jakejakejakejakejakejake
commented
2 years ago attaching yaml
#for documentation see project at https://github.com/Dilbert66/esphome-VistaECP
substitutions:
systemName: "vistapanel-2af211"
accessCode: !secret access_code #Only comes into effect if needed for arming and quickarm is not set
#assign a new virtual keypad address to each active partition using programs *190 - *196
#and enter it below. For unused partitions, use 0 as the keypad address.
keypadAddr1: "18" #partition 1 virtual keypad
keypadAddr2: "19" #partition 2 virtual keypad. Set to 0 to disable
keypadAddr3: "20" #partition 3 virtual keypad. Set to 0 to disable
##esp32
#rxPin: "22" #GPIO pin to use for data receive (yellow line)
#txPin: "21" #GPIO pin to use for data transmit (green line)
#monitorPin: "18" #GPIO pin to use for monitoring module traffic such as RF or Expanders . Set to -1 to disable
##esp8266
rxPin: "5" #GPIO pin to use for data receive (yellow line)
txPin: "4" #GPIO pin to use for data transmit (green line)
monitorPin: "14" #GPIO pin to use for monitoring module traffic such as RF or Expanders . Set to -1 to disable
# module addresses:
# 07 4229 zone expander zones 9-16
# 08 4229 zone expander zones 17-24
# 09 4229 zone expander zones 25-32
# 10 4229 zone expander zones 33-40
# 11 4229 zone expander zones 41 48
# 12 4204 relay module
# 13 4204 relay module
# 14 4204 relay module
# 15 4204 relay module
expanderAddr1: "0" # 1st zone expander emulator (4229) address to use . Set to 0 to disable.
expanderAddr2: "0" # 2nd expander emulator address to use . Set to 0 to disable.
#
# TESTED IF TOO MANY RELAY EMULATIONS ARE TOO MUCH
#
# relayAddr1: "12" # relay module emulation (4204) addresses. Set to 0 to disable
# relayAddr2: "13"
# relayAddr3: "14"
# relayAddr4: "15"
relayAddr1: "12" # relay module emulation (4204) addresses. Set to 0 to disable
relayAddr2: "0"
relayAddr3: "0"
relayAddr4: "0"
TTL: "10000" # time to live in ms for zone/fire status before expiring;
quickArm: "true"
lrrSupervisor: "false" # set to true if we don't have an LRR monitoring supervisor we can emulate one to get the statuses
globals:
#persistent storage variables
- id: zoneStates #persistant storage for zone states in case of reboot
type: int
restore_value: yes
- id: zoneAlarms #persistant storage for zone states in case of reboot
type: int
restore_value: yes
- id: zoneBypass #persistant storage for zone states in case of reboot
type: int
restore_value: yes
- id: zoneChecks #persistant storage for zone states in case of reboot
type: int
restore_value: yes
- id: lrrCode #persistant storage for last lrr message in case of reboot
type: int
restore_value: yes
esphome:
name: $systemName
#platform: ESP32
#board: nodemcu-32s
platform: ESP8266
board: nodemcuv2
arduino_version: latest
# subdirectory where library *.h and *.cpp are placed
includes:
- esphome-vistaECP/src/vistaEcpInterface/
wifi:
ssid: !secret wifi_ssid
password: !secret wifi_password
power_save_mode: none
ap:
ssid: "$systemName"
password: !secret wifi_password
#encryption:
#key: !secret encryption_key
sensor:
- platform: wifi_signal
name: "$systemName WiFi"
update_interval: 60s
logger:
baud_rate: 115200
level: DEBUG
api:
#password: !secret api_password
#encryption:
#key: !secret encryption_key
ota:
password: !secret ota_password
safe_mode: True
status_led:
pin:
number: GPIO2
#inverted: yes
time:
- platform: sntp
id: sntp_time
custom_component:
- lambda: |-
auto VistaECP = new vistaECPHome($keypadAddr1,$rxPin,$txPin,$monitorPin);
VistaECP->partitionKeypads[1]=$keypadAddr1;
VistaECP->partitionKeypads[2]=$keypadAddr2;
VistaECP->partitionKeypads[3]=$keypadAddr3;
VistaECP->accessCode="$accessCode";
VistaECP->quickArm=$quickArm;
VistaECP->expanderAddr1=$expanderAddr1; //zone expander
VistaECP->expanderAddr2=$expanderAddr2;
VistaECP->relayAddr1=$relayAddr1; //relay module
VistaECP->relayAddr2=$relayAddr2;
VistaECP->relayAddr3=$relayAddr3;
VistaECP->relayAddr4=$relayAddr4;
VistaECP->lrrSupervisor=$lrrSupervisor;
VistaECP->TTL=$TTL;
VistaECP->debug=1;
VistaECP->onSystemStatusChange([&](std::string statusCode,uint8_t partition) {
switch(partition) {
case 1: id(system_status).publish_state(statusCode);break;
case 2: id(system_status_2).publish_state(statusCode);break;
case 3: break;
default: break;
}
});
VistaECP->onLine1DisplayChange([&](std::string msg,uint8_t partition) {
switch(partition) {
case 1: id(l1).publish_state(msg); break; //partition 1 line 1
case 2: id(l1_2).publish_state(msg); break; //partition 2 line1
case 3: break;
default: break;
}
});
VistaECP->onLine2DisplayChange([&](std::string msg,uint8_t partition) {
switch(partition) {
case 1: id(l2).publish_state(msg); break; //partition 1 line 2
case 2: id(l2_2).publish_state(msg); break; //partition 2 line 2
case 3: break;
default: break;
}
});
VistaECP->onBeepsChange([&](std::string beeps,uint8_t partition) {
switch(partition) {
case 1: id(beep1).publish_state(beeps); break;
case 2: id(beep1_2).publish_state(beeps); break;;
case 3: break;
default: break;
}
});
VistaECP->onZoneExtendedStatusChange([&](std::string msg) {
id(zoneExtended).publish_state(msg);
});
VistaECP->onStatusChange([&](sysState led,bool open,uint8_t partition) {
switch(partition) {
case 1: switch(led) { //partition 1 definitions
case sfire: id(fire).publish_state(open);break;
case salarm: id(alarm1).publish_state(open);break;
case strouble: id(trouble).publish_state(open);break;
case sarmedstay: id(stay).publish_state(open);break;
case sarmedaway: id(away).publish_state(open);break;
case sinstant: id(instant).publish_state(open);break;
case sready: id(ready).publish_state(open);break;
case sac: id(ac).publish_state(open);break;
case sbypass: id(bypass).publish_state(open);break;
case schime: id(chime).publish_state(open);break;
case sbat: id(bat).publish_state(open);break;
case sarmednight: id(night).publish_state(open);break;
case sarmed: id(armed).publish_state(open);break;
default: break;
};break;
case 2: switch(led) { //partition 2 definitions
case sfire: id(fire_2).publish_state(open);break;
case salarm: id(alarm1_2).publish_state(open);break;
case strouble: id(trouble_2).publish_state(open);break;
case sarmedstay: id(stay_2).publish_state(open);break;
case sarmedaway: id(away_2).publish_state(open);break;
case sinstant: id(instant_2).publish_state(open);break;
case sready: id(ready_2).publish_state(open);break;
case sac: id(ac_2).publish_state(open);break;
case sbypass: id(bypass_2).publish_state(open);break;
case schime: id(chime_2).publish_state(open);break;
case sbat: id(bat_2).publish_state(open);break;
case sarmednight: id(night_2).publish_state(open);break;
case sarmed: id(armed_2).publish_state(open);break;
default: break;
};break;
case 3: break;
default: break;
}
});
VistaECP->onLrrMsgChange([&](std::string msg) {
id(m1).publish_state(msg);
});
VistaECP->onRfMsgChange([&](std::string msg) {
id(rf1).publish_state(msg);
});
VistaECP->onZoneStatusChange([&](uint8_t zone, std::string open) {
switch (zone) {
case 1: id(z1).publish_state(open); break;
case 2: id(z2).publish_state(open); break;
case 3: id(z3).publish_state(open); break;
case 4: id(z4).publish_state(open); break;
case 5: id(z5).publish_state(open); break;
case 6: id(z6).publish_state(open); break;
case 7: id(z7).publish_state(open); break;
case 8: id(z8).publish_state(open); break;
case 9: id(z9).publish_state(open); break;
case 10: id(z10).publish_state(open); break;
case 11: id(z11).publish_state(open); break;
case 12: id(z12).publish_state(open); break;
case 13: id(z13).publish_state(open); break;
case 14: id(z14).publish_state(open); break;
}
}); //you can add more zones above . Also add the text sensor entry below
VistaECP->onRelayStatusChange([&](uint8_t addr,uint8_t zone,bool open) {
switch(addr) {
case 12: switch (zone) {
case 1: id(r1).publish_state(open); break;
case 2: id(r2).publish_state(open); break;
case 3: id(r3).publish_state(open); break;
case 4: id(r4).publish_state(open); break;
case 5: id(r5).publish_state(open); break;
case 6: id(r6).publish_state(open); break;
case 7: id(r7).publish_state(open); break;
case 8: id(r8).publish_state(open); break;
case 9: id(r9).publish_state(open); break;
case 10: id(r10).publish_state(open); break;
case 11: id(r11).publish_state(open); break;
case 12: id(r12).publish_state(open); break;
case 13: id(r13).publish_state(open); break;
case 14: id(r14).publish_state(open); break;
case 15: id(r15).publish_state(open); break;
case 16: id(r16).publish_state(open); break;
}
break;
case 13: break;
}
}); //add as many case and switch statements as needed to control your binary sensor outputs
return {VistaECP};
binary_sensor:
#- platform: gpio #example use of pin d8 as a zone trigger port for the emulated zone expander
# pin: D8
# id: pind8
# device_class: window
# on_press: #zone,on/off
# - lambda: |-
# vista.setExpFault(17,1);
# on_release:
# - lambda: |-
# vista.setExpFault(17,0);
#system status indicator definitions
- platform: template
id: trouble
name: "$systemName Trouble"
device_class: problem
- platform: template
id: bypass
name: "$systemName Bypass"
- platform: template
id: away
name: "$systemName Away"
- platform: template
id: armed
name: "$systemName Armed"
- platform: template
id: stay
name: "$systemName Stay"
- platform: template
id: instant
name: "$systemName Instant"
- platform: template
id: night
name: "$systemName Night"
- platform: template
id: ac
name: "$systemName AC"
device_class: plug
- platform: template
id: chime
name: "$systemName Chime"
- platform: template
id: alarm1
name: "$systemName Alarm"
- platform: template
id: bat
name: "$systemName Battery"
device_class: problem
- platform: template
id: fire
device_class: smoke
name: "$systemName Fire"
- platform: template
id: ready
name: "$systemName Ready"
#device_class: problem
##partition 2
- platform: template
id: trouble_2
name: "$systemName Trouble 2"
device_class: problem
- platform: template
id: bypass_2
name: "$systemName Bypass 2"
- platform: template
id: away_2
name: "$systemName Away 2"
- platform: template
id: armed_2
name: "$systemName Armed 2"
- platform: template
id: stay_2
name: "$systemName Stay 2"
- platform: template
id: instant_2
name: "$systemName Instant 2"
- platform: template
id: night_2
name: "$systemName Night 2"
- platform: template
id: ac_2
name: "$systemName AC 2"
device_class: plug
- platform: template
id: chime_2
name: "$systemName Chime 2"
- platform: template
id: alarm1_2
name: "$systemName Alarm 2"
- platform: template
id: bat_2
name: "$systemName Battery 2"
device_class: problem
- platform: template
id: fire_2
device_class: smoke
name: "$systemName Fire 2"
- platform: template
id: ready_2
name: "$systemName Ready 2"
#device_class: problem
## end partition 2
#relay module channels add as many as you need. To hide, comment out the name: attribute
- platform: template
id: r1
name: "$systemName Relay1"
- platform: template
id: r2
name: "$systemName Relay2"
- platform: template
id: r3
name: "$systemName Relay3"
- platform: template
id: r4
name: "$systemName Relay4"
- platform: template
id: r5
# name: "$systemName Relay5"
- platform: template
id: r6
# name: "$systemName Relay6"
- platform: template
id: r7
# name: "$systemName Relay7"
- platform: template
id: r8
# name: "$systemName Relay8"
- platform: template
id: r9
# name: "$systemName Relay9"
- platform: template
id: r10
# name: "$systemName Relay10"
- platform: template
id: r11
# name: "$systemName Relay11"
- platform: template
id: r12
# name: "$systemName Relay12"
- platform: template
id: r13
# name: "$systemName Relay13"
- platform: template
id: r14
# name: "$systemName Relay14"
- platform: template
id: r15
# name: "$systemName Relay15"
- platform: template
id: r16
# name: "$systemName Relay16"
#zone definitions. Add more (also add to the switch statment above). To hide, comment out the name: attribute
text_sensor:
#zone definitions
- platform: template
id: z1
name: "$systemName Zone 1"
- platform: template
id: z2
name: "$systemName Side Door"
- platform: template
id: z3
name: "$systemName Zone 3"
- platform: template
id: z4
name: "$systemName Zone 4"
- platform: template
id: z5
name: "$systemName Zone 5"
- platform: template
id: z6
name: "$systemName Zone 6"
- platform: template
id: z7
name: "$systemName Zone 7"
- platform: template
id: z8
name: "$systemName Zone 8"
- platform: template
id: z9
name: "$systemName Front Door"
- platform: template
id: z10
name: "$systemName Back Door"
- platform: template
id: z11
name: "$systemName Zone 11"
- platform: template
id: z12
name: "$systemName Zone 12"
- platform: template
id: z13
name: "$systemName Zone 13"
- platform: template
id: z14
name: "$systemName Zone 14"
#system status
- platform: template
id: system_status
name: "$systemName System Status 1"
icon: "mdi:shield"
- platform: template
id: system_status_2
name: "$systemName System Status 2"
icon: "mdi:shield"
- platform: template
id: m1
name: "$systemName Lrr Msg"
icon: "mdi:alert-box"
- platform: template
id: rf1
name: "$systemName RF Msg"
icon: "mdi:alert-box"
- platform: template
id: l1
name: "$systemName Line1"
- platform: template
id: l2
name: "$systemName Line2"
- platform: template
id: l1_2
name: "$systemName Line1 2"
- platform: template
id: l2_2
name: "$systemName Line2 2"
- platform: template
id: beep1
name: "$systemName Beeps"
- platform: template
id: beep1_2
name: "$systemName Beeps 2"
- platform: template
id: zoneExtended
#name: "$systemName Zone Status"
switch:
- platform: template
name: "$systemName Connection"
id: connection_status_switch
lambda: |-
return vista.keybusConnected;
icon: "mdi:shield-link-variant"
turn_on_action:
- switch.toggle: restart_switch
turn_off_action:
- lambda: |-
disconnectVista();
- platform: restart
id: restart_switch
Dilbert66
Random disconnects, from multiple times per minute to a few times per day. This started happening once I updated to the dev branch, currently have multiple partitions set up on a vista 20p, I accidently posted this to fast and can amend as needed.