PORT_NOT_READY_REASON_CODE {
+enum scic_port_not_ready_reason_code {
SCIC_PORT_NOT_READY_NO_ACTIVE_PHYS,
SCIC_PORT_NOT_READY_HARD_RESET_REQUESTED,
SCIC_PORT_NOT_READY_INVALID_PORT_CONFIGURATION,
for (index = 0; index < scic->logical_port_entries; index++) {
struct scic_sds_port *sci_port = &scic->port_table[index];
- SCI_BASE_PORT_HANDLER_T stop;
+ sci_base_port_handler_t stop;
stop = sci_port->state_handlers->parent.stop_handler;
port_status = stop(&sci_port->parent);
#define SCU_COMPLETION_RAM_ALIGNMENT (64)
/**
- * enum SCIC_SDS_CONTROLLER_MEMORY_DESCRIPTORS -
+ * enum scic_sds_controller_memory_descriptors -
*
* This enumeration depects the types of MDEs that are going to be created for
* the controller object.
*/
-enum SCIC_SDS_CONTROLLER_MEMORY_DESCRIPTORS {
+enum scic_sds_controller_memory_descriptors {
/**
* Completion queue MDE entry
*/
#define SCIC_SDS_SATA_LINK_TRAINING_TIMEOUT 250
/**
- * enum SCIC_SDS_PHY_STARTING_SUBSTATES -
+ * enum scic_sds_phy_starting_substates -
*
*
*/
-enum SCIC_SDS_PHY_STARTING_SUBSTATES {
+enum scic_sds_phy_starting_substates {
/**
* Initial state
*/
*
*
*/
-enum SCIC_SDS_PHY_PROTOCOL {
+enum scic_sds_phy_protocol {
/**
* This is an unknown phy type since there is either nothing on the other
* end or we have not detected the phy type as yet.
* field contains a legitamite value once the PHY has link trained with
* a remote phy.
*/
- enum SCIC_SDS_PHY_PROTOCOL protocol;
+ enum scic_sds_phy_protocol protocol;
/**
* This field specifies the index with which this phy is associated (0-3).
}
/**
- * scic_port_hard_reset() - This method will request the SCI implementation to
- * perform a HARD RESET on the SAS Port. If/When the HARD RESET completes
- * the SCI user will be notified via an SCI OS callback indicating a direct
- * attached device was found.
+ * scic_port_hard_reset() - perform port hard reset
* @port: a handle corresponding to the SAS port to be hard reset.
* @reset_timeout: This parameter specifies the number of milliseconds in which
* the port reset operation should complete.
*
- * The SCI User callback in SCIC_USER_CALLBACKS_T will only be called once for
+ * The SCI User callback in scic_user_callbacks_t will only be called once for
* each phy in the SAS Port at completion of the hard reset sequence. Return a
* status indicating whether the hard reset started successfully. SCI_SUCCESS
* This value is returned if the hard reset operation started successfully.
* This enumeration depicts all of the states for the core port ready substate
* machine.
*/
-enum SCIC_SDS_PORT_READY_SUBSTATES {
+enum scic_sds_port_ready_substates {
/**
- * The substate where the port is started and ready but has no active phys.
+ * The substate where the port is started and ready but has no
+ * active phys.
*/
SCIC_SDS_PORT_READY_SUBSTATE_WAITING,
/**
- * The substate where the port is started and ready and there is at least one
- * phy operational.
+ * The substate where the port is started and ready and there is
+ * at least one phy operational.
*/
SCIC_SDS_PORT_READY_SUBSTATE_OPERATIONAL,
/**
- * The substate where the port is started and there was an add/remove phy
- * event. This state is only used in Automatic Port Configuration Mode (APC)
+ * The substate where the port is started and there was an
+ * add/remove phy event. This state is only used in Automatic
+ * Port Configuration Mode (APC)
*/
SCIC_SDS_PORT_READY_SUBSTATE_CONFIGURING,
struct sci_base_port parent;
/**
- * This field is the port index that is reported to the SCI USER. This allows
- * the actual hardware physical port to change without the SCI USER getting a
- * different answer for the get port index.
+ * This field is the port index that is reported to the SCI USER.
+ * This allows the actual hardware physical port to change without
+ * the SCI USER getting a different answer for the get port index.
*/
u8 logical_port_index;
u8 physical_port_index;
/**
- * This field contains the active phy mask for the port. This mask is used in
- * conjunction with the phy state to determine which phy to select for some
- * port operations.
+ * This field contains the active phy mask for the port.
+ * This mask is used in conjunction with the phy state to determine
+ * which phy to select for some port operations.
*/
u8 active_phy_mask;
u32 started_request_count;
/**
- * This field contains the number of devices assigned to this port. It is
- * used to control port start requests.
+ * This field contains the number of devices assigned to this port.
+ * It is used to control port start requests.
*/
u32 assigned_device_count;
struct scic_sds_phy *phy_table[SCI_MAX_PHYS];
/**
- * This field is a pointer back to the controller that owns this port object.
+ * This field is a pointer back to the controller that owns this
+ * port object.
*/
struct scic_sds_controller *owning_controller;
/**
* This field points to the current set of state handlers for this port
- * object. These state handlers are assigned at each enter state of the state
- * machine.
+ * object. These state handlers are assigned at each enter state of
+ * the state machine.
*/
struct scic_sds_port_state_handler *state_handlers;
/* / Memory mapped hardware register space */
/**
- * This field is the pointer to the port task scheduler registers for the SCU
- * hardware.
+ * This field is the pointer to the port task scheduler registers
+ * for the SCU hardware.
*/
- struct scu_port_task_scheduler_registers __iomem *port_task_scheduler_registers;
+ struct scu_port_task_scheduler_registers __iomem
+ *port_task_scheduler_registers;
/**
- * This field is identical for all port objects and points to the port task
- * scheduler group PE configuration registers. It is used to assign PEs to a
- * port.
+ * This field is identical for all port objects and points to the port
+ * task scheduler group PE configuration registers.
+ * It is used to assign PEs to a port.
*/
- SCU_PORT_PE_CONFIGURATION_REGISTER_T *port_pe_configuration_register;
+ u32 *port_pe_configuration_register;
/**
* This field is the VIIT register space for ths port object.
};
-typedef enum sci_status (*SCIC_SDS_PORT_EVENT_HANDLER_T)(struct scic_sds_port *, u32);
+typedef enum sci_status (*scic_sds_port_event_handler_t)(struct scic_sds_port *, u32);
-typedef enum sci_status (*SCIC_SDS_PORT_FRAME_HANDLER_T)(struct scic_sds_port *, u32);
+typedef enum sci_status (*scic_sds_port_frame_handler_t)(struct scic_sds_port *, u32);
-typedef void (*SCIC_SDS_PORT_LINK_HANDLER_T)(struct scic_sds_port *, struct scic_sds_phy *);
+typedef void (*scic_sds_port_link_handler_t)(struct scic_sds_port *, struct scic_sds_phy *);
-typedef enum sci_status (*SCIC_SDS_PORT_IO_REQUEST_HANDLER_T)(
+typedef enum sci_status (*scic_sds_port_io_request_handler_t)(
struct scic_sds_port *,
struct scic_sds_remote_device *,
struct scic_sds_request *);
struct scic_sds_port_state_handler {
struct sci_base_port_state_handler parent;
- SCIC_SDS_PORT_FRAME_HANDLER_T frame_handler;
- SCIC_SDS_PORT_EVENT_HANDLER_T event_handler;
+ scic_sds_port_frame_handler_t frame_handler;
+ scic_sds_port_event_handler_t event_handler;
- SCIC_SDS_PORT_LINK_HANDLER_T link_up_handler;
- SCIC_SDS_PORT_LINK_HANDLER_T link_down_handler;
+ scic_sds_port_link_handler_t link_up_handler;
+ scic_sds_port_link_handler_t link_down_handler;
- SCIC_SDS_PORT_IO_REQUEST_HANDLER_T start_io_handler;
- SCIC_SDS_PORT_IO_REQUEST_HANDLER_T complete_io_handler;
+ scic_sds_port_io_request_handler_t start_io_handler;
+ scic_sds_port_io_request_handler_t complete_io_handler;
};
struct scic_sds_port_configuration_agent *port_agent)
{
enum sci_status status = SCI_SUCCESS;
- enum SCIC_PORT_CONFIGURATION_MODE mode;
+ enum scic_port_configuration_mode mode;
struct isci_host *ihost = sci_object_get_association(scic);
mode = scic->oem_parameters.sds1.controller.mode_type;
struct scic_sds_port;
struct scic_sds_phy;
-typedef void (*SCIC_SDS_PORT_CONFIGURATION_AGENT_PHY_HANDLER_T)(
+typedef void (*scic_sds_port_configuration_agent_phy_handler_t)(
struct scic_sds_controller *,
struct scic_sds_port_configuration_agent *,
struct scic_sds_port *,
bool timer_pending;
- SCIC_SDS_PORT_CONFIGURATION_AGENT_PHY_HANDLER_T link_up_handler;
- SCIC_SDS_PORT_CONFIGURATION_AGENT_PHY_HANDLER_T link_down_handler;
+ scic_sds_port_configuration_agent_phy_handler_t link_up_handler;
+ scic_sds_port_configuration_agent_phy_handler_t link_down_handler;
void *timer;
* This enumeration is used to define the end destination state for the remote
* node context.
*/
-enum SCIC_SDS_REMOTE_NODE_CONTEXT_DESTINATION_STATE {
+enum scic_sds_remote_node_context_destination_state {
SCIC_SDS_REMOTE_NODE_DESTINATION_STATE_UNSPECIFIED,
SCIC_SDS_REMOTE_NODE_DESTINATION_STATE_READY,
SCIC_SDS_REMOTE_NODE_DESTINATION_STATE_FINAL
* state. This can cause an automatic resume on receiving a suspension
* notification.
*/
- enum SCIC_SDS_REMOTE_NODE_CONTEXT_DESTINATION_STATE destination_state;
+ enum scic_sds_remote_node_context_destination_state destination_state;
/**
* This field contains the callback function that the user requested to be
struct scic_sds_io_request_state_handler;
/**
- * enum _SCIC_SDS_IO_REQUEST_STARTED_TASK_MGMT_SUBSTATES - This enumeration
+ * enum _scic_sds_io_request_started_task_mgmt_substates - This enumeration
* depicts all of the substates for a task management request to be
* performed in the STARTED super-state.
*
/**
- * enum _SCIC_SDS_SMP_REQUEST_STARTED_SUBSTATES - This enumeration depicts all
+ * enum _scic_sds_smp_request_started_substates - This enumeration depicts all
* of the substates for a SMP request to be performed in the STARTED
* super-state.
*
};
/**
- * struct SCIC_SDS_IO_REQUEST - This structure contains or references all of
+ * struct scic_sds_request - This structure contains or references all of
* the data necessary to process a task management or normal IO request.
*
*
* scic_sds_io_request_tc_completion() -
*
* This macro invokes the core state task completion handler for the
- * SCIC_SDS_IO_REQUEST_T object.
+ * struct scic_sds_io_request object.
*/
#define scic_sds_io_request_tc_completion(this_request, completion_code) \
{ \
}
/* sata header */
- memset(&(task_context->type.stp), 0, sizeof(struct STP_TASK_CONTEXT));
+ memset(&(task_context->type.stp), 0, sizeof(struct stp_task_context));
task_context->type.stp.fis_type = SATA_FIS_TYPE_DATA;
/*
memset(this_request->command_buffer, 0, sizeof(struct sata_fis_reg_h2d));
memcpy(((u8 *)this_request->command_buffer + sizeof(u32)), atapi_cdb, atapi_cdb_length);
- memset(&(task_context->type.stp), 0, sizeof(struct STP_TASK_CONTEXT));
+ memset(&(task_context->type.stp), 0, sizeof(struct stp_task_context));
task_context->type.stp.fis_type = SATA_FIS_TYPE_DATA;
/*
*
* This is the enumeration of the SATA PIO DATA IN started substate machine.
*/
-enum _SCIC_SDS_STP_PACKET_REQUEST_STARTED_SUBSTATES {
+enum _scic_sds_stp_packet_request_started_substates {
/**
* While in this state the IO request object is waiting for the TC completion
* notification for the H2D Register FIS
*
* This is the enumeration of the SATA PIO DATA IN started substate machine.
*/
-enum _SCIC_SDS_STP_REQUEST_STARTED_PIO_SUBSTATES {
+enum _scic_sds_stp_request_started_pio_substates {
/**
* While in this state the IO request object is waiting for the TC completion
* notification for the H2D Register FIS
};
/**
- * enum SCIC_SDS_STP_REQUEST_STARTED_UDMA_SUBSTATES - This enumeration depicts
+ * enum scic_sds_stp_request_started_udma_substates - This enumeration depicts
* the various sub-states associated with a SATA/STP UDMA protocol operation.
*
*
*/
-enum SCIC_SDS_STP_REQUEST_STARTED_UDMA_SUBSTATES {
+enum scic_sds_stp_request_started_udma_substates {
SCIC_SDS_STP_REQUEST_STARTED_UDMA_AWAIT_TC_COMPLETION_SUBSTATE,
SCIC_SDS_STP_REQUEST_STARTED_UDMA_AWAIT_D2H_REG_FIS_SUBSTATE,
};
/**
- * enum SCIC_SDS_STP_REQUEST_STARTED_NON_DATA_SUBSTATES - This enumeration
+ * enum scic_sds_stp_request_started_non_data_substates - This enumeration
* depicts the various sub-states associated with a SATA/STP non-data
* protocol operation.
*
*
*/
-enum SCIC_SDS_STP_REQUEST_STARTED_NON_DATA_SUBSTATES {
+enum scic_sds_stp_request_started_non_data_substates {
SCIC_SDS_STP_REQUEST_STARTED_NON_DATA_AWAIT_H2D_COMPLETION_SUBSTATE,
SCIC_SDS_STP_REQUEST_STARTED_NON_DATA_AWAIT_D2H_SUBSTATE,
};
/**
- * enum SCIC_SDS_STP_REQUEST_STARTED_SOFT_RESET_SUBSTATES - THis enumeration
+ * enum scic_sds_stp_request_started_soft_reset_substates - THis enumeration
* depicts the various sub-states associated with a SATA/STP soft reset
* operation.
*
*
*/
-enum SCIC_SDS_STP_REQUEST_STARTED_SOFT_RESET_SUBSTATES {
+enum scic_sds_stp_request_started_soft_reset_substates {
SCIC_SDS_STP_REQUEST_STARTED_SOFT_RESET_AWAIT_H2D_ASSERTED_COMPLETION_SUBSTATE,
SCIC_SDS_STP_REQUEST_STARTED_SOFT_RESET_AWAIT_H2D_DIAGNOSTIC_COMPLETION_SUBSTATE,
SCIC_SDS_STP_REQUEST_STARTED_SOFT_RESET_AWAIT_D2H_RESPONSE_FRAME_SUBSTATE,
#include "sci_status.h"
/**
- * enum UNSOLICITED_FRAME_STATE -
+ * enum unsolicited_frame_state -
*
* This enumeration represents the current unsolicited frame state. The
* controller object can not updtate the hardware unsolicited frame put pointer
* unless it has already processed the priror unsolicited frames.
*/
-enum UNSOLICITED_FRAME_STATE {
+enum unsolicited_frame_state {
/**
* This state is when the frame is empty and not in use. It is
* different from the released state in that the hardware could DMA
/**
* This field contains the current frame state
*/
- enum UNSOLICITED_FRAME_STATE state;
+ enum unsolicited_frame_state state;
/**
* This field points to the frame header data.
* ***************************************************************************** */
#define SCU_VIIT_BASE 0x1c00
-struct SCU_VIIT_REGISTERS {
+struct scu_viit_registers {
u32 registers[256];
};
u32 status;
};
-typedef u32 SCU_PORT_PE_CONFIGURATION_REGISTER_T;
-
/**
* struct scu_port_task_scheduler_group_registers - These are the PORT Task
* Scheduler registers
* 0x0034 PCSPE1CR
* 0x0038 PCSPE2CR
* 0x003C PCSPE3CR */
- SCU_PORT_PE_CONFIGURATION_REGISTER_T protocol_engine[4];
+ u32 protocol_engine[4];
/* 0x0040 ETMTSCCR */
u32 tc_scanning_interval_control;
/* 0x0044 ETMRNSCCR */
u32 reserved_0c00_0ffc[0x0100];
};
-struct SCU_PROTOCOL_ENGINE_GROUP_REGISTERS {
+struct scu_protocol_engine_group_registers {
u32 table[0xE0];
};
-struct SCU_VIIT_IIT {
+struct scu_viit_iit {
u32 table[256];
};
*
*
*/
-struct SCU_ZONE_PARTITION_TABLE {
+struct scu_zone_partition_table {
u32 table[2048];
};
*
*
*/
-struct SCU_COMPLETION_RAM {
+struct scu_completion_ram {
u32 ram[128];
};
*
*
*/
-struct SCU_FRAME_BUFFER_RAM {
+struct scu_frame_buffer_ram {
u32 ram[128];
};
-#define SCU_SCRATCH_RAM_SIZE_IN_DWORDS 256
+#define scu_scratch_ram_SIZE_IN_DWORDS 256
/**
* Placeholder for the scratch RAM registers.
*
*
*/
-struct SCU_SCRATCH_RAM {
- u32 ram[SCU_SCRATCH_RAM_SIZE_IN_DWORDS];
+struct scu_scratch_ram {
+ u32 ram[scu_scratch_ram_SIZE_IN_DWORDS];
};
/**
*
*
*/
-struct NOA_PROTOCOL_ENGINE_PARTITION {
+struct noa_protocol_engine_partition {
u32 reserved[64];
};
*
*
*/
-struct NOA_HUB_PARTITION {
+struct noa_hub_partition {
u32 reserved[64];
};
*
*
*/
-struct NOA_HOST_INTERFACE_PARTITION {
+struct noa_host_interface_partition {
u32 reserved[64];
};
/**
- * struct TRANSPORT_LINK_LAYER_PAIR - The SCU Hardware pairs up the TL
+ * struct transport_link_layer_pair - The SCU Hardware pairs up the TL
* registers with the LL registers so we must place them adjcent to make the
* array of registers in the PEG.
*
*
*/
-struct TRANSPORT_LINK_LAYER_PAIR {
+struct transport_link_layer_pair {
struct scu_transport_layer_registers tl;
struct scu_link_layer_registers ll;
};
/**
- * struct SCU_PEG_REGISTERS - SCU Protocol Engine Memory mapped register space.
+ * struct scu_peg_registers - SCU Protocol Engine Memory mapped register space.
* These registers are unique to each protocol engine group. There can be
* at most two PEG for a single SCU part.
*
*
*/
-struct SCU_PEG_REGISTERS {
- struct TRANSPORT_LINK_LAYER_PAIR pe[4];
+struct scu_peg_registers {
+ struct transport_link_layer_pair pe[4];
struct scu_port_task_scheduler_group_registers ptsg;
- struct SCU_PROTOCOL_ENGINE_GROUP_REGISTERS peg;
+ struct scu_protocol_engine_group_registers peg;
struct scu_sgpio_registers sgpio;
u32 reserved_01500_1BFF[0x1C0];
struct scu_viit_entry viit[64];
- struct SCU_ZONE_PARTITION_TABLE zpt0;
- struct SCU_ZONE_PARTITION_TABLE zpt1;
+ struct scu_zone_partition_table zpt0;
+ struct scu_zone_partition_table zpt1;
};
/**
*/
struct scu_registers {
/* 0x0000 - PEG 0 */
- struct SCU_PEG_REGISTERS peg0;
+ struct scu_peg_registers peg0;
/* 0x6000 - SDMA and Miscellaneous */
struct scu_sdma_registers sdma;
- struct SCU_COMPLETION_RAM cram;
- struct SCU_FRAME_BUFFER_RAM fbram;
+ struct scu_completion_ram cram;
+ struct scu_frame_buffer_ram fbram;
u32 reserved_6800_69FF[0x80];
- struct NOA_PROTOCOL_ENGINE_PARTITION noa_pe;
- struct NOA_HUB_PARTITION noa_hub;
- struct NOA_HOST_INTERFACE_PARTITION noa_if;
+ struct noa_protocol_engine_partition noa_pe;
+ struct noa_hub_partition noa_hub;
+ struct noa_host_interface_partition noa_if;
u32 reserved_6d00_7fff[0x4c0];
/* 0x8000 - PEG 1 */
- struct SCU_PEG_REGISTERS peg1;
+ struct scu_peg_registers peg1;
/* 0xE000 - AFE Registers */
struct scu_afe_registers afe;
u32 reserved_f000_211fff[0x80c00];
/* 0x212000 - scratch RAM */
- struct SCU_SCRATCH_RAM scratch_ram;
-
+ struct scu_scratch_ram scratch_ram;
};
-
#endif /* _SCU_REGISTERS_HEADER_ */
/**
- * enum SCU_SSP_TASK_TYPE - This enumberation defines the various SSP task
+ * enum scu_ssp_task_type - This enumberation defines the various SSP task
* types the SCU hardware will accept. The definition for the various task
* types the SCU hardware will accept can be found in the DS specification.
*
SCU_TASK_TYPE_RESPONSE, /* /< Driver generated response frame (targt mode) */
SCU_TASK_TYPE_RAW_FRAME, /* /< Raw frame request type */
SCU_TASK_TYPE_PRIMITIVE /* /< Request for a primitive to be transmitted */
-} SCU_SSP_TASK_TYPE;
+} scu_ssp_task_type;
/**
- * enum SCU_SATA_TASK_TYPE - This enumeration defines the various SATA task
+ * enum scu_sata_task_type - This enumeration defines the various SATA task
* types the SCU hardware will accept. The definition for the various task
* types the SCU hardware will accept can be found in the DS specification.
*
SCU_TASK_TYPE_DMA_OUT, /* /< Write request */
SCU_TASK_TYPE_FPDMAQ_WRITE, /* /< NCQ write Request */
SCU_TASK_TYPE_PACKET_DMA_OUT /* /< Packet write request */
-} SCU_SATA_TASK_TYPE;
+} scu_sata_task_type;
/**
#define SCU_TASK_CONTEXT_PROTOCOL_NONE 0x07
/**
- * struct SSP_TASK_CONTEXT - This is the SCU hardware definition for an SSP
+ * struct ssp_task_context - This is the SCU hardware definition for an SSP
* request.
*
*
*/
-struct SSP_TASK_CONTEXT {
+struct ssp_task_context {
/* OFFSET 0x18 */
u32 reserved00:24;
u32 frame_type:8;
};
/**
- * struct STP_TASK_CONTEXT - This is the SCU hardware definition for an STP
+ * struct stp_task_context - This is the SCU hardware definition for an STP
* request.
*
*
*/
-struct STP_TASK_CONTEXT {
+struct stp_task_context {
/* OFFSET 0x18 */
u32 fis_type:8;
u32 pm_port:4;
};
/**
- * struct SMP_TASK_CONTEXT - This is the SCU hardware definition for an SMP
+ * struct smp_task_context - This is the SCU hardware definition for an SMP
* request.
*
*
*/
-struct SMP_TASK_CONTEXT {
+struct smp_task_context {
/* OFFSET 0x18 */
u32 response_length:8;
u32 function_result:8;
};
/**
- * struct PRIMITIVE_TASK_CONTEXT - This is the SCU hardware definition used
+ * struct primitive_task_context - This is the SCU hardware definition used
* when the driver wants to send a primitive on the link.
*
*
*/
-struct PRIMITIVE_TASK_CONTEXT {
+struct primitive_task_context {
/* OFFSET 0x18 */
/**
* This field is the control word and it must be 0.
* The union of the protocols that can be selected in the SCU task context
* field.
*
- * PROTOCOL_CONTEXT
+ * protocol_context
*/
-union PROTOCOL_CONTEXT {
- struct SSP_TASK_CONTEXT ssp;
- struct STP_TASK_CONTEXT stp;
- struct SMP_TASK_CONTEXT smp;
- struct PRIMITIVE_TASK_CONTEXT primitive;
+union protocol_context {
+ struct ssp_task_context ssp;
+ struct stp_task_context stp;
+ struct smp_task_context smp;
+ struct primitive_task_context primitive;
u32 words[6];
};
};
/**
- * struct TRANSPORT_SNAPSHOT - This structure is the SCU hardware scratch area
+ * struct transport_snapshot - This structure is the SCU hardware scratch area
* for the task context. This is set to 0 by the driver but can be read by
* issuing a dump TC request to the SCU.
*
*
*/
-struct TRANSPORT_SNAPSHOT {
+struct transport_snapshot {
/* OFFSET 0x48 */
u32 xfer_rdy_write_data_length;
/**
* This field is programmed with one of the following command type codes
*
- * For SAS requests use the SCU_SSP_TASK_TYPE
+ * For SAS requests use the scu_ssp_task_type
* - SCU_TASK_TYPE_IOREAD
* - SCU_TASK_TYPE_IOWRITE
* - SCU_TASK_TYPE_SMP_REQUEST
* - SCU_TASK_TYPE_RAW_FRAME
* - SCU_TASK_TYPE_PRIMITIVE
*
- * For SATA requests use the SCU_SATA_TASK_TYPE
+ * For SATA requests use the scu_sata_task_type
* - SCU_TASK_TYPE_DMA_IN
* - SCU_TASK_TYPE_FPDMAQ_READ
* - SCU_TASK_TYPE_PACKET_DMA_IN
/**
* This union provides for the protocol specif part of the SCU Task Context.
*/
- union PROTOCOL_CONTEXT type;
+ union protocol_context type;
/* OFFSET 0x30-0x34 */
/**
u32 write_data_length; /* read only set to 0 */
/* OFFSET 0x48-0x58 */
- struct TRANSPORT_SNAPSHOT snapshot; /* read only set to 0 */
+ struct transport_snapshot snapshot; /* read only set to 0 */
/* OFFSET 0x5C */
u32 block_protection_enable:1;
* A PORT_PHY mask that assigns just a single PHY to a port and no other PHYs
* being assigned is sufficient to declare manual PORT configuration.
*/
-enum SCIC_PORT_CONFIGURATION_MODE {
+enum scic_port_configuration_mode {
SCIC_PORT_MANUAL_CONFIGURATION_MODE = 0,
SCIC_PORT_AUTOMATIC_CONFIGURATION_MODE = 1
};
projects / platform / kernel / linux-amlogic.git / commitdiff