cs_Config.h File Reference

#include <nrf_sdh_ble.h>
#include <protocol/cs_Typedefs.h>

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Macros
#define	CROWNSTONE_COMPANY_ID   0x038E
	Author: Crownstone Team Copyright: Crownstone (https://crownstone.rocks) Date: 4 Nov., 2014 Triple-license: LGPLv3+, Apache License, and/or MIT. More...
#define	CS_CONNECTION_PROTOCOL_VERSION   5
#define	DEFAULT_CHAR_VALUE_STRING_LENGTH   50
	maximum length of strings used for characteristic values More...
#define	MAX_STRING_STORAGE_SIZE   31
	define the maximum size for strings to be stored More...
#define	APP_TIMER_PRESCALER   0
	Priorities of the different peripherals. More...
#define	APP_TIMER_OP_QUEUE_SIZE   16
	Size of queues holding timer operations that are pending execution Meaning: amount of timers that can be started simultaneously. More...
#define	SCHED_MAX_EVENT_DATA_SIZE   (MAX(20, MAX(APP_TIMER_SCHED_EVENT_DATA_SIZE, NRF_SDH_BLE_EVT_BUF_SIZE)))
	Maximum size of scheduler events. More...
#define	SCHED_QUEUE_SIZE   32
	Maximum number of events in the scheduler queue. More...
#define	SCHEDULER_QUEUE_ALMOST_FULL   (SCHED_QUEUE_SIZE - 10)
#define	APP_BLE_CONN_CFG_TAG   1
#define	SEC_PARAM_TIMEOUT   30 /** < Timeout for Pairing Request or Security Request (in seconds). */
#define	SEC_PARAM_BOND   1 /** < Perform bonding. */
#define	SEC_PARAM_MITM   1 /** < Man In The Middle protection not required. */
#define	SEC_PARAM_IO_CAPABILITIES   BLE_GAP_IO_CAPS_DISPLAY_ONLY /** < No I/O capabilities. */
#define	SEC_PARAM_OOB   0 /** < Out Of Band data not available. */
#define	SEC_PARAM_MIN_KEY_SIZE   7 /** < Minimum encryption key size. */
#define	SEC_PARAM_MAX_KEY_SIZE   16 /** < Maximum encryption key size. */
#define	SECURITY_REQUEST_DELAY   1500
	Delay after connection until security request is sent, if necessary (ms). More...
#define	SWITCH_CLAIM_TIME_MS   2000
	Time that switch commands of other sources are ignored. More...
#define	MAX_SCHEDULE_ENTRIES   10
#define	SCHEDULE_BIG_TIME_JUMP   (75*60)
#define	CS_PWM_MAX_CHANNELS   2
#define	CS_PWM_TIMER   NRF_TIMER4
#define	CS_PWM_TIMER_IRQ   TIMER4_IRQHandler
#define	CS_PWM_IRQn   TIMER4_IRQn
#define	CS_PWM_INSTANCE_INDEX   TIMER4_INSTANCE_INDEX
#define	CS_PWM_TIMER_ID   4
#define	CS_PWM_TIMER_IRQ_PRIORITY   APP_IRQ_PRIORITY_HIGH
#define	CS_PWM_TIMER_FREQ   NRF_TIMER_FREQ_4MHz
#define	CS_ADC_TIMER   NRF_TIMER1
#define	CS_ADC_TIMER_IRQ   TIMER1_IRQHandler
#define	CS_ADC_TIMER_IRQn   TIMER1_IRQn
#define	CS_ADC_INSTANCE_INDEX   TIMER1_INSTANCE_INDEX
#define	CS_ADC_TIMER_ID   1
#define	CS_ADC_TIMER_FREQ   NRF_TIMER_FREQ_16MHz
#define	CS_PWM_PPI_CHANNEL_START   0
#define	CS_PWM_PPI_CHANNEL_COUNT   (1 + 2 * CS_PWM_MAX_CHANNELS)
#define	CS_ADC_PPI_CHANNEL_START   12
#define	CS_ADC_PPI_CHANNEL_COUNT   2
#define	CS_PWM_PPI_GROUP_START   0
#define	CS_PWM_PPI_GROUP_COUNT   0
#define	CS_ADC_PPI_GROUP_START   (CS_PWM_PPI_GROUP_START + CS_PWM_PPI_GROUP_COUNT)
#define	CS_ADC_PPI_GROUP_COUNT   0
#define	CS_ADC_GPIOTE_CHANNEL_START   0
#define	CS_ADC_GPIOTE_CHANNEL_COUNT   1
#define	CS_PWM_GPIOTE_CHANNEL_START   (CS_ADC_GPIOTE_CHANNEL_START + CS_ADC_GPIOTE_CHANNEL_COUNT)
#define	CS_PWM_GPIOTE_CHANNEL_COUNT   (CS_PWM_MAX_CHANNELS)
#define	CS_ADC_RESOLUTION   NRF_SAADC_RESOLUTION_12BIT
#define	CS_ADC_IRQ_PRIORITY   APP_IRQ_PRIORITY_HIGH
#define	CS_ADC_IRQ   SAADC_IRQHandler
#define	CS_WATCHDOG_PRIORITY   APP_IRQ_PRIORITY_HIGH
#define	CS_WATCHDOG_TIMEOUT_MS   60000
#define	CS_ADC_SAMPLE_INTERVAL_US   200
#define	CS_ADC_NUM_CHANNELS   2
#define	CS_ADC_NUM_SAMPLES_PER_CHANNEL   (20000 / CS_ADC_SAMPLE_INTERVAL_US)
#define	CS_ADC_NUM_BUFFERS   9
#define	CS_ADC_TIMEOUT_SAMPLES   2
#define	STORAGE_REQUEST_BUFFER_SIZE   5
#define	FACTORY_RESET_CODE   0xdeadbeef
#define	FACTORY_RESET_TIMEOUT   60000
#define	FACTORY_PROCESS_TIMEOUT   200
#define	ENCRYPTION_KEY_LENGTH   16
#define	BROWNOUT_TRIGGER_THRESHOLD   NRF_POWER_THRESHOLD_V27
#define	VOLTAGE_ZERO_EXP_AVG_DISCOUNT   20
#define	CURRENT_ZERO_EXP_AVG_DISCOUNT   100
#define	POWER_EXP_AVG_DISCOUNT   200
#define	POWER_SAMPLING_RMS_WINDOW_SIZE   9
#define	POWER_SAMPLING_CURVE_HALF_WINDOW_SIZE   5
#define	POWER_DIFF_THRESHOLD_PART   0.10f
#define	POWER_DIFF_THRESHOLD_MIN_WATT   10.0f
#define	NEGATIVE_POWER_THRESHOLD_WATT   -10.0f
#define	POWER_DIFF_THRESHOLD_PART_CS_ZERO   0.10f
#define	POWER_DIFF_THRESHOLD_MIN_WATT_CS_ZERO   15.0f
#define	NEGATIVE_POWER_THRESHOLD_WATT_CS_ZERO   -20.0f
#define	CURRENT_USAGE_THRESHOLD   (16000)
#define	CURRENT_USAGE_THRESHOLD_DIMMER   (1000)
#define	CURRENT_THRESHOLD_CONSECUTIVE   100
#define	CURRENT_THRESHOLD_DIMMER_CONSECUTIVE   20
#define	SWITCHCRAFT_THRESHOLD   (500000)
#define	PWM_PERIOD   10000L
#define	SWITCH_DELAYED_STORE_MS   (10 * 1000)
#define	STATE_RETRY_STORE_DELAY_MS   200
#define	MESH_SEND_TIME_INTERVAL_MS   (50 * 1000)
#define	MESH_SEND_TIME_INTERVAL_MS_VARIATION   (20 * 1000)
#define	MESH_SEND_STATE_INTERVAL_MS   (50 * 1000)
#define	MESH_SEND_STATE_INTERVAL_MS_VARIATION   (20 * 1000)
#define	MESH_SYNC_RETRY_INTERVAL_MS   (2500)
#define	MESH_SYNC_GIVE_UP_MS   (60 * 1000)
#define	CS_MESH_DEFAULT_TTL   10
#define	PWM_BOOT_DELAY_MS   60000
#define	DIMMER_BOOT_CHECK_DELAY_MS   5000
#define	DIMMER_BOOT_CHECK_POWER_MW   3000
#define	DIMMER_BOOT_CHECK_POWER_MW_UNCALIBRATED   10000
#define	DIMMER_SOFT_ON_SPEED   8
#define	MIN_CONNECTION_INTERVAL   6
#define	MAX_CONNECTION_INTERVAL   6
#define	CONNECTION_SUPERVISION_TIMEOUT   100
#define	SLAVE_LATENCY   0
#define	ADVERTISING_REFRESH_PERIOD   500
#define	ADVERTISING_REFRESH_PERIOD_SETUP   500
#define	EXTERNAL_STATE_LIST_COUNT   10
#define	EXTERNAL_STATE_TIMEOUT_MS   60000
#define	SWITCH_ON_AT_SETUP_BOOT_DELAY   3600
#define	SUN_TIME_THROTTLE_PERIOD_SECONDS   (60*60*24)
#define	CS_CLEAR_GPREGRET_COUNTER_TIMEOUT_S   60
#define	TICK_INTERVAL_MS   100
	Interval in milliseconds at which tick events are dispatched. More...
#define	CONFIG_POWER_ZERO_INVALID   0x7FFFFFFF
#define	STATE_SWITCH_STATE_DEFAULT   0
#define	STATE_ACCUMULATED_ENERGY_DEFAULT   0
#define	STATE_POWER_USAGE_DEFAULT   0
#define	STATE_RESET_COUNTER_DEFAULT   0
#define	STATE_OPERATION_MODE_DEFAULT   0
#define	STATE_TEMPERATURE_DEFAULT   0
#define	STATE_FACTORY_RESET_DEFAULT   0
#define	STATE_ERRORS_DEFAULT   0
#define	STATE_BEHAVIOUR_SETTINGS_DEFAULT   1
#define	STATE_BEHAVIOUR_MASTER_HASH_DEFAULT   0
#define	STATE_HUB_MODE_DEFAULT   0

Variables
static const uint32_t	SWITCHCRAFT_DOUBLE_TAP_TIMEOUT_MS = 1000
	If 2 switchcraft events happen within this time, it will be regarded as a double tap. More...
static const uint8_t	DEFAULT_DIM_VALUE = 40
	The default default dim value. More...

Macro Definition Documentation

ADVERTISING_REFRESH_PERIOD

#define ADVERTISING_REFRESH_PERIOD   500

ADVERTISING_REFRESH_PERIOD_SETUP

#define ADVERTISING_REFRESH_PERIOD_SETUP   500

APP_BLE_CONN_CFG_TAG

#define APP_BLE_CONN_CFG_TAG   1

APP_TIMER_OP_QUEUE_SIZE

#define APP_TIMER_OP_QUEUE_SIZE   16

Size of queues holding timer operations that are pending execution Meaning: amount of timers that can be started simultaneously.

APP_TIMER_PRESCALER

#define APP_TIMER_PRESCALER   0

Priorities of the different peripherals.

BROWNOUT_TRIGGER_THRESHOLD

#define BROWNOUT_TRIGGER_THRESHOLD   NRF_POWER_THRESHOLD_V27

CONFIG_POWER_ZERO_INVALID

#define CONFIG_POWER_ZERO_INVALID   0x7FFFFFFF

CONNECTION_SUPERVISION_TIMEOUT

#define CONNECTION_SUPERVISION_TIMEOUT   100

CROWNSTONE_COMPANY_ID

#define CROWNSTONE_COMPANY_ID   0x038E

Author: Crownstone Team Copyright: Crownstone (https://crownstone.rocks) Date: 4 Nov., 2014 Triple-license: LGPLv3+, Apache License, and/or MIT.

TODO: For now formatting is turned off, but the actual configurations should be:

• loaded from one single file, CMakeBuild.config.default
• configured in files like include/cfg/cs_StaticConfig.h.in, shared/cs_MemoryLayout.h.in, etc. This would make the values easier accessible when required (configuration time, build time, bootloader, firmware).

CS_ADC_GPIOTE_CHANNEL_COUNT

#define CS_ADC_GPIOTE_CHANNEL_COUNT   1

CS_ADC_GPIOTE_CHANNEL_START

#define CS_ADC_GPIOTE_CHANNEL_START   0

CS_ADC_INSTANCE_INDEX

#define CS_ADC_INSTANCE_INDEX   TIMER1_INSTANCE_INDEX

CS_ADC_IRQ

#define CS_ADC_IRQ   SAADC_IRQHandler

CS_ADC_IRQ_PRIORITY

#define CS_ADC_IRQ_PRIORITY   APP_IRQ_PRIORITY_HIGH

CS_ADC_NUM_BUFFERS

#define CS_ADC_NUM_BUFFERS   9

CS_ADC_NUM_CHANNELS

#define CS_ADC_NUM_CHANNELS   2

CS_ADC_NUM_SAMPLES_PER_CHANNEL

#define CS_ADC_NUM_SAMPLES_PER_CHANNEL   (20000 / CS_ADC_SAMPLE_INTERVAL_US)

CS_ADC_PPI_CHANNEL_COUNT

#define CS_ADC_PPI_CHANNEL_COUNT   2

CS_ADC_PPI_CHANNEL_START

#define CS_ADC_PPI_CHANNEL_START   12

CS_ADC_PPI_GROUP_COUNT

#define CS_ADC_PPI_GROUP_COUNT   0

CS_ADC_PPI_GROUP_START

#define CS_ADC_PPI_GROUP_START   (CS_PWM_PPI_GROUP_START + CS_PWM_PPI_GROUP_COUNT)

CS_ADC_RESOLUTION

#define CS_ADC_RESOLUTION   NRF_SAADC_RESOLUTION_12BIT

CS_ADC_SAMPLE_INTERVAL_US

#define CS_ADC_SAMPLE_INTERVAL_US   200

CS_ADC_TIMEOUT_SAMPLES

#define CS_ADC_TIMEOUT_SAMPLES   2

CS_ADC_TIMER

#define CS_ADC_TIMER   NRF_TIMER1

CS_ADC_TIMER_FREQ

#define CS_ADC_TIMER_FREQ   NRF_TIMER_FREQ_16MHz

CS_ADC_TIMER_ID

#define CS_ADC_TIMER_ID   1

CS_ADC_TIMER_IRQ

#define CS_ADC_TIMER_IRQ   TIMER1_IRQHandler

CS_ADC_TIMER_IRQn

#define CS_ADC_TIMER_IRQn   TIMER1_IRQn

CS_CLEAR_GPREGRET_COUNTER_TIMEOUT_S

#define CS_CLEAR_GPREGRET_COUNTER_TIMEOUT_S   60

CS_CONNECTION_PROTOCOL_VERSION

#define CS_CONNECTION_PROTOCOL_VERSION   5

CS_MESH_DEFAULT_TTL

#define CS_MESH_DEFAULT_TTL   10

CS_PWM_GPIOTE_CHANNEL_COUNT

#define CS_PWM_GPIOTE_CHANNEL_COUNT   (CS_PWM_MAX_CHANNELS)

CS_PWM_GPIOTE_CHANNEL_START

#define CS_PWM_GPIOTE_CHANNEL_START   (CS_ADC_GPIOTE_CHANNEL_START + CS_ADC_GPIOTE_CHANNEL_COUNT)

CS_PWM_INSTANCE_INDEX

#define CS_PWM_INSTANCE_INDEX   TIMER4_INSTANCE_INDEX

CS_PWM_IRQn

#define CS_PWM_IRQn   TIMER4_IRQn

CS_PWM_MAX_CHANNELS

#define CS_PWM_MAX_CHANNELS   2

CS_PWM_PPI_CHANNEL_COUNT

#define CS_PWM_PPI_CHANNEL_COUNT   (1 + 2 * CS_PWM_MAX_CHANNELS)

CS_PWM_PPI_CHANNEL_START

#define CS_PWM_PPI_CHANNEL_START   0

CS_PWM_PPI_GROUP_COUNT

#define CS_PWM_PPI_GROUP_COUNT   0

CS_PWM_PPI_GROUP_START

#define CS_PWM_PPI_GROUP_START   0

CS_PWM_TIMER

#define CS_PWM_TIMER   NRF_TIMER4

CS_PWM_TIMER_FREQ

#define CS_PWM_TIMER_FREQ   NRF_TIMER_FREQ_4MHz

CS_PWM_TIMER_ID

#define CS_PWM_TIMER_ID   4

CS_PWM_TIMER_IRQ

#define CS_PWM_TIMER_IRQ   TIMER4_IRQHandler

CS_PWM_TIMER_IRQ_PRIORITY

#define CS_PWM_TIMER_IRQ_PRIORITY   APP_IRQ_PRIORITY_HIGH

CS_WATCHDOG_PRIORITY

#define CS_WATCHDOG_PRIORITY   APP_IRQ_PRIORITY_HIGH

CS_WATCHDOG_TIMEOUT_MS

#define CS_WATCHDOG_TIMEOUT_MS   60000

CURRENT_THRESHOLD_CONSECUTIVE

#define CURRENT_THRESHOLD_CONSECUTIVE   100

CURRENT_THRESHOLD_DIMMER_CONSECUTIVE

#define CURRENT_THRESHOLD_DIMMER_CONSECUTIVE   20

CURRENT_USAGE_THRESHOLD

#define CURRENT_USAGE_THRESHOLD   (16000)

CURRENT_USAGE_THRESHOLD_DIMMER

#define CURRENT_USAGE_THRESHOLD_DIMMER   (1000)

CURRENT_ZERO_EXP_AVG_DISCOUNT

#define CURRENT_ZERO_EXP_AVG_DISCOUNT   100

DEFAULT_CHAR_VALUE_STRING_LENGTH

#define DEFAULT_CHAR_VALUE_STRING_LENGTH   50

maximum length of strings used for characteristic values

DIMMER_BOOT_CHECK_DELAY_MS

#define DIMMER_BOOT_CHECK_DELAY_MS   5000

DIMMER_BOOT_CHECK_POWER_MW

#define DIMMER_BOOT_CHECK_POWER_MW   3000

DIMMER_BOOT_CHECK_POWER_MW_UNCALIBRATED

#define DIMMER_BOOT_CHECK_POWER_MW_UNCALIBRATED   10000

DIMMER_SOFT_ON_SPEED

#define DIMMER_SOFT_ON_SPEED   8

ENCRYPTION_KEY_LENGTH

#define ENCRYPTION_KEY_LENGTH   16

EXTERNAL_STATE_LIST_COUNT

#define EXTERNAL_STATE_LIST_COUNT   10

EXTERNAL_STATE_TIMEOUT_MS

#define EXTERNAL_STATE_TIMEOUT_MS   60000

FACTORY_PROCESS_TIMEOUT

#define FACTORY_PROCESS_TIMEOUT   200

FACTORY_RESET_CODE

#define FACTORY_RESET_CODE   0xdeadbeef

FACTORY_RESET_TIMEOUT

#define FACTORY_RESET_TIMEOUT   60000

MAX_CONNECTION_INTERVAL

#define MAX_CONNECTION_INTERVAL   6

MAX_SCHEDULE_ENTRIES

#define MAX_SCHEDULE_ENTRIES   10

MAX_STRING_STORAGE_SIZE

#define MAX_STRING_STORAGE_SIZE   31

define the maximum size for strings to be stored

MESH_SEND_STATE_INTERVAL_MS

#define MESH_SEND_STATE_INTERVAL_MS   (50 * 1000)

MESH_SEND_STATE_INTERVAL_MS_VARIATION

#define MESH_SEND_STATE_INTERVAL_MS_VARIATION   (20 * 1000)

MESH_SEND_TIME_INTERVAL_MS

#define MESH_SEND_TIME_INTERVAL_MS   (50 * 1000)

MESH_SEND_TIME_INTERVAL_MS_VARIATION

#define MESH_SEND_TIME_INTERVAL_MS_VARIATION   (20 * 1000)

MESH_SYNC_GIVE_UP_MS

#define MESH_SYNC_GIVE_UP_MS   (60 * 1000)

MESH_SYNC_RETRY_INTERVAL_MS

#define MESH_SYNC_RETRY_INTERVAL_MS   (2500)

MIN_CONNECTION_INTERVAL

#define MIN_CONNECTION_INTERVAL   6

NEGATIVE_POWER_THRESHOLD_WATT

#define NEGATIVE_POWER_THRESHOLD_WATT   -10.0f

NEGATIVE_POWER_THRESHOLD_WATT_CS_ZERO

#define NEGATIVE_POWER_THRESHOLD_WATT_CS_ZERO   -20.0f

POWER_DIFF_THRESHOLD_MIN_WATT

#define POWER_DIFF_THRESHOLD_MIN_WATT   10.0f

POWER_DIFF_THRESHOLD_MIN_WATT_CS_ZERO

#define POWER_DIFF_THRESHOLD_MIN_WATT_CS_ZERO   15.0f

POWER_DIFF_THRESHOLD_PART

#define POWER_DIFF_THRESHOLD_PART   0.10f

POWER_DIFF_THRESHOLD_PART_CS_ZERO

#define POWER_DIFF_THRESHOLD_PART_CS_ZERO   0.10f

POWER_EXP_AVG_DISCOUNT

#define POWER_EXP_AVG_DISCOUNT   200

POWER_SAMPLING_CURVE_HALF_WINDOW_SIZE

#define POWER_SAMPLING_CURVE_HALF_WINDOW_SIZE   5

POWER_SAMPLING_RMS_WINDOW_SIZE

#define POWER_SAMPLING_RMS_WINDOW_SIZE   9

PWM_BOOT_DELAY_MS

#define PWM_BOOT_DELAY_MS   60000

PWM_PERIOD

#define PWM_PERIOD   10000L

SCHED_MAX_EVENT_DATA_SIZE

#define SCHED_MAX_EVENT_DATA_SIZE   (MAX(20, MAX(APP_TIMER_SCHED_EVENT_DATA_SIZE, NRF_SDH_BLE_EVT_BUF_SIZE)))

Maximum size of scheduler events.

TODO: NRF_SDH_BLE_EVT_BUF_SIZE is very large, examples don't use it. Maybe we can use a smaller size?

SCHED_QUEUE_SIZE

#define SCHED_QUEUE_SIZE   32

Maximum number of events in the scheduler queue.

The scheduler will require a buffer of size: (SCHED_MAX_EVENT_DATA_SIZE + APP_SCHED_EVENT_HEADER_SIZE) * (SCHED_QUEUE_SIZE + 1)

SCHEDULE_BIG_TIME_JUMP

#define SCHEDULE_BIG_TIME_JUMP   (75*60)

SCHEDULER_QUEUE_ALMOST_FULL

#define SCHEDULER_QUEUE_ALMOST_FULL   (SCHED_QUEUE_SIZE - 10)

SEC_PARAM_BOND

#define SEC_PARAM_BOND   1 /** < Perform bonding. */

SEC_PARAM_IO_CAPABILITIES

#define SEC_PARAM_IO_CAPABILITIES   BLE_GAP_IO_CAPS_DISPLAY_ONLY /** < No I/O capabilities. */

SEC_PARAM_MAX_KEY_SIZE

#define SEC_PARAM_MAX_KEY_SIZE   16 /** < Maximum encryption key size. */

SEC_PARAM_MIN_KEY_SIZE

#define SEC_PARAM_MIN_KEY_SIZE   7 /** < Minimum encryption key size. */

SEC_PARAM_MITM

#define SEC_PARAM_MITM   1 /** < Man In The Middle protection not required. */

SEC_PARAM_OOB

#define SEC_PARAM_OOB   0 /** < Out Of Band data not available. */

SEC_PARAM_TIMEOUT

#define SEC_PARAM_TIMEOUT   30 /** < Timeout for Pairing Request or Security Request (in seconds). */

SECURITY_REQUEST_DELAY

#define SECURITY_REQUEST_DELAY   1500

Delay after connection until security request is sent, if necessary (ms).

SLAVE_LATENCY

#define SLAVE_LATENCY   0

STATE_ACCUMULATED_ENERGY_DEFAULT

#define STATE_ACCUMULATED_ENERGY_DEFAULT   0

STATE_BEHAVIOUR_MASTER_HASH_DEFAULT

#define STATE_BEHAVIOUR_MASTER_HASH_DEFAULT   0

STATE_BEHAVIOUR_SETTINGS_DEFAULT

#define STATE_BEHAVIOUR_SETTINGS_DEFAULT   1

STATE_ERRORS_DEFAULT

#define STATE_ERRORS_DEFAULT   0

STATE_FACTORY_RESET_DEFAULT

#define STATE_FACTORY_RESET_DEFAULT   0

STATE_HUB_MODE_DEFAULT

#define STATE_HUB_MODE_DEFAULT   0

STATE_OPERATION_MODE_DEFAULT

#define STATE_OPERATION_MODE_DEFAULT   0

STATE_POWER_USAGE_DEFAULT

#define STATE_POWER_USAGE_DEFAULT   0

STATE_RESET_COUNTER_DEFAULT

#define STATE_RESET_COUNTER_DEFAULT   0

STATE_RETRY_STORE_DELAY_MS

#define STATE_RETRY_STORE_DELAY_MS   200

STATE_SWITCH_STATE_DEFAULT

#define STATE_SWITCH_STATE_DEFAULT   0

STATE_TEMPERATURE_DEFAULT

#define STATE_TEMPERATURE_DEFAULT   0

STORAGE_REQUEST_BUFFER_SIZE

#define STORAGE_REQUEST_BUFFER_SIZE   5

SUN_TIME_THROTTLE_PERIOD_SECONDS

#define SUN_TIME_THROTTLE_PERIOD_SECONDS   (60*60*24)

SWITCH_CLAIM_TIME_MS

#define SWITCH_CLAIM_TIME_MS   2000

Time that switch commands of other sources are ignored.

SWITCH_DELAYED_STORE_MS

#define SWITCH_DELAYED_STORE_MS   (10 * 1000)

SWITCH_ON_AT_SETUP_BOOT_DELAY

#define SWITCH_ON_AT_SETUP_BOOT_DELAY   3600

SWITCHCRAFT_THRESHOLD

#define SWITCHCRAFT_THRESHOLD   (500000)

TICK_INTERVAL_MS

#define TICK_INTERVAL_MS   100

Interval in milliseconds at which tick events are dispatched.

VOLTAGE_ZERO_EXP_AVG_DISCOUNT

#define VOLTAGE_ZERO_EXP_AVG_DISCOUNT   20

Variable Documentation

DEFAULT_DIM_VALUE

const uint8_t DEFAULT_DIM_VALUE = 40

static

The default default dim value.

SWITCHCRAFT_DOUBLE_TAP_TIMEOUT_MS

const uint32_t SWITCHCRAFT_DOUBLE_TAP_TIMEOUT_MS = 1000

static

If 2 switchcraft events happen within this time, it will be regarded as a double tap.