Missing codes

[jp0550]

I've used your project as a base for my own for the safewatch 3000en which is a modified vp20 for adt. I'm unsure how similar it is for yours but I reversed engineered the missing bytes for the f7 messages below if you'd like to add them to yours.

int const BIT_MASK_BYTE1_CANCELLED = 0x20; //alarm has gone off and been dismissed. But one more dismiss is required to rearm
int const BIT_MASK_BYTE1_BEEP = 0x03; // 0 - no beeps, 1 - single beep (door opening or closing). 3 - 3 beeps as when arming the system, 4 - panic beep for a trouble code or last few seconds or arming, 5 - steady beep for away arming

int const BIT_MASK_BYTE2_ARMED_HOME = 0x80;
int const BIT_MASK_BYTE2_LOW_BAT = 0x40;
int const BIT_MASK_BYTE2_FIRE = 0x20; //fire led icon. Shows when sounding or when trouble bit is set
int const BIT_MASK_BYTE2_READY = 0x10;

int const BIT_MASK_BYTE2_DISPLAY_MASK = 0x0C; //used to tell the keypad which digits of the zone to show on screen. Convert the result to binary and 1 indicates show the digit 0 to hide. b11 hide both digits, b00 show both digits. Discovered using programming mode
int const BIT_MASK_BYTE2_TROUBLE = 0x02; // triggered by removing a smoke detector from the system or possibly a short in the sensor or alarms, but was only able to trigger with smoke
int const BIT_MASK_BYTE2_FIRE_ALARM = 0x01; //fire alarm sounding.

int const BIT_MASK_BYTE3_NO_DELAY = 0x80; //instant
int const BIT_MASK_BYTE3_PROGRAMMING_MODE = 0x40;
int const BIT_MASK_BYTE3_CHIME_MODE = 0x20;
int const BIT_MASK_BYTE3_BYPASS = 0x10;

int const BIT_MASK_BYTE3_AC_POWER = 0x08;
int const BIT_MASK_BYTE3_ARMED_AWAY = 0x04;
int const BIT_MASK_BYTE3_FAULT = 0x02;
int const BIT_MASK_BYTE3_MAIN_ALARM = 0x01; //break-in alarm sounding