Data Log Types

Data types used by the data log module. More...

Collaboration diagram for Data Log Types:

Classes
struct	DATALOG_CFG_ts
	Configuration structure for initializing a data log handle. More...

Typedefs
typedef struct datalog_handle_s	DATALOG_HANDLE_ts
	Opaque handle representing a data log instance.

Enumerations
enum	DATALOG_TIME_te {   DATALOG_TIME_1S = 1 , DATALOG_TIME_2S = 2 , DATALOG_TIME_3S = 3 , DATALOG_TIME_4S = 4 ,   DATALOG_TIME_5S = 5 , DATALOG_TIME_10S = 10 , DATALOG_TIME_20S = 20 , DATALOG_TIME_30S = 30 ,   DATALOG_TIME_40S = 40 , DATALOG_TIME_50S = 50 , DATALOG_TIME_60S = 60 }
	Logging interval in seconds between consecutive log entries. More...

Detailed Description

Data types used by the data log module.

Typedef Documentation

DATALOG_HANDLE_ts

typedef struct datalog_handle_s DATALOG_HANDLE_ts

Opaque handle representing a data log instance.

Returned by datalog_init_handle and used for all subsequent operations on a log instance. The internal structure is hidden and must not be accessed directly.

Definition at line 88 of file datalog.h.

Enumeration Type Documentation

DATALOG_TIME_te

enum DATALOG_TIME_te

Logging interval in seconds between consecutive log entries.

The numeric value of each enumerator equals the interval in seconds, which is used directly in the timing comparison inside datalog_run_handle.

Enumerator
DATALOG_TIME_1S	Log every 1 second.
DATALOG_TIME_2S	Log every 2 seconds.
DATALOG_TIME_3S	Log every 3 seconds.
DATALOG_TIME_4S	Log every 4 seconds.
DATALOG_TIME_5S	Log every 5 seconds.
DATALOG_TIME_10S	Log every 10 seconds.
DATALOG_TIME_20S	Log every 20 seconds.
DATALOG_TIME_30S	Log every 30 seconds.
DATALOG_TIME_40S	Log every 40 seconds.
DATALOG_TIME_50S	Log every 50 seconds.
DATALOG_TIME_60S	Log every 60 seconds.

Definition at line 52 of file datalog.h.

             {
    DATALOG_TIME_1S  = 1,   
    DATALOG_TIME_2S  = 2,   
    DATALOG_TIME_3S  = 3,   
    DATALOG_TIME_4S  = 4,   
    DATALOG_TIME_5S  = 5,   
    DATALOG_TIME_10S = 10,  
    DATALOG_TIME_20S = 20,  
    DATALOG_TIME_30S = 30,  
    DATALOG_TIME_40S = 40,  
    DATALOG_TIME_50S = 50,  
    DATALOG_TIME_60S = 60,  
} DATALOG_TIME_te;