• IMPORTANT: no security other http built. used to be sitting in the internal wifi.

• https://docs.micropython.org/en/latest/esp8266/esp8266/tutorial/intro.html

1st run on start - generic

2nd run on start - specific

• assign IP, SSID, PASS and modules to load here before uploading into ESP must provide the pass!!!

• allocation pins per board. try to keep them consistent

set of functions

• do_connect
• TODO: move out and kill file

• control > generic func
• pin > trigger pin ON / OFF > can be used for INTERNAL_LED
• are_you_alive > seding reply 'I am alive' > for pinging
• cpu_freq > change 80 / 160
• deep_sleep > send ESP to deep sleep for N seconds
• seq > sequential scan using one code-set with increasing the timing to find the right range.
• rf433 > control wrapper rf433
• sensor > sensor (ADC) [currently light, but can be any]
• color > set color of RGB LED (8 options)
• beep > set beep pin to 1/0

• motor > control stepper motor (with optional calibrating over lazer / light sensor)

• syntax: http://192.168.1.175/control/motor/500/11/1 where 500 - n steps (+/- defines direction) 11 - delay between steps (1/10000 sec but depends on board) 1 / 0 - use lazer for calibrating minimal (left / down) state

syntax to upload file from CMD

• IP/conrtol/rf433/light/on
• IP/conrtol/rf433/dimlight/on
• IP/conrtol/rf433/coffee/on
• IP/conrtol/rf433/heater/on
• IP/conrtol/rf433/all/on

• IP/control/are_you_alive

• IP/control/color/red

  • red / green / blue / magneta / ....

• IP/control/pin/2/1

• IP/control/beep/1

• IP/control/deep_sleep/10

  • where 10 is seconds to sleep

• IP/control/cpu_freq/80

  • 80 or 160 MHz

• IP/control/sensor

• IP/control/sensor/sound - to beep on sensing

• IP/control/motor/500/11/1 where 500 - n steps (+/- defines direction) 11 - delay between steps (1/10000 sec but depends on board) 1 / 0 - use lazer for calibrating minimal (left / down) state