Table of Contents

1. Introduction

2. Interface

2.1. device-interface

2.1.1. setting properties

2.1.2. acquisition properties

2.2. global-interface

2.2.1. setting properties

2.2.2. acquisition properties

3.custom types

4. Scheduling-units

1. Introduction

Explain the purpose of this class

2. Interface

2.1. device-interface

2.1.1. setting properties

• Init
• multiplexed: false
• visibility: operational
• description:
• definition:

name	item	direction	type	description

• Reset
• multiplexed: false
• visibility: operational
• description:
• definition:

name	item	direction	type	description

• Setting
• multiplexed: false
• visibility: operational
• description:
• definition:

name	item	direction	type	description
Setting	dummyField	IN	scalar: bool
Setting	updateFlags	OUT	NOTIFICATION_UPDATE
Setting	cycleName	OUT	array: char dimension: 32

• Power
• multiplexed: false
• visibility: operational
• description:
• definition:

name	item	direction	type	description
Power	obsoleteItem	INOUT	scalar: bool
Power	updateFlags	OUT	NOTIFICATION_UPDATE
Power	cycleName	OUT	array: char dimension: 32

2.1.2. acquisition properties

• Status
• multiplexed: false
• visibility: operational
• description:
• definition:

name	item	direction	type	description
Status	updateFlags	OUT	NOTIFICATION_UPDATE
Status	cycleName	OUT	array: char dimension: 32

• Acquisition
• multiplexed: true
• visibility: operational
• description:
• definition:

name	item	direction	type	description
Acquisition	updateFlags	OUT	NOTIFICATION_UPDATE
Acquisition	cycleName	OUT	array: char dimension: 32

• Version
• multiplexed: false
• visibility: operational
• description:
• definition:

name	item	direction	type	description
Version	updateFlags	OUT	NOTIFICATION_UPDATE
Version	cycleName	OUT	array: char dimension: 32

2.2. global-interface

2.2.1. setting properties

• DiagnosticSetting
• multiplexed: false
• visibility: expert
• description: Generic property which allows to diagnose any FESA classes
• definition:

name	item	direction	type	description
DiagnosticSetting	enableDiagMode	INOUT	scalar: bool
DiagnosticSetting	hostName	INOUT	array: char dimension: 32
DiagnosticSetting	portNumber	INOUT	scalar: int32_t
DiagnosticSetting	requestConfig	IN	scalar: bool
DiagnosticSetting	requestState	IN	scalar: bool
DiagnosticSetting	fwkTopic	INOUT	scalar: DIAG_FWK_TOPIC
DiagnosticSetting	customTopic	INOUT	scalar: DIAG_TOPIC
DiagnosticSetting	traceDevices	INOUT	array: char dimension: 320
DiagnosticSetting	bypassActions	INOUT	array: char dimension: 320

2.2.2. acquisition properties

3. custom types

• NOTIFICATION_UPDATE

name	description	elements
NOTIFICATION_UPDATE		IMMEDIATE:   access=RO,  meaning=NONE,  symbol=IMMEDIATE,  value=1,  ;  SET:   access=RO,  meaning=NONE,  symbol=SET,  value=2,  ;

• DIAG_FWK_TOPIC

name	description	elements
DIAG_FWK_TOPIC		b0: SRV_GET_ACTION_PROFIING  ;  b1: SRV_GET_ACTION_PROFIING  ;  b2: SRV_GET_ACTION_PROFIING  ;  b3: SRV_GET_ACTION_PROFIING  ;  b4: SRV_GET_ACTION_PROFIING  ;  b5: SRV_GET_ACTION_PROFIING  ;  b6: SRV_GET_ACTION_PROFIING  ;  b7: SRV_GET_ACTION_PROFIING  ;  b8: SRV_GET_ACTION_PROFIING  ;  b9: SRV_GET_ACTION_PROFIING  ;  b10: SRV_GET_ACTION_PROFIING  ;  b11: SRV_GET_ACTION_PROFIING  ;  b12: SRV_GET_ACTION_PROFIING  ;  b13: SRV_GET_ACTION_PROFIING  ;  b14: SRV_GET_ACTION_PROFIING  ;

• DIAG_TOPIC

name	description	elements
DIAG_TOPIC

• DEVICE_STATUS

name	description	elements
DEVICE_STATUS		custom-state:   access=RW,  meaning=NONE,  symbol=UNKNOWN,  value=0,  ;  custom-state:   access=RW,  meaning=NONE,  symbol=OK,  value=1,  ;  custom-state:   access=RW,  meaning=NONE,  symbol=WARNING,  value=2,  ;  custom-state:   access=RW,  meaning=NONE,  symbol=ERROR,  value=3,  ;

• DEVICE_POWER_STATE

name	description	elements
DEVICE_POWER_STATE		custom-state:   access=RW,  meaning=NONE,  symbol=UNKNOWN,  value=0,  ;  custom-state:   access=RW,  meaning=ON,  symbol=ON,  value=1,  ;  custom-state:   access=RW,  meaning=NONE,  symbol=OFF,  value=2,  ;  custom-state:   access=RW,  meaning=NONE,  symbol=STANDBY,  value=3,  ;  custom-state:   access=RW,  meaning=NONE,  symbol=POWER_DOWN,  value=4,  ;  custom-state:   access=RW,  meaning=NONE,  symbol=POWER_UP,  value=5,  ;

• DEVICE_POWER

name	description	elements
DEVICE_POWER		ON:   access=RW,  meaning=ON,  symbol=ON,  value=1,  ;  OFF:   access=RW,  meaning=OFF,  symbol=OFF,  value=2,  ;

• DEVICE_CONTROL

name	description	elements
DEVICE_CONTROL		custom-state:   access=RW,  meaning=NONE,  symbol=REMOTE,  value=0,  ;  custom-state:   access=RW,  meaning=NONE,  symbol=LOCAL,  value=1,  ;

• TOL_CHECK_MODE

name	description	elements
TOL_CHECK_MODE		item:   access=RO,  symbol=ABS,  value=0,  ;  item:   access=RO,  symbol=REL,  value=1,  ;

• AQN_STATUS

name	description	elements
AQN_STATUS		b0: NOT_OK  ;  b1: NOT_OK  ;  b2: NOT_OK  ;  b3: NOT_OK  ;  b4: NOT_OK  ;  b5: NOT_OK  ;  b6: NOT_OK  ;  b7: NOT_OK  ;  b8: NOT_OK  ;  b9: NOT_OK  ;  b10: NOT_OK  ;  b11: NOT_OK  ;  b12: NOT_OK  ;  b13: NOT_OK  ;  b14: NOT_OK  ;  b15: NOT_OK  ;  b16: NOT_OK  ;

• GSI_ERROR

name	description	elements
GSI_ERROR		struct-item: error_string  ;  struct-item: error_string  ;  struct-item: error_string  ;  struct-item: error_string  ;

• GSI_MUX_CONTEXT

name	description	elements
GSI_MUX_CONTEXT		struct-item: acqStamp  ;  struct-item: acqStamp  ;  struct-item: acqStamp  ;

• MAX_ERROR_MESSAGE_LENGTH

name	description	elements
MAX_ERROR_MESSAGE_LENGTH

• MAX_NUMBER_OF_ERROR_MESSAGES

name	description	elements
MAX_NUMBER_OF_ERROR_MESSAGES

• MAX_CYCLE_NAME_LENGTH

name	description	elements
MAX_CYCLE_NAME_LENGTH

• MAX_VERSION_NAME_LENGTH

name	description	elements
MAX_VERSION_NAME_LENGTH

• MAX_DETAILED_STATUS_LABEL_LENGTH

name	description	elements
MAX_DETAILED_STATUS_LABEL_LENGTH

• DETAILED_STATUS_SIZE

name	description	elements
DETAILED_STATUS_SIZE

4. Scheduling-units