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variables.h
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variables.h
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/* ************************************************************************
*
* global variables
*
* (c) 2012-2024 by Markus Reschke
* based on code from Markus Frejek and Karl-Heinz Kübbeler
*
* ************************************************************************ */
/*
* include header files
*/
/* local includes */
#ifndef COMMON_H
#include "common.h"
#endif
#ifndef CONFIG_H
#include "config.h"
#endif
#ifndef COLORS_H
#include "colors.h"
#endif
/* ************************************************************************
* internal variables
* ************************************************************************ */
/*
* only included by
* - main.c
*/
#if defined (MAIN_C)
/*
* global variables
*/
/* buffers */
char OutBuffer[OUT_BUFFER_SIZE]; /* output buffer */
#ifdef SERIAL_RW
char RX_Buffer[RX_BUFFER_SIZE]; /* serial RX buffer */
uint8_t RX_Pos = 0; /* position in buffer */
#ifdef SERIAL_BITBANG
uint8_t RX_Char; /* RX char (bit buffer) */
uint8_t RX_Bits; /* bit counter for RX char */
#endif
#endif
/* configuration */
UI_Type UI; /* user interface */
Config_Type Cfg; /* tester modes, offsets and values */
Adjust_Type NV; /* basic adjustment offsets and values */
#ifdef HW_TOUCH
Touch_Type Touch; /* touch screen adjustment offsets */
#endif
/* probing */
Probe_Type Probes; /* test probes */
Check_Type Check; /* checking/testing */
/* components */
Resistor_Type Resistors[3]; /* resistors */
Capacitor_Type Caps[3]; /* capacitors */
Diode_Type Diodes[6]; /* diodes */
Semi_Type Semi; /* common semiconductor */
AltSemi_Type AltSemi; /* special semiconductor */
#if defined (SW_INDUCTOR) || defined (HW_LC_METER)
Inductor_Type Inductor; /* inductor */
#endif
#ifdef UI_SERIAL_COMMANDS
Info_Type Info; /* additional component data */
#endif
#ifdef HW_SPI
SPI_Type SPI; /* SPI */
#endif
#ifdef HW_I2C
I2C_Type I2C; /* I2C */
#endif
#if defined (SW_IR_RECEIVER) || defined (HW_IR_RECEIVER) || defined (SW_IR_TRANSMITTER)
/* demodulated/raw IR code */
uint8_t IR_Code[IR_CODE_BYTES]; /* raw data */
#endif
/*
* NVRAM values with their defaults
* - stored in EEPROM
*/
/* manage RZero */
#ifdef R_MULTIOFFSET
#define NV_R_ZERO {R_ZERO, R_ZERO, R_ZERO}
#else
#define NV_R_ZERO R_ZERO
#endif
/* manage CapZero */
#ifdef CAP_MULTIOFFSET
#define NV_C_ZERO {C_ZERO, C_ZERO, C_ZERO}
#else
#define NV_C_ZERO C_ZERO
#endif
/* basic adjustment values: profile #1 */
const Adjust_Type NV_Adjust_1 EEMEM = {R_MCU_LOW, R_MCU_HIGH, NV_R_ZERO, NV_C_ZERO, UREF_OFFSET, COMPARATOR_OFFSET, LCD_CONTRAST, 0};
/* basic adjustment values: profile #2 */
const Adjust_Type NV_Adjust_2 EEMEM = {R_MCU_LOW, R_MCU_HIGH, NV_R_ZERO, NV_C_ZERO, UREF_OFFSET, COMPARATOR_OFFSET, LCD_CONTRAST, 0};
#ifdef UI_THREE_PROFILES
/* basic adjustment values: profile #3 */
const Adjust_Type NV_Adjust_3 EEMEM = {R_MCU_LOW, R_MCU_HIGH, NV_R_ZERO, NV_C_ZERO, UREF_OFFSET, COMPARATOR_OFFSET, LCD_CONTRAST, 0};
#endif
#ifdef HW_TOUCH
/* touch screen adjustment offsets */
const Touch_Type NV_Touch EEMEM = {0, 0, 0, 0, 0};
#endif
/*
* constant strings
* - stored in EEPROM/Flash
*/
/* language specific text */
#include "var_brazilian.h"
#include "var_czech.h"
#include "var_czech_2.h"
#include "var_danish.h"
#include "var_english.h"
#include "var_french.h"
#include "var_german.h"
#include "var_italian.h"
#include "var_polish.h"
#include "var_polish_2.h"
#include "var_romanian.h"
#include "var_russian.h"
#include "var_russian_2.h"
#include "var_spanish.h"
/* firmware */
const unsigned char Version_str[] MEM_TYPE = "v1.52m";
/* common terms and texts */
const unsigned char MOS_str[] MEM_TYPE = "MOS";
const unsigned char FET_str[] MEM_TYPE = "FET";
const unsigned char Channel_str[] MEM_TYPE = "-ch";
const unsigned char Enhancement_str[] MEM_TYPE = "enh.";
const unsigned char Depletion_str[] MEM_TYPE = "dep.";
const unsigned char IGBT_str[] MEM_TYPE = "IGBT";
const unsigned char Cgs_str[] MEM_TYPE = "Cgs";
const unsigned char NPN_str[] MEM_TYPE = "NPN";
const unsigned char PNP_str[] MEM_TYPE = "PNP";
const unsigned char h_FE_str[] MEM_TYPE ="hFE";
const unsigned char V_BE_str[] MEM_TYPE ="Vbe";
const unsigned char V_GT_str[] MEM_TYPE ="V_GT";
const unsigned char I_CEO_str[] MEM_TYPE = "Iceo";
const unsigned char Vf_str[] MEM_TYPE = "Vf";
const unsigned char DiodeCap_str[] MEM_TYPE = "C";
const unsigned char Vth_str[] MEM_TYPE = "Vth";
const unsigned char I_R_str[] MEM_TYPE = "I_R";
const unsigned char V_T_str[] MEM_TYPE = "VT";
const unsigned char URef_str[] MEM_TYPE = "Vref";
const unsigned char RhLow_str[] MEM_TYPE = "Rh-";
const unsigned char RhHigh_str[] MEM_TYPE = "Rh+";
const unsigned char RiLow_str[] MEM_TYPE = "Ri-";
const unsigned char RiHigh_str[] MEM_TYPE = "Ri+";
const unsigned char Rl_str[] MEM_TYPE = "+Rl-";
const unsigned char Rh_str[] MEM_TYPE = "+Rh-";
const unsigned char ProbeComb_str[] MEM_TYPE = "12 13 23";
const unsigned char CapOffset_str[] MEM_TYPE = "C0";
const unsigned char ROffset_str[] MEM_TYPE = "R0";
const unsigned char Vcc_str[] MEM_TYPE = "Vcc";
const unsigned char CompOffset_str[] MEM_TYPE = "AComp";
const unsigned char Profile1_str[] MEM_TYPE = "#1";
const unsigned char Profile2_str[] MEM_TYPE = "#2";
const unsigned char I_DSS_str[] MEM_TYPE = "Idss";
const unsigned char I_leak_str[] MEM_TYPE = "I_l";
const unsigned char R_DS_str[] MEM_TYPE = "Rds";
const unsigned char V_GSoff_str[] MEM_TYPE = "V_GS(off)";
/* options */
#ifdef UI_THREE_PROFILES
const unsigned char Profile3_str[] MEM_TYPE = "#3";
#endif
#ifdef SW_ESR_TOOL
const unsigned char ESR_str[] MEM_TYPE = "ESR";
#endif
#if defined (SW_IR_RECEIVER) || defined (HW_IR_RECEIVER)
const unsigned char IR_NEC_str[] MEM_TYPE = "NEC";
const unsigned char IR_SIRC_str[] MEM_TYPE = "SIRC";
#ifdef SW_IR_RX_EXTRA
const unsigned char IR_IR60_str[] MEM_TYPE = "IR60";
const unsigned char IR_RCA_str[] MEM_TYPE = "RCA";
const unsigned char IR_RECS80_str[] MEM_TYPE = "RECS80";
const unsigned char IR_Sanyo_str[] MEM_TYPE = "Sanyo";
const unsigned char IR_uPD1986C_str[] MEM_TYPE = "µPD1986C";
#endif
#endif
#if defined (SW_IR_RECEIVER) || defined (HW_IR_RECEIVER) || defined (SW_IR_TRANSMITTER)
const unsigned char IR_JVC_str[] MEM_TYPE = "JVC";
const unsigned char IR_Kaseikyo_str[] MEM_TYPE = "Kas";
const unsigned char IR_Matsushita_str[] MEM_TYPE = "Mat";
const unsigned char IR_Motorola_str[] MEM_TYPE = "Mot";
const unsigned char IR_Proton_str[] MEM_TYPE = "Prot";
const unsigned char IR_RC5_str[] MEM_TYPE = "RC-5";
const unsigned char IR_RC6_str[] MEM_TYPE = "RC-6";
const unsigned char IR_Samsung_str[] MEM_TYPE = "Sams";
const unsigned char IR_Sharp_str[] MEM_TYPE = "Sharp";
#if defined (SW_IR_RX_EXTRA) || defined (SW_IR_TX_EXTRA)
const unsigned char IR_Thomson_str[] MEM_TYPE = "Thom";
#endif
#endif
#ifdef SW_IR_TRANSMITTER
const unsigned char IR_NEC_Std_str[] MEM_TYPE = "NEC Std";
const unsigned char IR_NEC_Ext_str[] MEM_TYPE = "NEC Ext";
const unsigned char IR_SIRC_12_str[] MEM_TYPE = "SIRC-12";
const unsigned char IR_SIRC_15_str[] MEM_TYPE = "SIRC-15";
const unsigned char IR_SIRC_20_str[] MEM_TYPE = "SIRC-20";
#endif
#ifdef SW_OPTO_COUPLER
const unsigned char If_str[] MEM_TYPE = "If";
const unsigned char t_on_str[] MEM_TYPE = "t_on";
const unsigned char t_off_str[] MEM_TYPE = "t_off";
#endif
#ifdef SW_UJT
const unsigned char R_BB_str[] MEM_TYPE = "R_BB";
#endif
#ifdef SW_DS18B20
const unsigned char DS18B20_str[] MEM_TYPE = "DS18B20";
#endif
#ifdef SW_DS18S20
const unsigned char DS18S20_str[] MEM_TYPE = "DS18S20";
#endif
#ifdef SW_HFE_CURRENT
const unsigned char I_str[] MEM_TYPE ="I_";
#endif
#ifdef SW_REVERSE_HFE
const unsigned char h_FE_r_str[] MEM_TYPE ="hFEr";
#endif
#ifdef SW_DHTXX
const unsigned char DHTxx_str[] MEM_TYPE ="DHTxx";
const unsigned char RH_str[] MEM_TYPE ="RH";
const unsigned char DHT11_str[] MEM_TYPE ="DHT11";
const unsigned char DHT22_str[] MEM_TYPE ="DHT22";
#endif
#ifdef SW_ONEWIRE_SCAN
const unsigned char CRC_str[] MEM_TYPE = "CRC";
#endif
#ifdef HW_LOGIC_PROBE
const unsigned char TTL_str[] MEM_TYPE = "TTL";
const unsigned char CMOS_str[] MEM_TYPE = "CMOS";
#endif
#ifdef HW_MAX6675
const unsigned char MAX6675_str[] MEM_TYPE = "MAX6675";
#endif
#ifdef HW_MAX31855
const unsigned char MAX31855_str[] MEM_TYPE = "MAX31855";
#endif
#ifdef HW_BH1750
const unsigned char BH1750_str[] MEM_TYPE = "BH1750";
#endif
#ifdef SW_R_TRIMMER
const unsigned char R_t_str[] MEM_TYPE = "Rt";
const unsigned char R1_str[] MEM_TYPE = "R1";
const unsigned char R2_str[] MEM_TYPE = "R2";
#endif
#ifdef SW_C_VLOSS
const unsigned char U_loss_str[] MEM_TYPE = "V_l";
#endif
/* component symbols */
const unsigned char Cap_str[] MEM_TYPE = {'-', LCD_CHAR_CAP, '-',0};
const unsigned char Diode_AC_str[] MEM_TYPE = {'-', LCD_CHAR_DIODE_AC, '-', 0};
const unsigned char Diode_CA_str[] MEM_TYPE = {'-', LCD_CHAR_DIODE_CA, '-', 0};
const unsigned char Resistor_str[] MEM_TYPE = {'-', LCD_CHAR_RESISTOR_L, LCD_CHAR_RESISTOR_R, '-', 0};
/* remote commands */
#ifdef UI_SERIAL_COMMANDS
/* maximum string length: RX_BUFFER_SIZE - 1 */
/* feedback */
const unsigned char Cmd_ERR_str[] MEM_TYPE = "ERR";
const unsigned char Cmd_OK_str[] MEM_TYPE = "OK";
const unsigned char Cmd_NA_str[] MEM_TYPE = "N/A";
const unsigned char Cmd_R_be_str[] MEM_TYPE = "R_BE";
const unsigned char Cmd_D_fb_str[] MEM_TYPE = "D_FB";
const unsigned char Cmd_BJT_str[] MEM_TYPE = "BJT";
#ifdef SW_SCHOTTKY_BJT
const unsigned char Cmd_D_Clamp_str[] MEM_TYPE = "D_CLAMP";
#endif
const unsigned char Cmd_SYM_str[] MEM_TYPE = "SYM";
/* commands */
const unsigned char Cmd_VER_str[] MEM_TYPE = "VER";
const unsigned char Cmd_OFF_str[] MEM_TYPE = "OFF";
const unsigned char Cmd_PROBE_str[] MEM_TYPE = "PROBE";
const unsigned char Cmd_COMP_str[] MEM_TYPE = "COMP";
const unsigned char Cmd_MSG_str[] MEM_TYPE = "MSG";
const unsigned char Cmd_QTY_str[] MEM_TYPE = "QTY";
const unsigned char Cmd_NEXT_str[] MEM_TYPE = "NEXT";
const unsigned char Cmd_TYPE_str[] MEM_TYPE = "TYPE";
const unsigned char Cmd_HINT_str[] MEM_TYPE = "HINT";
const unsigned char Cmd_MHINT_str[] MEM_TYPE = "MHINT";
const unsigned char Cmd_PIN_str[] MEM_TYPE = "PIN";
const unsigned char Cmd_R_str[] MEM_TYPE = "R";
const unsigned char Cmd_C_str[] MEM_TYPE = "C";
#ifdef SW_INDUCTOR
const unsigned char Cmd_L_str[] MEM_TYPE = "L";
#endif
#if defined (SW_ESR) || defined (SW_OLD_ESR)
const unsigned char Cmd_ESR_str[] MEM_TYPE = "ESR";
#endif
const unsigned char Cmd_V_F_str[] MEM_TYPE = "V_F";
const unsigned char Cmd_V_F2_str[] MEM_TYPE = "V_F2";
const unsigned char Cmd_C_D_str[] MEM_TYPE = "C_D";
const unsigned char Cmd_R_BE_str[] MEM_TYPE = "R_BE";
const unsigned char Cmd_h_FE_str[] MEM_TYPE = "h_FE";
#ifdef SW_REVERSE_HFE
const unsigned char Cmd_h_FE_r_str[] MEM_TYPE = "h_FE_r";
#endif
const unsigned char Cmd_V_BE_str[] MEM_TYPE = "V_BE";
const unsigned char Cmd_I_CEO_str[] MEM_TYPE = "I_CEO";
const unsigned char Cmd_V_TH_str[] MEM_TYPE = "V_th";
const unsigned char Cmd_C_GS_str[] MEM_TYPE = "C_GS";
const unsigned char Cmd_R_DS_str[] MEM_TYPE = "R_DS";
const unsigned char Cmd_V_GS_off_str[] MEM_TYPE = "V_GS_off";
const unsigned char Cmd_I_DSS_str[] MEM_TYPE = "I_DSS";
const unsigned char Cmd_C_GE_str[] MEM_TYPE = "C_GE";
const unsigned char Cmd_V_T_str[] MEM_TYPE = "V_T";
#ifdef SW_HFE_CURRENT
const unsigned char Cmd_I_C_str[] MEM_TYPE = "I_C";
const unsigned char Cmd_I_E_str[] MEM_TYPE = "I_E";
#endif
#ifdef HW_PROBE_ZENER
const unsigned char Cmd_V_Z_str[] MEM_TYPE = "V_Z";
#endif
#ifdef SW_SCHOTTKY_BJT
const unsigned char Cmd_V_F_clamp_str[] MEM_TYPE = "V_F_clamp";
#endif
/* command reference table */
const Cmd_Type Cmd_Table[] MEM_TYPE = {
{CMD_VER, Cmd_VER_str},
{CMD_OFF, Cmd_OFF_str},
{CMD_PROBE, Cmd_PROBE_str},
{CMD_COMP, Cmd_COMP_str},
{CMD_MSG, Cmd_MSG_str},
{CMD_QTY, Cmd_QTY_str},
{CMD_NEXT, Cmd_NEXT_str},
{CMD_TYPE, Cmd_TYPE_str},
{CMD_HINT, Cmd_HINT_str},
{CMD_MHINT, Cmd_MHINT_str},
{CMD_PIN, Cmd_PIN_str},
{CMD_R, Cmd_R_str},
{CMD_C, Cmd_C_str},
#ifdef SW_INDUCTOR
{CMD_L, Cmd_L_str},
#endif
#if defined (SW_ESR) || defined (SW_OLD_ESR)
{CMD_ESR, Cmd_ESR_str},
#endif
{CMD_I_L, I_leak_str},
{CMD_V_F, Cmd_V_F_str},
{CMD_V_F2, Cmd_V_F2_str},
{CMD_C_D, Cmd_C_D_str},
{CMD_I_R, I_R_str},
{CMD_R_BE, Cmd_R_BE_str},
{CMD_H_FE, Cmd_h_FE_str},
#ifdef SW_REVERSE_HFE
{CMD_H_FE_R, Cmd_h_FE_r_str},
#endif
{CMD_V_BE, Cmd_V_BE_str},
{CMD_I_CEO, Cmd_I_CEO_str},
{CMD_V_TH, Cmd_V_TH_str},
{CMD_C_GS, Cmd_C_GS_str},
{CMD_R_DS, Cmd_R_DS_str},
{CMD_V_GS_OFF, Cmd_V_GS_off_str},
{CMD_I_DSS, Cmd_I_DSS_str},
{CMD_C_GE, Cmd_C_GE_str},
{CMD_V_GT, V_GT_str},
{CMD_V_T, Cmd_V_T_str},
#ifdef SW_UJT
{CMD_R_BB, R_BB_str},
#endif
#ifdef SW_HFE_CURRENT
{CMD_I_C, Cmd_I_C_str},
{CMD_I_E, Cmd_I_E_str},
#endif
#ifdef HW_PROBE_ZENER
{CMD_V_Z, Cmd_V_Z_str},
#endif
#ifdef SW_C_VLOSS
{CMD_V_L, U_loss_str},
#endif
#ifdef SW_SCHOTTKY_BJT
{CMD_V_F_CLAMP, Cmd_V_F_clamp_str},
#endif
{0, 0}
};
#endif
/*
* constant tables
* - stored in EEPROM/Flash
*/
/* unit prefixes: f, p, n, µ, m, 0, k, M (used by value display) */
const unsigned char Prefix_table[NUM_PREFIXES] MEM_TYPE = {'f', 'p', 'n', LCD_CHAR_MICRO, 'm', 0, 'k', 'M'};
/* voltage based factors for large caps (using Rl) */
/* voltage in mV: 300 325 350 375 400 425 450 475 500 525 550 575 600 625 650 675 700 725 750 775 800 825 850 875 900 925 950 975 1000 1025 1050 1075 1100 1125 1150 1175 1200 1225 1250 1275 1300 1325 1350 1375 1400 */
const uint16_t LargeCap_table[NUM_LARGE_CAP] MEM_TYPE = {23022, 21195, 19629, 18272, 17084, 16036, 15104, 14271, 13520, 12841, 12224, 11660, 11143, 10668, 10229, 9822, 9445, 9093, 8765, 8458, 8170, 7900, 7645, 7405, 7178, 6963, 6760, 6567, 6384, 6209, 6043, 5885, 5733, 5589, 5450, 5318, 5191, 5069, 4952, 4839, 4731, 4627, 4526, 4430, 4336};
/* voltage based factors for small caps (using Rh) */
/* voltages in mV: 1000 1050 1100 1150 1200 1250 1300 1350 1400 */
const uint16_t SmallCap_table[NUM_SMALL_CAP] MEM_TYPE = { 954, 903, 856, 814, 775, 740, 707, 676, 648};
//const uint16_t SmallCap_table[NUM_SMALL_CAP] MEM_TYPE = {9535, 9026, 8563, 8141, 7753, 7396, 7066, 6761, 6477};
#ifdef SW_PWM_SIMPLE
/* PWM menu: frequencies */
const uint16_t PWM_Freq_table[NUM_PWM_FREQ] MEM_TYPE = {100, 250, 500, 1000, 2500, 5000, 10000, 25000};
#endif
#ifdef SW_INDUCTOR
/* ratio based factors for inductors */
/* ratio: 200 225 250 275 300 325 350 375 400 425 450 475 500 525 550 575 600 625 650 675 700 725 750 775 800 825 850 875 900 925 950 975 */
const uint16_t Inductor_table[NUM_INDUCTOR] MEM_TYPE = {4481, 3923, 3476, 3110, 2804, 2544, 2321, 2128, 1958, 1807, 1673, 1552, 1443, 1343, 1252, 1169, 1091, 1020, 953, 890, 831, 775, 721, 670, 621, 574, 527, 481, 434, 386, 334, 271};
#endif
#if defined (HW_FREQ_COUNTER) || defined (SW_SQUAREWAVE)
/* Timer1 prescalers and corresponding register bits */
const uint16_t T1_Prescaler_table[NUM_TIMER1] MEM_TYPE = {1, 8, 64, 256, 1024};
const uint8_t T1_RegBits_table[NUM_TIMER1] MEM_TYPE = {(1 << CS10), (1 << CS11), (1 << CS11) | (1 << CS10), (1 << CS12), (1 << CS12) | (1 << CS10)};
#endif
#ifdef UI_PROBE_COLORS
/* probe color coding */
uint16_t ProbeColors[NUM_PROBE_COLORS] = {COLOR_PROBE_1, COLOR_PROBE_2, COLOR_PROBE_3};
#endif
#ifdef SW_E6
/* E6 (in 0.01) */
const uint16_t E6_table[NUM_E6] MEM_TYPE = {100, 150, 220, 330, 470, 680};
#endif
#ifdef SW_E12
/* E12 (in 0.01) */
const uint16_t E12_table[NUM_E12] MEM_TYPE = {100, 120, 150, 180, 220, 270, 330, 390, 470, 560, 680, 820};
#endif
#ifdef SW_E24
/* E24 (in 0.01) */
const uint16_t E24_table[NUM_E24] MEM_TYPE = {100, 110, 120, 130, 150, 160, 180, 200, 220, 240, 270, 300, 330, 360, 390, 430, 470, 510, 560, 620, 680, 750, 820, 910};
#endif
#ifdef SW_E96
/* E96 (in 0.01) */
const uint16_t E96_table[NUM_E96] MEM_TYPE = {
100, 102, 105, 107, 110, 113, 115, 118, 121, 124, 127, 130, 133, 137, 140, 143, 147, 150, 154, 158, 162, 165, 169, 174,
178, 182, 187, 191, 196, 200, 205, 210, 215, 221, 226, 232, 237, 243, 249, 255, 261, 267, 274, 280, 287, 294, 301, 309,
316, 324, 332, 340, 348, 357, 365, 374, 383, 392, 402, 412, 422, 432, 442, 453, 464, 475, 487, 499, 511, 523, 536, 549,
562, 576, 590, 604, 619, 634, 649, 665, 681, 698, 715, 732, 750, 768, 787, 806, 825, 845, 866, 887, 909, 931, 953, 976};
#endif
#ifdef FUNC_COLORCODE
/* band colors based on value 0 1 2 3 4 5 6 7 8 9 */
const uint16_t ColorCode_table[NUM_COLOR_CODES] MEM_TYPE = {COLOR_CODE_BLACK, COLOR_CODE_BROWN, COLOR_CODE_RED, COLOR_CODE_ORANGE, COLOR_CODE_YELLOW, COLOR_CODE_GREEN, COLOR_CODE_BLUE, COLOR_CODE_VIOLET, COLOR_CODE_GREY, COLOR_CODE_WHITE};
#endif
#ifdef FUNC_EIA96
/* EIA-96 multiplier codes 0.001 0.01 0.1 1 10 100 1k 10k 100k */
const unsigned char EIA96_Mult_table[NUM_EIA96_MULT] MEM_TYPE = {'Z', 'Y', 'X', 'A', 'B', 'C', 'D', 'E', 'F'};
#endif
#ifdef HW_LOGIC_PROBE
/* logic families and voltages */
/* Vcc in mV TTL CMOS CMOS CMOS CMOS CMOS */
const uint16_t Logic_Vcc_table[NUM_LOGIC_TYPES] MEM_TYPE = {5000, 3300, 5000, 9000, 12000, 15000};
#endif
/*
* tables of register bits for probe settings
* - stored in EEPROM/Flash
* - this saves some bytes in the firmware
*/
/* register bits for Rl probe resistors based on probe ID */
const uint8_t Rl_table[] MEM_TYPE = {(1 << R_RL_1), (1 << R_RL_2), (1 << R_RL_3)};
/* register bits for Rh probe resistors based on probe ID */
const uint8_t Rh_table[] MEM_TYPE = {(1 << R_RH_1), (1 << R_RH_2), (1 << R_RH_3)};
/* register bits for ADC port pins based on probe ID */
const uint8_t Pin_table[] MEM_TYPE = {(1 << TP1), (1 << TP2), (1 << TP3)};
/* register bits for ADC MUX input channels based on probe ID (ADC0-7 only) */
const uint8_t Channel_table[] MEM_TYPE = {TP1, TP2, TP3};
/* ************************************************************************
* external variables
* ************************************************************************ */
/*
* included by all other source files
*/
#else
/*
* global variables
*/
/* buffers */
extern char OutBuffer[]; /* output buffer */
#ifdef SERIAL_RW
extern char RX_Buffer[]; /* serial RX buffer */
extern uint8_t RX_Pos; /* position in buffer */
#ifdef SERIAL_BITBANG
extern uint8_t RX_Char; /* RX char (bit buffer) */
extern uint8_t RX_Bits; /* bit counter for RX char */
#endif
#endif
/* configuration */
extern UI_Type UI; /* user interface */
extern Config_Type Cfg; /* offsets and values */
extern Adjust_Type NV; /* basic adjustment offsets and values */
#ifdef HW_TOUCH
extern Touch_Type Touch; /* touch screen adjustment offsets */
#endif
/* probing */
extern Probe_Type Probes; /* test probes */
extern Check_Type Check; /* checking/testing */
/* components */
extern Resistor_Type Resistors[]; /* resistors */
extern Capacitor_Type Caps[]; /* capacitors */
extern Diode_Type Diodes[]; /* diodes */
extern Semi_Type Semi; /* common semiconductor */
extern AltSemi_Type AltSemi; /* special semiconductor */
#if defined (SW_INDUCTOR) || defined (HW_LC_METER)
extern Inductor_Type Inductor; /* inductor */
#endif
#ifdef UI_SERIAL_COMMANDS
extern Info_Type Info; /* additional component data */
#endif
#ifdef HW_SPI
extern SPI_Type SPI; /* SPI */
#endif
#ifdef HW_I2C
extern I2C_Type I2C; /* I2C */
#endif
#if defined (SW_IR_RECEIVER) || defined (HW_IR_RECEIVER) || defined (SW_IR_TRANSMITTER)
/* demodulated/raw IR code */
extern uint8_t IR_Code[]; /* raw data */
#endif
/*
* NVRAM values with their defaults
* - stored in EEPROM
*/
/* basic adjustment values: profile #1 */
extern const Adjust_Type NV_Adjust_1;
/* basic adjustment values: profile #2 */
extern const Adjust_Type NV_Adjust_2;
#ifdef UI_THREE_PROFILES
/* basic adjustment values: profile #3 */
extern const Adjust_Type NV_Adjust_3;
#endif
#ifdef HW_TOUCH
/* touch screen adjustment offsets */
extern const Touch_Type NV_Touch;
#endif
/*
* constant strings
* - stored in EEPROM/Flash
*/
/* firmware */
extern const unsigned char Version_str[];
/* common terms and texts */
extern const unsigned char Probing_str[];
extern const unsigned char Failed1_str[];
extern const unsigned char Failed2_str[];
extern const unsigned char Done_str[];
extern const unsigned char Select_str[];
extern const unsigned char Selftest_str[];
extern const unsigned char Adjustment_str[];
extern const unsigned char Save_str[];
extern const unsigned char Load_str[];
extern const unsigned char Show_str[];
extern const unsigned char Remove_str[];
extern const unsigned char Create_str[];
extern const unsigned char ShortCircuit_str[];
extern const unsigned char DischargeFailed_str[];
extern const unsigned char Error_str[];
extern const unsigned char Exit_str[];
extern const unsigned char BJT_str[];
extern const unsigned char Triac_str[];
extern const unsigned char PUT_str[];
extern const unsigned char MOS_str[];
extern const unsigned char FET_str[];
extern const unsigned char Channel_str[];
extern const unsigned char Enhancement_str[];
extern const unsigned char Depletion_str[];
extern const unsigned char Cgs_str[];
extern const unsigned char NPN_str[];
extern const unsigned char PNP_str[];
extern const unsigned char h_FE_str[];
extern const unsigned char V_BE_str[];
extern const unsigned char I_CEO_str[];
extern const unsigned char Vf_str[];
extern const unsigned char Vth_str[];
extern const unsigned char URef_str[];
extern const unsigned char RhLow_str[];
extern const unsigned char RhHigh_str[];
extern const unsigned char RiLow_str[];
extern const unsigned char RiHigh_str[];
extern const unsigned char Rl_str[];
extern const unsigned char Rh_str[];
extern const unsigned char ProbeComb_str[];
extern const unsigned char CapOffset_str[];
extern const unsigned char ROffset_str[];
extern const unsigned char Vcc_str[];
extern const unsigned char CompOffset_str[];
extern const unsigned char Checksum_str[];
extern const unsigned char Profile1_str[];
extern const unsigned char Profile2_str[];
/* units */
extern const unsigned char Hertz_str[];
/* options */
#ifdef UI_THREE_PROFILES
extern const unsigned char Profile3_str[];
#endif
#ifdef UI_KEY_HINTS
extern const unsigned char Menu_or_Test_str[];
#endif
#ifdef SW_ESR_TOOL
extern const unsigned char ESR_str[];
#endif
#if defined (SW_PWM_SIMPLE) || defined (SW_PWM_PLUS)
extern const unsigned char PWM_str[];
#endif
#ifdef SW_SQUAREWAVE
extern const unsigned char SquareWave_str[];
#endif
#if defined (HW_ZENER) || defined (HW_PROBE_ZENER)
extern const unsigned char Zener_str[];
#endif
#if defined (HW_ZENER) && ! defined (ZENER_UNSWITCHED)
extern const unsigned char Min_str[];
#endif
#ifdef HW_FREQ_COUNTER
extern const unsigned char FreqCounter_str[];
#endif
#ifdef HW_FREQ_COUNTER_EXT
extern const unsigned char CounterChannel_str[];
extern const unsigned char FreqInput_str[];
extern const unsigned char LF_Crystal_str[];
extern const unsigned char HF_Crystal_str[];
#endif
#ifdef HW_RING_TESTER
extern const unsigned char RingTester_str[];
#endif
#ifdef HW_EVENT_COUNTER
extern const unsigned char EventCounter_str[];
extern const unsigned char Count_str[];
extern const unsigned char Time_str[];
extern const unsigned char Events_str[];
extern const unsigned char Stop_str[];
#endif
#ifdef HW_LC_METER
extern const unsigned char LC_Meter_str[];
extern const unsigned char Adjusting_str[];
#endif
#ifdef HW_LOGIC_PROBE
extern const unsigned char LogicProbe_str[];
extern const unsigned char TTL_str[];
extern const unsigned char CMOS_str[];
#endif
#ifdef HW_MAX6675
extern const unsigned char MAX6675_str[];
#endif
#ifdef HW_MAX31855
extern const unsigned char MAX31855_str[];
#endif
#ifdef HW_BH1750
extern const unsigned char BH1750_str[];
#endif
#ifdef SW_ENCODER
extern const unsigned char Encoder_str[];
extern const unsigned char TurnRight_str[];
#endif
#ifdef SW_CONTRAST
extern const unsigned char Contrast_str[];
#endif
#if defined (SW_IR_RECEIVER) || defined (HW_IR_RECEIVER)
extern const unsigned char IR_Detector_str[];
extern const unsigned char IR_NEC_str[];
extern const unsigned char IR_SIRC_str[];
#ifdef SW_IR_RX_EXTRA
extern const unsigned char IR_IR60_str[];
extern const unsigned char IR_RCA_str[];
extern const unsigned char IR_RECS80_str[];
extern const unsigned char IR_Sanyo_str[];
extern const unsigned char IR_uPD1986C_str[];
#endif
#endif
#if defined (SW_IR_RECEIVER) || defined (HW_IR_RECEIVER) || defined (SW_IR_TRANSMITTER)
extern const unsigned char IR_JVC_str[];
extern const unsigned char IR_Kaseikyo_str[];
extern const unsigned char IR_Matsushita_str[];
extern const unsigned char IR_Motorola_str[];
extern const unsigned char IR_Proton_str[];
extern const unsigned char IR_RC5_str[];
extern const unsigned char IR_RC6_str[];
extern const unsigned char IR_Samsung_str[];
extern const unsigned char IR_Sharp_str[];
#if defined (SW_IR_RX_EXTRA) || defined (SW_IR_TX_EXTRA)
extern const unsigned char IR_Thomson_str[];
#endif
#endif
#ifdef SW_IR_TRANSMITTER
extern const unsigned char IR_Transmitter_str[];
extern const unsigned char IR_Send_str[];
extern const unsigned char IR_NEC_Std_str[];
extern const unsigned char IR_NEC_Ext_str[];
extern const unsigned char IR_SIRC_12_str[];
extern const unsigned char IR_SIRC_15_str[];
extern const unsigned char IR_SIRC_20_str[];
#endif
#ifdef SW_OPTO_COUPLER
extern const unsigned char OptoCoupler_str[];
extern const unsigned char None_str[];
extern const unsigned char CTR_str[];
extern const unsigned char If_str[];
extern const unsigned char t_on_str[];
extern const unsigned char t_off_str[];
#endif
#ifdef VAR_START_STR
extern const unsigned char Start_str[];
#endif
#ifdef SW_UJT
extern const unsigned char UJT_str[];
extern const unsigned char R_BB_str[];
#endif
#ifdef SW_SERVO
extern const unsigned char Servo_str[];
extern const unsigned char Sweep_str[];
#endif
#ifdef HW_TOUCH
extern const unsigned char TouchSetup_str[];
#endif
#ifdef SW_DS18B20
extern const unsigned char DS18B20_str[];
#endif
#ifdef SW_DS18S20
extern const unsigned char DS18S20_str[];
#endif
#ifdef SW_CAP_LEAKAGE
extern const unsigned char CapLeak_str[];
extern const unsigned char CapCharge_str[];
extern const unsigned char CapHigh_str[];
extern const unsigned char CapLow_str[];
extern const unsigned char CapDischarge_str[];
#endif
#ifdef SW_MONITOR_R
extern const unsigned char Monitor_R_str[];
#endif
#ifdef SW_MONITOR_C
extern const unsigned char Monitor_C_str[];
#endif
#ifdef SW_MONITOR_L
extern const unsigned char Monitor_L_str[];
#endif
#ifdef SW_MONITOR_RCL
extern const unsigned char Monitor_RCL_str[];
#endif
#ifdef SW_MONITOR_RL
extern const unsigned char Monitor_RL_str[];
#endif
#ifdef SW_POWER_OFF
extern const unsigned char PowerOff_str[];
#endif
#ifdef SW_DHTXX
extern const unsigned char DHTxx_str[];
extern const unsigned char RH_str[];
extern const unsigned char DHT11_str[];
extern const unsigned char DHT22_str[];
#endif
#ifdef SW_ONEWIRE_SCAN
extern const unsigned char OneWire_Scan_str[];
extern const unsigned char Bus_str[];
extern const unsigned char CRC_str[];
#endif
#ifdef SW_FONT_TEST
extern const unsigned char FontTest_str[];
#endif
#ifdef SW_SYMBOL_TEST
extern const unsigned char SymbolTest_str[];
#endif
#ifdef SW_CONTINUITY_CHECK
extern const unsigned char ContinuityCheck_str[];
#endif
#ifdef SW_R_TRIMMER
extern const unsigned char R_t_str[];
extern const unsigned char R1_str[];
extern const unsigned char R2_str[];
#endif
#ifdef SW_C_VLOSS
extern const unsigned char U_loss_str[];
#endif
#ifdef HW_FLASHLIGHT
extern const unsigned char Flashlight_str[];
#endif
#ifdef SW_PHOTODIODE
extern const unsigned char Photodiode_str[];
extern const unsigned char NoBias_str[];
extern const unsigned char ReverseBias_str[];
#endif
#ifdef SW_DIODE_LED
extern const unsigned char Diode_LED_str[];
#endif
/* component symbols */
extern const unsigned char Diode_AC_str[];
extern const unsigned char Diode_CA_str[];
/* remote commands */
#ifdef UI_SERIAL_COMMANDS
/* feedback */
extern const unsigned char Cmd_ERR_str[];
extern const unsigned char Cmd_OK_str[];
extern const unsigned char Cmd_NA_str[];
extern const unsigned char Cmd_R_be_str[];
extern const unsigned char Cmd_D_fb_str[];
extern const unsigned char Cmd_BJT_str[];
#ifdef SW_SCHOTTKY_BJT
extern const unsigned char Cmd_D_Clamp_str[];
#endif
extern const unsigned char Cmd_SYM_str[];
/* commands */
extern const unsigned char Cmd_VER_str[];
extern const unsigned char Cmd_OFF_str[];
extern const unsigned char Cmd_PROBE_str[];
extern const unsigned char Cmd_COMP_str[];
extern const unsigned char Cmd_MSG_str[];
extern const unsigned char Cmd_QTY_str[];
extern const unsigned char Cmd_NEXT_str[];
extern const unsigned char Cmd_TYPE_str[];
extern const unsigned char Cmd_HINT_str[];
extern const unsigned char Cmd_MHINT_str[];
extern const unsigned char Cmd_PIN_str[];
extern const unsigned char Cmd_R_str[];
extern const unsigned char Cmd_C_str[];
#ifdef SW_INDUCTOR
extern const unsigned char Cmd_L_str[];
#endif
#if defined (SW_ESR) || defined (SW_OLD_ESR)
extern const unsigned char Cmd_ESR_str[];
#endif
extern const unsigned char Cmd_V_F_str[];
extern const unsigned char Cmd_V_F2_str[];
extern const unsigned char Cmd_C_D_str[];
extern const unsigned char Cmd_R_BE_str[];
extern const unsigned char Cmd_h_FE_str[];
#ifdef SW_REVERSE_HFE
extern const unsigned char Cmd_h_FE_r_str[];
#endif
extern const unsigned char Cmd_V_BE_str[];
extern const unsigned char Cmd_I_CEO_str[];
extern const unsigned char Cmd_V_TH_str[];
extern const unsigned char Cmd_C_GS_str[];
extern const unsigned char Cmd_R_DS_str[];
extern const unsigned char Cmd_V_GS_off_str[];
extern const unsigned char Cmd_I_DSS_str[];
extern const unsigned char Cmd_C_GE_str[];
extern const unsigned char Cmd_V_T_str[];
#ifdef SW_HFE_CURRENT
extern const unsigned char Cmd_I_C_str[];
extern const unsigned char Cmd_I_E_str[];
#endif
#ifdef HW_PROBE_ZENER
extern const unsigned char Cmd_V_Z_str[];
#endif
/* command reference table */