mirror of https://github.com/sfeakes/AqualinkD.git
261 lines
6.2 KiB
C
261 lines
6.2 KiB
C
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#ifndef AQUALINK_H_
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#define AQUALINK_H_
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#include <pthread.h>
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#include <stdbool.h>
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#include <stdint.h>
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#include "aq_serial.h"
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#include "aq_programmer.h"
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//#include "aq_panel.h" // Moved to later in file to overcome circular dependancy. (crappy I know)
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#define SIGRESTART SIGUSR1
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#ifdef AQ_NO_THREAD_NETSERVICE
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#define DEFAULT_POLL_SPEED -1
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#define DEFAULT_POLL_SPEED_NON_THREADDED 2
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#endif
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#define TIME_CHECK_INTERVAL 3600
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//#define TIME_CHECK_INTERVAL 100 // DEBUG ONLY
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#define ACCEPTABLE_TIME_DIFF 120
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// Use these settings to test time
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//#define TIME_CHECK_INTERVAL 100
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//#define ACCEPTABLE_TIME_DIFF 10
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#define MAX_ZERO_READ_BEFORE_RECONNECT_NONBLOCKING 100000 // 10k normally
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#define MAX_ZERO_READ_BEFORE_RECONNECT_BLOCKING (25 / (SERIAL_BLOCKING_TIME / 10) ) // Want this to be 25 seconds, so it's depdand on how long the serial blocking is
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// Time in ms to delay between read requests in non blocking serial port. Have to set something to stop CPU spiking.
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#define NONBLOCKING_SERIAL_DELAY 2
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// The below will change state of devices before that are actually set on the control panel, this helps
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// with duplicate messages that come in quick succession that can catch the state before it happens.
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#define PRESTATE_ONOFF
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#define PRESTATE_SWG_SETPOINT
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//#define PRESTATE_HEATER_SETPOINT // This one is not implimented yet
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void intHandler(int dummy);
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#ifdef AQ_PDA
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bool checkAqualinkTime(); // Only need to externalise this for PDA
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#endif
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// There are cases where SWG will read 80% in allbutton and 0% in onetouch/aqualinktouch, this will compile that in or out
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//#define READ_SWG_FROM_EXTENDED_ID
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//#define TOTAL_BUTTONS 12
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/*
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#ifndef AQ_RS16
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#define TOTAL_BUTTONS 12
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#else
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#define TOTAL_BUTTONS 20
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#define RS16_VBUTTONS_START 13 // RS16 panel has 4 buttons with no LED's, so list them for manual matching to RS messages
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#define RS16_VBUTTONS_END 16 // RS16 panel has 4 buttons with no LED's, so list them for manual matching to RS messages
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#endif
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*/
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#define TEMP_UNKNOWN -999
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#define TEMP_REFRESH -998
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//#define UNKNOWN TEMP_UNKNOWN
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#define DATE_STRING_LEN 30
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#define MAX_PUMPS 4
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#define MAX_LIGHTS 4
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enum {
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FAHRENHEIT,
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CELSIUS,
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UNKNOWN
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};
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typedef struct aqualinkkey
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{
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//int number;
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//aqledstate *state;
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aqled *led;
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char *label;
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char *name;
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//#ifdef AQ_PDA
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// char *pda_label;
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//#endif
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unsigned char code;
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int dz_idx;
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uint8_t special_mask;
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} aqkey;
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// special_mask for above aqualinkkey structure.
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#define VS_PUMP (1 << 0)
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#define PROGRAM_LIGHT (1 << 1)
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#define TIMER_ACTIVE (1 << 2)
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//#define DIMMER_LIGHT (1 << 3) // NOT USED YET
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//typedef struct ProgramThread ProgramThread; // Definition is later
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struct programmingthread {
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pthread_t *thread_id;
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pthread_mutex_t thread_mutex;
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pthread_cond_t thread_cond;
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program_type ptype;
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//void *thread_args;
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};
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typedef enum action_type {
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NO_ACTION = -1,
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POOL_HTR_SETOINT,
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SPA_HTR_SETOINT,
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FREEZE_SETPOINT,
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SWG_SETPOINT,
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SWG_BOOST,
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PUMP_RPM,
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PUMP_VSPROGRAM,
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POOL_HTR_INCREMENT, // Setpoint add value (can be negative)
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SPA_HTR_INCREMENT, // Setpoint add value
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ON_OFF,
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TIMER,
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LIGHT_MODE,
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DATE_TIME
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} action_type;
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struct action {
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action_type type;
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time_t requested;
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int value;
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int id; // Only used for Pumps at the moment.
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//char value[10];
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};
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// Moved to aq_programmer to stop circular dependancy
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/*
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typedef enum pump_type {
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PT_UNKNOWN = -1,
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EPUMP,
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VSPUMP,
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VFPUMP
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} pump_type;
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*/
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#define PUMP_PRIMING -1
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#define PUMP_OFFLINE -2
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#define PUMP_ERROR -3
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#define PUMP_OFF_RPM 0
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#define PUMP_OFF_GPM PUMP_OFF_RPM
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#define PUMP_OFF_WAT PUMP_OFF_RPM
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typedef struct pumpd
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{
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int rpm;
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int gpm;
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int watts;
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unsigned char pumpID;
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int pumpIndex;
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pump_type pumpType;
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//int buttonID;
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protocolType prclType;
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aqkey *button;
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//bool updated;
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} pump_detail;
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// color light modes (Aqualink program, Jandy, Jandy LED, SAm/SAL, Color Logic, Intellibrite)
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typedef enum clight_type {
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LC_PROGRAMABLE=0,
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LC_JANDY,
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LC_JANDYLED,
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LC_SAL,
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LC_CLOGIG,
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LC_INTELLIB,
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LC_DIMMER,
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NUMBER_LIGHT_COLOR_TYPES // This is used to size and count so add more prior to this
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} clight_type;
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typedef enum {
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NET_MQTT=0,
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NET_API,
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NET_WS,
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NET_DZMQTT} request_source;
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typedef struct clightd
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{
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clight_type lightType;
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aqkey *button;
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} clight_detail;
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#include "aq_panel.h"
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struct aqualinkdata
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{
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char version[AQ_MSGLEN*2];
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char revision[AQ_MSGLEN];
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char date[AQ_MSGLEN];
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char time[AQ_MSGLEN];
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char last_message[AQ_MSGLONGLEN+1]; // Last ascii message from panel - allbutton (or PDA) protocol
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char last_display_message[AQ_MSGLONGLEN+1]; // Last message to display in web UI
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aqled aqualinkleds[TOTAL_LEDS];
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aqkey aqbuttons[TOTAL_BUTTONS];
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unsigned short total_buttons;
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int air_temp;
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int pool_temp;
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int spa_temp;
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int temp_units;
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//bool single_device; // Pool or Spa only, not Pool & Spa (Thermostat setpoints are different)
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int battery;
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int frz_protect_set_point;
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int pool_htr_set_point;
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int spa_htr_set_point;
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int swg_percent;
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int swg_ppm;
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unsigned char ar_swg_device_status; // Actual state
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aqledstate swg_led_state; // Display state for UI's
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aqledstate service_mode_state;
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aqledstate frz_protect_state;
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int num_pumps;
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pump_detail pumps[MAX_PUMPS];
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int num_lights;
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clight_detail lights[MAX_LIGHTS];
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bool boost;
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char boost_msg[10];
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float ph;
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int orp;
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// Below this line is not state related. (Future just do a mem compare for change)
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//aqkey *orderedbuttons[TOTAL_BUTTONS]; // Future to reduce RS4,6,8,12,16 & spa buttons
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//unsigned short total_ordered_buttons;
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unsigned char last_packet_type;
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int swg_delayed_percent;
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bool simulate_panel;
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bool aqManagerActive;
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int open_websockets;
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struct programmingthread active_thread;
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struct action unactioned;
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unsigned char raw_status[AQ_PSTLEN];
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// Multiple threads update this value.
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volatile bool updated;
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#ifdef AQ_MANAGER
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volatile bool run_slogger;
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#endif
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#ifdef AQ_RS16
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int rs16_vbutton_start;
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int rs16_vbutton_end;
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#endif
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#ifdef AQ_PDA
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int pool_heater_index;
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int spa_heater_index;
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int solar_heater_index;
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#endif
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// Timing for DEBUG
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#ifdef AQ_DEBUG
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struct timespec last_active_time;
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struct timespec start_active_time;
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#endif
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};
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#endif
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