X-Git-Url: https://git.ucc.asn.au/?a=blobdiff_plain;f=server%2Fsensor.h;h=bd43fc19adce9e012afbfdacd44c218ad651d979;hb=de5c190385d1b963a3fe1f3c186dc0b3efa31bc4;hp=89dae330ef56d812a4d830e7dcd3d73d305ccdfd;hpb=685168f14cc0129bc5f49e476602d223563e6660;p=matches%2FMCTX3420.git

diff --git a/server/sensor.h b/server/sensor.h
index 89dae33..bd43fc1 100644
--- a/server/sensor.h
+++ b/server/sensor.h
@@ -6,82 +6,67 @@
 #ifndef _SENSOR_H
 #define _SENSOR_H
 
-/** Number of data points to keep in sensor buffers **/
-#define SENSOR_DATABUFSIZ 10
-/** Size of the query buffer. @see Sensor_Handler **/
-#define SENSOR_QUERYBUFSIZ 10
+#include "data.h"
 
 /** Number of sensors **/
-#define NUMSENSORS 4
+#define NUMSENSORS 6 
 
-/** Safety Values for sensors **/
-#define ANALOG_TEST0_SAFETY 1000
-#define ANALOG_TEST1_SAFETY 1000
-#define DIGITAL_TEST0_SAFETY 1
-#define DIGITAL_TEST1_SAFETY 1
-
-
-typedef enum SensorId {
+typedef enum SensorId 
+{
 	ANALOG_TEST0,
 	ANALOG_TEST1,
+	ANALOG_FAIL0,
 	DIGITAL_TEST0,
-	DIGITAL_TEST1
+	DIGITAL_TEST1,
+	DIGITAL_FAIL0
 } SensorId;
 
-typedef enum
-{
-	JSON, // JSON data
-	CSV, // Comma seperated vector
-	TSV // Tab seperated vector
-} OutputType;
+
 
 /** Human readable names for the sensors **/
 extern const char * g_sensor_names[NUMSENSORS];
 
-/** Structure to represent data recorded by a sensor at an instant in time **/
-typedef struct
-{
-	/** Time at which data was taken **/
-	double time_stamp; 
-	/** Value of data **/
-	double value;
-} DataPoint;
 
 /** Structure to represent a sensor **/
 typedef struct
 {
 	/** ID number of the sensor **/
 	SensorId id;
-	/** Buffer to store data from the sensor **/
-	DataPoint buffer[SENSOR_DATABUFSIZ];
-	/** Index of last point written in the data buffer **/
-	int write_index;
-	/** Number of points read **/
-	long points_read;
-	/** Number of points written to file **/
-	long points_written;
-	/** Binary file to write data into when buffer is full **/
-	FILE * file;
-	/** Number of data points stored in file **/
-	long points_stored;
-	/** Thread running the sensor **/
+	/** DataFile to store sensor values in **/
+	DataFile data_file;
+	/** Indicates whether the Sensor should record data **/
+	bool record_data;
+	/** Thread the Sensor is running in **/
 	pthread_t thread;
-	/** Mutex to protect access to stuff **/
-	pthread_mutex_t mutex;
+	/** Most recently recorded data **/
+	DataPoint newest_data;
 
-	
 } Sensor;
 
+// Structure to define the warning and error thresholds of the sensors
+typedef struct
+{
+	double max_error;
+	double min_error;
+	double max_warn;
+	double min_warn;
+} SensorThres;
 
+extern void Sensor_Init(); // One off initialisation of *all* sensors
 
+extern void Sensor_StartAll(const char * experiment_name); // Start all Sensors recording data
+extern void Sensor_StopAll(); // Stop all Sensors recording data
+extern void Sensor_Start(Sensor * s, const char * experiment_name); // Start a sensor recording datas
+extern void Sensor_Stop(Sensor * s); // Stop a Sensor from recording data
 
-extern void Sensor_Spawn(); // Initialise sensor
-extern void Sensor_Join(); //Join sensor threads
-extern void * Sensor_Main(void * args); // main loop for sensor thread; pass a Sensor* cast to void*
 
-extern int Sensor_Query(Sensor * s, DataPoint * buffer, int bufsiz); // fill buffer with sensor data
+extern void * Sensor_Loop(void * args); // Main loop for a thread that handles a Sensor
+extern bool Sensor_Read(Sensor * s, DataPoint * d); // Read a single DataPoint, indicating if it has changed since the last one
+extern void Sensor_CheckData(SensorId id, DataPoint * d); // Check a DataPoint
+extern Sensor * Sensor_Identify(const char * str); // Identify a Sensor from a string Id
 
-extern void Sensor_Handler(FCGIContext *context, char * params);
+extern void Sensor_Handler(FCGIContext *context, char * params); // Handle a FCGI request for Sensor data
 
 #endif //_SENSOR_H
 
+