NodeEepromMap
NodeEepromMap

Contains information on every EEPROM available on Wireless Nodes

Functions
canUseCache_read
static bool canUseCache_read(
uint16 eepromLocation
)

Gets whether or not the specified eeprom location can use the eeprom cache for reading, or should always be read from the Node.

Parameters
eepromLocation
uint16

The eepromLocation that is in question

Returns

true if the location can use the cache for reading, false if the location should be read from the Node.

canUseCache_write
static bool canUseCache_write(
uint16 eepromLocation
)

Gets whether or not the specified eeprom location can use the eeprom cache for writing, or should always be written to the Node.

Parameters
eepromLocation
uint16

The eepromLocation that is in question

Returns

true if the location can use the cache for writing, false if the location should always be written to the Node.

getOffsetEeprom
static EepromLocation getOffsetEeprom(
const EepromLocation &slopeEeprom
)

Finds the offset EepromLocation that goes with the given slope EepromLocation.

Parameters
slopeEeprom

The slope EepromLocation that the offset eeprom goes with.

Returns

The offset EepromLocation.

Constants
Eeprom Locations

CURRENT_LOG_PAGE  -The next flash page to be used for datalogging CURRENT_PAGE_OFFSET  -The byte offset location for the next datalogging session DATA_SETS_STORED  -The # of datalogging sessions (triggers) stored in flash memory ACTIVE_CHANNEL_MASK  -The channels that are enabled/disabled and will be sampled DATALOG_SAMPLE_RATE  -The sample rate for Armed Datalogging sampling NUM_SWEEPS  -The # of sweeps (samples per data set) to sample for DEFAULT_MODE  -The default mode to allow the node to perform different operations on startup and after timeout SERIAL_ID  -The serial ID for the node. Combine with the model number for the full serial number SAMPLING_MODE  -The sampling mode of the node (Sync Sampling, Non-Sync Sampling, Armed Datalogging, etc.)  HW_OFFSET_1  -The hardware offset of channel 1 HW_OFFSET_2  -The hardware offset of channel 2 HW_OFFSET_3  -The hardware offset of channel 3 HW_OFFSET_4  -The hardware offset of channel 4 HW_OFFSET_5  -The hardware offset of channel 5 HW_OFFSET_6  -The hardware offset of channel 6 HW_OFFSET_7  -The hardware offset of channel 7 HW_OFFSET_8  -The hardware offset of channel 8 SAMPLING_DELAY  -The sampling delay (amount of time between sensor excitation power up and A/D sampling TDMA_ADDRESS  -The TDMA network address used for Synchronized Sampling COLLECTION_MODE  -The data collection mode (log, transmit) that affects standard sampling modes NUM_BUFF_PACKETS  -The # of buffered packets NUM_RETRAN_ATTEMPTS  -The # of retransmit attempts NODE_ADDRESS  -The node address of the wireless node SLEEP_INTERVAL  -The listen-for-wakeup interval for the node INACTIVE_TIMEOUT  -The length of time necessary before a node enters sleep mode, if no user activity SAMPLE_RATE  -The sample rate for standard sampling modes (Synchronized Sampling, LDC) DATA_FORMAT  -The packet format (uint16, float, etc.) of sampled data SNIFF_DURATION  -The amount of time that the node listens for a wake packets FREQUENCY  -The radio frequency channel TX_POWER_LEVEL  -The transmit output power of the radio UNLIMITED_SAMPLING  -The unlimited sampling flag for standard sampling modes UNLIMITED_DATALOG  -The unlimited sampling flag for Armed Datalogging sampling FIRMWARE_VER  -The firmware version of the node (part 1) FIRMWARE_VER2  -The firmware version of the node (part 2) MODEL_NUMBER  -The model number of the node MODEL_OPTION  -The model option of the node LEGACY_MODEL_NUMBER  -The (legacy) model number of the node LEGACY_SERIAL_ID  -The (legacy) serial ID for the node. Combine with the model number for the full serial number MAX_MEMORY  -The maximum number of pages available on the flash memory MICROCONTROLLER  -The ID of the microcontroller FW_ARCH_VER  -The firmware architecture version HW_GAIN_1  -The hardware gain of channel 1 HW_GAIN_2  -The hardware gain of channel 2 HW_GAIN_3  -The hardware gain of channel 3 HW_GAIN_4  -The hardware gain of channel 4 HW_GAIN_5  -The hardware gain of channel 5 HW_GAIN_6  -The hardware gain of channel 6 HW_GAIN_7  -The hardware gain of channel 7 HW_GAIN_8  -The hardware gain of channel 8 CH_ACTION_ID_1  -The channel action ID of channel 1 CH_ACTION_SLOPE_1  -The channel action slope of channel 1 CH_ACTION_OFFSET_1  -The channel action offset of channel 1 CH_ACTION_ID_2  -The channel action ID of channel 2 CH_ACTION_SLOPE_2  -The channel action slope of channel 2 CH_ACTION_OFFSET_2  -The channel action offset of channel 2 CH_ACTION_ID_3  -The channel action ID of channel 3 CH_ACTION_SLOPE_3  -The channel action slope of channel 3 CH_ACTION_OFFSET_3  -The channel action offset of channel 3 CH_ACTION_ID_4  -The channel action ID of channel 4 CH_ACTION_SLOPE_4  -The channel action slope of channel 4 CH_ACTION_OFFSET_4  -The channel action offset of channel 4 CH_ACTION_ID_5  -The channel action ID of channel 5 CH_ACTION_SLOPE_5  -The channel action slope of channel 5 CH_ACTION_OFFSET_5  -The channel action offset of channel 5 CH_ACTION_ID_6  -The channel action ID of channel 6 CH_ACTION_SLOPE_6  -The channel action slope of channel 6 CH_ACTION_OFFSET_6  -The channel action offset of channel 6 CH_ACTION_ID_7  -The channel action ID of channel 7 CH_ACTION_SLOPE_7  -The channel action slope of channel 7 CH_ACTION_OFFSET_7  -The channel action offset of channel 7 CH_ACTION_ID_8  -The channel action ID of channel 8 CH_ACTION_SLOPE_8  -The channel action slope of channel 8 CH_ACTION_OFFSET_8  -The channel action offset of channel 8 BOOTLOADER_VER  -The bootloader version number RESET_COUNTER  -The number of times the node has been turned on CYCLE_POWER  -Used to soft reset the node or the radio on the node RADIO_OPTIONS  -The options of the current radio (XR enabled or not, etc.)  LOST_BEACON_TIMEOUT  -The time for a node to wait before entering a low power state when no longer hearing a beacon in Sync Sampling SYNC_SAMPLE_SETTING  -The Synchronized Sampling mode (Burst, Continuous, etc.)  TX_PER_GROUP  -The transmissions per group for Synchronized Sampling GROUP_SIZE  -The group size for Synchronized Sampling TIME_BETW_SESSIONS  -The time between each burst for Synchronized Sampling NODE_RETRANSMIT  -Node retranmission enable/disable (for Lossless) MAX_RETRANS_PACKET  -The max retransmits per packet MAX_RETRANS_BURST  -The max retransmits per burst REGION_CODE  -The region code for the device DATA_PACKET_FORMAT  -The format of the data packet that will be sent out.  EVENT_SAMPLE_RATE  -Event Driven Sampling: Sample Rate EVENT_CHANNEL_MASK  -Event Driven Sampling: Channel Mask EVENT_PRE_DURATION  -Event Driven Sampling: Pre-Event Duration EVENT_POST_DURATION  -Event Driven Sampling: Post-Event Duration EVENT_SRC_1  -Event Driven Sampling: The source for Event 1 EVENT_OPER_1  -Event Driven Sampling: The operation for Event 1 EVENT_VAL1_1  -Event Driven Sampling: Value 1 for Event 1 EVENT_VAL2_1  -Event Driven Sampling: Value 2 for Event 1 EVENT_SRC_2  -Event Driven Sampling: The source for Event 2 EVENT_OPER_2  -Event Driven Sampling: The operation for Event 2 EVENT_VAL1_2  -Event Driven Sampling: Value 1 for Event 2 EVENT_VAL2_2  -Event Driven Sampling: Value 2 for Event 2 EVENT_SRC_3  -Event Driven Sampling: The source for Event 3 EVENT_OPER_3  -Event Driven Sampling: The operation for Event 3 EVENT_VAL1_3  -Event Driven Sampling: Value 1 for Event 3 EVENT_VAL2_3  -Event Driven Sampling: Value 2 for Event 3 EVENT_SRC_4  -Event Driven Sampling: The source for Event 4 EVENT_OPER_4  -Event Driven Sampling: The operation for Event 4 EVENT_VAL1_4  -Event Driven Sampling: Value 1 for Event 4 EVENT_VAL2_4  -Event Driven Sampling: Value 2 for Event 4 EVENT_SRC_5  -Event Driven Sampling: The source for Event 5 EVENT_OPER_5  -Event Driven Sampling: The operation for Event 5 EVENT_VAL1_5  -Event Driven Sampling: Value 1 for Event 5 EVENT_VAL2_5  -Event Driven Sampling: Value 2 for Event 5 EVENT_SRC_6  -Event Driven Sampling: The source for Event 6 EVENT_OPER_6  -Event Driven Sampling: The operation for Event 6 EVENT_VAL1_6  -Event Driven Sampling: Value 1 for Event 6 EVENT_VAL2_6  -Event Driven Sampling: Value 2 for Event 6 EVENT_SRC_7  -Event Driven Sampling: The source for Event 7 EVENT_OPER_7  -Event Driven Sampling: The operation for Event 7 EVENT_VAL1_7  -Event Driven Sampling: Value 1 for Event 7 EVENT_VAL2_7  -Event Driven Sampling: Value 2 for Event 7 EVENT_SRC_8  -Event Driven Sampling: The source for Event 8 EVENT_OPER_8  -Event Driven Sampling: The operation for Event 8 EVENT_VAL1_8  -Event Driven Sampling: Value 1 for Event 8 EVENT_VAL2_8  -Event Driven Sampling: Value 2 for Event 8 CHANNEL_FILTER  -The channel filter for all channels MIN_SOFT_VER_MAJOR  -The minimum software version for support of this device (major) MIN_SOFT_VER_MINOR  -The minimum software version for support of this device (minor) GAUGE_FACTOR_1  -The Gauge Factor (1) GAUGE_FACTOR_2  -The Gauge Factor (2) GAUGE_FACTOR_3  -The Gauge Factor (3) GAUGE_FACTOR_4  -The Gauge Factor (4)

THERMOCPL_TYPE  -The thermocouple type for nodes with thermocouple capabilities (ie. TC-Link) FILTER_1  -The first filter value for nodes with filter capabilities (ie. TC-Link) FILTER_2  -The second filter value for nodes with 2 filter capabilities (ie. ENV-Link-Pro)