Documentazione del codice¶

The C++ API documentation is also available as doxgen documentation.

union addr16_t¶

Public Members

uint8_t *bptr¶

uint16_t *wptr¶

uint16_t word¶

uint8_t bytes[2]¶

struct bin_value_t¶

Public Members

uint16_t sample¶: last sample

uint16_t med¶: average values of observations

uint16_t sigma¶: standard deviation of observations

class BitBangedSPI¶

Public Functions

inline void begin()¶

inline void beginTransaction(SPISettings settings)¶

inline void end()¶

inline uint8_t transfer(uint8_t b)¶

Private Members

unsigned long pulseWidth¶

struct configuration_t¶

#include <i2c-leaf.h>

EEPROM saved configuration.

Public Members

uint8_t module_version¶: module version

uint8_t module_type¶: module type

uint8_t i2c_address¶: i2c address

bool is_oneshot¶: enable or disable oneshot mode

bool is_continuous¶: enable or disable continuous mode

uint16_t leaf_calibration_min¶

uint16_t leaf_calibration_max¶

float adc_voltage_offset_1¶

float adc_voltage_offset_2¶

float adc_voltage_min¶

float adc_voltage_max¶

uint8_t module_main_version¶: module main version

uint8_t module_configuration_version¶: module configuration version

uint16_t tipping_bucket_time_ms¶: Tipping bucket time in milliseconds.

uint8_t rain_for_tip¶: How much mm of rain for one tip of tipping bucket rain gauge.

sensor_conf_t sensors[2]¶: sensors configurations

sensor_t sensors[SENSORS_MAX]: SensorDriver buffer for storing sensors parameter.

uint8_t sensors_count¶: configured sensors number

uint16_t report_seconds¶: seconds for report values

constantdata_t constantdata[USE_CONSTANTDATA_COUNT]¶: Constantdata buffer for storing constant station data parameter.

uint8_t constantdata_count¶: configured constantdata number

bool is_dhcp_enable¶: dhcp status

uint8_t ethernet_mac[ETHERNET_MAC_LENGTH]¶: ethernet mac

uint8_t ip[ETHERNET_IP_LENGTH]¶: ip address

uint8_t netmask[ETHERNET_IP_LENGTH]¶: netmask

uint8_t gateway[ETHERNET_IP_LENGTH]¶: gateway

uint8_t primary_dns[ETHERNET_IP_LENGTH]¶: primary dns

struct constantdata_t¶

Public Members

char btable[CONSTANTDATA_BTABLE_LENGTH]¶: table B code for constant station data

char value[CONSTANTDATA_VALUE_LENGTH]¶: value of constant station data

struct DIR¶

Public Members

WORD index¶

BYTE *fn¶

CLUST sclust¶

CLUST clust¶

DWORD sect¶

struct FatFileDesc¶

Public Members

uint32_t firstFatBlock¶

uint32_t dataBlock¶

uint8_t blocksPerCluster¶

struct FATFS¶

Public Members

BYTE fs_type¶

BYTE flag¶

BYTE csize¶

BYTE pad1¶

WORD n_rootdir¶

CLUST n_fatent¶

DWORD fatbase¶

DWORD dirbase¶

DWORD database¶

DWORD fptr¶

DWORD fsize¶

CLUST org_clust¶

CLUST curr_clust¶

DWORD dsect¶

struct FILINFO¶

Public Members

DWORD fsize¶

WORD fdate¶

WORD ftime¶

BYTE fattrib¶

char fname[13]¶

struct float_observation_t¶

Public Members

float med[OBSERVATION_COUNT]¶: buffer containing the mean values calculated on a one sample buffer respectively

uint16_t count¶: number of observations

float *read_ptr¶: reader pointer to buffer (read observations for calculate report value)

float *write_ptr¶: writer pointer to buffer (add new observation)

struct ihex_state¶

Public Members

ihex_address_t address¶

ihex_segment_t segment¶

ihex_flags_t flags¶

uint8_t line_length¶

uint8_t length¶

uint8_t data[IHEX_LINE_MAX_LENGTH + 1]¶

struct leaf_wetness_t¶

#include <i2c-leaf.h>

Leaf wetness data.

Public Members

float timer¶: timer in seconds that indicates wet leaf

struct observation_t¶

#include <i2c-opc.h>

Observations values for opc.

Observations values for temperature and humidity NOT USED / typedef struct { int32_t values[OBSERVATION_COUNT]; //!< buffer containing the mean values calculated on a one sample buffer respectively uint16_t count; //!< number of observations uint32_t *read_ptr; //!< reader pointer to buffer (read observations for calculate report value) uint32_t *write_ptr; //!< writer pointer to buffer (add new observation) } observation_t;.

/********************************************************************* TYPEDEF for Finite State Machine

struct param¶

Public Members

uint8_t devicecode¶

uint8_t revision¶

uint8_t progtype¶

uint8_t parmode¶

uint8_t polling¶

uint8_t selftimed¶

uint8_t lockbytes¶

uint8_t fusebytes¶

uint8_t flashpoll¶

uint16_t eeprompoll¶

uint16_t pagesize¶

uint16_t eepromsize¶

uint32_t flashsize¶

struct pm_value_t¶

Public Members

float sample¶: last sample

float med¶: average values of observations

float sigma¶: standard deviation of observations

struct readable_data_t¶

#include <i2c-leaf.h>

Readable data through i2c bus.

Public Members

uint8_t module_type¶

module version

module type

uint8_t module_version¶: module type

leaf_wetness_t leaf_wetness¶: leaf wetness data for report

float pm_sample[OPCXX_PM_LENGTH]¶

float pm_med[OPCXX_PM_LENGTH]¶

float pm_sigma[OPCXX_PM_LENGTH]¶

uint16_t bins_med[OPCN3_BINS_LENGTH]¶

uint16_t bins_sigma[OPCN3_BINS_LENGTH]¶

pm_value_t pm1¶: pm1 data for report

pm_value_t pm25¶: pm25 data for report

pm_value_t pm10¶: pm10 data for report

bin_value_t bins[OPC_BINS_LENGTH]¶: bins array data for report

report_t solar_radiation¶

uint8_t module_main_version¶: module main version

uint8_t module_minor_version¶: module minor version

rain_t rain¶: rain data

value_t temperature¶: temperature data for report

value_t humidity¶: humidity data for report

report_t thr¶

report_t wind¶

struct report_t¶

#include <i2c-radiation.h>

report data.

Public Members

float avg¶

float rain_tips¶

float rain¶

float sample_temperature¶

float sample_humidity¶

float ist_temperature¶

float ist_humidity¶

float min_temperature¶

float min_humidity¶

float avg_temperature¶

float avg_humidity¶

float max_temperature¶

float max_humidity¶

float sigma_temperature¶

float sigma_humidity¶

float vavg10_speed¶

float vavg10_direction¶

float vavg_speed¶

float vavg_direction¶

float peak_gust_speed¶

float long_gust_speed¶

float avg_speed¶

float class_1¶

float class_2¶

float class_3¶

float class_4¶

float class_5¶

float class_6¶

float peak_gust_direction¶

float long_gust_direction¶

struct sample_t¶

#include <i2c-opc.h>

Samples values for measured opc data.

samples data

Public Members

float values¶: buffer containing the measured samples

uint8_t count¶

number of good samples

samples counter

uint8_t error_count¶: number of bad samples

float value[SAMPLES_COUNT]¶: samples buffer

uint16_t count: samples counter

float *read_ptr¶: reader pointer

float *write_ptr¶: writer pointer

int32_t values[SAMPLES_COUNT_MAX]: samples buffer

int32_t *read_ptr: reader pointer

int32_t *write_ptr: writer pointer

struct sensor_conf_t¶

Public Members

char type[4]¶: sensor type

uint8_t i2c_address¶: i2c address of sensor

struct sensor_t¶: #include <i2c-th.h>
sensors configuration.

struct sensordata_t¶: #include <stima.h>
constant station data (station name, station height ...) parameters.

class SPISettings¶

Public Functions

inline SPISettings(uint32_t clock, uint8_t bitOrder, uint8_t dataMode)¶

Private Members

uint32_t clock¶

Friends

friend class BitBangedSPI

struct uint16_observation_t¶

Public Members

uint16_t med[OBSERVATION_COUNT]¶: buffer containing the mean values calculated on a one sample buffer respectively

uint16_t count¶: number of observations

uint16_t *read_ptr¶: reader pointer to buffer (read observations for calculate report value)

uint16_t *write_ptr¶: writer pointer to buffer (add new observation)

struct writable_data_t¶

#include <i2c-leaf.h>

Writable data through i2c bus.

Public Members

uint8_t i2c_address¶: i2c address

bool is_oneshot¶: enable or disable oneshot mode

bool is_continuous¶: enable or disable continuous mode

float adc_voltage_offset_1¶

float adc_voltage_offset_2¶

float adc_voltage_min¶

float adc_voltage_max¶

uint16_t tipping_bucket_time_ms¶: Tipping bucket time in milliseconds.

uint8_t rain_for_tip¶: How much mm of rain for one tip of tipping bucket rain gauge.

sensor_conf_t sensors[2]¶: sensors configurations

file index.md

file ArduinoISP.ino

#include "Arduino.h"

Defines

PROG_FLICKER¶

SPI_CLOCK¶

RESET¶

LED_HB¶

LED_ERR¶

LED_PMODE¶

PIN_MOSI¶

PIN_MISO¶

PIN_SCK¶

SERIAL¶

BAUDRATE¶

HWVER¶

SWMAJ¶

SWMIN¶

STK_OK¶

STK_FAILED¶

STK_UNKNOWN¶

STK_INSYNC¶

STK_NOSYNC¶

CRC_EOP¶

SPI_MODE0¶

beget16(addr)¶

PTIME¶

EECHUNK¶

Typedefs

typedef struct param parameter¶

Functions

void pulse(int pin, int times)¶

void setup()¶

Arduino setup function. Init watchdog, hardware, debug, buffer and load configuration stored in EEPROM.

Return: void.

void heartbeat()¶

void reset_target(bool reset)¶

void loop(void)¶

Arduino loop function. First, initialize tasks and sensors, then execute the tasks and activates the power down if no task is running.

Return: void.

uint8_t getch()¶

void fill(int n)¶

void prog_lamp(int state)¶

uint8_t spi_transaction(uint8_t a, uint8_t b, uint8_t c, uint8_t d)¶

void empty_reply()¶

void breply(uint8_t b)¶

void get_version(uint8_t c)¶

void set_parameters()¶

void start_pmode()¶

void end_pmode()¶

void universal()¶

void flash(uint8_t hilo, unsigned int addr, uint8_t data)¶

void commit(unsigned int addr)¶

unsigned int current_page()¶

void write_flash(int length)¶

uint8_t write_flash_pages(int length)¶

uint8_t write_eeprom(unsigned int length)¶

uint8_t write_eeprom_chunk(unsigned int start, unsigned int length)¶

void program_page()¶

uint8_t flash_read(uint8_t hilo, unsigned int addr)¶

char flash_read_page(int length)¶

char eeprom_read_page(int length)¶

void read_page()¶

void read_signature()¶

void avrisp()¶

Variables

static BitBangedSPI SPI¶

int error = 0¶

int pmode = 0¶

unsigned int here¶

uint8_t buff[256]¶

parameter param

uint8_t hbval = 128¶

int8_t hbdelta = 8¶

static bool rst_active_high¶

file baudcheck.c

Variables

bpsx =BAUD_RATEbps=${bpsx/L/}bps=${bps/U/}fcpux=F_CPUfcpu=${fcpux/L/}fcpu=${fcpu/U/}BAUD_SETTING=$(( ( ($fcpu + $bps * 4) / (($bps * 8))) - 1 ))BAUD_ACTUAL=$(( ($fcpu/(8 * (($BAUD_SETTING)+1))) ))BAUD_ERROR=$(( (( 100*($BAUD_ACTUAL - $bps) ) / $bps) ))ERR_TS=$(( ((( 1000*($BAUD_ACTUAL - $bps) ) / $bps) - $BAUD_ERROR * 10) ))ERR_TENTHS=$(( ERR_TS > 0 ? ERR_TS: -ERR_TS ))echo BAUD RATE CHECK: Desired: $bps

Real __pad0__¶

Real UBRRL = $BAUD_SETTING¶

file baudcheck.c

Variables

bpsx =BAUD_RATEbps=${bpsx/L/}bps=${bps/U/}fcpux=F_CPUfcpu=${fcpux/L/}fcpu=${fcpu/U/}BAUD_SETTING=$(( ( ($fcpu + $bps * 4) / (($bps * 8))) - 1 ))BAUD_ACTUAL=$(( ($fcpu/(8 * (($BAUD_SETTING)+1))) ))BAUD_ERROR=$(( (( 100*($BAUD_ACTUAL - $bps) ) / $bps) ))ERR_TS=$(( ((( 1000*($BAUD_ACTUAL - $bps) ) / $bps) - $BAUD_ERROR * 10) ))ERR_TENTHS=$(( ERR_TS > 0 ? ERR_TS: -ERR_TS ))echo BAUD RATE CHECK: Desired: $bps

Real __pad0__

Real UBRRL = $BAUD_SETTING

file boot.h

#include <avr/eeprom.h>#include <avr/io.h>#include <inttypes.h>#include <limits.h>

Defines

BOOTLOADER_SECTION¶: Used to declare a function or variable to be placed into a new section called .bootloader. This section and its contents can then be relocated to any address (such as the bootloader NRWW area) at link-time.

__COMMON_ASB¶

__COMMON_ASRE¶

BLB12¶

BLB11¶

BLB02¶

BLB01¶

boot_spm_interrupt_enable()¶: Enable the SPM interrupt.

boot_spm_interrupt_disable()¶: Disable the SPM interrupt.

boot_is_spm_interrupt()¶: Check if the SPM interrupt is enabled.

boot_rww_busy()¶: Check if the RWW section is busy.

boot_spm_busy()¶: Check if the SPM instruction is busy.

boot_spm_busy_wait()¶: Wait while the SPM instruction is busy.

__BOOT_PAGE_ERASE¶

__BOOT_PAGE_WRITE¶

__BOOT_PAGE_FILL¶

__BOOT_RWW_ENABLE¶

__BOOT_LOCK_BITS_SET¶

__boot_page_fill_short(address, data)¶

__boot_page_fill_normal(address, data)¶

__boot_page_fill_alternate(address, data)¶

__boot_page_fill_extended(address, data)¶

__boot_page_fill_extended_short(address, data)¶

__boot_page_erase_short(address)¶

__boot_page_erase_normal(address)¶

__boot_page_erase_alternate(address)¶

__boot_page_erase_extended(address)¶

__boot_page_erase_extended_short(address)¶

__boot_page_write_short(address)¶

__boot_page_write_normal(address)¶

__boot_page_write_alternate(address)¶

__boot_page_write_extended(address)¶

__boot_page_write_extended_short(address)¶

__boot_rww_enable_short()¶

__boot_rww_enable()¶

__boot_rww_enable_alternate()¶

__boot_lock_bits_set_short(lock_bits)¶

__boot_lock_bits_set(lock_bits)¶

__boot_lock_bits_set_alternate(lock_bits)¶

GET_LOW_FUSE_BITS¶: address to read the low fuse bits, using boot_lock_fuse_bits_get

GET_LOCK_BITS¶: address to read the lock bits, using boot_lock_fuse_bits_get

GET_EXTENDED_FUSE_BITS¶: address to read the extended fuse bits, using boot_lock_fuse_bits_get

GET_HIGH_FUSE_BITS¶: address to read the high fuse bits, using boot_lock_fuse_bits_get

boot_lock_fuse_bits_get_short(address)¶

boot_lock_fuse_bits_get(address)¶

Read the lock or fuse bits at address.

Parameter address can be any of GET_LOW_FUSE_BITS, GET_LOCK_BITS, GET_EXTENDED_FUSE_BITS, or GET_HIGH_FUSE_BITS.

Note: The lock and fuse bits returned are the physical values, i.e. a bit returned as 0 means the corresponding fuse or lock bit is programmed.

__BOOT_SIGROW_READ¶

boot_signature_byte_get_short(addr)¶

boot_signature_byte_get(addr)¶

Read the Signature Row byte at address. For some MCU types, this function can also retrieve the factory-stored oscillator calibration bytes.

Parameter address can be 0-0x1f as documented by the datasheet.

Note: The values are MCU type dependent.

boot_page_fill(address, data)¶

Fill the bootloader temporary page buffer for flash address with data word.

Note: The address is a byte address. The data is a word. The AVR writes data to the buffer a word at a time, but addresses the buffer per byte! So, increment your address by 2 between calls, and send 2 data bytes in a word format! The LSB of the data is written to the lower address; the MSB of the data is written to the higher address.

boot_page_erase(address)¶

Erase the flash page that contains address.

Note: address is a byte address in flash, not a word address.

boot_page_write(address)¶

Write the bootloader temporary page buffer to flash page that contains address.

Note: address is a byte address in flash, not a word address.

boot_rww_enable()¶: Enable the Read-While-Write memory section.

boot_lock_bits_set(lock_bits)¶

Set the bootloader lock bits.

For example, to disallow the SPM instruction from writing to the Boot Loader memory section of flash, you would use this macro as such:

Note

In this context, a 'set bit' will be written to a zero value. Note also that only BLBxx bits can be programmed by this command.

Parameters

lock_bits: A mask of which Boot Loader Lock Bits to set.

boot_lock_bits_set (_BV (BLB11));

Note: Like any lock bits, the Boot Loader Lock Bits, once set, cannot be cleared again except by a chip erase which will in turn also erase the boot loader itself.

boot_page_fill_safe(address, data)¶: Same as boot_page_fill() except it waits for eeprom and spm operations to complete before filling the page.

boot_page_erase_safe(address)¶: Same as boot_page_erase() except it waits for eeprom and spm operations to complete before erasing the page.

boot_page_write_safe(address)¶: Same as boot_page_write() except it waits for eeprom and spm operations to complete before writing the page.

boot_rww_enable_safe()¶: Same as boot_rww_enable() except waits for eeprom and spm operations to complete before enabling the RWW mameory.

boot_lock_bits_set_safe(lock_bits)¶: Same as boot_lock_bits_set() except waits for eeprom and spm operations to complete before setting the lock bits.

file boot.h

#include <avr/eeprom.h>#include <avr/io.h>#include <inttypes.h>#include <limits.h>

Defines

BOOTLOADER_SECTION: Used to declare a function or variable to be placed into a new section called .bootloader. This section and its contents can then be relocated to any address (such as the bootloader NRWW area) at link-time.

__COMMON_ASB

__COMMON_ASRE

BLB12

BLB11

BLB02

BLB01

boot_spm_interrupt_enable(): Enable the SPM interrupt.

boot_spm_interrupt_disable(): Disable the SPM interrupt.

boot_is_spm_interrupt(): Check if the SPM interrupt is enabled.

boot_rww_busy(): Check if the RWW section is busy.

boot_spm_busy(): Check if the SPM instruction is busy.

boot_spm_busy_wait(): Wait while the SPM instruction is busy.

__BOOT_PAGE_ERASE

__BOOT_PAGE_WRITE

__BOOT_PAGE_FILL

__BOOT_RWW_ENABLE

__BOOT_LOCK_BITS_SET

__boot_page_fill_short(address, data)

__boot_page_fill_normal(address, data)

__boot_page_fill_alternate(address, data)

__boot_page_fill_extended(address, data)

__boot_page_fill_extended_short(address, data)

__boot_page_erase_short(address)

__boot_page_erase_normal(address)

__boot_page_erase_alternate(address)

__boot_page_erase_extended(address)

__boot_page_erase_extended_short(address)

__boot_page_write_short(address)

__boot_page_write_normal(address)

__boot_page_write_alternate(address)

__boot_page_write_extended(address)

__boot_page_write_extended_short(address)

__boot_rww_enable_short()

__boot_rww_enable()

__boot_rww_enable_alternate()

__boot_lock_bits_set_short(lock_bits)

__boot_lock_bits_set(lock_bits)

__boot_lock_bits_set_alternate(lock_bits)

GET_LOW_FUSE_BITS: address to read the low fuse bits, using boot_lock_fuse_bits_get

GET_LOCK_BITS: address to read the lock bits, using boot_lock_fuse_bits_get

GET_EXTENDED_FUSE_BITS: address to read the extended fuse bits, using boot_lock_fuse_bits_get

GET_HIGH_FUSE_BITS: address to read the high fuse bits, using boot_lock_fuse_bits_get

boot_lock_fuse_bits_get_short(address)

boot_lock_fuse_bits_get(address)

Read the lock or fuse bits at address.

Parameter address can be any of GET_LOW_FUSE_BITS, GET_LOCK_BITS, GET_EXTENDED_FUSE_BITS, or GET_HIGH_FUSE_BITS.

Note: The lock and fuse bits returned are the physical values, i.e. a bit returned as 0 means the corresponding fuse or lock bit is programmed.

__BOOT_SIGROW_READ

boot_signature_byte_get_short(addr)

boot_signature_byte_get(addr)

Read the Signature Row byte at address. For some MCU types, this function can also retrieve the factory-stored oscillator calibration bytes.

Parameter address can be 0-0x1f as documented by the datasheet.

Note: The values are MCU type dependent.

boot_page_fill(address, data)

Fill the bootloader temporary page buffer for flash address with data word.

Note: The address is a byte address. The data is a word. The AVR writes data to the buffer a word at a time, but addresses the buffer per byte! So, increment your address by 2 between calls, and send 2 data bytes in a word format! The LSB of the data is written to the lower address; the MSB of the data is written to the higher address.

boot_page_erase(address)

Erase the flash page that contains address.

Note: address is a byte address in flash, not a word address.

boot_page_write(address)

Write the bootloader temporary page buffer to flash page that contains address.

Note: address is a byte address in flash, not a word address.

boot_rww_enable(): Enable the Read-While-Write memory section.

boot_lock_bits_set(lock_bits)

Set the bootloader lock bits.

For example, to disallow the SPM instruction from writing to the Boot Loader memory section of flash, you would use this macro as such:

Note

In this context, a 'set bit' will be written to a zero value. Note also that only BLBxx bits can be programmed by this command.

Parameters

lock_bits: A mask of which Boot Loader Lock Bits to set.

boot_lock_bits_set (_BV (BLB11));

Note: Like any lock bits, the Boot Loader Lock Bits, once set, cannot be cleared again except by a chip erase which will in turn also erase the boot loader itself.

boot_page_fill_safe(address, data): Same as boot_page_fill() except it waits for eeprom and spm operations to complete before filling the page.

boot_page_erase_safe(address): Same as boot_page_erase() except it waits for eeprom and spm operations to complete before erasing the page.

boot_page_write_safe(address): Same as boot_page_write() except it waits for eeprom and spm operations to complete before writing the page.

boot_rww_enable_safe(): Same as boot_rww_enable() except waits for eeprom and spm operations to complete before enabling the RWW mameory.

boot_lock_bits_set_safe(lock_bits): Same as boot_lock_bits_set() except waits for eeprom and spm operations to complete before setting the lock bits.

file diskio.c

#include "pff/src/pff.h"#include "pff/src/diskio.h"

Defines

CMD0¶

CMD1¶

ACMD41¶

CMD8¶

CMD16¶

CMD17¶

CMD24¶

CMD55¶

CMD58¶

CT_MMC¶

CT_SD1¶

CT_SD2¶

CT_BLOCK¶

Functions

void init_spi(void)¶

Init SPI library.

Return: void.

void deselect(void)¶

void select(void)¶

void xmit_spi(BYTE d)¶

BYTE rcv_spi(void)¶

void dly_100us(void)¶

static BYTE send_cmd(BYTE cmd, DWORD arg)¶

DSTATUS disk_initialize(void)¶

DRESULT disk_readp(BYTE *buff, DWORD sector, UINT offset, UINT count)¶

Variables

static BYTE CardType¶

file diskio.c

#include "diskio.h"

Functions

DSTATUS disk_initialize(void)

DRESULT disk_readp(BYTE *buff, DWORD sector, UINT offset, UINT count)

DRESULT disk_writep(BYTE *buff, DWORD sc)¶

file diskio.c

#include "pff/src/pff.h"#include "pff/src/diskio.h"

Defines

CMD0

CMD1

ACMD41

CMD8

CMD16

CMD17

CMD24

CMD55

CMD58

CT_MMC

CT_SD1

CT_SD2

CT_BLOCK

Functions

void init_spi(void)

Init SPI library.

Return: void.

void deselect(void)

void select(void)

void xmit_spi(BYTE d)

BYTE rcv_spi(void)

void dly_100us(void)

static BYTE send_cmd(BYTE cmd, DWORD arg)

DSTATUS disk_initialize(void)

DRESULT disk_readp(BYTE *buff, DWORD sector, UINT offset, UINT count)

Variables

static BYTE CardType

file diskio.c

#include "diskio.h"

Functions

DSTATUS disk_initialize(void)

DRESULT disk_readp(BYTE *buff, DWORD sector, UINT offset, UINT count)

DRESULT disk_writep(BYTE *buff, DWORD sc)

file optiboot.c

#include <inttypes.h>#include <avr/io.h>#include <avr/pgmspace.h>#include <avr/eeprom.h>#include <string.h>#include "pff/src/pff.h"#include "boot.h"#include "pin_defs.h"#include "stk500.h"

Defines

FUNC_READ¶

FUNC_WRITE¶

OPTIBOOT_MAJVER¶

OPTIBOOT_MINVER¶

OPTIBOOT_CUSTOMVER¶

PGM_READ_BYTE(x)¶

UART_REPORT¶

LED_START_FLASHES¶

BAUD_RATE¶

UART¶

BAUD_SETTING¶

BAUD_ACTUAL¶

BAUD_ERROR¶

WATCHDOG_OFF¶

WATCHDOG_16MS¶

WATCHDOG_32MS¶

WATCHDOG_64MS¶

WATCHDOG_125MS¶

WATCHDOG_250MS¶

WATCHDOG_500MS¶

WATCHDOG_1S¶

WATCHDOG_2S¶

WATCHDOG_4S¶

WATCHDOG_8S¶

GETLENGTH(len)¶

RAMSTART¶

buff¶

appstart_vec¶

Functions

unsigned const int __attribute__ ((section(".version")))

static uint8_t pagecmp()¶

uint8_t doFlash()¶

void checkFile()¶

void UART_puts(const char *str)¶

void UART_newline(void)¶

void UART_putnibble(uint8_t c)¶

void UART_puthex(uint8_t c)¶

void UART_puthex16(uint16_t n)¶

void UART_puthex32(uint32_t n)¶

void UART_putsP(const char *str, uint16_t n)¶

int main(void)¶

void putch(char ch)¶

uint8_t getch(void)

void getNch(uint8_t count)¶

void verifySpace()¶

void watchdogReset()¶

void watchdogConfig(uint8_t x)¶

void appStart(uint8_t rstFlags)¶

static inline void writebuffer(int8_t memtype, uint8_t *mybuff, uint16_t address, pagelen_t len)¶

static inline void read_mem(uint8_t memtype, uint16_t address, pagelen_t length)¶

Variables

const char filename[13] = "FIRMWARE.BIN\0"¶

file optiboot.c

#include <inttypes.h>#include <avr/io.h>#include <avr/pgmspace.h>#include <avr/eeprom.h>#include <string.h>#include "pff/src/pff.h"#include "ihex/kk_ihex_read.h"#include "boot.h"#include "pin_defs.h"#include "stk500.h"

Defines

FUNC_READ

FUNC_WRITE

OPTIBOOT_MAJVER

OPTIBOOT_MINVER

OPTIBOOT_CUSTOMVER

PGM_READ_BYTE(x)

UART_REPORT

LED_START_FLASHES

BAUD_RATE

UART

BAUD_SETTING

BAUD_ACTUAL

BAUD_ERROR

WATCHDOG_OFF

WATCHDOG_16MS

WATCHDOG_32MS

WATCHDOG_64MS

WATCHDOG_125MS

WATCHDOG_250MS

WATCHDOG_500MS

WATCHDOG_1S

WATCHDOG_2S

WATCHDOG_4S

WATCHDOG_8S

GETLENGTH(len)

RAMSTART

buff

appstart_vec

Functions

unsigned const int __attribute__ ((section(".version")))

void write_flash_page()¶

static uint8_t pagecmp()

uint8_t doFlash()

void checkFile()

void UART_puts(const char *str)

void UART_newline(void)

void UART_putnibble(uint8_t c)

void UART_puthex(uint8_t c)

void UART_puthex16(uint16_t n)

void UART_puthex32(uint32_t n)

void UART_putsP(const char *str, uint16_t n)

int main(void)

void putch(char ch)

uint8_t getch(void)

void getNch(uint8_t count)

void verifySpace()

void watchdogReset()

void watchdogConfig(uint8_t x)

void appStart(uint8_t rstFlags)

static inline void writebuffer(int8_t memtype, uint8_t *mybuff, uint16_t address, pagelen_t len)

static inline void read_mem(uint8_t memtype, uint16_t address, pagelen_t length)

Variables

const char filename[13] = "FIRMWARE.BIN\0"

file diskio.h

#include "integer.h"

Defines

STA_NOINIT¶

STA_NODISK¶

Typedefs

typedef BYTE DSTATUS¶

Enums

enum DRESULT¶

Values:

enumerator RES_OK¶

enumerator RES_ERROR¶

enumerator RES_NOTRDY¶

enumerator RES_PARERR¶

enumerator RES_OK

enumerator RES_ERROR

enumerator RES_NOTRDY

enumerator RES_PARERR

Functions

DSTATUS disk_initialize(void)

DRESULT disk_readp(BYTE *buff, DWORD sector, UINT offser, UINT count)

DRESULT disk_writep(const BYTE *buff, DWORD sc)¶

file diskio.h

#include "integer.h"

Defines

STA_NOINIT

STA_NODISK

Typedefs

typedef BYTE DSTATUS

Enums

enum DRESULT

Values:

enumerator RES_OK

enumerator RES_ERROR

enumerator RES_NOTRDY

enumerator RES_PARERR

enumerator RES_OK

enumerator RES_ERROR

enumerator RES_NOTRDY

enumerator RES_PARERR

Functions

DSTATUS disk_initialize(void)

DRESULT disk_readp(BYTE *buff, DWORD sector, UINT offser, UINT count)

DRESULT disk_writep(const BYTE *buff, DWORD sc)

file integer.h

Typedefs

typedef unsigned char BYTE¶

typedef short SHORT¶

typedef unsigned short WORD¶

typedef unsigned short WCHAR¶

typedef int INT¶

typedef unsigned int UINT¶

typedef long LONG¶

typedef unsigned long DWORD¶

file integer.h

Typedefs

typedef unsigned char BYTE

typedef short SHORT

typedef unsigned short WORD

typedef unsigned short WCHAR

typedef int INT

typedef unsigned int UINT

typedef long LONG

typedef unsigned long DWORD

file pff.c

#include "pff.h"#include "diskio.h"

Defines

_FS_32ONLY¶

ABORT(err)¶

_EXCVT¶

IsUpper(c)¶

IsLower(c)¶

IsDBCS1(c)¶

IsDBCS2(c)¶

BS_jmpBoot¶

BS_OEMName¶

BPB_BytsPerSec¶

BPB_SecPerClus¶

BPB_RsvdSecCnt¶

BPB_NumFATs¶

BPB_RootEntCnt¶

BPB_TotSec16¶

BPB_Media¶

BPB_FATSz16¶

BPB_SecPerTrk¶

BPB_NumHeads¶

BPB_HiddSec¶

BPB_TotSec32¶

BS_55AA¶

BS_DrvNum¶

BS_BootSig¶

BS_VolID¶

BS_VolLab¶

BS_FilSysType¶

BPB_FATSz32¶

BPB_ExtFlags¶

BPB_FSVer¶

BPB_RootClus¶

BPB_FSInfo¶

BPB_BkBootSec¶

BS_DrvNum32¶

BS_BootSig32¶

BS_VolID32¶

BS_VolLab32¶

BS_FilSysType32¶

MBR_Table¶

DIR_Name¶

DIR_Attr¶

DIR_NTres¶

DIR_CrtTime¶

DIR_CrtDate¶

DIR_FstClusHI¶

DIR_WrtTime¶

DIR_WrtDate¶

DIR_FstClusLO¶

DIR_FileSize¶

Functions

static void mem_set(void *dst, int val, int cnt)¶

static int mem_cmp(const void *dst, const void *src, int cnt)¶

static CLUST get_fat(CLUST clst)¶

static DWORD clust2sect(CLUST clst)¶

static CLUST get_clust(BYTE *dir)¶

static FRESULT dir_rewind(DIR *dj)¶

static FRESULT dir_next(DIR *dj)¶

static FRESULT dir_find(DIR *dj, BYTE *dir)¶

static FRESULT create_name(DIR *dj, const char **path)¶

static FRESULT follow_path(DIR *dj, BYTE *dir, const char *path)¶

static BYTE check_fs(BYTE *buf, DWORD sect)¶

FRESULT pf_mount(FATFS *fs)¶

FRESULT pf_open(const char *path)¶

FRESULT pf_read(void *buff, UINT btr)¶

Variables

static FATFS *FatFs¶

file pff.c

#include "pff.h"#include "diskio.h"

Defines

_FS_32ONLY

ABORT(err)

_EXCVT

IsUpper(c)

IsLower(c)

IsDBCS1(c)

IsDBCS2(c)

BS_jmpBoot

BS_OEMName

BPB_BytsPerSec

BPB_SecPerClus

BPB_RsvdSecCnt

BPB_NumFATs

BPB_RootEntCnt

BPB_TotSec16

BPB_Media

BPB_FATSz16

BPB_SecPerTrk

BPB_NumHeads

BPB_HiddSec

BPB_TotSec32

BS_55AA

BS_DrvNum

BS_BootSig

BS_VolID

BS_VolLab

BS_FilSysType

BPB_FATSz32

BPB_ExtFlags

BPB_FSVer

BPB_RootClus

BPB_FSInfo

BPB_BkBootSec

BS_DrvNum32

BS_BootSig32

BS_VolID32

BS_VolLab32

BS_FilSysType32

MBR_Table

DIR_Name

DIR_Attr

DIR_NTres

DIR_CrtTime

DIR_CrtDate

DIR_FstClusHI

DIR_WrtTime

DIR_WrtDate

DIR_FstClusLO

DIR_FileSize

Functions

static void mem_set(void *dst, int val, int cnt)

static int mem_cmp(const void *dst, const void *src, int cnt)

static CLUST get_fat(CLUST clst)

static DWORD clust2sect(CLUST clst)

static CLUST get_clust(BYTE *dir)

static FRESULT dir_rewind(DIR *dj)

static FRESULT dir_next(DIR *dj)

static FRESULT dir_find(DIR *dj, BYTE *dir)

static FRESULT create_name(DIR *dj, const char **path)

static FRESULT follow_path(DIR *dj, BYTE *dir, const char *path)

static BYTE check_fs(BYTE *buf, DWORD sect)

FRESULT pf_mount(FATFS *fs)

FRESULT pf_open(const char *path)

FRESULT pf_read(void *buff, UINT btr)

Variables

static FATFS *FatFs

file pff.h

#include "integer.h"#include "pffconf.h"

Defines

_PFATFS¶

CLUST¶

FA_OPENED¶

FA_WPRT¶

FA__WIP¶

FS_FAT12¶

FS_FAT16¶

FS_FAT32¶

AM_RDO¶

AM_HID¶

AM_SYS¶

AM_VOL¶

AM_LFN¶

AM_DIR¶

AM_ARC¶

AM_MASK¶

LD_WORD(ptr)¶

LD_DWORD(ptr)¶

ST_WORD(ptr, val)¶

ST_DWORD(ptr, val)¶

Enums

enum FRESULT¶

Values:

enumerator FR_OK¶

enumerator FR_DISK_ERR¶

enumerator FR_NOT_READY¶

enumerator FR_NO_FILE¶

enumerator FR_NOT_OPENED¶

enumerator FR_NOT_ENABLED¶

enumerator FR_NO_FILESYSTEM¶

enumerator FR_OK

enumerator FR_DISK_ERR

enumerator FR_NOT_READY

enumerator FR_NO_FILE

enumerator FR_NOT_OPENED

enumerator FR_NOT_ENABLED

enumerator FR_NO_FILESYSTEM

Functions

FRESULT pf_mount(FATFS *fs)

FRESULT pf_open(const char *path)

FRESULT pf_read(void *buff, UINT btr)

FRESULT pf_write(const void *buff, UINT btw, UINT *bw)¶

FRESULT pf_lseek(DWORD ofs)¶

FRESULT pf_opendir(DIR *dj, const char *path)¶

FRESULT pf_readdir(DIR *dj, FILINFO *fno)¶

file pff.h

#include "integer.h"#include "pffconf.h"

Defines

_PFATFS

CLUST

FA_OPENED

FA_WPRT

FA__WIP

FS_FAT12

FS_FAT16

FS_FAT32

AM_RDO

AM_HID

AM_SYS

AM_VOL

AM_LFN

AM_DIR

AM_ARC

AM_MASK

LD_WORD(ptr)

LD_DWORD(ptr)

ST_WORD(ptr, val)

ST_DWORD(ptr, val)

Enums

enum FRESULT

Values:

enumerator FR_OK

enumerator FR_DISK_ERR

enumerator FR_NOT_READY

enumerator FR_NO_FILE

enumerator FR_NOT_OPENED

enumerator FR_NOT_ENABLED

enumerator FR_NO_FILESYSTEM

enumerator FR_OK

enumerator FR_DISK_ERR

enumerator FR_NOT_READY

enumerator FR_NO_FILE

enumerator FR_NOT_OPENED

enumerator FR_NOT_ENABLED

enumerator FR_NO_FILESYSTEM

Functions

FRESULT pf_mount(FATFS *fs)

FRESULT pf_open(const char *path)

FRESULT pf_read(void *buff, UINT btr)

FRESULT pf_write(const void *buff, UINT btw, UINT *bw)

FRESULT pf_lseek(DWORD ofs)

FRESULT pf_opendir(DIR *dj, const char *path)

FRESULT pf_readdir(DIR *dj, FILINFO *fno)

file pffconf.h

Defines

_PFFCONF¶

_USE_MINIMALISTIC_PFF¶

_USE_READ¶

_USE_DIR¶

_USE_LSEEK¶

_USE_WRITE¶

_FS_FAT12¶

_FS_FAT16¶

_FS_FAT32¶

_USE_LCC¶

_CODE_PAGE¶

_WORD_ACCESS¶

file pffconf.h

Defines

_PFFCONF

_USE_MINIMALISTIC_PFF

_USE_READ

_USE_DIR

_USE_LSEEK

_USE_WRITE

_FS_FAT12

_FS_FAT16

_FS_FAT32

_USE_LCC

_CODE_PAGE

_WORD_ACCESS

file pin_defs.h

Defines

UART_SRA¶

UART_SRB¶

UART_SRC¶

UART_SRL¶

UART_UDR¶

A0¶

A1¶

A2¶

A3¶

A4¶

A5¶

A6¶

A7¶

B0¶

B1¶

B2¶

B3¶

B4¶

B5¶

B6¶

B7¶

C0¶

C1¶

C2¶

C3¶

C4¶

C5¶

C6¶

C7¶

D0¶

D1¶

D2¶

D3¶

D4¶

D5¶

D6¶

D7¶

E0¶

E1¶

E2¶

E3¶

E4¶

E5¶

E6¶

E7¶

F0¶

F1¶

F2¶

F3¶

F4¶

F5¶

F6¶

F7¶

G0¶

G1¶

G2¶

G3¶

G4¶

G5¶

G6¶

G7¶

H0¶

H1¶

H2¶

H3¶

H4¶

H5¶

H6¶

H7¶

J0¶

J1¶

J2¶

J3¶

J4¶

J5¶

J6¶

J7¶

K0¶

K1¶

K2¶

K3¶

K4¶

K5¶

K6¶

K7¶

L0¶

L1¶

L2¶

L3¶

L4¶

L5¶

L6¶

L7¶

file pin_defs.h

Defines

UART_SRA

UART_SRB

UART_SRC

UART_SRL

UART_UDR

A0

A1

A2

A3

A4

A5

A6

A7

B0

B1

B2

B3

B4

B5

B6

B7

C0

C1

C2

C3

C4

C5

C6

C7

D0

D1

D2

D3

D4

D5

D6

D7

E0

E1

E2

E3

E4

E5

E6

E7

F0

F1

F2

F3

F4

F5

F6

F7

G0

G1

G2

G3

G4

G5

G6

G7

H0

H1

H2

H3

H4

H5

H6

H7

J0

J1

J2

J3

J4

J5

J6

J7

K0

K1

K2

K3

K4

K5

K6

K7

L0

L1

L2

L3

L4

L5

L6

L7

file spi_pins.h

file spi_pins.h

file stk500.h

Defines

STK_OK

STK_FAILED

STK_UNKNOWN

STK_NODEVICE¶

STK_INSYNC

STK_NOSYNC

ADC_CHANNEL_ERROR¶

ADC_MEASURE_OK¶

PWM_CHANNEL_ERROR¶

PWM_ADJUST_OK¶

CRC_EOP

STK_GET_SYNC¶

STK_GET_SIGN_ON¶

STK_SET_PARAMETER¶

STK_GET_PARAMETER¶

STK_SET_DEVICE¶

STK_SET_DEVICE_EXT¶

STK_ENTER_PROGMODE¶

STK_LEAVE_PROGMODE¶

STK_CHIP_ERASE¶

STK_CHECK_AUTOINC¶

STK_LOAD_ADDRESS¶

STK_UNIVERSAL¶

STK_PROG_FLASH¶

STK_PROG_DATA¶

STK_PROG_FUSE¶

STK_PROG_LOCK¶

STK_PROG_PAGE¶

STK_PROG_FUSE_EXT¶

STK_READ_FLASH¶

STK_READ_DATA¶

STK_READ_FUSE¶

STK_READ_LOCK¶

STK_READ_PAGE¶

STK_READ_SIGN¶

STK_READ_OSCCAL¶

STK_READ_FUSE_EXT¶

STK_READ_OSCCAL_EXT¶

STK_SW_MAJOR¶

STK_SW_MINOR¶

file stk500.h

Defines

STK_OK

STK_FAILED

STK_UNKNOWN

STK_NODEVICE

STK_INSYNC

STK_NOSYNC

ADC_CHANNEL_ERROR

ADC_MEASURE_OK

PWM_CHANNEL_ERROR

PWM_ADJUST_OK

CRC_EOP

STK_GET_SYNC

STK_GET_SIGN_ON

STK_SET_PARAMETER

STK_GET_PARAMETER

STK_SET_DEVICE

STK_SET_DEVICE_EXT

STK_ENTER_PROGMODE

STK_LEAVE_PROGMODE

STK_CHIP_ERASE

STK_CHECK_AUTOINC

STK_LOAD_ADDRESS

STK_UNIVERSAL

STK_PROG_FLASH

STK_PROG_DATA

STK_PROG_FUSE

STK_PROG_LOCK

STK_PROG_PAGE

STK_PROG_FUSE_EXT

STK_READ_FLASH

STK_READ_DATA

STK_READ_FUSE

STK_READ_LOCK

STK_READ_PAGE

STK_READ_SIGN

STK_READ_OSCCAL

STK_READ_FUSE_EXT

STK_READ_OSCCAL_EXT

STK_SW_MAJOR

STK_SW_MINOR

file kk_ihex.h

#include <stdint.h>

Defines

KK_IHEX_VERSION¶

IHEX_LINE_MAX_LENGTH¶

IHEX_LINEAR_ADDRESS(ihex)¶

IHEX_BYTE_ADDRESS(ihex, byte_index)¶

IHEX_NEWLINE_STRING¶

Typedefs

typedef uint_fast8_t ihex_bool_t¶

typedef uint_least32_t ihex_address_t¶

typedef uint_least16_t ihex_segment_t¶

typedef int ihex_count_t¶

typedef uint8_t ihex_flags_t¶

typedef struct ihex_state kk_ihex_t¶

typedef uint8_t ihex_record_type_t¶

Enums

enum ihex_flags¶

Values:

enumerator IHEX_FLAG_ADDRESS_OVERFLOW¶

enum ihex_record_type¶

Values:

enumerator IHEX_DATA_RECORD¶

enumerator IHEX_END_OF_FILE_RECORD¶

enumerator IHEX_EXTENDED_SEGMENT_ADDRESS_RECORD¶

enumerator IHEX_START_SEGMENT_ADDRESS_RECORD¶

enumerator IHEX_EXTENDED_LINEAR_ADDRESS_RECORD¶

enumerator IHEX_START_LINEAR_ADDRESS_RECORD¶

file kk_ihex_read.c

#include "kk_ihex_read.h"

Defines

IHEX_START¶

ADDRESS_HIGH_MASK¶

IHEX_READ_RECORD_TYPE_MASK¶

IHEX_READ_STATE_MASK¶

IHEX_READ_STATE_OFFSET¶

Enums

enum ihex_read_state¶

Values:

enumerator READ_WAIT_FOR_START¶

enumerator READ_COUNT_HIGH¶

enumerator READ_COUNT_LOW¶

enumerator READ_ADDRESS_MSB_HIGH¶

enumerator READ_ADDRESS_MSB_LOW¶

enumerator READ_ADDRESS_LSB_HIGH¶

enumerator READ_ADDRESS_LSB_LOW¶

enumerator READ_RECORD_TYPE_HIGH¶

enumerator READ_RECORD_TYPE_LOW¶

enumerator READ_DATA_HIGH¶

enumerator READ_DATA_LOW¶

Functions

void ihex_begin_read(struct ihex_state *const ihex)¶

void ihex_read_at_address(struct ihex_state *const ihex, ihex_address_t address)¶

void ihex_read_at_segment(struct ihex_state *const ihex, ihex_segment_t segment)¶

void ihex_end_read(struct ihex_state *const ihex)¶

void ihex_read_byte(struct ihex_state *const ihex, const char byte)¶

void ihex_read_bytes (struct ihex_state *restrict ihex, const char *restrict data, ihex_count_t count)

file kk_ihex_read.h

#include "kk_ihex.h"

Functions

void ihex_begin_read(struct ihex_state *ihex)¶

void ihex_read_at_address(struct ihex_state *ihex, ihex_address_t address)¶

void ihex_read_byte(struct ihex_state *ihex, char chr)¶

void ihex_read_bytes (struct ihex_state *restrict ihex, const char *restrict data, ihex_count_t count)

void ihex_end_read(struct ihex_state *ihex)¶

ihex_bool_t ihex_data_read(struct ihex_state *ihex, ihex_record_type_t type, ihex_bool_t checksum_mismatch)¶

void ihex_read_at_segment(struct ihex_state *ihex, ihex_segment_t segment)¶

file README.md

file PetitFS.ino

#include "PetitFS.h"#include "kk_ihex_read.h"

Functions

ihex_bool_t ihex_data_read(struct ihex_state *ihex, ihex_record_type_t type, ihex_bool_t checksum_error)

void ihex_read()¶

void setup()

void loop()

Variables

FATFS fs¶

file debug_config.h

Defines

SDCARD_LOGGING_FILE_NAME¶: File name for logging on SD-Card.

ENABLE_SDCARD_LOGGING¶: Enable logging on SDcard define to 1 the macro to enable logging on a file on SDcard.

LOG_LEVEL¶: logging level at compile time Available levels are: LOG_LEVEL_SILENT LOG_LEVEL_FATAL LOG_LEVEL_ERROR LOG_LEVEL_WARNING LOG_LEVEL_NOTICE LOG_LEVEL_TRACE LOG_LEVEL_VERBOSE

DEBUG_MEMORY¶: Activate debug of memory use and stack heap collision on serial interface.

LCD_TRACE_LEVEL_OFF¶: Debug level for print error message on lcd interface.

LCD_TRACE_LEVEL_ERROR¶: Debug level for print error message on lcd.

LCD_TRACE_LEVEL_WARNING¶: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_INFO¶: Debug level for print informations message on lcd.

LCD_TRACE_LEVEL_DEBUG¶: Debug level for print verbose informations message on lcd.

OK_STRING¶: "OK" string message.

ERROR_STRING¶: "ERROR" string message.

FAIL_STRING¶: "FAIL" string message.

YES_STRING¶: "YES" string message.

NO_STRING¶: "NO" string message.

ON_STRING¶: "ON" string message.

OFF_STRING¶: "OFF" string message.

SAVE_STRING¶: "SAVE" string message.

STIMA_LCD_TRACE_LEVEL¶: Lcd trace level debug for stima sketch.

file debug_config.h

Defines

SDCARD_LOGGING_FILE_NAME: File name for logging on SD-Card.

ENABLE_SDCARD_LOGGING: Enable logging on SDcard define to 1 the macro to enable logging on a file on SDcard.

LOG_LEVEL: logging level at compile time Available levels are: LOG_LEVEL_SILENT LOG_LEVEL_FATAL LOG_LEVEL_ERROR LOG_LEVEL_WARNING LOG_LEVEL_NOTICE LOG_LEVEL_TRACE LOG_LEVEL_VERBOSE

DEBUG_MEMORY: Activate debug of memory use and stack heap collision on serial interface.

LCD_TRACE_LEVEL_OFF: Debug level for print error message on lcd interface.

LCD_TRACE_LEVEL_ERROR: Debug level for print error message on lcd.

LCD_TRACE_LEVEL_WARNING: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_INFO: Debug level for print informations message on lcd.

LCD_TRACE_LEVEL_DEBUG: Debug level for print verbose informations message on lcd.

OK_STRING: "OK" string message.

ERROR_STRING: "ERROR" string message.

FAIL_STRING: "FAIL" string message.

YES_STRING: "YES" string message.

NO_STRING: "NO" string message.

ON_STRING: "ON" string message.

OFF_STRING: "OFF" string message.

SAVE_STRING: "SAVE" string message.

STIMA_LCD_TRACE_LEVEL: Lcd trace level debug for stima sketch.

file debug_config.h

Defines

SDCARD_LOGGING_FILE_NAME: File name for logging on SD-Card.

ENABLE_SDCARD_LOGGING: Enable logging on SDcard define to 1 the macro to enable logging on a file on SDcard.

LOG_LEVEL: logging level at compile time Available levels are: LOG_LEVEL_SILENT LOG_LEVEL_FATAL LOG_LEVEL_ERROR LOG_LEVEL_WARNING LOG_LEVEL_NOTICE LOG_LEVEL_TRACE LOG_LEVEL_VERBOSE

DEBUG_MEMORY: Activate debug of memory use and stack heap collision on serial interface.

LCD_TRACE_LEVEL_OFF: Debug level for print error message on lcd interface.

LCD_TRACE_LEVEL_ERROR: Debug level for print error message on lcd.

LCD_TRACE_LEVEL_WARNING: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_INFO: Debug level for print informations message on lcd.

LCD_TRACE_LEVEL_DEBUG: Debug level for print verbose informations message on lcd.

OK_STRING: "OK" string message.

ERROR_STRING: "ERROR" string message.

FAIL_STRING: "FAIL" string message.

YES_STRING: "YES" string message.

NO_STRING: "NO" string message.

ON_STRING: "ON" string message.

OFF_STRING: "OFF" string message.

SAVE_STRING: "SAVE" string message.

STIMA_LCD_TRACE_LEVEL: Lcd trace level debug for stima sketch.

file debug_config.h

Defines

SDCARD_LOGGING_FILE_NAME: File name for logging on SD-Card.

ENABLE_SDCARD_LOGGING: Enable logging on SDcard define to 1 the macro to enable logging on a file on SDcard.

LOG_LEVEL: logging level at compile time Available levels are: LOG_LEVEL_SILENT LOG_LEVEL_FATAL LOG_LEVEL_ERROR LOG_LEVEL_WARNING LOG_LEVEL_NOTICE LOG_LEVEL_TRACE LOG_LEVEL_VERBOSE

DEBUG_MEMORY: Activate debug of memory use and stack heap collision on serial interface.

LCD_TRACE_LEVEL_OFF: Debug level for print error message on lcd interface.

LCD_TRACE_LEVEL_ERROR: Debug level for print error message on lcd.

LCD_TRACE_LEVEL_WARNING: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_INFO: Debug level for print informations message on lcd.

LCD_TRACE_LEVEL_DEBUG: Debug level for print verbose informations message on lcd.

OK_STRING: "OK" string message.

ERROR_STRING: "ERROR" string message.

FAIL_STRING: "FAIL" string message.

YES_STRING: "YES" string message.

NO_STRING: "NO" string message.

ON_STRING: "ON" string message.

OFF_STRING: "OFF" string message.

SAVE_STRING: "SAVE" string message.

STIMA_LCD_TRACE_LEVEL: Lcd trace level debug for stima sketch.

file debug_config.h

Defines

SDCARD_LOGGING_FILE_NAME: File name for logging on SD-Card.

ENABLE_SDCARD_LOGGING: Enable logging on SDcard define to 1 the macro to enable logging on a file on SDcard.

LOG_LEVEL: logging level at compile time Available levels are: LOG_LEVEL_SILENT LOG_LEVEL_FATAL LOG_LEVEL_ERROR LOG_LEVEL_WARNING LOG_LEVEL_NOTICE LOG_LEVEL_TRACE LOG_LEVEL_VERBOSE

DEBUG_MEMORY: Activate debug of memory use and stack heap collision on serial interface.

LCD_TRACE_LEVEL_OFF: Debug level for print error message on lcd interface.

LCD_TRACE_LEVEL_ERROR: Debug level for print error message on lcd.

LCD_TRACE_LEVEL_WARNING: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_INFO: Debug level for print informations message on lcd.

LCD_TRACE_LEVEL_DEBUG: Debug level for print verbose informations message on lcd.

OK_STRING: "OK" string message.

ERROR_STRING: "ERROR" string message.

FAIL_STRING: "FAIL" string message.

YES_STRING: "YES" string message.

NO_STRING: "NO" string message.

ON_STRING: "ON" string message.

OFF_STRING: "OFF" string message.

SAVE_STRING: "SAVE" string message.

STIMA_LCD_TRACE_LEVEL: Lcd trace level debug for stima sketch.

file debug_config.h

Defines

SDCARD_LOGGING_FILE_NAME: File name for logging on SD-Card.

ENABLE_SDCARD_LOGGING: Enable logging on SDcard define to 1 the macro to enable logging on a file on SDcard.

LOG_LEVEL: logging level at compile time Available levels are: LOG_LEVEL_SILENT LOG_LEVEL_FATAL LOG_LEVEL_ERROR LOG_LEVEL_WARNING LOG_LEVEL_NOTICE LOG_LEVEL_TRACE LOG_LEVEL_VERBOSE

DEBUG_MEMORY: Activate debug of memory use and stack heap collision on serial interface.

LCD_TRACE_LEVEL_OFF: Debug level for print error message on lcd interface.

LCD_TRACE_LEVEL_ERROR: Debug level for print error message on lcd.

LCD_TRACE_LEVEL_WARNING: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_INFO: Debug level for print informations message on lcd.

LCD_TRACE_LEVEL_DEBUG: Debug level for print verbose informations message on lcd.

OK_STRING: "OK" string message.

ERROR_STRING: "ERROR" string message.

FAIL_STRING: "FAIL" string message.

YES_STRING: "YES" string message.

NO_STRING: "NO" string message.

ON_STRING: "ON" string message.

OFF_STRING: "OFF" string message.

SAVE_STRING: "SAVE" string message.

STIMA_LCD_TRACE_LEVEL: Lcd trace level debug for stima sketch.

file debug_config.h

Defines

SDCARD_LOGGING_FILE_NAME: File name for logging on SD-Card.

ENABLE_SDCARD_LOGGING: Enable logging on SDcard define to 1 the macro to enable logging on a file on SDcard.

LOG_LEVEL: logging level at compile time Available levels are: LOG_LEVEL_SILENT LOG_LEVEL_FATAL LOG_LEVEL_ERROR LOG_LEVEL_WARNING LOG_LEVEL_NOTICE LOG_LEVEL_TRACE LOG_LEVEL_VERBOSE

DEBUG_MEMORY: Activate debug of memory use and stack heap collision on serial interface.

LCD_TRACE_LEVEL_OFF: Debug level for print error message on lcd interface.

LCD_TRACE_LEVEL_ERROR: Debug level for print error message on lcd.

LCD_TRACE_LEVEL_WARNING: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_INFO: Debug level for print informations message on lcd.

LCD_TRACE_LEVEL_DEBUG: Debug level for print verbose informations message on lcd.

OK_STRING: "OK" string message.

ERROR_STRING: "ERROR" string message.

FAIL_STRING: "FAIL" string message.

YES_STRING: "YES" string message.

NO_STRING: "NO" string message.

ON_STRING: "ON" string message.

OFF_STRING: "OFF" string message.

SAVE_STRING: "SAVE" string message.

STIMA_LCD_TRACE_LEVEL: Lcd trace level debug for stima sketch.

file debug_config.h

Defines

ENABLE_SDCARD_LOGGING: Enable logging on SDcard define to 1 the macro to enable logging on a file on SDcard.

LOG_LEVEL: logging level at compile time Available levels are: LOG_LEVEL_SILENT LOG_LEVEL_FATAL LOG_LEVEL_ERROR LOG_LEVEL_WARNING LOG_LEVEL_NOTICE LOG_LEVEL_TRACE LOG_LEVEL_VERBOSE

DEBUG_MEMORY: Activate debug of memory use and stack heap collision on serial interface.

OK_STRING: "OK" string message.

ERROR_STRING: "ERROR" string message.

FAIL_STRING: "FAIL" string message.

YES_STRING: "YES" string message.

NO_STRING: "NO" string message.

ON_STRING: "ON" string message.

OFF_STRING: "OFF" string message.

SAVE_STRING: "SAVE" string message.

STIMA_LCD_TRACE_LEVEL: Lcd trace level debug for stima sketch.

file debug_config.h

Defines

ENABLE_SDCARD_LOGGING: Enable logging on SDcard define to 1 the macro to enable logging on a file on SDcard.

LOG_LEVEL: logging level at compile time Available levels are: LOG_LEVEL_SILENT LOG_LEVEL_FATAL LOG_LEVEL_ERROR LOG_LEVEL_WARNING LOG_LEVEL_NOTICE LOG_LEVEL_TRACE LOG_LEVEL_VERBOSE

DEBUG_MEMORY: Activate debug of memory use and stack heap collision on serial interface.

LCD_TRACE_LEVEL_OFF: Debug level for print error message on lcd interface.

LCD_TRACE_LEVEL_ERROR: Debug level for print error message on lcd.

LCD_TRACE_LEVEL_WARNING: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_INFO: Debug level for print informations message on lcd.

LCD_TRACE_LEVEL_DEBUG: Debug level for print verbose informations message on lcd.

OK_STRING: "OK" string message.

ERROR_STRING: "ERROR" string message.

FAIL_STRING: "FAIL" string message.

YES_STRING: "YES" string message.

NO_STRING: "NO" string message.

ON_STRING: "ON" string message.

OFF_STRING: "OFF" string message.

SAVE_STRING: "SAVE" string message.

STIMA_LCD_TRACE_LEVEL: Lcd trace level debug for stima sketch.

file debug_config.h

Defines

ENABLE_SDCARD_LOGGING: Enable logging on SDcard define to 1 the macro to enable logging on a file on SDcard.

LOG_LEVEL: logging level at compile time Available levels are: LOG_LEVEL_SILENT LOG_LEVEL_FATAL LOG_LEVEL_ERROR LOG_LEVEL_WARNING LOG_LEVEL_NOTICE LOG_LEVEL_TRACE LOG_LEVEL_VERBOSE

DEBUG_MEMORY: Activate debug of memory use and stack heap collision on serial interface.

LCD_TRACE_LEVEL_OFF: Debug level for print error message on lcd interface.

LCD_TRACE_LEVEL_ERROR: Debug level for print error message on lcd.

LCD_TRACE_LEVEL_WARNING: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_INFO: Debug level for print informations message on lcd.

LCD_TRACE_LEVEL_DEBUG: Debug level for print verbose informations message on lcd.

OK_STRING: "OK" string message.

ERROR_STRING: "ERROR" string message.

FAIL_STRING: "FAIL" string message.

YES_STRING: "YES" string message.

NO_STRING: "NO" string message.

ON_STRING: "ON" string message.

OFF_STRING: "OFF" string message.

SAVE_STRING: "SAVE" string message.

STIMA_LCD_TRACE_LEVEL: Lcd trace level debug for stima sketch.

file debug_config.h

Defines

SERIAL_TRACE_LEVEL_OFF¶: Debug level for disable debug on serial interface.

SERIAL_TRACE_LEVEL_ERROR¶: Debug level for print error message on serial interface.

SERIAL_TRACE_LEVEL_WARNING¶: Debug level for print warning message on serial interface.

SERIAL_TRACE_LEVEL_INFO¶: Debug level for print informations message on serial interface.

SERIAL_TRACE_LEVEL_DEBUG¶: Debug level for print verbose informations message on serial interface.

SERIAL_TRACE_LEVEL_TRACE¶: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_OFF: Debug level for print error message on lcd interface.

LCD_TRACE_LEVEL_ERROR: Debug level for print error message on lcd.

LCD_TRACE_LEVEL_WARNING: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_INFO: Debug level for print informations message on lcd.

LCD_TRACE_LEVEL_DEBUG: Debug level for print verbose informations message on lcd.

OK_STRING: "OK" string message.

ERROR_STRING: "ERROR" string message.

FAIL_STRING: "FAIL" string message.

YES_STRING: "YES" string message.

NO_STRING: "NO" string message.

ON_STRING: "ON" string message.

OFF_STRING: "OFF" string message.

SAVE_STRING: "SAVE" string message.

SENSOR_DRIVER_SERIAL_TRACE_LEVEL¶: Serial trace level debug for SensorDriver library.

SIM800_SERIAL_TRACE_LEVEL¶: Serial trace level debug for Sim800 library.

OPC_SERIAL_TRACE_LEVEL¶: Serial trace level debug for Opcxx library.

I2C_TH_SERIAL_TRACE_LEVEL¶: Serial trace level debug for i2c-th sketch.

I2C_RAIN_SERIAL_TRACE_LEVEL¶: Serial trace level debug for i2c-rain sketch.

I2C_OPC_SERIAL_TRACE_LEVEL¶: Serial trace level debug for i2c-opc sketch.

STIMA_SERIAL_TRACE_LEVEL¶: Serial trace level debug for stima sketch.

STIMA_LCD_TRACE_LEVEL: Lcd trace level debug for stima sketch.

file debug_config.h

Defines

ENABLE_SDCARD_LOGGING: Enable logging on SDcard define to 1 the macro to enable logging on a file on SDcard.

LOG_LEVEL: logging level at compile time Available levels are: LOG_LEVEL_SILENT LOG_LEVEL_FATAL LOG_LEVEL_ERROR LOG_LEVEL_WARNING LOG_LEVEL_NOTICE LOG_LEVEL_TRACE LOG_LEVEL_VERBOSE

DEBUG_MEMORY: Activate debug of memory use and stack heap collision on serial interface.

LCD_TRACE_LEVEL_OFF: Debug level for print error message on lcd interface.

LCD_TRACE_LEVEL_ERROR: Debug level for print error message on lcd.

LCD_TRACE_LEVEL_WARNING: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_INFO: Debug level for print informations message on lcd.

LCD_TRACE_LEVEL_DEBUG: Debug level for print verbose informations message on lcd.

OK_STRING: "OK" string message.

ERROR_STRING: "ERROR" string message.

FAIL_STRING: "FAIL" string message.

YES_STRING: "YES" string message.

NO_STRING: "NO" string message.

ON_STRING: "ON" string message.

OFF_STRING: "OFF" string message.

SAVE_STRING: "SAVE" string message.

STIMA_LCD_TRACE_LEVEL: Lcd trace level debug for stima sketch.

file debug_config.h

Defines

SERIAL_TRACE_LEVEL_OFF: Debug level for disable debug on serial interface.

SERIAL_TRACE_LEVEL_ERROR: Debug level for print error message on serial interface.

SERIAL_TRACE_LEVEL_WARNING: Debug level for print warning message on serial interface.

SERIAL_TRACE_LEVEL_INFO: Debug level for print informations message on serial interface.

SERIAL_TRACE_LEVEL_DEBUG: Debug level for print verbose informations message on serial interface.

SERIAL_TRACE_LEVEL_TRACE: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_OFF: Debug level for print error message on lcd interface.

LCD_TRACE_LEVEL_ERROR: Debug level for print error message on lcd.

LCD_TRACE_LEVEL_WARNING: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_INFO: Debug level for print informations message on lcd.

LCD_TRACE_LEVEL_DEBUG: Debug level for print verbose informations message on lcd.

OK_STRING: "OK" string message.

ERROR_STRING: "ERROR" string message.

FAIL_STRING: "FAIL" string message.

YES_STRING: "YES" string message.

NO_STRING: "NO" string message.

ON_STRING: "ON" string message.

OFF_STRING: "OFF" string message.

SAVE_STRING: "SAVE" string message.

SENSOR_DRIVER_SERIAL_TRACE_LEVEL: Serial trace level debug for SensorDriver library.

SIM800_SERIAL_TRACE_LEVEL: Serial trace level debug for Sim800 library.

OPC_SERIAL_TRACE_LEVEL: Serial trace level debug for Opcxx library.

I2C_TH_SERIAL_TRACE_LEVEL: Serial trace level debug for i2c-th sketch.

I2C_RAIN_SERIAL_TRACE_LEVEL: Serial trace level debug for i2c-rain sketch.

I2C_OPC_SERIAL_TRACE_LEVEL: Serial trace level debug for i2c-opc sketch.

STIMA_SERIAL_TRACE_LEVEL: Serial trace level debug for stima sketch.

STIMA_LCD_TRACE_LEVEL: Lcd trace level debug for stima sketch.

file debug_config.h

Defines

ENABLE_SDCARD_LOGGING: Enable logging on SDcard define to 1 the macro to enable logging on a file on SDcard.

LOG_LEVEL: logging level at compile time Available levels are: LOG_LEVEL_SILENT LOG_LEVEL_FATAL LOG_LEVEL_ERROR LOG_LEVEL_WARNING LOG_LEVEL_NOTICE LOG_LEVEL_TRACE LOG_LEVEL_VERBOSE

DEBUG_MEMORY: Activate debug of memory use and stack heap collision on serial interface.

LCD_TRACE_LEVEL_OFF: Debug level for print error message on lcd interface.

LCD_TRACE_LEVEL_ERROR: Debug level for print error message on lcd.

LCD_TRACE_LEVEL_WARNING: Debug level for print detailed informations message on serial interface.

LCD_TRACE_LEVEL_INFO: Debug level for print informations message on lcd.

LCD_TRACE_LEVEL_DEBUG: Debug level for print verbose informations message on lcd.

OK_STRING: "OK" string message.

ERROR_STRING: "ERROR" string message.

FAIL_STRING: "FAIL" string message.

YES_STRING: "YES" string message.

NO_STRING: "NO" string message.

ON_STRING: "ON" string message.

OFF_STRING: "OFF" string message.

SAVE_STRING: "SAVE" string message.

STIMA_LCD_TRACE_LEVEL: Lcd trace level debug for stima sketch.

file i2c_config.h

Defines

I2C_BUS_CLOCK¶: I2C bus clock in Hertz.

I2C_MAX_DATA_LENGTH¶: Max length in bytes for i2c bus data buffer.

I2C_MAX_ERROR_COUNT¶: Max i2c error for bus restart.

file i2c_config.h

Defines

I2C_BUS_CLOCK: I2C bus clock in Hertz.

I2C_MAX_DATA_LENGTH: Max length in bytes for i2c bus data buffer.

I2C_MAX_ERROR_COUNT: Max i2c error for bus restart.

file i2c_config.h

Defines

I2C_BUS_CLOCK: I2C bus clock in Hertz.

I2C_MAX_DATA_LENGTH: Max length in bytes for i2c bus data buffer.

I2C_MAX_ERROR_COUNT: Max i2c error for bus restart.

file i2c_config.h

Defines

I2C_HOW_MANY_BUSY_CHECKS_AFTER_STOP¶

TWI_TIMEOUT¶

I2C_BUS_CLOCK: I2C bus clock in Hertz. 30418,25 Hz : minimum freq with prescaler set to 1 and CPU clock to 16MHz.

I2C_MAX_DATA_LENGTH: Max length in bytes for i2c bus data buffer.

I2C_MAX_ERROR_COUNT: Max i2c error for bus restart.

file i2c_config.h

Defines

I2C_BUS_CLOCK: I2C bus clock in Hertz. 30418,25 Hz : minimum freq with prescaler set to 1 and CPU clock to 16MHz.

I2C_MAX_DATA_LENGTH: Max length in bytes for i2c bus data buffer.

I2C_MAX_ERROR_COUNT: Max i2c error for bus restart.

file i2c_config.h

Defines

I2C_BUS_CLOCK: I2C bus clock in Hertz. 30418,25 Hz : minimum freq with prescaler set to 1 and CPU clock to 16MHz.

I2C_MAX_DATA_LENGTH: Max length in bytes for i2c bus data buffer.

I2C_MAX_ERROR_COUNT: Max i2c error for bus restart.

file i2c_config.h

Defines

I2C_BUS_CLOCK: I2C bus clock in Hertz.

I2C_MAX_DATA_LENGTH: Max length in bytes for i2c bus data buffer.

I2C_MAX_ERROR_COUNT: Max i2c error for bus restart.

file i2c_config.h

Defines

I2C_BUS_CLOCK: I2C bus clock in Hertz. 30418,25 Hz : minimum freq with prescaler set to 1 and CPU clock to 16MHz.

I2C_MAX_DATA_LENGTH: Max length in bytes for i2c bus data buffer.

I2C_MAX_ERROR_COUNT: Max i2c error for bus restart.

file i2c_config.h

Defines

I2C_BUS_CLOCK: I2C bus clock in Hertz.

I2C_MAX_DATA_LENGTH: Max length in bytes for i2c bus data buffer.

I2C_MAX_ERROR_COUNT: Max i2c error for bus restart.

file i2c_config.h

Defines

I2C_BUS_CLOCK: I2C bus clock in Hertz.

I2C_MAX_DATA_LENGTH: Max length in bytes for i2c bus data buffer.

I2C_MAX_ERROR_COUNT: Max i2c error for bus restart.

file i2c_config.h

Defines

I2C_BUS_CLOCK: I2C bus clock in Hertz.

I2C_MAX_DATA_LENGTH: Max length in bytes for i2c bus data buffer.

I2C_MAX_ERROR_COUNT: Max i2c error for bus restart.

file json_config.h

Defines

JSON_BUFFER_LENGTH¶: Length in bytes for JSON data buffer.

file json_config.h

Defines

JSON_BUFFER_LENGTH: Length in bytes for JSON data buffer.

file json_config.h

Defines

JSON_BUFFER_LENGTH: Length in bytes for JSON data buffer.

file json_config.h

Defines

JSON_BUFFER_LENGTH: Length in bytes for JSON data buffer.

file json_config.h

Defines

JSON_BUFFER_LENGTH: Length in bytes for JSON data buffer.

file json_config.h

Defines

JSON_BUFFER_LENGTH: Length in bytes for JSON data buffer.

file json_config.h

Defines

JSON_BUFFER_LENGTH: Length in bytes for JSON data buffer.

file json_config.h

Defines

JSON_BUFFER_LENGTH: Length in bytes for JSON data buffer.

file json_config.h

Defines

JSON_BUFFER_LENGTH: Length in bytes for JSON data buffer.

file json_config.h

Defines

JSON_BUFFER_LENGTH: Length in bytes for JSON data buffer.

file json_config.h

Defines

JSON_BUFFER_LENGTH: Length in bytes for JSON data buffer.

file json_config.h

Defines

JSON_BUFFER_LENGTH: Length in bytes for JSON data buffer.

file json_config.h

Defines

JSON_BUFFER_LENGTH: Length in bytes for JSON data buffer.

file json_config.h

Defines

JSON_BUFFER_LENGTH: Length in bytes for JSON data buffer.

file mqtt_config.h

Defines

MQTT_ROOT_TOPIC_LENGTH¶: Length in bytes for mqtt root topic.

MQTT_MAINT_TOPIC_LENGTH¶: Length in bytes for mqtt maint topic.

MQTT_SUBSCRIBE_TOPIC_LENGTH¶: Length in bytes for mqtt subscibe topic.

MQTT_SENSOR_TOPIC_LENGTH¶: Length in bytes for mqtt sensor topic.

MQTT_CLIENT_ID_LENGTH¶: Length in bytes for mqtt client id.

MQTT_MESSAGE_LENGTH¶: Length in bytes for mqtt message.

MQTT_SERVER_LENGTH¶: Length in bytes for mqtt server.

MQTT_USERNAME_LENGTH¶: Length in bytes for mqtt username.

MQTT_PASSWORD_LENGTH¶: Length in bytes for mqtt password.

MQTT_TIMEOUT_MS¶: Timeout in milliseconds for mqtt stack.

MQTT_DEFAULT_SERVER¶: Default MQTT server.

MQTT_DEFAULT_PORT¶: Default MQTT server port.

MQTT_DEFAULT_ROOT_TOPIC¶: Default MQTT root topic.

MQTT_DEFAULT_MAINT_TOPIC¶: Default MQTT maint topic.

MQTT_DEFAULT_SUBSCRIBE_TOPIC¶: Default MQTT subscibe topic.

MQTT_DEFAULT_USERNAME¶: Default MQTT username.

MQTT_DEFAULT_PASSWORD¶: Default MQTT password.

MQTT_STATUS_TOPIC¶: Default MQTT status topic for printing on connect/disconnect message.

MQTT_ON_CONNECT_MESSAGE¶: MQTT on connect message.

MQTT_ON_DISCONNECT_MESSAGE¶: MQTT on disconnect message.

MQTT_ON_ERROR_MESSAGE¶: MQTT on error message.

file mqtt_config.h

Defines

MQTT_ROOT_TOPIC_LENGTH: Length in bytes for mqtt root topic.

MQTT_MAINT_TOPIC_LENGTH: Length in bytes for mqtt maint topic.

MQTT_SUBSCRIBE_TOPIC_LENGTH: Length in bytes for mqtt subscibe topic.

MQTT_SENSOR_TOPIC_LENGTH: Length in bytes for mqtt sensor topic.

MQTT_CLIENT_ID_LENGTH: Length in bytes for mqtt client id.

MQTT_MESSAGE_LENGTH: Length in bytes for mqtt message.

MQTT_SERVER_LENGTH: Length in bytes for mqtt server.

MQTT_USERNAME_LENGTH: Length in bytes for mqtt username.

MQTT_PASSWORD_LENGTH: Length in bytes for mqtt password.

MQTT_TIMEOUT_MS: Timeout in milliseconds for mqtt stack.

MQTT_DEFAULT_SERVER: Default MQTT server.

MQTT_DEFAULT_PORT: Default MQTT server port.

MQTT_DEFAULT_ROOT_TOPIC: Default MQTT root topic.

MQTT_DEFAULT_MAINT_TOPIC: Default MQTT maint topic.

MQTT_DEFAULT_SUBSCRIBE_TOPIC: Default MQTT subscibe topic.

MQTT_DEFAULT_USERNAME: Default MQTT username.

MQTT_DEFAULT_PASSWORD: Default MQTT password.

MQTT_STATUS_TOPIC: Default MQTT status topic for printing on connect/disconnect message.

MQTT_ON_CONNECT_MESSAGE: MQTT on connect message.

MQTT_ON_DISCONNECT_MESSAGE: MQTT on disconnect message.

MQTT_ON_ERROR_MESSAGE: MQTT on error message.

file mqtt_config.h

Defines

MQTT_ROOT_TOPIC_LENGTH: Length in bytes for mqtt root topic.

MQTT_MAINT_TOPIC_LENGTH: Length in bytes for mqtt maint topic.

MQTT_SUBSCRIBE_TOPIC_LENGTH: Length in bytes for mqtt subscibe topic.

MQTT_SENSOR_TOPIC_LENGTH: Length in bytes for mqtt sensor topic.

MQTT_CLIENT_ID_LENGTH: Length in bytes for mqtt client id.

MQTT_MESSAGE_LENGTH: Length in bytes for mqtt message.

MQTT_SERVER_LENGTH: Length in bytes for mqtt server.

MQTT_USERNAME_LENGTH: Length in bytes for mqtt username.

MQTT_PASSWORD_LENGTH: Length in bytes for mqtt password.

MQTT_TIMEOUT_MS: Timeout in milliseconds for mqtt stack.

MQTT_DEFAULT_SERVER: Default MQTT server.

MQTT_DEFAULT_PORT: Default MQTT server port.

MQTT_DEFAULT_ROOT_TOPIC: Default MQTT root topic.

MQTT_DEFAULT_MAINT_TOPIC: Default MQTT maint topic.

MQTT_DEFAULT_SUBSCRIBE_TOPIC: Default MQTT subscibe topic.

MQTT_DEFAULT_USERNAME: Default MQTT username.

MQTT_DEFAULT_PASSWORD: Default MQTT password.

MQTT_STATUS_TOPIC: Default MQTT status topic for printing on connect/disconnect message.

MQTT_ON_CONNECT_MESSAGE: MQTT on connect message.

MQTT_ON_DISCONNECT_MESSAGE: MQTT on disconnect message.

MQTT_ON_ERROR_MESSAGE: MQTT on error message.

file mqtt_config.h

Defines

MQTT_ROOT_TOPIC_LENGTH: Length in bytes for mqtt root topic.

MQTT_MAINT_TOPIC_LENGTH: Length in bytes for mqtt maint topic.

MQTT_SUBSCRIBE_TOPIC_LENGTH: Length in bytes for mqtt subscibe topic.

MQTT_SENSOR_TOPIC_LENGTH: Length in bytes for mqtt sensor topic.

MQTT_CLIENT_ID_LENGTH: Length in bytes for mqtt client id.

MQTT_MESSAGE_LENGTH: Length in bytes for mqtt message.

MQTT_SERVER_LENGTH: Length in bytes for mqtt server.

MQTT_USERNAME_LENGTH: Length in bytes for mqtt username.

MQTT_PASSWORD_LENGTH: Length in bytes for mqtt password.

MQTT_TIMEOUT_MS: Timeout in milliseconds for mqtt stack.

MQTT_DEFAULT_SERVER: Default MQTT server.

MQTT_DEFAULT_PORT: Default MQTT server port.

MQTT_DEFAULT_ROOT_TOPIC: Default MQTT root topic.

MQTT_DEFAULT_MAINT_TOPIC: Default MQTT maint topic.

MQTT_DEFAULT_SUBSCRIBE_TOPIC: Default MQTT subscibe topic.

MQTT_DEFAULT_USERNAME: Default MQTT username.

MQTT_DEFAULT_PASSWORD: Default MQTT password.

MQTT_STATUS_TOPIC: Default MQTT status topic for printing on connect/disconnect message.

MQTT_ON_CONNECT_MESSAGE: MQTT on connect message.

MQTT_ON_DISCONNECT_MESSAGE: MQTT on disconnect message.

MQTT_ON_ERROR_MESSAGE: MQTT on error message.

file mqtt_config.h

Defines

MQTT_ROOT_TOPIC_LENGTH: Length in bytes for mqtt root topic.

MQTT_MAINT_TOPIC_LENGTH: Length in bytes for mqtt maint topic.

MQTT_SUBSCRIBE_TOPIC_LENGTH: Length in bytes for mqtt subscibe topic.

MQTT_SENSOR_TOPIC_LENGTH: Length in bytes for mqtt sensor topic.

MQTT_CLIENT_ID_LENGTH: Length in bytes for mqtt client id.

MQTT_MESSAGE_LENGTH: Length in bytes for mqtt message.

MQTT_SERVER_LENGTH: Length in bytes for mqtt server.

MQTT_USERNAME_LENGTH: Length in bytes for mqtt username.

MQTT_PASSWORD_LENGTH: Length in bytes for mqtt password.

MQTT_TIMEOUT_MS: Timeout in milliseconds for mqtt stack.

MQTT_DEFAULT_SERVER: Default MQTT server.

MQTT_DEFAULT_PORT: Default MQTT server port.

MQTT_DEFAULT_ROOT_TOPIC: Default MQTT root topic.

MQTT_DEFAULT_MAINT_TOPIC: Default MQTT maint topic.

MQTT_DEFAULT_SUBSCRIBE_TOPIC: Default MQTT subscibe topic.

MQTT_DEFAULT_USERNAME: Default MQTT username.

MQTT_DEFAULT_PASSWORD: Default MQTT password.

MQTT_STATUS_TOPIC: Default MQTT status topic for printing on connect/disconnect message.

MQTT_ON_CONNECT_MESSAGE: MQTT on connect message.

MQTT_ON_DISCONNECT_MESSAGE: MQTT on disconnect message.

MQTT_ON_ERROR_MESSAGE: MQTT on error message.

file mqtt_config.h

Defines

MQTT_ROOT_TOPIC_LENGTH: Length in bytes for mqtt root topic.

MQTT_MAINT_TOPIC_LENGTH: Length in bytes for mqtt maint topic.

MQTT_SUBSCRIBE_TOPIC_LENGTH: Length in bytes for mqtt subscibe topic.

MQTT_SENSOR_TOPIC_LENGTH: Length in bytes for mqtt sensor topic.

MQTT_CLIENT_ID_LENGTH: Length in bytes for mqtt client id.

MQTT_MESSAGE_LENGTH: Length in bytes for mqtt message.

MQTT_SERVER_LENGTH: Length in bytes for mqtt server.

MQTT_USERNAME_LENGTH: Length in bytes for mqtt username.

MQTT_PASSWORD_LENGTH: Length in bytes for mqtt password.

MQTT_TIMEOUT_MS: Timeout in milliseconds for mqtt stack.

MQTT_DEFAULT_SERVER: Default MQTT server.

MQTT_DEFAULT_PORT: Default MQTT server port.

MQTT_DEFAULT_ROOT_TOPIC: Default MQTT root topic.

MQTT_DEFAULT_MAINT_TOPIC: Default MQTT maint topic.

MQTT_DEFAULT_SUBSCRIBE_TOPIC: Default MQTT subscibe topic.

MQTT_DEFAULT_USERNAME: Default MQTT username.

MQTT_DEFAULT_PASSWORD: Default MQTT password.

MQTT_STATUS_TOPIC: Default MQTT status topic for printing on connect/disconnect message.

MQTT_ON_CONNECT_MESSAGE: MQTT on connect message.

MQTT_ON_DISCONNECT_MESSAGE: MQTT on disconnect message.

MQTT_ON_ERROR_MESSAGE: MQTT on error message.

file mqtt_config.h

Defines

MQTT_ROOT_TOPIC_LENGTH: Length in bytes for mqtt root topic.

MQTT_MAINT_TOPIC_LENGTH: Length in bytes for mqtt maint topic.

MQTT_SUBSCRIBE_TOPIC_LENGTH: Length in bytes for mqtt subscibe topic.

MQTT_SENSOR_TOPIC_LENGTH: Length in bytes for mqtt sensor topic.

MQTT_CLIENT_ID_LENGTH: Length in bytes for mqtt client id.

MQTT_MESSAGE_LENGTH: Length in bytes for mqtt message.

MQTT_SERVER_LENGTH: Length in bytes for mqtt server.

MQTT_USERNAME_LENGTH: Length in bytes for mqtt username.

MQTT_PASSWORD_LENGTH: Length in bytes for mqtt password.

MQTT_TIMEOUT_MS: Timeout in milliseconds for mqtt stack.

MQTT_DEFAULT_SERVER: Default MQTT server.

MQTT_DEFAULT_PORT: Default MQTT server port.

MQTT_DEFAULT_ROOT_TOPIC: Default MQTT root topic.

MQTT_DEFAULT_MAINT_TOPIC: Default MQTT maint topic.

MQTT_DEFAULT_SUBSCRIBE_TOPIC: Default MQTT subscibe topic.

MQTT_DEFAULT_USERNAME: Default MQTT username.

MQTT_DEFAULT_PASSWORD: Default MQTT password.

MQTT_STATUS_TOPIC: Default MQTT status topic for printing on connect/disconnect message.

MQTT_ON_CONNECT_MESSAGE: MQTT on connect message.

MQTT_ON_DISCONNECT_MESSAGE: MQTT on disconnect message.

MQTT_ON_ERROR_MESSAGE: MQTT on error message.

file mqtt_config.h

Defines

MQTT_ROOT_TOPIC_LENGTH: Length in bytes for mqtt root topic.

MQTT_MAINT_TOPIC_LENGTH: Length in bytes for mqtt maint topic.

MQTT_RPC_TOPIC_LENGTH¶: Length in bytes for mqtt rpc topic.

MQTT_SENSOR_TOPIC_LENGTH: Length in bytes for mqtt sensor topic.

MQTT_CLIENT_ID_LENGTH: Length in bytes for mqtt client id.

MQTT_MESSAGE_LENGTH: Length in bytes for mqtt message.

MQTT_RPC_COMMAND_LENGTH¶: Length in bytes for mqtt rpc command message.

MQTT_RPC_RESPONSE_LENGTH¶: Length in bytes for mqtt rpc response message.

MQTT_PACKET_SIZE¶: Length in bytes for max mqtt packet size.

MQTT_SERVER_LENGTH: Length in bytes for mqtt server.

MQTT_USERNAME_LENGTH: Length in bytes for mqtt username.

MQTT_PASSWORD_LENGTH: Length in bytes for mqtt password.

MQTT_TIMEOUT_MS: Timeout in milliseconds for mqtt stack.

MQTT_DEFAULT_SERVER: Default MQTT server.

MQTT_DEFAULT_PORT: Default MQTT server port.

MQTT_DEFAULT_ROOT_TOPIC: Default MQTT root topic.

MQTT_DEFAULT_MAINT_TOPIC: Default MQTT maint topic.

MQTT_DEFAULT_RPC_TOPIC¶

MQTT_DEFAULT_USERNAME: Default MQTT username.

MQTT_DEFAULT_PASSWORD: Default MQTT password.

MQTT_STATUS_TOPIC: Default MQTT status topic for printing on connect/disconnect message.

MQTT_ON_CONNECT_MESSAGE: MQTT on connect message.

MQTT_ON_DISCONNECT_MESSAGE: MQTT on disconnect message.

MQTT_ON_ERROR_MESSAGE: MQTT on error message.

file mqtt_config.h

Defines

MQTT_ROOT_TOPIC_LENGTH: Length in bytes for mqtt root topic.

MQTT_MAINT_TOPIC_LENGTH: Length in bytes for mqtt maint topic.

MQTT_RPC_TOPIC_LENGTH: Length in bytes for mqtt rpc topic.

MQTT_SENSOR_TOPIC_LENGTH: Length in bytes for mqtt sensor topic.

MQTT_CLIENT_ID_LENGTH: Length in bytes for mqtt client id.

MQTT_MESSAGE_LENGTH: Length in bytes for mqtt message.

MQTT_RPC_COMMAND_LENGTH: Length in bytes for mqtt rpc command message.

MQTT_RPC_RESPONSE_LENGTH: Length in bytes for mqtt rpc response message.

MQTT_PACKET_SIZE: Length in bytes for max mqtt packet size.

MQTT_SERVER_LENGTH: Length in bytes for mqtt server.

MQTT_USERNAME_LENGTH: Length in bytes for mqtt username.

MQTT_PASSWORD_LENGTH: Length in bytes for mqtt password.

STATIONSLUG_LENGTH¶: Length in bytes for station slug.

BOARDSLUG_LENGTH¶: Length in bytes for board slug.

MQTT_TIMEOUT_MS: Timeout in milliseconds for mqtt stack.

MQTT_DEFAULT_SERVER: Default MQTT server.

MQTT_DEFAULT_PORT: Default MQTT server port.

MQTT_DEFAULT_ROOT_TOPIC: Default MQTT root topic.

MQTT_DEFAULT_MAINT_TOPIC: Default MQTT maint topic.

MQTT_DEFAULT_RPC_TOPIC

MQTT_DEFAULT_USERNAME: Default MQTT username.

MQTT_DEFAULT_PASSWORD: Default MQTT password.

DEFAULT_STATIONSLUG¶: Default station slug.

DEFAULT_BOARDSLUG¶: Default board slug.

MQTT_STATUS_TOPIC: Default MQTT status topic for printing on connect/disconnect message.

MQTT_ON_CONNECT_MESSAGE: MQTT on connect message.

MQTT_ON_DISCONNECT_MESSAGE: MQTT on disconnect message.

MQTT_ON_ERROR_MESSAGE: MQTT on error message.

file mqtt_config.h

Defines

MQTT_ROOT_TOPIC_LENGTH: Length in bytes for mqtt root topic.

MQTT_MAINT_TOPIC_LENGTH: Length in bytes for mqtt maint topic.

MQTT_RPC_TOPIC_LENGTH: Length in bytes for mqtt rpc topic.

MQTT_SENSOR_TOPIC_LENGTH: Length in bytes for mqtt sensor topic.

MQTT_CLIENT_ID_LENGTH: Length in bytes for mqtt client id.

MQTT_MESSAGE_LENGTH: Length in bytes for mqtt message.

MQTT_RPC_COMMAND_LENGTH: Length in bytes for mqtt rpc command message.

MQTT_RPC_RESPONSE_LENGTH: Length in bytes for mqtt rpc response message.

MQTT_PACKET_SIZE: Length in bytes for max mqtt packet size.

MQTT_SERVER_LENGTH: Length in bytes for mqtt server.

MQTT_USERNAME_LENGTH: Length in bytes for mqtt username.

MQTT_PASSWORD_LENGTH: Length in bytes for mqtt password.

MQTT_TIMEOUT_MS: Timeout in milliseconds for mqtt stack.

MQTT_DEFAULT_SERVER: Default MQTT server.

MQTT_DEFAULT_PORT: Default MQTT server port.

MQTT_DEFAULT_ROOT_TOPIC: Default MQTT root topic.

MQTT_DEFAULT_MAINT_TOPIC: Default MQTT maint topic.

MQTT_DEFAULT_RPC_TOPIC

MQTT_DEFAULT_USERNAME: Default MQTT username.

MQTT_DEFAULT_PASSWORD: Default MQTT password.

MQTT_STATUS_TOPIC: Default MQTT status topic for printing on connect/disconnect message.

MQTT_ON_CONNECT_MESSAGE: MQTT on connect message.

MQTT_ON_DISCONNECT_MESSAGE: MQTT on disconnect message.

MQTT_ON_ERROR_MESSAGE: MQTT on error message.

file mqtt_config.h

Defines

MQTT_ROOT_TOPIC_LENGTH: Length in bytes for mqtt root topic.

MQTT_MAINT_TOPIC_LENGTH: Length in bytes for mqtt maint topic.

MQTT_SUBSCRIBE_TOPIC_LENGTH: Length in bytes for mqtt subscibe topic.

MQTT_SENSOR_TOPIC_LENGTH: Length in bytes for mqtt sensor topic.

MQTT_CLIENT_ID_LENGTH: Length in bytes for mqtt client id.

MQTT_MESSAGE_LENGTH: Length in bytes for mqtt message.

MQTT_SERVER_LENGTH: Length in bytes for mqtt server.

MQTT_USERNAME_LENGTH: Length in bytes for mqtt username.

MQTT_PASSWORD_LENGTH: Length in bytes for mqtt password.

MQTT_TIMEOUT_MS: Timeout in milliseconds for mqtt stack.

MQTT_DEFAULT_SERVER: Default MQTT server.

MQTT_DEFAULT_PORT: Default MQTT server port.

MQTT_DEFAULT_ROOT_TOPIC: Default MQTT root topic.

MQTT_DEFAULT_MAINT_TOPIC: Default MQTT maint topic.

MQTT_DEFAULT_SUBSCRIBE_TOPIC: Default MQTT subscibe topic.

MQTT_DEFAULT_USERNAME: Default MQTT username.

MQTT_DEFAULT_PASSWORD: Default MQTT password.

MQTT_STATUS_TOPIC: Default MQTT status topic for printing on connect/disconnect message.

MQTT_ON_CONNECT_MESSAGE: MQTT on connect message.

MQTT_ON_DISCONNECT_MESSAGE: MQTT on disconnect message.

MQTT_ON_ERROR_MESSAGE: MQTT on error message.

file mqtt_config.h

Defines

MQTT_ROOT_TOPIC_LENGTH: Length in bytes for mqtt root topic.

MQTT_MAINT_TOPIC_LENGTH: Length in bytes for mqtt maint topic.

MQTT_SUBSCRIBE_TOPIC_LENGTH: Length in bytes for mqtt subscibe topic.

MQTT_SENSOR_TOPIC_LENGTH: Length in bytes for mqtt sensor topic.

MQTT_CLIENT_ID_LENGTH: Length in bytes for mqtt client id.

MQTT_MESSAGE_LENGTH: Length in bytes for mqtt message.

MQTT_SERVER_LENGTH: Length in bytes for mqtt server.

MQTT_USERNAME_LENGTH: Length in bytes for mqtt username.

MQTT_PASSWORD_LENGTH: Length in bytes for mqtt password.

MQTT_TIMEOUT_MS: Timeout in milliseconds for mqtt stack.

MQTT_DEFAULT_SERVER: Default MQTT server.

MQTT_DEFAULT_PORT: Default MQTT server port.

MQTT_DEFAULT_ROOT_TOPIC: Default MQTT root topic.

MQTT_DEFAULT_MAINT_TOPIC: Default MQTT maint topic.

MQTT_DEFAULT_SUBSCRIBE_TOPIC: Default MQTT subscibe topic.

MQTT_DEFAULT_USERNAME: Default MQTT username.

MQTT_DEFAULT_PASSWORD: Default MQTT password.

MQTT_STATUS_TOPIC: Default MQTT status topic for printing on connect/disconnect message.

MQTT_ON_CONNECT_MESSAGE: MQTT on connect message.

MQTT_ON_DISCONNECT_MESSAGE: MQTT on disconnect message.

MQTT_ON_ERROR_MESSAGE: MQTT on error message.

file mqtt_config.h

Defines

MQTT_ROOT_TOPIC_LENGTH: Length in bytes for mqtt root topic.

MQTT_MAINT_TOPIC_LENGTH: Length in bytes for mqtt maint topic.

MQTT_SUBSCRIBE_TOPIC_LENGTH: Length in bytes for mqtt subscibe topic.

MQTT_SENSOR_TOPIC_LENGTH: Length in bytes for mqtt sensor topic.

MQTT_CLIENT_ID_LENGTH: Length in bytes for mqtt client id.

MQTT_MESSAGE_LENGTH: Length in bytes for mqtt message.

MQTT_SERVER_LENGTH: Length in bytes for mqtt server.

MQTT_USERNAME_LENGTH: Length in bytes for mqtt username.

MQTT_PASSWORD_LENGTH: Length in bytes for mqtt password.

MQTT_TIMEOUT_MS: Timeout in milliseconds for mqtt stack.

MQTT_DEFAULT_SERVER: Default MQTT server.

MQTT_DEFAULT_PORT: Default MQTT server port.

MQTT_DEFAULT_ROOT_TOPIC: Default MQTT root topic.

MQTT_DEFAULT_MAINT_TOPIC: Default MQTT maint topic.

MQTT_DEFAULT_SUBSCRIBE_TOPIC: Default MQTT subscibe topic.

MQTT_DEFAULT_USERNAME: Default MQTT username.

MQTT_DEFAULT_PASSWORD: Default MQTT password.

MQTT_STATUS_TOPIC: Default MQTT status topic for printing on connect/disconnect message.

MQTT_ON_CONNECT_MESSAGE: MQTT on connect message.

MQTT_ON_DISCONNECT_MESSAGE: MQTT on disconnect message.

MQTT_ON_ERROR_MESSAGE: MQTT on error message.

file mqtt_config.h

Defines

MQTT_ROOT_TOPIC_LENGTH: Length in bytes for mqtt root topic.

MQTT_MAINT_TOPIC_LENGTH: Length in bytes for mqtt maint topic.

MQTT_SUBSCRIBE_TOPIC_LENGTH: Length in bytes for mqtt subscibe topic.

MQTT_SENSOR_TOPIC_LENGTH: Length in bytes for mqtt sensor topic.

MQTT_CLIENT_ID_LENGTH: Length in bytes for mqtt client id.

MQTT_MESSAGE_LENGTH: Length in bytes for mqtt message.

MQTT_SERVER_LENGTH: Length in bytes for mqtt server.

MQTT_USERNAME_LENGTH: Length in bytes for mqtt username.

MQTT_PASSWORD_LENGTH: Length in bytes for mqtt password.

MQTT_TIMEOUT_MS: Timeout in milliseconds for mqtt stack.

MQTT_DEFAULT_SERVER: Default MQTT server.

MQTT_DEFAULT_PORT: Default MQTT server port.

MQTT_DEFAULT_ROOT_TOPIC: Default MQTT root topic.

MQTT_DEFAULT_MAINT_TOPIC: Default MQTT maint topic.

MQTT_DEFAULT_SUBSCRIBE_TOPIC: Default MQTT subscibe topic.

MQTT_DEFAULT_USERNAME: Default MQTT username.

MQTT_DEFAULT_PASSWORD: Default MQTT password.

MQTT_STATUS_TOPIC: Default MQTT status topic for printing on connect/disconnect message.

MQTT_ON_CONNECT_MESSAGE: MQTT on connect message.

MQTT_ON_DISCONNECT_MESSAGE: MQTT on disconnect message.

MQTT_ON_ERROR_MESSAGE: MQTT on error message.

file sdcard_config.h

Defines

SDCARD_FILES_NAME_MAX_LENGTH¶: Length in bytes for sdcard file name data buffer.

file sdcard_config.h

Defines

SDCARD_FILES_NAME_MAX_LENGTH: Length in bytes for sdcard file name data buffer.

file sdcard_config.h

Defines

SDCARD_FILES_NAME_MAX_LENGTH: Length in bytes for sdcard file name data buffer.

file sdcard_config.h

Defines

SDCARD_FILES_NAME_MAX_LENGTH: Length in bytes for sdcard file name data buffer.

file sdcard_config.h

Defines

SDCARD_FILES_NAME_MAX_LENGTH: Length in bytes for sdcard file name data buffer.

file sdcard_config.h

Defines

SDCARD_FILES_NAME_MAX_LENGTH: Length in bytes for sdcard file name data buffer.

file sdcard_config.h

Defines

SDCARD_FILES_NAME_MAX_LENGTH: Length in bytes for sdcard file name data buffer.

file sdcard_config.h

Defines

SDCARD_FILES_NAME_MAX_LENGTH: Length in bytes for sdcard file name data buffer.

file sdcard_config.h

Defines

SPI_DRIVER_SELECT¶

USE_SD_CRC¶

SDFAT_FILE_TYPE¶

USE_LONG_FILE_NAMES¶

USE_SEPARATE_FAT_CACHE¶

USE_EXFAT_BITMAP_CACHE¶

USE_UTF8_LONG_NAMES¶

USE_FAT_FILE_FLAG_CONTIGUOUS¶

ENABLE_DEDICATED_SPI¶

SDCARD_FILES_NAME_MAX_LENGTH: Length in bytes for sdcard file name data buffer.

file sdcard_config.h

Defines

SDCARD_FILES_NAME_MAX_LENGTH: Length in bytes for sdcard file name data buffer.

file sdcard_config.h

Defines

SDCARD_FILES_NAME_MAX_LENGTH: Length in bytes for sdcard file name data buffer.

file sdcard_config.h

Defines

SDCARD_FILES_NAME_MAX_LENGTH: Length in bytes for sdcard file name data buffer.

file sdcard_config.h

Defines

SDCARD_FILES_NAME_MAX_LENGTH: Length in bytes for sdcard file name data buffer.

file sdcard_config.h

Defines

SDCARD_FILES_NAME_MAX_LENGTH: Length in bytes for sdcard file name data buffer.

file sensors_config.h

Defines

USE_JSON¶: Enable if you want use json library for json response (getJson function in SensorDriver).

USE_SENSOR_ADT¶: Enable if you want use ADT7420 sensor.

USE_SENSOR_HIH¶: Enable if you want use HIH6100 sensor.

USE_SENSOR_HYT¶: Enable if you want use HYT271 or HYT221 sensor.

USE_SENSOR_DEP¶: Enable if you want use DigitEco Power sensor.

USE_SENSOR_OA2¶: Enable if you want use OPC PM1, PM2.5, PM10 continuous average value.

USE_SENSOR_OA3¶

USE_SENSOR_OB2¶: Enable if you want use OPC PM1, PM2.5, PM10 continuous standard deviation value.

USE_SENSOR_OB3¶

USE_SENSOR_OC2¶: Enable if you want use OPC BINS continuous average value.

USE_SENSOR_OC3¶

USE_SENSOR_OD2¶: Enable if you want use OPC BINS continuous standard deviation value.

USE_SENSOR_OD3¶

USE_SENSOR_OE3¶

USE_SENSOR_LWT¶: Enable if you want use leaf wetness time continuous value.

USE_SENSOR_HI7¶: Enable if you want use SI7021 sensor.

USE_SENSOR_BMP¶: Enable if you want use Bmp085 sensor.

USE_SENSOR_DW1¶: Enable if you want use DW1 sensor.

USE_SENSOR_TBS¶: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_TBR¶: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_STH¶: Enable if you want use Temperature and humidity oneshot sensor.

USE_SENSOR_ITH¶: Enable if you want use Temperature and humidity continuous istantaneous sensor.

USE_SENSOR_NTH¶: Enable if you want use Temperature and humidity continuous minium sensor.

USE_SENSOR_MTH¶: Enable if you want use Temperature and humidity continuous average sensor.

USE_SENSOR_XTH¶: Enable if you want use Temperature and humidity continuous maximum sensor.

USE_SENSOR_SSD¶: Enable if you want use SSD011 oneshot sensor.

USE_SENSOR_ISD¶: Enable if you want use SSD011 report istantaneous sensor.

USE_SENSOR_NSD¶: Enable if you want use SSD011 report minium sensor.

USE_SENSOR_MSD¶: Enable if you want use SSD011 report average sensor.

USE_SENSOR_XSD¶: Enable if you want use SSD011 report maximum sensor.

USE_SENSOR_SMI¶: Enable if you want use MICS4514 oneshot sensor.

USE_SENSOR_IMI¶: Enable if you want use MICS4514 report istantaneous sensor.

USE_SENSOR_NMI¶: Enable if you want use MICS4514 report minium sensor.

USE_SENSOR_MMI¶: Enable if you want use MICS4514 report average sensor.

USE_SENSOR_GWS¶: Enable if you want use Gill Windsonic sensor.

USE_SENSOR_XMI¶: Enable if you want use MICS4514 report maximum sensor.

USE_SENSOR_RF24¶: Enable if you want use Radio RF24 sensor.

RAIN_FOR_TIP¶: How much mm of rain for one tip of tipping bucket rain gauge.

VALUES_TO_READ_FROM_SENSOR_COUNT¶: Maximum number of values to be read by the sensors.

JSONS_TO_READ_FROM_SENSOR_COUNT¶

OBSERVATIONS_MINUTES¶: How much minutes for calculate an observations by processing sampling. Tipically 1-10 minutes.

STATISTICAL_DATA_COUNT¶: How much observations are needed for generating a report.

OBSERVATION_COUNT¶: Observations buffer length.

OBSERVATION_COUNT_TOLLERANCE¶: Tolerance of observations for generating a valid report.

file sensors_config.h

Defines

USE_JSON: Enable if you want use json library for json response (getJson function in SensorDriver).

USE_SENSOR_ADT: Enable if you want use ADT7420 sensor.

USE_SENSOR_HIH: Enable if you want use HIH6100 sensor.

USE_SENSOR_HYT: Enable if you want use HYT271 or HYT221 sensor.

USE_SENSOR_DEP: Enable if you want use DigitEco Power sensor.

USE_SENSOR_OA2: Enable if you want use OPC PM1, PM2.5, PM10 continuous average value.

USE_SENSOR_OA3

USE_SENSOR_OB2: Enable if you want use OPC PM1, PM2.5, PM10 continuous standard deviation value.

USE_SENSOR_OB3

USE_SENSOR_OC2: Enable if you want use OPC BINS continuous average value.

USE_SENSOR_OC3

USE_SENSOR_OD2: Enable if you want use OPC BINS continuous standard deviation value.

USE_SENSOR_OD3

USE_SENSOR_OE3

USE_SENSOR_LWT: Enable if you want use leaf wetness time continuous value.

USE_SENSOR_HI7: Enable if you want use SI7021 sensor.

USE_SENSOR_BMP: Enable if you want use Bmp085 sensor.

USE_SENSOR_DW1: Enable if you want use DW1 sensor.

USE_SENSOR_TBS: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_TBR: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_STH: Enable if you want use Temperature and humidity oneshot sensor.

USE_SENSOR_ITH: Enable if you want use Temperature and humidity continuous istantaneous sensor.

USE_SENSOR_NTH: Enable if you want use Temperature and humidity continuous minium sensor.

USE_SENSOR_MTH: Enable if you want use Temperature and humidity continuous average sensor.

USE_SENSOR_XTH: Enable if you want use Temperature and humidity continuous maximum sensor.

USE_SENSOR_SSD: Enable if you want use SSD011 oneshot sensor.

USE_SENSOR_ISD: Enable if you want use SSD011 report istantaneous sensor.

USE_SENSOR_NSD: Enable if you want use SSD011 report minium sensor.

USE_SENSOR_MSD: Enable if you want use SSD011 report average sensor.

USE_SENSOR_XSD: Enable if you want use SSD011 report maximum sensor.

USE_SENSOR_SMI: Enable if you want use MICS4514 oneshot sensor.

USE_SENSOR_IMI: Enable if you want use MICS4514 report istantaneous sensor.

USE_SENSOR_NMI: Enable if you want use MICS4514 report minium sensor.

USE_SENSOR_MMI: Enable if you want use MICS4514 report average sensor.

USE_SENSOR_GWS: Enable if you want use Gill Windsonic sensor.

USE_SENSOR_XMI: Enable if you want use MICS4514 report maximum sensor.

USE_SENSOR_RF24: Enable if you want use Radio RF24 sensor.

RAIN_FOR_TIP: How much mm of rain for one tip of tipping bucket rain gauge.

VALUES_TO_READ_FROM_SENSOR_COUNT: Maximum number of values to be read by the sensors.

JSONS_TO_READ_FROM_SENSOR_COUNT

OBSERVATIONS_MINUTES: How much minutes for calculate an observations by processing sampling. Tipically 1-10 minutes.

STATISTICAL_DATA_COUNT: How much observations are needed for generating a report.

OBSERVATION_COUNT: Observations buffer length.

OBSERVATION_COUNT_TOLLERANCE: Tolerance of observations for generating a valid report.

file sensors_config.h

Defines

USE_JSON: Enable if you want use json library for json response (getJson function in SensorDriver).

USE_SENSOR_ADT: Enable if you want use ADT7420 sensor.

USE_SENSOR_HIH: Enable if you want use HIH6100 sensor.

USE_SENSOR_HYT: Enable if you want use HYT271 or HYT221 sensor.

USE_SENSOR_DEP: Enable if you want use DigitEco Power sensor.

USE_SENSOR_DES¶: Enable if you want use DigitEco Wind Speed sensor.

USE_SENSOR_DED¶: Enable if you want use DigitEco Wind Direction sensor.

USE_SENSOR_DSR¶: Enable if you want use DigitEco Global Solar Radiation sensor.

USE_SENSOR_VSR¶: Enable if you want use 0-5V High Resolution Global Solar Radiation sensor.

USE_SENSOR_DSA¶: Enable if you want average Global Solar Radiation sensor.

USE_SENSOR_DWA¶: Enable if you want vectorial average Wind Speed and Direction over 10'.

USE_SENSOR_DWB¶: Enable if you want vectorial average Wind Speed and Direction over report time.

USE_SENSOR_DWC¶: Enable if you want gust Wind Speed and Direction over report time.

USE_SENSOR_DWD¶: Enable if you want average Wind Speed over report time.

USE_SENSOR_DWE¶: Enable if you want class Wind Speed over report time.

USE_SENSOR_OA2: Enable if you want use OPC PM1, PM2.5, PM10 continuous average value.

USE_SENSOR_OA3

USE_SENSOR_OB2: Enable if you want use OPC PM1, PM2.5, PM10 continuous standard deviation value.

USE_SENSOR_OB3

USE_SENSOR_OC2: Enable if you want use OPC BINS continuous average value.

USE_SENSOR_OC3

USE_SENSOR_OD2: Enable if you want use OPC BINS continuous standard deviation value.

USE_SENSOR_OD3

USE_SENSOR_OE3

USE_SENSOR_LWT: Enable if you want use leaf wetness time continuous value.

USE_SENSOR_HI7: Enable if you want use SI7021 sensor.

USE_SENSOR_BMP: Enable if you want use Bmp085 sensor.

USE_SENSOR_DW1: Enable if you want use DW1 sensor.

USE_SENSOR_TBS: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_TBR: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_STH: Enable if you want use Temperature and humidity oneshot sensor.

USE_SENSOR_ITH: Enable if you want use Temperature and humidity continuous istantaneous sensor.

USE_SENSOR_NTH: Enable if you want use Temperature and humidity continuous minium sensor.

USE_SENSOR_MTH: Enable if you want use Temperature and humidity continuous average sensor.

USE_SENSOR_XTH: Enable if you want use Temperature and humidity continuous maximum sensor.

USE_SENSOR_SSD: Enable if you want use SSD011 oneshot sensor.

USE_SENSOR_ISD: Enable if you want use SSD011 report istantaneous sensor.

USE_SENSOR_NSD: Enable if you want use SSD011 report minium sensor.

USE_SENSOR_MSD: Enable if you want use SSD011 report average sensor.

USE_SENSOR_XSD: Enable if you want use SSD011 report maximum sensor.

USE_SENSOR_SMI: Enable if you want use MICS4514 oneshot sensor.

USE_SENSOR_IMI: Enable if you want use MICS4514 report istantaneous sensor.

USE_SENSOR_NMI: Enable if you want use MICS4514 report minium sensor.

USE_SENSOR_MMI: Enable if you want use MICS4514 report average sensor.

USE_SENSOR_GWS: Enable if you want use Gill Windsonic sensor.

USE_SENSOR_XMI: Enable if you want use MICS4514 report maximum sensor.

USE_SENSOR_RF24: Enable if you want use Radio RF24 sensor.

RAIN_FOR_TIP: How much mm of rain for one tip of tipping bucket rain gauge.

VALUES_TO_READ_FROM_SENSOR_COUNT: Maximum number of values to be read by the sensors.

JSONS_TO_READ_FROM_SENSOR_COUNT

OBSERVATIONS_MINUTES: How much minutes for calculate an observations by processing sampling. Tipically 1-10 minutes.

STATISTICAL_DATA_COUNT: How much observations are needed for generating a report.

OBSERVATION_COUNT: Observations buffer length.

OBSERVATION_COUNT_TOLLERANCE: Tolerance of observations for generating a valid report.

file sensors_config.h

Defines

SENSORS_MAX¶

SENSORS_UNIQUE_MAX¶

USE_JSON: Enable if you want use json library for json response (getJson function in SensorDriver).

USE_SENSOR_ADT: Enable if you want use ADT7420 sensor.

USE_SENSOR_HIH: Enable if you want use HIH6100 sensor.

USE_SENSOR_HYT: Enable if you want use HYT271 or HYT221 sensor.

USE_SENSOR_DEP: Enable if you want use DigitEco Power sensor.

USE_SENSOR_OA2: Enable if you want use OPC PM1, PM2.5, PM10 continuous average value.

USE_SENSOR_OA3

USE_SENSOR_OB2: Enable if you want use OPC PM1, PM2.5, PM10 continuous standard deviation value.

USE_SENSOR_OB3

USE_SENSOR_OC2: Enable if you want use OPC BINS continuous average value.

USE_SENSOR_OC3

USE_SENSOR_OD2: Enable if you want use OPC BINS continuous standard deviation value.

USE_SENSOR_OD3

USE_SENSOR_OE3

USE_SENSOR_LWT: Enable if you want use leaf wetness time continuous value.

USE_SENSOR_HI7: Enable if you want use SI7021 sensor.

USE_SENSOR_BMP: Enable if you want use Bmp085 sensor.

USE_SENSOR_DW1: Enable if you want use DW1 sensor.

USE_SENSOR_TBS: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_TBR: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_STH: Enable if you want use Temperature and humidity oneshot sensor.

USE_SENSOR_ITH: Enable if you want use Temperature and humidity continuous istantaneous sensor.

USE_SENSOR_NTH: Enable if you want use Temperature and humidity continuous minium sensor.

USE_SENSOR_MTH: Enable if you want use Temperature and humidity continuous average sensor.

USE_SENSOR_XTH: Enable if you want use Temperature and humidity continuous maximum sensor.

USE_SENSOR_SSD: Enable if you want use SSD011 oneshot sensor.

USE_SENSOR_ISD: Enable if you want use SSD011 report istantaneous sensor.

USE_SENSOR_NSD: Enable if you want use SSD011 report minium sensor.

USE_SENSOR_MSD: Enable if you want use SSD011 report average sensor.

USE_SENSOR_XSD: Enable if you want use SSD011 report maximum sensor.

USE_SENSOR_SMI: Enable if you want use MICS4514 oneshot sensor.

USE_SENSOR_IMI: Enable if you want use MICS4514 report istantaneous sensor.

USE_SENSOR_NMI: Enable if you want use MICS4514 report minium sensor.

USE_SENSOR_MMI: Enable if you want use MICS4514 report average sensor.

USE_SENSOR_GWS: Enable if you want use Gill Windsonic sensor.

USE_SENSOR_XMI: Enable if you want use MICS4514 report maximum sensor.

USE_SENSOR_RF24: Enable if you want use Radio RF24 sensor.

VALUES_TO_READ_FROM_SENSOR_COUNT: Maximum number of values to be read by the sensors.

JSONS_TO_READ_FROM_SENSOR_COUNT

file sensors_config.h

Defines

SENSORS_MAX

SENSORS_UNIQUE_MAX

USE_JSON: Enable if you want use json library for json response (getJson function in SensorDriver).

USE_SENSOR_ADT: Enable if you want use ADT7420 sensor.

USE_SENSOR_HIH: Enable if you want use HIH6100 sensor.

USE_SENSOR_HYT: Enable if you want use HYT271 or HYT221 sensor.

USE_SENSOR_DEP: Enable if you want use DigitEco Power sensor.

USE_SENSOR_OA2: Enable if you want use OPC PM1, PM2.5, PM10 continuous average value.

USE_SENSOR_OA3

USE_SENSOR_OB2: Enable if you want use OPC PM1, PM2.5, PM10 continuous standard deviation value.

USE_SENSOR_OB3

USE_SENSOR_OC2: Enable if you want use OPC BINS continuous average value.

USE_SENSOR_OC3

USE_SENSOR_OD2: Enable if you want use OPC BINS continuous standard deviation value.

USE_SENSOR_OD3

USE_SENSOR_OE3

USE_SENSOR_LWT: Enable if you want use leaf wetness time continuous value.

USE_SENSOR_HI7: Enable if you want use SI7021 sensor.

USE_SENSOR_BMP: Enable if you want use Bmp085 sensor.

USE_SENSOR_DW1: Enable if you want use DW1 sensor.

USE_SENSOR_TBS: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_TBR: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_STH: Enable if you want use Temperature and humidity oneshot sensor.

USE_SENSOR_ITH: Enable if you want use Temperature and humidity continuous istantaneous sensor.

USE_SENSOR_NTH: Enable if you want use Temperature and humidity continuous minium sensor.

USE_SENSOR_MTH: Enable if you want use Temperature and humidity continuous average sensor.

USE_SENSOR_XTH: Enable if you want use Temperature and humidity continuous maximum sensor.

USE_SENSOR_SSD: Enable if you want use SSD011 oneshot sensor.

USE_SENSOR_ISD: Enable if you want use SSD011 report istantaneous sensor.

USE_SENSOR_NSD: Enable if you want use SSD011 report minium sensor.

USE_SENSOR_MSD: Enable if you want use SSD011 report average sensor.

USE_SENSOR_XSD: Enable if you want use SSD011 report maximum sensor.

USE_SENSOR_SMI: Enable if you want use MICS4514 oneshot sensor.

USE_SENSOR_IMI: Enable if you want use MICS4514 report istantaneous sensor.

USE_SENSOR_NMI: Enable if you want use MICS4514 report minium sensor.

USE_SENSOR_MMI: Enable if you want use MICS4514 report average sensor.

USE_SENSOR_GWS: Enable if you want use Gill Windsonic sensor.

USE_SENSOR_XMI: Enable if you want use MICS4514 report maximum sensor.

USE_SENSOR_RF24: Enable if you want use Radio RF24 sensor.

RAIN_FOR_TIP: How much mm of rain for one tip of tipping bucket rain gauge.

VALUES_TO_READ_FROM_SENSOR_COUNT: Maximum number of values to be read by the sensors.

JSONS_TO_READ_FROM_SENSOR_COUNT

file sensors_config.h

Defines

SENSORS_MAX

SENSORS_UNIQUE_MAX

USE_THR¶: Enable if you want use one module for TH and RAIN. Disable if you want use one module for TH and one for RAIN.

USE_JSON: Enable if you want use json library for json response (getJson function in SensorDriver).

USE_SENSOR_ADT: Enable if you want use ADT7420 sensor.

USE_SENSOR_HIH: Enable if you want use HIH6100 sensor.

USE_SENSOR_HYT: Enable if you want use HYT271 or HYT221 sensor.

USE_SENSOR_DEP: Enable if you want use DigitEco Power sensor.

USE_SENSOR_OA2: Enable if you want use OPC PM1, PM2.5, PM10 continuous average value.

USE_SENSOR_OA3

USE_SENSOR_OB2: Enable if you want use OPC PM1, PM2.5, PM10 continuous standard deviation value.

USE_SENSOR_OB3

USE_SENSOR_OC2: Enable if you want use OPC BINS continuous average value.

USE_SENSOR_OC3

USE_SENSOR_OD2: Enable if you want use OPC BINS continuous standard deviation value.

USE_SENSOR_OD3

USE_SENSOR_OE3

USE_SENSOR_LWT: Enable if you want use leaf wetness time continuous value.

USE_SENSOR_HI7: Enable if you want use SI7021 sensor.

USE_SENSOR_BMP: Enable if you want use Bmp085 sensor.

USE_SENSOR_DW1: Enable if you want use DW1 sensor.

USE_SENSOR_TBS: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_TBR: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_STH: Enable if you want use Temperature and humidity oneshot sensor.

USE_SENSOR_ITH: Enable if you want use Temperature and humidity continuous istantaneous sensor.

USE_SENSOR_NTH: Enable if you want use Temperature and humidity continuous minium sensor.

USE_SENSOR_MTH: Enable if you want use Temperature and humidity continuous average sensor.

USE_SENSOR_XTH: Enable if you want use Temperature and humidity continuous maximum sensor.

USE_SENSOR_SSD: Enable if you want use SSD011 oneshot sensor.

USE_SENSOR_ISD: Enable if you want use SSD011 report istantaneous sensor.

USE_SENSOR_NSD: Enable if you want use SSD011 report minium sensor.

USE_SENSOR_MSD: Enable if you want use SSD011 report average sensor.

USE_SENSOR_XSD: Enable if you want use SSD011 report maximum sensor.

USE_SENSOR_SMI: Enable if you want use MICS4514 oneshot sensor.

USE_SENSOR_IMI: Enable if you want use MICS4514 report istantaneous sensor.

USE_SENSOR_NMI: Enable if you want use MICS4514 report minium sensor.

USE_SENSOR_MMI: Enable if you want use MICS4514 report average sensor.

USE_SENSOR_GWS: Enable if you want use Gill Windsonic sensor.

USE_SENSOR_XMI: Enable if you want use MICS4514 report maximum sensor.

USE_SENSOR_RF24: Enable if you want use Radio RF24 sensor.

VALUES_TO_READ_FROM_SENSOR_COUNT: Maximum number of values to be read by the sensors.

JSONS_TO_READ_FROM_SENSOR_COUNT

OBSERVATIONS_MINUTES: How much minutes for calculate an observations by processing sampling. Tipically 1-10 minutes.

STATISTICAL_DATA_COUNT: How much observations are needed for generating a report.

OBSERVATION_COUNT: Observations buffer length.

OBSERVATION_COUNT_TOLLERANCE: Tolerance of observations for generating a valid report.

USE_TH_SENSORS¶

USE_RAIN_SENSORS¶

USE_MODULE_THR¶

USE_MODULE_TH¶

USE_MODULE_RAIN¶

file sensors_config.h

Defines

USE_JSON: Enable if you want use json library for json response (getJson function in SensorDriver).

USE_SENSOR_ADT: Enable if you want use ADT7420 sensor.

USE_SENSOR_HIH: Enable if you want use HIH6100 sensor.

USE_SENSOR_HYT: Enable if you want use HYT271 or HYT221 sensor.

USE_SENSOR_DEP: Enable if you want use DigitEco Power sensor.

USE_SENSOR_DES: Enable if you want use DigitEco Wind Speed sensor.

USE_SENSOR_DED: Enable if you want use DigitEco Wind Direction sensor.

USE_SENSOR_DSR: Enable if you want use DigitEco Global Solar Radiation sensor.

USE_SENSOR_VSR: Enable if you want use 0-5V High Resolution Global Solar Radiation sensor.

USE_SENSOR_DSA: Enable if you want average Global Solar Radiation sensor.

USE_SENSOR_DWA: Enable if you want vectorial average Wind Speed and Direction over 10'.

USE_SENSOR_DWB: Enable if you want vectorial average Wind Speed and Direction over report time.

USE_SENSOR_DWC: Enable if you want gust Wind Speed and Direction over report time.

USE_SENSOR_DWD: Enable if you want average Wind Speed over report time.

USE_SENSOR_DWE: Enable if you want class Wind Speed over report time.

USE_SENSOR_OA2: Enable if you want use OPC PM1, PM2.5, PM10 continuous average value.

USE_SENSOR_OA3

USE_SENSOR_OB2: Enable if you want use OPC PM1, PM2.5, PM10 continuous standard deviation value.

USE_SENSOR_OB3

USE_SENSOR_OC2: Enable if you want use OPC BINS continuous average value.

USE_SENSOR_OC3

USE_SENSOR_OD2: Enable if you want use OPC BINS continuous standard deviation value.

USE_SENSOR_OD3

USE_SENSOR_OE3

USE_SENSOR_LWT: Enable if you want use leaf wetness time continuous value.

USE_SENSOR_HI7: Enable if you want use SI7021 sensor.

USE_SENSOR_BMP: Enable if you want use Bmp085 sensor.

USE_SENSOR_DW1: Enable if you want use DW1 sensor.

USE_SENSOR_TBS: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_TBR: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_STH: Enable if you want use Temperature and humidity oneshot sensor.

USE_SENSOR_ITH: Enable if you want use Temperature and humidity continuous istantaneous sensor.

USE_SENSOR_NTH: Enable if you want use Temperature and humidity continuous minium sensor.

USE_SENSOR_MTH: Enable if you want use Temperature and humidity continuous average sensor.

USE_SENSOR_XTH: Enable if you want use Temperature and humidity continuous maximum sensor.

USE_SENSOR_SSD: Enable if you want use SSD011 oneshot sensor.

USE_SENSOR_ISD: Enable if you want use SSD011 report istantaneous sensor.

USE_SENSOR_NSD: Enable if you want use SSD011 report minium sensor.

USE_SENSOR_MSD: Enable if you want use SSD011 report average sensor.

USE_SENSOR_XSD: Enable if you want use SSD011 report maximum sensor.

USE_SENSOR_SMI: Enable if you want use MICS4514 oneshot sensor.

USE_SENSOR_IMI: Enable if you want use MICS4514 report istantaneous sensor.

USE_SENSOR_NMI: Enable if you want use MICS4514 report minium sensor.

USE_SENSOR_MMI: Enable if you want use MICS4514 report average sensor.

USE_SENSOR_GWS: Enable if you want use Gill Windsonic sensor.

USE_SENSOR_XMI: Enable if you want use MICS4514 report maximum sensor.

USE_SENSOR_RF24: Enable if you want use Radio RF24 sensor.

RAIN_FOR_TIP: How much mm of rain for one tip of tipping bucket rain gauge.

VALUES_TO_READ_FROM_SENSOR_COUNT: Maximum number of values to be read by the sensors.

JSONS_TO_READ_FROM_SENSOR_COUNT

OBSERVATIONS_MINUTES: How much minutes for calculate an observations by processing sampling. Tipically 1-10 minutes.

STATISTICAL_DATA_COUNT: How much observations are needed for generating a report.

OBSERVATION_COUNT: Observations buffer length.

OBSERVATION_COUNT_TOLLERANCE: Tolerance of observations for generating a valid report.

file sensors_config.h

Defines

USE_JSON: Enable if you want use json library for json response (getJson function in SensorDriver).

USE_SENSOR_ADT: Enable if you want use ADT7420 sensor.

USE_SENSOR_HIH: Enable if you want use HIH6100 sensor.

USE_SENSOR_HYT: Enable if you want use HYT271 or HYT221 sensor.

USE_SENSOR_DEP: Enable if you want use DigitEco Power sensor.

USE_SENSOR_OA2: Enable if you want use OPC PM1, PM2.5, PM10 continuous average value.

USE_SENSOR_OA3

USE_SENSOR_OB2: Enable if you want use OPC PM1, PM2.5, PM10 continuous standard deviation value.

USE_SENSOR_OB3

USE_SENSOR_OC2: Enable if you want use OPC BINS continuous average value.

USE_SENSOR_OC3

USE_SENSOR_OD2: Enable if you want use OPC BINS continuous standard deviation value.

USE_SENSOR_OD3

USE_SENSOR_OE3

USE_SENSOR_LWT: Enable if you want use leaf wetness time continuous value.

USE_SENSOR_HI7: Enable if you want use SI7021 sensor.

USE_SENSOR_BMP: Enable if you want use Bmp085 sensor.

USE_SENSOR_DW1: Enable if you want use DW1 sensor.

USE_SENSOR_TBS: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_TBR: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_STH: Enable if you want use Temperature and humidity oneshot sensor.

USE_SENSOR_ITH: Enable if you want use Temperature and humidity continuous istantaneous sensor.

USE_SENSOR_NTH: Enable if you want use Temperature and humidity continuous minium sensor.

USE_SENSOR_MTH: Enable if you want use Temperature and humidity continuous average sensor.

USE_SENSOR_XTH: Enable if you want use Temperature and humidity continuous maximum sensor.

USE_SENSOR_SSD: Enable if you want use SSD011 oneshot sensor.

USE_SENSOR_ISD: Enable if you want use SSD011 report istantaneous sensor.

USE_SENSOR_NSD: Enable if you want use SSD011 report minium sensor.

USE_SENSOR_MSD: Enable if you want use SSD011 report average sensor.

USE_SENSOR_XSD: Enable if you want use SSD011 report maximum sensor.

USE_SENSOR_SMI: Enable if you want use MICS4514 oneshot sensor.

USE_SENSOR_IMI: Enable if you want use MICS4514 report istantaneous sensor.

USE_SENSOR_NMI: Enable if you want use MICS4514 report minium sensor.

USE_SENSOR_MMI: Enable if you want use MICS4514 report average sensor.

USE_SENSOR_GWS: Enable if you want use Gill Windsonic sensor.

USE_SENSOR_XMI: Enable if you want use MICS4514 report maximum sensor.

USE_SENSOR_RF24: Enable if you want use Radio RF24 sensor.

RAIN_FOR_TIP: How much mm of rain for one tip of tipping bucket rain gauge.

VALUES_TO_READ_FROM_SENSOR_COUNT: Maximum number of values to be read by the sensors.

JSONS_TO_READ_FROM_SENSOR_COUNT

OBSERVATIONS_MINUTES: How much minutes for calculate an observations by processing sampling. Tipically 1-10 minutes.

STATISTICAL_DATA_COUNT: How much observations are needed for generating a report.

OBSERVATION_COUNT: Observations buffer length.

OBSERVATION_COUNT_TOLLERANCE: Tolerance of observations for generating a valid report.

file sensors_config.h

Defines

SENSORS_MAX

SENSORS_UNIQUE_MAX

USE_JSON: Enable if you want use json library for json response (getJson function in SensorDriver).

USE_SENSOR_ADT: Enable if you want use ADT7420 sensor.

USE_SENSOR_HIH: Enable if you want use HIH6100 sensor.

USE_SENSOR_HYT: Enable if you want use HYT271 or HYT221 sensor.

USE_SENSOR_DEP: Enable if you want use DigitEco Power sensor.

USE_SENSOR_DES: Enable if you want use DigitEco Wind Speed sensor.

USE_SENSOR_DED: Enable if you want use DigitEco Wind Direction sensor.

USE_SENSOR_DSR: Enable if you want use DigitEco Global Solar Radiation sensor.

USE_SENSOR_VSR: Enable if you want use 0-5V High Resolution Global Solar Radiation sensor.

USE_SENSOR_DSA: Enable if you want average Global Solar Radiation sensor.

USE_SENSOR_DWA: Enable if you want vectorial average Wind Speed and Direction over 10'.

USE_SENSOR_DWB: Enable if you want vectorial average Wind Speed and Direction over report time.

USE_SENSOR_DWC: Enable if you want gust Wind Speed and Direction over report time.

USE_SENSOR_DWD: Enable if you want average Wind Speed over report time.

USE_SENSOR_DWE: Enable if you want class Wind Speed over report time.

USE_SENSOR_OA2: Enable if you want use OPC PM1, PM2.5, PM10 continuous average value.

USE_SENSOR_OA3

USE_SENSOR_OB2: Enable if you want use OPC PM1, PM2.5, PM10 continuous standard deviation value.

USE_SENSOR_OB3

USE_SENSOR_OC2: Enable if you want use OPC BINS continuous average value.

USE_SENSOR_OC3

USE_SENSOR_OD2: Enable if you want use OPC BINS continuous standard deviation value.

USE_SENSOR_OD3

USE_SENSOR_OE3

USE_SENSOR_LWT: Enable if you want use leaf wetness time continuous value.

USE_SENSOR_HI7: Enable if you want use SI7021 sensor.

USE_SENSOR_BMP: Enable if you want use Bmp085 sensor.

USE_SENSOR_DW1: Enable if you want use DW1 sensor.

USE_SENSOR_TBS: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_TBR: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_STH: Enable if you want use Temperature and humidity oneshot sensor.

USE_SENSOR_ITH: Enable if you want use Temperature and humidity continuous istantaneous sensor.

USE_SENSOR_NTH: Enable if you want use Temperature and humidity continuous minium sensor.

USE_SENSOR_MTH: Enable if you want use Temperature and humidity continuous average sensor.

USE_SENSOR_XTH: Enable if you want use Temperature and humidity continuous maximum sensor.

USE_SENSOR_SSD: Enable if you want use SSD011 oneshot sensor.

USE_SENSOR_ISD: Enable if you want use SSD011 report istantaneous sensor.

USE_SENSOR_NSD: Enable if you want use SSD011 report minium sensor.

USE_SENSOR_MSD: Enable if you want use SSD011 report average sensor.

USE_SENSOR_XSD: Enable if you want use SSD011 report maximum sensor.

USE_SENSOR_SMI: Enable if you want use MICS4514 oneshot sensor.

USE_SENSOR_IMI: Enable if you want use MICS4514 report istantaneous sensor.

USE_SENSOR_NMI: Enable if you want use MICS4514 report minium sensor.

USE_SENSOR_MMI: Enable if you want use MICS4514 report average sensor.

USE_SENSOR_GWS: Enable if you want use Gill Windsonic sensor.

USE_SENSOR_XMI: Enable if you want use MICS4514 report maximum sensor.

USE_SENSOR_RF24: Enable if you want use Radio RF24 sensor.

RAIN_FOR_TIP: How much mm of rain for one tip of tipping bucket rain gauge.

VALUES_TO_READ_FROM_SENSOR_COUNT: Maximum number of values to be read by the sensors.

JSONS_TO_READ_FROM_SENSOR_COUNT

file sensors_config.h

Defines

USE_JSON: Enable if you want use json library for json response (getJson function in SensorDriver).

USE_SENSOR_ADT: Enable if you want use ADT7420 sensor.

USE_SENSOR_HIH: Enable if you want use HIH6100 sensor.

USE_SENSOR_HYT: Enable if you want use HYT271 or HYT221 sensor.

USE_SENSOR_DEP: Enable if you want use DigitEco Power sensor.

USE_SENSOR_OA2: Enable if you want use OPC PM1, PM2.5, PM10 continuous average value.

USE_SENSOR_OA3

USE_SENSOR_OB2: Enable if you want use OPC PM1, PM2.5, PM10 continuous standard deviation value.

USE_SENSOR_OB3

USE_SENSOR_OC2: Enable if you want use OPC BINS continuous average value.

USE_SENSOR_OC3

USE_SENSOR_OD2: Enable if you want use OPC BINS continuous standard deviation value.

USE_SENSOR_OD3

USE_SENSOR_OE3

USE_SENSOR_LWT: Enable if you want use leaf wetness time continuous value.

USE_SENSOR_HI7: Enable if you want use SI7021 sensor.

USE_SENSOR_BMP: Enable if you want use Bmp085 sensor.

USE_SENSOR_DW1: Enable if you want use DW1 sensor.

USE_SENSOR_TBS: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_TBR: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_STH: Enable if you want use Temperature and humidity oneshot sensor.

USE_SENSOR_ITH: Enable if you want use Temperature and humidity continuous istantaneous sensor.

USE_SENSOR_NTH: Enable if you want use Temperature and humidity continuous minium sensor.

USE_SENSOR_MTH: Enable if you want use Temperature and humidity continuous average sensor.

USE_SENSOR_XTH: Enable if you want use Temperature and humidity continuous maximum sensor.

USE_SENSOR_SSD: Enable if you want use SSD011 oneshot sensor.

USE_SENSOR_ISD: Enable if you want use SSD011 report istantaneous sensor.

USE_SENSOR_NSD: Enable if you want use SSD011 report minium sensor.

USE_SENSOR_MSD: Enable if you want use SSD011 report average sensor.

USE_SENSOR_XSD: Enable if you want use SSD011 report maximum sensor.

USE_SENSOR_SMI: Enable if you want use MICS4514 oneshot sensor.

USE_SENSOR_IMI: Enable if you want use MICS4514 report istantaneous sensor.

USE_SENSOR_NMI: Enable if you want use MICS4514 report minium sensor.

USE_SENSOR_MMI: Enable if you want use MICS4514 report average sensor.

USE_SENSOR_GWS: Enable if you want use Gill Windsonic sensor.

USE_SENSOR_XMI: Enable if you want use MICS4514 report maximum sensor.

USE_SENSOR_RF24: Enable if you want use Radio RF24 sensor.

RAIN_FOR_TIP: How much mm of rain for one tip of tipping bucket rain gauge.

VALUES_TO_READ_FROM_SENSOR_COUNT: Maximum number of values to be read by the sensors.

JSONS_TO_READ_FROM_SENSOR_COUNT

OBSERVATIONS_MINUTES: How much minutes for calculate an observations by processing sampling. Tipically 1-10 minutes.

STATISTICAL_DATA_COUNT: How much observations are needed for generating a report.

OBSERVATION_COUNT: Observations buffer length.

OBSERVATION_COUNT_TOLLERANCE: Tolerance of observations for generating a valid report.

file sensors_config.h

Defines

USE_JSON: Enable if you want use json library for json response (getJson function in SensorDriver).

USE_SENSOR_ADT: Enable if you want use ADT7420 sensor.

USE_SENSOR_HIH: Enable if you want use HIH6100 sensor.

USE_SENSOR_HYT: Enable if you want use HYT271 or HYT221 sensor.

USE_SENSOR_DEP: Enable if you want use DigitEco Power sensor.

USE_SENSOR_OA2: Enable if you want use OPC PM1, PM2.5, PM10 continuous average value.

USE_SENSOR_OA3

USE_SENSOR_OB2: Enable if you want use OPC PM1, PM2.5, PM10 continuous standard deviation value.

USE_SENSOR_OB3

USE_SENSOR_OC2: Enable if you want use OPC BINS continuous average value.

USE_SENSOR_OC3

USE_SENSOR_OD2: Enable if you want use OPC BINS continuous standard deviation value.

USE_SENSOR_OD3

USE_SENSOR_OE3

USE_SENSOR_LWT: Enable if you want use leaf wetness time continuous value.

USE_SENSOR_HI7: Enable if you want use SI7021 sensor.

USE_SENSOR_BMP: Enable if you want use Bmp085 sensor.

USE_SENSOR_DW1: Enable if you want use DW1 sensor.

USE_SENSOR_TBS: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_TBR: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_STH: Enable if you want use Temperature and humidity oneshot sensor.

USE_SENSOR_ITH: Enable if you want use Temperature and humidity continuous istantaneous sensor.

USE_SENSOR_NTH: Enable if you want use Temperature and humidity continuous minium sensor.

USE_SENSOR_MTH: Enable if you want use Temperature and humidity continuous average sensor.

USE_SENSOR_XTH: Enable if you want use Temperature and humidity continuous maximum sensor.

USE_SENSOR_SSD: Enable if you want use SSD011 oneshot sensor.

USE_SENSOR_ISD: Enable if you want use SSD011 report istantaneous sensor.

USE_SENSOR_NSD: Enable if you want use SSD011 report minium sensor.

USE_SENSOR_MSD: Enable if you want use SSD011 report average sensor.

USE_SENSOR_XSD: Enable if you want use SSD011 report maximum sensor.

USE_SENSOR_SMI: Enable if you want use MICS4514 oneshot sensor.

USE_SENSOR_IMI: Enable if you want use MICS4514 report istantaneous sensor.

USE_SENSOR_NMI: Enable if you want use MICS4514 report minium sensor.

USE_SENSOR_MMI: Enable if you want use MICS4514 report average sensor.

USE_SENSOR_XMI: Enable if you want use MICS4514 report maximum sensor.

USE_SENSOR_RF24: Enable if you want use Radio RF24 sensor.

RAIN_FOR_TIP: How much mm of rain for one tip of tipping bucket rain gauge.

VALUES_TO_READ_FROM_SENSOR_COUNT: Maximum number of values to be read by the sensors.

JSONS_TO_READ_FROM_SENSOR_COUNT

OBSERVATIONS_MINUTES: How much minutes for calculate an observations by processing sampling. Tipically 1-10 minutes.

STATISTICAL_DATA_COUNT: How much observations are needed for generating a report.

OBSERVATION_COUNT: Observations buffer length.

OBSERVATION_COUNT_TOLLERANCE: Tolerance of observations for generating a valid report.

file sensors_config.h

Defines

USE_JSON: Enable if you want use json library for json response (getJson function in SensorDriver).

USE_SENSOR_ADT: Enable if you want use ADT7420 sensor.

USE_SENSOR_HIH: Enable if you want use HIH6100 sensor.

USE_SENSOR_HYT: Enable if you want use HYT271 or HYT221 sensor.

USE_SENSOR_DEP: Enable if you want use DigitEco Power sensor.

USE_SENSOR_OA2: Enable if you want use OPC PM1, PM2.5, PM10 continuous average value.

USE_SENSOR_OA3

USE_SENSOR_OB2: Enable if you want use OPC PM1, PM2.5, PM10 continuous standard deviation value.

USE_SENSOR_OB3

USE_SENSOR_OC2: Enable if you want use OPC BINS continuous average value.

USE_SENSOR_OC3

USE_SENSOR_OD2: Enable if you want use OPC BINS continuous standard deviation value.

USE_SENSOR_OD3

USE_SENSOR_OE3

USE_SENSOR_LWT: Enable if you want use leaf wetness time continuous value.

USE_SENSOR_HI7: Enable if you want use SI7021 sensor.

USE_SENSOR_BMP: Enable if you want use Bmp085 sensor.

USE_SENSOR_DW1: Enable if you want use DW1 sensor.

USE_SENSOR_TBS: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_TBR: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_STH: Enable if you want use Temperature and humidity oneshot sensor.

USE_SENSOR_ITH: Enable if you want use Temperature and humidity continuous istantaneous sensor.

USE_SENSOR_NTH: Enable if you want use Temperature and humidity continuous minium sensor.

USE_SENSOR_MTH: Enable if you want use Temperature and humidity continuous average sensor.

USE_SENSOR_XTH: Enable if you want use Temperature and humidity continuous maximum sensor.

USE_SENSOR_SSD: Enable if you want use SSD011 oneshot sensor.

USE_SENSOR_ISD: Enable if you want use SSD011 report istantaneous sensor.

USE_SENSOR_NSD: Enable if you want use SSD011 report minium sensor.

USE_SENSOR_MSD: Enable if you want use SSD011 report average sensor.

USE_SENSOR_XSD: Enable if you want use SSD011 report maximum sensor.

USE_SENSOR_SMI: Enable if you want use MICS4514 oneshot sensor.

USE_SENSOR_IMI: Enable if you want use MICS4514 report istantaneous sensor.

USE_SENSOR_NMI: Enable if you want use MICS4514 report minium sensor.

USE_SENSOR_MMI: Enable if you want use MICS4514 report average sensor.

USE_SENSOR_XMI: Enable if you want use MICS4514 report maximum sensor.

USE_SENSOR_RF24: Enable if you want use Radio RF24 sensor.

RAIN_FOR_TIP: How much mm of rain for one tip of tipping bucket rain gauge.

VALUES_TO_READ_FROM_SENSOR_COUNT: Maximum number of values to be read by the sensors.

JSONS_TO_READ_FROM_SENSOR_COUNT

OBSERVATIONS_MINUTES: How much minutes for calculate an observations by processing sampling. Tipically 1-10 minutes.

STATISTICAL_DATA_COUNT: How much observations are needed for generating a report.

OBSERVATION_COUNT: Observations buffer length.

OBSERVATION_COUNT_TOLLERANCE: Tolerance of observations for generating a valid report.

file sensors_config.h

Defines

SENSORS_MAX

SENSORS_UNIQUE_MAX

USE_JSON: Enable if you want use json library for json response (getJson function in SensorDriver).

USE_SENSOR_ADT: Enable if you want use ADT7420 sensor.

USE_SENSOR_HIH: Enable if you want use HIH6100 sensor.

USE_SENSOR_HYT: Enable if you want use HYT271 or HYT221 sensor.

USE_SENSOR_DEP: Enable if you want use DigitEco Power sensor.

USE_SENSOR_OA2: Enable if you want use OPC PM1, PM2.5, PM10 continuous average value.

USE_SENSOR_OA3

USE_SENSOR_OB2: Enable if you want use OPC PM1, PM2.5, PM10 continuous standard deviation value.

USE_SENSOR_OB3

USE_SENSOR_OC2: Enable if you want use OPC BINS continuous average value.

USE_SENSOR_OC3

USE_SENSOR_OD2: Enable if you want use OPC BINS continuous standard deviation value.

USE_SENSOR_OD3

USE_SENSOR_OE3

USE_SENSOR_LWT: Enable if you want use leaf wetness time continuous value.

USE_SENSOR_HI7: Enable if you want use SI7021 sensor.

USE_SENSOR_BMP: Enable if you want use Bmp085 sensor.

USE_SENSOR_DW1: Enable if you want use DW1 sensor.

USE_SENSOR_DWA

USE_SENSOR_DWB

USE_SENSOR_DWC

USE_SENSOR_DWD

USE_SENSOR_DWE

USE_SENSOR_DWF¶

USE_SENSOR_TBS: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_TBR: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_STH: Enable if you want use Temperature and humidity oneshot sensor.

USE_SENSOR_ITH: Enable if you want use Temperature and humidity continuous istantaneous sensor.

USE_SENSOR_NTH: Enable if you want use Temperature and humidity continuous minium sensor.

USE_SENSOR_MTH: Enable if you want use Temperature and humidity continuous average sensor.

USE_SENSOR_XTH: Enable if you want use Temperature and humidity continuous maximum sensor.

USE_SENSOR_SSD: Enable if you want use SSD011 oneshot sensor.

USE_SENSOR_ISD: Enable if you want use SSD011 report istantaneous sensor.

USE_SENSOR_NSD: Enable if you want use SSD011 report minium sensor.

USE_SENSOR_MSD: Enable if you want use SSD011 report average sensor.

USE_SENSOR_XSD: Enable if you want use SSD011 report maximum sensor.

USE_SENSOR_SMI: Enable if you want use MICS4514 oneshot sensor.

USE_SENSOR_IMI: Enable if you want use MICS4514 report istantaneous sensor.

USE_SENSOR_NMI: Enable if you want use MICS4514 report minium sensor.

USE_SENSOR_MMI: Enable if you want use MICS4514 report average sensor.

USE_SENSOR_GWS: Enable if you want use Gill Windsonic sensor.

USE_SENSOR_XMI: Enable if you want use MICS4514 report maximum sensor.

USE_SENSOR_RF24: Enable if you want use Radio RF24 sensor.

RAIN_FOR_TIP: How much mm of rain for one tip of tipping bucket rain gauge.

VALUES_TO_READ_FROM_SENSOR_COUNT: Maximum number of values to be read by the sensors.

JSONS_TO_READ_FROM_SENSOR_COUNT

OBSERVATIONS_MINUTES: How much minutes for calculate an observations by processing sampling. Tipically 1-10 minutes.

STATISTICAL_DATA_COUNT: How much observations are needed for generating a report.

OBSERVATION_COUNT: Observations buffer length.

OBSERVATION_COUNT_TOLLERANCE: Tolerance of observations for generating a valid report.

file sensors_config.h

Defines

USE_JSON: Enable if you want use json library for json response (getJson function in SensorDriver).

USE_SENSOR_ADT: Enable if you want use ADT7420 sensor.

USE_SENSOR_HIH: Enable if you want use HIH6100 sensor.

USE_SENSOR_HYT: Enable if you want use HYT271 or HYT221 sensor.

USE_SENSOR_DEP: Enable if you want use DigitEco Power sensor.

USE_SENSOR_OA2: Enable if you want use OPC PM1, PM2.5, PM10 continuous average value.

USE_SENSOR_OA3

USE_SENSOR_OB2: Enable if you want use OPC PM1, PM2.5, PM10 continuous standard deviation value.

USE_SENSOR_OB3

USE_SENSOR_OC2: Enable if you want use OPC BINS continuous average value.

USE_SENSOR_OC3

USE_SENSOR_OD2: Enable if you want use OPC BINS continuous standard deviation value.

USE_SENSOR_OD3

USE_SENSOR_OE3

USE_SENSOR_LWT: Enable if you want use leaf wetness time continuous value.

USE_SENSOR_HI7: Enable if you want use SI7021 sensor.

USE_SENSOR_BMP: Enable if you want use Bmp085 sensor.

USE_SENSOR_DW1: Enable if you want use DW1 sensor.

USE_SENSOR_TBS: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_TBR: Enable if you want use Tipping bucket rain gauge sensor.

USE_SENSOR_STH: Enable if you want use Temperature and humidity oneshot sensor.

USE_SENSOR_ITH: Enable if you want use Temperature and humidity continuous istantaneous sensor.

USE_SENSOR_NTH: Enable if you want use Temperature and humidity continuous minium sensor.

USE_SENSOR_MTH: Enable if you want use Temperature and humidity continuous average sensor.

USE_SENSOR_XTH: Enable if you want use Temperature and humidity continuous maximum sensor.

USE_SENSOR_SSD: Enable if you want use SSD011 oneshot sensor.

USE_SENSOR_ISD: Enable if you want use SSD011 report istantaneous sensor.

USE_SENSOR_NSD: Enable if you want use SSD011 report minium sensor.

USE_SENSOR_MSD: Enable if you want use SSD011 report average sensor.

USE_SENSOR_XSD: Enable if you want use SSD011 report maximum sensor.

USE_SENSOR_SMI: Enable if you want use MICS4514 oneshot sensor.

USE_SENSOR_IMI: Enable if you want use MICS4514 report istantaneous sensor.

USE_SENSOR_NMI: Enable if you want use MICS4514 report minium sensor.

USE_SENSOR_MMI: Enable if you want use MICS4514 report average sensor.

USE_SENSOR_GWS: Enable if you want use Gill Windsonic sensor.

USE_SENSOR_XMI: Enable if you want use MICS4514 report maximum sensor.

USE_SENSOR_RF24: Enable if you want use Radio RF24 sensor.

RAIN_FOR_TIP: How much mm of rain for one tip of tipping bucket rain gauge.

VALUES_TO_READ_FROM_SENSOR_COUNT: Maximum number of values to be read by the sensors.

JSONS_TO_READ_FROM_SENSOR_COUNT

OBSERVATIONS_MINUTES: How much minutes for calculate an observations by processing sampling. Tipically 1-10 minutes.

STATISTICAL_DATA_COUNT: How much observations are needed for generating a report.

OBSERVATION_COUNT: Observations buffer length.

OBSERVATION_COUNT_TOLLERANCE: Tolerance of observations for generating a valid report.

file i2c-leaf-config.h

#include <sensors_config.h>

Defines

MODULE_VERSION¶: Module version.

MODULE_TYPE¶: Type of module. It is defined in registers.h.

CONFIGURATION_DEFAULT_IS_ONESHOT¶: Oneshot mode for default.

CONFIGURATION_DEFAULT_IS_CONTINUOUS¶: Continuous mode for default.

CONFIGURATION_DEFAULT_I2C_ADDRESS¶: Default i2c address.

CONFIGURATION_RESET_PIN¶: Input pin for reset configuration at startup.

LEAF_POWER_PIN¶: Output pin for power on and power off leaf sensor.

LEAF_ANALOG_PIN¶: Input pin for reading leaf sensor value.

SDCARD_CHIP_SELECT_PIN¶: Chip select for SDcard SPI.

SPI_SPEED¶: Clock speed for SPI and SDcard.

USE_POWER_DOWN¶: Enable or disable power down.

DEBOUNCING_POWER_DOWN_TIME_MS¶: Debounce power down ms.

USE_TIMER_1¶: Enable or disable timer1.

USE_LEAF_POWER_DOWN¶: Enable or disable power down for leaf sensor.

WDT_TIMER¶

Watchdog timer for periodically check microprocessor block states.

Possible value for WDT_TIMER are: WDTO_15MS, WDTO_30MS, WDTO_60MS, WDTO_120MS, WDTO_250MS, WDTO_500MS, WDTO_1S, WDTO_2S, WDTO_4S, WDTO_8S

SENSORS_SAMPLE_TIME_MS¶: Milliseconds for sampling sensors: 1000 - 60000 [ms] must be integer multiple of TIMER1_INTERRUPT_TIME_MS !!!

SENSORS_SAMPLE_COUNT_MIN¶: Sample count minimum in OBSERVATIONS_MINUTES minutes.

SENSORS_SAMPLE_COUNT_MAX¶: Sample count maximum in OBSERVATIONS_MINUTES minutes.

SENSORS_SAMPLE_COUNT_TOLERANCE¶: Maximum invalid sample count for generate a valid observations.

USE_SENSORS_COUNT¶: Sensors count.

TIMER1_INTERRUPT_TIME_MS¶: Value in milliseconds for generating timer1 interrupt: 100 - 8000 [ms].

TIMER1_TCNT1_VALUE¶: Timer1 timer overflow with 1024 prescaler at 8 MHz.

TIMER_COUNTER_VALUE_MAX_MS¶: Maximum timer1 counter value for timed tasks.

TIMER_COUNTER_VALUE_MAX_S¶

LEAF_READ_DELAY_MS¶: Reading delay.

LEAF_VALUES_READ_DELAY_MS¶: Reading delay.

LEAF_CALIBRATION_READ_COUNT¶: Maximum number of retry for leaf reading.

LEAF_READ_COUNT¶

LEAF_CALIBRATION_OFFSET¶

file i2c-leaf.h

#include "i2c-leaf-config.h"#include <debug.h>#include <i2c_config.h>#include <avr/sleep.h>#include <avr/power.h>#include <avr/wdt.h>#include <i2c_utility.h>#include <rmap_utility.h>#include <eeprom_utility.h>#include <Wire.h>#include <TimeLib.h>#include <typedef.h>#include <registers-leaf.h>#include <debug_config.h>#include <SdFat.h>#include <StreamUtils.h>#include <ArduinoLog.h>

Defines

leafRead()¶

Enums

enum state_t¶

Main loop finite state machine.

Values:

enumerator INIT¶: init tasks and sensors

enumerator TASKS_EXECUTION¶: execute active tasks

enumerator END¶: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator REBOOT¶: reboot the machine

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enum leaf_reading_state_t¶

Values:

enumerator LEAF_READING_INIT¶: init task variables

enumerator LEAF_READING_READ¶

enumerator LEAF_READING_END¶: performs end operations and deactivate task

enumerator LEAF_READING_WAIT_STATE¶: non-blocking waiting time

Functions

void init_logging()¶

Init logging system.

Return: void.

void init_power_down(uint32_t *time_ms, uint32_t debouncing_ms)¶

Enter power down mode.

Return

void.

Parameters

time_ms: pointer to a variable to save the last instant you entered power down.
debouncing_ms: delay to power down.

void init_wdt(uint8_t wdt_timer)¶

Init watchdog.

Return

void.

Parameters

wdt_timer: a time value for init watchdog (WDTO_xxxx).

void init_system(void)¶

Init system.

Return: void.

void init_buffers(void)¶

Init buffers.

Return: void.

void init_tasks(void)¶

Init tasks variable and state.

Return: void.

void init_pins(void)¶

Init hardware pins.

Return: void.

void init_wire(void)¶

Init wire (i2c) library and performs checks on the bus.

Return: void.

void init_spi(void)

Init SPI library.

Return: void.

void init_rtc(void)¶

Init RTC module.

Return: void.

void init_sensors(void)¶

Create and setup sensors.

Return: void.

void print_configuration(void)¶

Print current configuration.

Return: void.

void load_configuration(void)¶

Load configuration from EEPROM.

Return: void.

void save_configuration(bool)¶

Save configuration to EEPROM.

Return

void.

Parameters

is_default: if true save default configuration; if false save current configuration.

void commands(void)¶

Performs specific operations based on the received command.

Return: void.

void reset_samples_buffer(void)¶

Reset samples buffers to default value.

Return: void.

void reset_report_buffer(void)¶

void reset_buffer(void)¶

void exchange_buffers(void)¶

Exchange reader and writer pointer to buffer.

Return: void.

template<typename sample_g, typename observation_g, typename value_v> void addSample(sample_g *sample, observation_g *observation, value_v value)¶

template<typename observation_g, typename value_v> value_v readCurrentObservation(observation_g *buffer)¶

template<typename observation_g, typename value_v> void writeCurrentObservation(observation_g *buffer, value_v value)¶

template<typename observation_g, typename length_v> void resetObservation(observation_g *buffer, length_v length)¶

template<typename observation_g, typename length_v> void resetBackPmObservation(observation_g *buffer, length_v length)¶

template<typename observation_g, typename length_v> void incrementObservation(observation_g *buffer, length_v length)¶

template<typename observation_g, typename length_v, typename value_v> void addObservation(observation_g *buffer, length_v length, value_v value)¶

template<typename observation_g, typename length_v, typename value_v> value_v readBackObservation(observation_g *buffer, length_v length)¶

void samples_processing(bool is_force_processing)¶

Main routine for processing the samples to calculate an observation.

Return

void.

Parameters

is_force_processing: if is true, force the calculation of the observation provided there is a minimum number of samples.

void leaf_reading_task(void)¶

Sensors reading Task. Read data from sensors.

Return: void.

void command_task(void)¶

Command Task. Execute the command received on i2c bus by reading i2c received data buffer.

Execute the command received on i2c bus by reading i2c received data buffer.

Return: void.

void i2c_request_interrupt_handler(void)¶

I2C request interrupt handler.

Return: void.

void i2c_receive_interrupt_handler(void)¶

I2C receive interrupt handler.

Return: void.

Variables

configuration_t configuration¶: Configuration data.

readable_data_t readable_data_1¶: First readable i2c register.

readable_data_t readable_data_2¶: Second readable i2c register.

readable_data_t *readable_data_read_ptr¶: Pointer for read data in i2c readable register.

readable_data_t *readable_data_write_ptr¶: Pointer for write data in i2c readable register.

readable_data_t *readable_data_temp_ptr¶: Temporary pointer for exchange read and write pointer for i2c readable register.

writable_data_t writable_data¶: Writable i2c register.

writable_data_t *writable_data_ptr¶: Pointer for read and write data in i2c writable register.

uint8_t readable_data_address¶: Address of readable i2c register.

uint8_t readable_data_length¶: Number of bytes to read at readable_data_address.

uint8_t i2c_rx_data[I2C_MAX_DATA_LENGTH]¶: Buffer for i2c received data.

uint8_t i2c_error¶: Number of i2c error.

uint8_t ready_tasks_count¶: Number of tasks ready to execute.

uint32_t awakened_event_occurred_time_ms¶: System time (in millisecond) when the system has awakened from power down.

bool is_start¶: Execute start command.

bool is_stop¶: Execute stop command.

bool is_oneshot¶: Received command is in oneshot mode.

bool is_continuous¶: Received command is in continuous mode.

leaf_wetness_t leaf_wetness¶: leaf_wetness data.

bool is_leaf_init¶

bool is_leaf_wet¶

uint8_t samples_count¶: Number of samples to be acquired for make one observation.

bool do_buffers_reset¶: Force a buffers reset.

uint16_t timer_counter_ms¶: Timer counter variable for execute timed task with time multiple of base Timer1 time.

uint16_t timer_counter_s¶

state_t state¶: Current main loop state.

leaf_reading_state_t leaf_reading_state¶

bool is_event_leaf_reading¶: Enable or disable the Sensors reading task.

bool is_event_command_task¶: Enable or disable the Command task.

file i2c-leaf.ino

#include "i2c-leaf.h"

Functions

void setup()

void loop()

void logPrefix(Print *_logOutput)¶

void logSuffix(Print *_logOutput)¶

void init_logging()

Init logging system.

Return: void.

void init_power_down(uint32_t *time_ms, uint32_t debouncing_ms)

Enter power down mode.

Return

void.

Parameters

time_ms: pointer to a variable to save the last instant you entered power down.
debouncing_ms: delay to power down.

void init_wdt(uint8_t wdt_timer)

Init watchdog.

Return

void.

Parameters

wdt_timer: a time value for init watchdog (WDTO_xxxx).

void init_buffers()

Init buffers.

Return: void.

void init_tasks()

Init tasks variable and state.

Return: void.

void init_pins()

Init hardware pins.

Return: void.

void init_wire()

Init wire (i2c) library and performs checks on the bus.

Return: void.

void init_spi()

Init SPI library.

Return: void.

void init_rtc()

Init RTC module.

Return: void.

void init_system()

Init system.

Return: void.

void print_configuration()

Print current configuration.

Return: void.

void save_configuration(bool is_default)

Save configuration to EEPROM.

Return

void.

Parameters

is_default: if true save default configuration; if false save current configuration.

void load_configuration()

Load configuration from EEPROM.

Return: void.

void init_sensors()

Create and setup sensors.

Return: void.

ISR(TIMER1_OVF_vect)¶

Timer1 overflow interrupts routine.

Return: void.

void i2c_request_interrupt_handler()

I2C request interrupt handler.

Return: void.

void i2c_receive_interrupt_handler(int rx_data_length)¶

I2C receive interrupt handler.

Return

void.

Parameters

[in] rx_data_length: received data length in bytes.

void leaf_reading_task()

Sensors reading Task. Read data from sensors.

Return: void.

void exchange_buffers()

Exchange reader and writer pointer to buffer.

Return: void.

void copy_oneshot_data()¶

void reset_samples_buffer()

Reset samples buffers to default value.

Return: void.

void reset_buffer()

void reset_report_buffer()

void command_task()

Command Task. Execute the command received on i2c bus by reading i2c received data buffer.

Execute the command received on i2c bus by reading i2c received data buffer.

Return: void.

void tests()¶

Performs specific operations based on the received command.

Performs tests operations based on the received command.

Return: void.

void commands()

Performs specific operations based on the received command.

Return: void.

file i2c-opc-config.h

#include <sensors_config.h>

Defines

MODULE_VERSION: Module version.

MODULE_TYPE: Type of module. It is defined in registers.h.

CONFIGURATION_DEFAULT_IS_ONESHOT: Oneshot mode for default.

CONFIGURATION_DEFAULT_IS_CONTINUOUS: Continuous mode for default.

CONFIGURATION_DEFAULT_I2C_ADDRESS: Default i2c address.

CONFIGURATION_RESET_PIN: Input pin for reset configuration at startup.

OPC_POWER_PIN¶: Output pin for power on and power off opc sensor.

OPC_SPI_POWER_PIN¶

OPC_CHIP_SELECT¶: Output pin for spi chip select opc sensor.

SDCARD_CHIP_SELECT_PIN: Chip select for SDcard SPI.

SPI_SPEED: Clock speed for SPI and SDcard.

USE_POWER_DOWN: Enable or disable power down.

DEBOUNCING_POWER_DOWN_TIME_MS: Debounce power down ms.

USE_TIMER_1: Enable or disable timer1.

USE_OPC_POWER_DOWN¶: Enable or disable power down for opc sensor.

WDT_TIMER

Watchdog timer for periodically check microprocessor block states.

Possible value for WDT_TIMER are: WDTO_15MS, WDTO_30MS, WDTO_60MS, WDTO_120MS, WDTO_250MS, WDTO_500MS, WDTO_1S, WDTO_2S, WDTO_4S, WDTO_8S

SENSORS_SAMPLE_TIME_MS: Milliseconds for sampling sensors: 100 - 60000 [ms] must be integer multiple of TIMER1_INTERRUPT_TIME_MS !!!

SENSORS_SAMPLE_COUNT_MIN: Sample count minimum in OBSERVATIONS_MINUTES minutes.

SENSORS_SAMPLE_COUNT_MAX: Sample count maximum in OBSERVATIONS_MINUTES minutes.

SENSORS_SAMPLE_COUNT_TOLERANCE: Maximum invalid sample count for generate a valid observations.

USE_SENSORS_COUNT: Sensors count.

TIMER1_INTERRUPT_TIME_MS: Value in milliseconds for generating timer1 interrupt: 100 - 8000 [ms].

TIMER1_OVERFLOW_TIME_MS¶

Timer1 timer overflow with 1024 prescaler at 8 or 16 MHz.

Timer1 timer overflow with 1024 prescaler at 8 MHz.

Timer1 timer overflow with 1024 prescaler at 16 MHz.

TIMER1_TCNT1_VALUE: Timer1 timer overflow with 1024 prescaler at 8 MHz.

TIMER1_VALUE_MAX_MS¶: Maximum timer1 counter value for timed tasks.

OPC_RETRY_COUNT_MAX¶: Maximum number of retry for opc reading.

file i2c-opc.h

#include "i2c-opc-config.h"#include <debug.h>#include <i2c_config.h>#include <avr/sleep.h>#include <avr/power.h>#include <avr/wdt.h>#include <i2c_utility.h>#include <rmap_utility.h>#include <eeprom_utility.h>#include <Wire.h>#include <TimeLib.h>#include <typedef.h>#include <registers-opc.h>#include <opcxx.h>#include <debug_config.h>#include <SdFat.h>#include <StreamUtils.h>#include <ArduinoLog.h>

Enums

enum state_t

Main loop finite state machine.

Values:

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator REBOOT: reboot the machine

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enum opc_state_t¶

OPC setup and reading task finite state machine.

Values:

enumerator OPC_INIT¶

enumerator OPC_SWITCH_ON¶

enumerator OPC_SEND_COMMAND_FAN_DAC¶

enumerator OPC_WAIT_RESULT_FAN_DAC¶

enumerator OPC_SEND_COMMAND_FAN_ON¶

enumerator OPC_WAIT_RESULT_FAN_ON¶

enumerator OPC_SEND_COMMAND_LASER_ON¶

enumerator OPC_WAIT_RESULT_LASER_ON¶

enumerator OPC_SEND_COMMAND_READ_HISTOGRAM¶

enumerator OPC_WAIT_RESULT_READ_HISTOGRAM¶

enumerator OPC_READ_HISTOGRAM¶

enumerator OPC_END¶: performs end operations and deactivate task

enumerator OPC_WAIT_STATE¶: non-blocking waiting time

Functions

void init_logging()

Init logging system.

Return: void.

void init_power_down(uint32_t *time_ms, uint32_t debouncing_ms)

Enter power down mode.

Return

void.

Parameters

time_ms: pointer to a variable to save the last instant you entered power down.
debouncing_ms: delay to power down.

void init_wdt(uint8_t wdt_timer)

Init watchdog.

Return

void.

Parameters

wdt_timer: a time value for init watchdog (WDTO_xxxx).

void init_system(void)

Init system.

Return: void.

void init_buffers(void)

Init buffers.

Return: void.

void init_tasks(void)

Init tasks variable and state.

Return: void.

void init_pins(void)

Init hardware pins.

Return: void.

void init_wire(void)

Init wire (i2c) library and performs checks on the bus.

Return: void.

void init_spi(void)

Init SPI library.

Return: void.

void init_rtc(void)

Init RTC module.

Return: void.

void init_sensors(void)

Create and setup sensors.

Return: void.

void print_configuration(void)

Print current configuration.

Return: void.

void load_configuration(void)

Load configuration from EEPROM.

Return: void.

void save_configuration(bool)

Save configuration to EEPROM.

Return

void.

Parameters

is_default: if true save default configuration; if false save current configuration.

void commands(void)

Performs specific operations based on the received command.

Return: void.

void reset_samples_buffer(void)

Reset samples buffers to default value.

Return: void.

void exchange_buffers(void)

Exchange reader and writer pointer to buffer.

Return: void.

template<typename sample_g, typename observation_g, typename values_v, typename value_v> void addSample(sample_g *sample, observation_g *observation, values_v *values, value_v value)¶

template<typename observation_g, typename value_v> value_v readCurrentObservation(observation_g *buffer)

template<typename observation_g, typename value_v> void writeCurrentObservation(observation_g *buffer, value_v value)

template<typename observation_g, typename length_v> void resetObservation(observation_g *buffer, length_v length)

template<typename observation_g, typename length_v> void resetBackPmObservation(observation_g *buffer, length_v length)

template<typename observation_g, typename length_v> void incrementObservation(observation_g *buffer, length_v length)

template<typename observation_g, typename length_v, typename value_v> void addObservation(observation_g *buffer, length_v length, value_v value)

template<typename observation_g, typename length_v, typename value_v> value_v readBackObservation(observation_g *buffer, length_v length)

void samples_processing(bool is_force_processing)

Main routine for processing the samples to calculate an observation.

Return

void.

Parameters

is_force_processing: if is true, force the calculation of the observation provided there is a minimum number of samples.

bool observations_processing(void)¶

Main routine for processing the observations to calculate a value for report.

Return: void.

template<typename sample_g, typename observation_g> bool make_observation_from_samples(bool is_force_processing, sample_g *sample, observation_g *observation)¶

template<typename sample_g, typename observation_g, typename value_v, typename val_v> bool make_value_from_samples_and_observations(sample_g *sample, observation_g *observation, value_v *value)¶

void opc_task(void)¶

Opc setup and reading Task. Read data from OPC.

Return: void.

void command_task(void)

Command Task. Execute the command received on i2c bus by reading i2c received data buffer.

Execute the command received on i2c bus by reading i2c received data buffer.

Return: void.

void i2c_request_interrupt_handler(void)

I2C request interrupt handler.

Return: void.

void i2c_receive_interrupt_handler(void)

Variables

configuration_t configuration

readable_data_t readable_data_1

readable_data_t readable_data_2

readable_data_t *readable_data_read_ptr

readable_data_t *readable_data_write_ptr

readable_data_t *readable_data_temp_ptr

writable_data_t writable_data

writable_data_t *writable_data_ptr

uint8_t readable_data_address

uint8_t readable_data_length

uint8_t i2c_rx_data[I2C_MAX_DATA_LENGTH]

uint8_t i2c_error

uint8_t ready_tasks_count

uint32_t awakened_event_occurred_time_ms

bool is_start

bool is_stop

bool is_oneshot

bool is_continuous

sample_t pm1_samples¶

sample_t pm25_samples¶

sample_t pm10_samples¶

sample_t bins_samples[OPC_BINS_LENGTH]¶

float_observation_t pm1_observations¶

float_observation_t pm25_observations¶

float_observation_t pm10_observations¶

uint16_observation_t bins_observations[OPC_BINS_LENGTH]¶

uint8_t samples_count

bool do_buffers_reset

uint16_t timer_counter¶: Timer counter variable for execute timed task with time multiple of base Timer1 time.

state_t state

opc_state_t opc_state¶: Current sensors reading task state.

bool is_opc_setted¶

bool is_opc_first_read¶

uint8_t histogram_error_count¶

bool is_event_opc_task¶: Enable or disable the OPC task.

bool is_event_command_task

file i2c-opc.ino

#include "i2c-opc.h"

Functions

void setup()

void loop()

void logPrefix(Print *_logOutput)

void logSuffix(Print *_logOutput)

void init_logging()

Init logging system.

Return: void.

void init_power_down(uint32_t *time_ms, uint32_t debouncing_ms)

Enter power down mode.

Return

void.

Parameters

time_ms: pointer to a variable to save the last instant you entered power down.
debouncing_ms: delay to power down.

void init_wdt(uint8_t wdt_timer)

Init watchdog.

Return

void.

Parameters

wdt_timer: a time value for init watchdog (WDTO_xxxx).

void init_buffers()

Init buffers.

Return: void.

void init_tasks()

Init tasks variable and state.

Return: void.

void init_pins()

Init hardware pins.

Return: void.

void init_wire()

Init wire (i2c) library and performs checks on the bus.

Return: void.

void init_spi()

Init SPI library.

Return: void.

void init_rtc()

Init RTC module.

Return: void.

void init_system()

Init system.

Return: void.

void print_configuration()

Print current configuration.

Return: void.

void save_configuration(bool is_default)

Save configuration to EEPROM.

Return

void.

Parameters

is_default: if true save default configuration; if false save current configuration.

void load_configuration()

Load configuration from EEPROM.

Return: void.

void init_sensors()

Create and setup sensors.

Return: void.

ISR(TIMER1_OVF_vect)

void i2c_request_interrupt_handler()

I2C request interrupt handler.

Return: void.

void i2c_receive_interrupt_handler(int rx_data_length)

I2C receive interrupt handler.

Return

void.

Parameters

[in] rx_data_length: received data length in bytes.

template<typename sample_g, typename observation_g, typename values_v, typename value_v> void addSample(sample_g *sample, observation_g *observation, values_v *values, value_v value)

template<typename observation_g, typename value_v> value_v readCurrentObservation(observation_g *buffer)

template<typename observation_g, typename value_v> void writeCurrentObservation(observation_g *buffer, value_v value)

template<typename observation_g, typename length_v> void resetObservation(observation_g *buffer, length_v length)

template<typename observation_g, typename length_v> void resetBackObservation(observation_g *buffer, length_v length)¶

template<typename observation_g, typename length_v> void incrementObservation(observation_g *buffer, length_v length)

template<typename observation_g, typename length_v, typename value_v> void addObservation(observation_g *buffer, length_v length, value_v value)

template<typename observation_g, typename length_v, typename value_v> value_v readBackObservation(observation_g *buffer, length_v length)

void samples_processing(bool is_force_processing)

Main routine for processing the samples to calculate an observation.

Return

void.

Parameters

is_force_processing: if is true, force the calculation of the observation provided there is a minimum number of samples.

template<typename sample_g, typename observation_g> bool make_observation_from_samples(bool is_force_processing, sample_g *sample, observation_g *observation)

bool observations_processing()

Main routine for processing the observations to calculate a value for report.

Return: void.

template<typename sample_g, typename observation_g, typename value_v, typename val_v> bool make_value_from_samples_and_observations(sample_g *sample, observation_g *observation, value_v *value)

void opc_task()

Opc setup and reading Task. Read data from OPC.

Return: void.

void exchange_buffers()

Exchange reader and writer pointer to buffer.

Return: void.

void reset_samples_buffer()

Reset samples buffers to default value.

Return: void.

void reset_observations_buffer()¶

Reset observations buffers to default value.

Return: void.

void command_task()

Command Task. Execute the command received on i2c bus by reading i2c received data buffer.

Execute the command received on i2c bus by reading i2c received data buffer.

Return: void.

void tests()

Performs specific operations based on the received command.

Performs tests operations based on the received command.

Return: void.

void commands()

Performs specific operations based on the received command.

Return: void.

file i2c-radiation-config.h

#include <sensors_config.h>

Defines

MODULE_VERSION: Module version.

MODULE_TYPE: Type of module. It is defined in registers.h.

IS_CALIBRATION¶

CONFIGURATION_DEFAULT_IS_ONESHOT: Oneshot mode for default.

CONFIGURATION_DEFAULT_IS_CONTINUOUS: Continuous mode for default.

CONFIGURATION_DEFAULT_I2C_ADDRESS: Default i2c address.

CONFIGURATION_RESET_PIN: Input pin for reset configuration at startup.

ADC_0¶

ADC_1¶

ADC_2¶

ADC_1_I2C_ADDRESS¶

ADC_2_I2C_ADDRESS¶

ADC_3_I2C_ADDRESS¶

ADC_4_I2C_ADDRESS¶

CONFIGURATION_DEFAULT_ADC_VOLTAGE_OFFSET_1¶

CONFIGURATION_DEFAULT_ADC_VOLTAGE_OFFSET_2¶

CONFIGURATION_DEFAULT_ADC_VOLTAGE_MIN¶

CONFIGURATION_DEFAULT_ADC_VOLTAGE_MAX¶

ACQUISITION_COUNT_FOR_POWER_RESET¶

SDCARD_CHIP_SELECT_PIN: Chip select for SDcard SPI.

SPI_SPEED: Clock speed for SPI and SDcard.

USE_POWER_DOWN: Enable or disable power down.

DEBOUNCING_POWER_DOWN_TIME_MS: Debounce power down ms.

USE_TIMER_1: Enable or disable timer1.

WDT_TIMER

Watchdog timer for periodically check microprocessor block states.

Possible value for WDT_TIMER are: WDTO_15MS, WDTO_30MS, WDTO_60MS, WDTO_120MS, WDTO_250MS, WDTO_500MS, WDTO_1S, WDTO_2S, WDTO_4S, WDTO_8S

SENSORS_SAMPLE_TIME_MS: Milliseconds for sampling sensors: 100 - 60000 [ms] must be integer multiple of TIMER1_INTERRUPT_TIME_MS !!!

OBSERVATION_SAMPLES_COUNT_MIN¶: Sample count minimum in OBSERVATIONS_MINUTES minutes.

OBSERVATION_SAMPLES_COUNT_MAX¶: Sample count maximum in OBSERVATIONS_MINUTES minutes.

RMAP_REPORT_SAMPLE_VALID¶

RMAP_REPORT_SAMPLES_COUNT¶

OBSERVATION_SAMPLE_ERROR_MAX¶: Maximum invalid sample count for generate a valid observations.

OBSERVATION_SAMPLE_VALID_MIN¶

RMAP_REPORT_SAMPLE_ERROR_MAX¶

RMAP_REPORT_SAMPLE_VALID_MIN¶

RMAP_REPORT_ERROR_MAX¶

RMAP_REPORT_VALID_MIN¶

SAMPLES_COUNT¶

RMAP_REPORT_INTERVAL_S¶

USE_SENSORS_COUNT: Sensors count.

TIMER1_INTERRUPT_TIME_MS: Value in milliseconds for generating timer1 interrupt: 100 - 8000 [ms].

TIMER1_TCNT1_VALUE: Timer1 timer overflow with 1024 prescaler at 16 MHz.

TIMER_COUNTER_VALUE_MAX_MS: Maximum timer1 counter value for timed tasks.

TIMER_COUNTER_VALUE_MAX_S

SOLAR_RADIATION_READ_DELAY_MS¶: Reading delay.

SOLAR_RADIATION_VALUES_READ_DELAY_MS¶: Reading delay.

SOLAR_RADIATION_READ_COUNT¶: number of read.

file i2c-radiation.h

#include "i2c-radiation-config.h"#include <debug.h>#include <i2c_config.h>#include <avr/sleep.h>#include <avr/power.h>#include <avr/wdt.h>#include <i2c_utility.h>#include <rmap_utility.h>#include <eeprom_utility.h>#include <Wire.h>#include <TimeLib.h>#include <typedef.h>#include <registers-radiation.h>#include <debug_config.h>#include <SdFat.h>#include <StreamUtils.h>#include <ArduinoLog.h>

Enums

enum state_t

Main loop finite state machine.

Values:

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enumerator REBOOT: reboot the machine

enumerator INIT: init tasks and sensors

enumerator TASKS_EXECUTION: execute active tasks

enumerator END: go to ENTER_POWER_DOWN or TASKS_EXECUTION

enum solar_radiation_state_t¶

RADIATION setup and reading task finite state machine.

Values:

enumerator SOLAR_RADIATION_INIT¶

enumerator SOLAR_RADIATION_READING¶

enumerator SOLAR_RADIATION_ELABORATE¶

enumerator SOLAR_RADIATION_END¶: performs end operations and deactivate task

enumerator SOLAR_RADIATION_WAIT_STATE¶: non-blocking waiting time

enum solar_radiation_hr_state_t¶

Values:

enumerator SOLAR_RADIATION_HR_INIT¶

enumerator SOLAR_RADIATION_HR_SET¶

enumerator SOLAR_RADIATION_HR_READ¶

enumerator SOLAR_RADIATION_HR_EVALUATE¶

enumerator SOLAR_RADIATION_HR_PROCESS¶

enumerator SOLAR_RADIATION_HR_END¶: performs end operations and deactivate task

enumerator SOLAR_RADIATION_HR_WAIT_STATE¶: non-blocking waiting time

Functions

void init_logging()

Init logging system.

Return: void.

void init_power_down(uint32_t *time_ms, uint32_t debouncing_ms)

Enter power down mode.

Return

void.

Parameters

time_ms: pointer to a variable to save the last instant you entered power down.
debouncing_ms: delay to power down.

void init_wdt(uint8_t wdt_timer)

Init watchdog.

Return

void.

Parameters

wdt_timer: a time value for init watchdog (WDTO_xxxx).

void init_system(void)

Init system.

Return: void.

void init_buffers(void)

Init buffers.

Return: void.

void init_tasks(void)

Init tasks variable and state.

Return: void.

void init_pins(void)

Init hardware pins.

Return: void.

void init_wire(void)

Init wire (i2c) library and performs checks on the bus.

Return: void.

void init_spi(void)

Init SPI library.

Return: void.

void init_rtc(void)

Init RTC module.

Return: void.

void init_sensors(void)

Create and setup sensors.

Return: void.

void print_configuration(void)

Print current configuration.

Return: void.

void load_configuration(void)

Load configuration from EEPROM.

Return: void.

void save_configuration(bool)

Save configuration to EEPROM.

Return

void.

Parameters

is_default: if true save default configuration; if false save current configuration.

void commands(void)

Performs specific operations based on the received command.

Return: void.

void tests(void)

Performs specific operations based on the received command.

Performs tests operations based on the received command.

Return: void.

void reset_samples_buffer(void)

Reset samples buffers to default value.

Return: void.

void reset_report_buffer(void)

void exchange_buffers(void)

Exchange reader and writer pointer to buffer.

Return: void.

template<typename buffer_g, typename length_v, typename value_v> value_v bufferRead(buffer_g *buffer, length_v length)¶

template<typename buffer_g, typename length_v, typename value_v> value_v bufferReadBack(buffer_g *buffer, length_v length)¶

template<typename buffer_g, typename value_v> void bufferWrite(buffer_g *buffer, value_v value)¶

template<typename buffer_g> void bufferPtrReset(buffer_g *buffer)¶

template<typename buffer_g, typename length_v> void bufferPtrResetBack(buffer_g *buffer, length_v length)¶

template<typename buffer_g, typename length_v> void incrementBuffer(buffer_g *buffer, length_v length)¶

template<typename buffer_g, typename length_v, typename value_v> void bufferReset(buffer_g *buffer, length_v length)¶

template<typename buffer_g, typename length_v, typename value_v> void addValue(buffer_g *buffer, length_v length, value_v value)¶

void samples_processing()¶

Main routine for processing the samples to calculate an observation.

Return: void.

void make_report()¶

void solar_radiation_task(void)¶

Wind setup and reading Task. Read data from RADIATION.

Return: void.

void command_task(void)

Command Task. Execute the command received on i2c bus by reading i2c received data buffer.

Execute the command received on i2c bus by reading i2c received data buffer.

Return: void.

void i2c_request_interrupt_handler(void)

I2C request interrupt handler.

Return: void.

void i2c_receive_interrupt_handler(void)

Variables

configuration_t configuration

readable_data_t readable_data_1

readable_data_t readable_data_2

readable_data_t *readable_data_read_ptr

readable_data_t *readable_data_write_ptr

readable_data_t *readable_data_temp_ptr