Since I do not believe that these circumstances arise among you,
it will be of no more use than to note that I am increasingly programming in a more cryptic and concise way.However, if any of the routines it contains or the way the program is designed helps you develop your ideas, I will be happy.
It is an ESP8266 module mounted on a double Wemos base, with its corresponding battery shield, and a homemade shield with a 10-LED bar.
https://youtu.be/DdSL-3nP-KQ
To save battery, I disconnect the Wifi by checking the "Fast boot" box on the configuration page and putting it as the first instruction to execute in the wifi.sleep program.
But for when the user wants to change the times or we want to edit the programs, there is a second program that runs wifi.connect "router", "password" and allows access.
Whether one program or another is loaded when the module is turned on depends on how we power it, whether by battery or by a USB cable.
And to distinguish the power mode, I measure in a third program (actually program zero) the voltage on the ADC pin.
If it is less than 100, powered by USB and load program with Wifi.
If it is larger, battery power and load the main program.
FILE: /kegel.bas
Code: [Local Link Removed for Guests]
' Check whether it is connected to the battery or USB
' and load the corresponding program.
wifi.sleep
if ADC < 100 then
r = bas.load "/conWifi.bas"
else
r = bas.load "/sinWifi.bas"
endif
FILE: /sinwifi.bas
Code: [Local Link Removed for Guests]
' Battery has been detected, activate KEGEL.
wifi.sleep
port &B11111111111 ' All GPIOs will be OUTPUT
file$ = "/kegel.dat" : dat$ = ""
if file.exists(file$) = 0 then gosub createConfig else gosub readConfig
for times = 1 to repeat
for n = 9 to 0 step -1
pinout 1024 - (2^n)
pin.tone 16, 500, 200
pause rising*100
next n
for n = 1 to 10
pinout 1024 - (2^n)
pin.tone 16, 1000, 200
pause rising*100
next n
next times
END
' -----------
createConfig:
word.setParam dat$, "rising", "10"
word.setParam dat$, "faling", "10"
word.setParam dat$, "repeat", "10"
file.append file$, dat$
return
' ---------
readConfig:
dat$ = file.read$(file$)
rising = val(word.getParam$(dat$, "rising"))
faling = val(word.getParam$(dat$, "faling"))
repeat = val(word.getParam$(dat$, "repeat"))
return
' === SUBROUTINES ========
' --------------
SUB port(config)
LOCAL gpio
config =((config\64)*4032) + config ' Insert zeros for GPIO 6 to 11
for gpio = 0 to 16
if (gpio<6) OR (gpio>11) then ' skipping GPIO reserved
if (config and (1 << gpio)) <> 0 then pin.mode gpio,output else pin.mode gpio,input ' [,pullup]
endif
next gpio
END SUB
' ----------------
SUB pinout(adress)
LOCAL ofset
ofset = (adress\64) * 4032
BAS.POKE &H60000300, adress + ofset
END SUB
FILE: /conwifi.bas
Code: [Local Link Removed for Guests]
' No battery detected, activate Wifi.
wifi.connect "MYWIFI_Name", "xXxXxXxX"
port &B11111111111 ' All GPIOs will be OUTPUT
swing 4, 50 ' The LED bar oscillates to indicate that we are in Wifi mode
file$ = "/kegel.dat" : dat$ = ""
if file.exists(file$) = 0 then gosub createConfig else gosub readConfig
onHtmlReload web
gosub web
wait
END
' --
web:
cls
cssExternal "/main.css"
a$ = "<center>"
a$ = a$ + |<h1>RISING TIME</h1>|
a$ = a$ + button$("-R", updated, "btn1") + textBox$(rising, "txt1") + button$("+R", updated, "btn1")
a$ = a$ + |<h1>FALING TIME</h1>|
a$ = a$ + button$("-F", updated, "btn1") + textBox$(faling, "txt1") + button$("+F", updated, "btn1")
a$ = a$ + |<h1>TIMES REPEAT</h1>|
a$ = a$ + button$("-T", updated, "btn1") + textBox$(repeat, "txt1") + button$("+T", updated, "btn1")
a$ = a$ + button$("Save", updated, "button")
html a$
return
' ------
updated:
btn$ = htmlEventButton$
SELECT CASE btn$
CASE "-R" : rising = rising - 1
CASE "+R" : rising = rising + 1
CASE "-F" : faling = faling - 1
CASE "+F" : faling = faling + 1
CASE "-T" : repeat = repeat - 1
CASE "+T" : repeat = repeat + 1
CASE "Save"
gosub updateConfig
jscall |{alert("The new values have been saved.");}|
END SELECT
refresh
return
' -----------
createConfig:
word.setParam dat$, "rising", "10"
word.setParam dat$, "faling", "10"
word.setParam dat$, "repeat", "10"
file.append file$, dat$
return
' -----------
updateConfig:
word.setParam dat$, "rising", str$(rising)
word.setParam dat$, "faling", str$(faling)
word.setParam dat$, "repeat", str$(repeat)
file.save file$, dat$
return
' ---------
readConfig:
dat$ = file.read$(file$)
rising = val(word.getParam$(dat$, "rising"))
faling = val(word.getParam$(dat$, "faling"))
repeat = val(word.getParam$(dat$, "repeat"))
return
' === SUBROUTINES ========
' --------------
SUB port(config)
LOCAL gpio
config =((config\64)*4032) + config ' Insert zeros for GPIO 6 to 11
for gpio = 0 to 16
if (gpio<6) OR (gpio>11) then ' skipping GPIO reserved
if (config and (1 << gpio)) <> 0 then pin.mode gpio,output else pin.mode gpio,input ' [,pullup]
endif
next gpio
END SUB
' ----------------
SUB pinout(adress)
LOCAL ofset
ofset = (adress\64) * 4032
BAS.POKE &H60000300, adress + ofset
END SUB
' ---------------------
SUB swing(times, speed)
LOCAL n, i
dim patern(5) = 0, 513, 771, 903, 975, 1023
for n = 1 to times
for i = 0 to 5
pinout patern(i)
pause speed
next i
for i = 5 to 0 step -1
pinout patern(i)
pause speed
next i
next n
END SUB
FILE: /main.css
Code: [Local Link Removed for Guests]
h1 {
font-family: "trebuchet ms";
font-size: 1.7rem;
margin: 10px;
}
#txt1 {
font-family: verdana;
font-size: 1.5rem;
font-weight: 600;
text-align: center;
height: 50px;
width: 6rem;
/* background: #FFE4C4; */
background: #D0E4C4;
}
#btn1 {
font-family: verdana;
font-size: 1.5rem;
font-weight: 600;
text-align: center;
color: #14396A !important;
height: 50px;
width: 5rem;
background: #63B8EE;
}
#button {
display: block;
width: 150px;
margin: 40px 10px 20px 25px;
padding: 10px 20px;
border: none;
border-radius: 16px;
color: black;
background-color: #ddd;
text-align: center;
font-size: 1.2rem;
font-weight: 600;
cursor: pointer;
box-shadow: 0 8px 16px 0 rgba(0,0,0,0.2), 0 6px 20px 0 rgba(0,0,0,0.19);
}
Don't forget, on the Configuration page, to fill in the Autorun file with the name of your zero file.
In my case, /kegel.bas.
