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Add 'CARDPUTER CircuitPython/projects/ReachTruckApp/code.py'

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almost usable, (maybe not practical) - downtime is not currently saved or loaded to a file but i have a headache rn. the file should be a simple log.txt saved to the sd card ("/sd/log.txt") where the entire list is saved to and loaded from at the start and with every edit. on the "view log" page, the system should only show entries that match today's date.  THEN there needs to be another page for viewing the entire log and scrolling through it properly.

also, the rt scanner cant scan barcodes on this screen as i discovered recently. FML. Maybe just tape them to the fucking back of the cardputer hahaha
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cube
2026-02-04 19:10:44 +00:00
parent 3f0d0785a1
commit 7b9c98a9b3
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CARDPUTER CircuitPython/projects/ReachTruckApp/code.py Normal file
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from keyb import Keyboard # type: ignore
import time, os, rtc, json # type: ignore
import board, busio, sdcardio, storage, terminalio, displayio # type: ignore
from adafruit_display_text import label # type: ignore
from adafruit_display_shapes.rect import Rect # type: ignore
### PAGE FUNCTIONS # # # # # # # # # #
def home():
title_label.text = "Home"
title_label.x = 95
title_label.y = 14
page_label.text = """
ESC = DOWNTIME TAB = SET CLOCK
BACKSP = HERA SP = RT17
ENTER NUMBER FOR CHECK DIGITS
"""
page_label.x = 5
page_label.y = 30
time_label.text = strf_time()
input_label.text = ""
input_label.x = 100
input_label.y = 120
# # # # # # # # # # # # # # # # # #
def strf_time():
r = rtc.RTC()
current_time = r.datetime
hour = current_time.tm_hour
mint = current_time.tm_min
return str(hour) + ":" + str(mint)
def strf_date():
current_time = r.datetime
day = current_time.tm_mday
month = current_time.tm_mon
year = current_time.tm_year
return str(day) + "/" + str(month) + "/" + str(year)
def set_datetime():
numbers = ["0","1","2","3","4","5","6","7","8","9"]
cancel = False
title_label.text = "Set Clock"
title_label.x = 75
page_label.text = "Enter Hour\n"
page_label.y = 45
hour = ""
while not cancel:
key = keyb.scan()
if key in numbers:
hour += key
page_label.text += key
elif key == "\n":
break
elif key == "ESC":
cancel = True
page_label.text += "\nEnter Minute\n"
minute = ""
while not cancel:
key = keyb.scan()
if key in numbers:
minute += key
page_label.text += key
elif key == "\n":
break
elif key == "ESC":
cancel = True
page_label.text = "Enter Day\n"
day = ""
while not cancel:
key = keyb.scan()
if key in numbers:
day += key
page_label.text += key
elif key == "\n":
break
elif key == "ESC":
cancel = True
page_label.text = "Enter Month\n"
month = ""
while not cancel:
key = keyb.scan()
if key in numbers:
month += key
page_label.text += key
elif key == "\n":
break
elif key == "ESC":
cancel = True
page_label.text = "Enter Year\n"
year = ""
while not cancel:
key = keyb.scan()
if key in numbers:
year += key
page_label.text += key
elif key == "\n":
break
elif key == "ESC":
cancel = True
if not cancel:
h = int(hour)
m = int(minute)
d = int(day)
mo = int(month)
y = int(year)
r.datetime = time.struct_time((y, mo, d, h, m, 0, 0, -1, -1))
page_label.text = strf_time() + " @ " + strf_date() + "\n(Tab to return)"
while True:
key = keyb.scan()
if key == " ":
home()
break
def get_digits(number):
cd = "NULL"
codes = {"3":"ZMZ",
"5":"HYT",
"6":"MRC",
"9":"DAH",
"10":"ITQ",
"14":"PIZ",
"15":"OIO",
"16":"GIH",
"18":"HDS",
"19":"AIA",
"20":"ZIJ",
"21":"FGE",
"23":"DTX",
"24":"QQK",
"26":"KQG",
"27":"VKW",
"28":"VZJ",
"29":"CTK",
"30":"WMD",
"32":"ZOR",
"33":"RQR",
"34":"LRR",
"35":"SBA",
"36":"XVQ",
"38":"NRX",
"39":"HCM",
"40":"MQG"}
if number in codes:
cd = codes[number]
title_label.text = cd
title_label.x = 75
page_label.text = "Check Digits for " + number
page_label.y = 45
input_label.text=""
while True:
key = keyb.scan()
if key == "ESC":
home()
break
else:
home()
def show_barcodes(code):
if code == "RT17":
bmp = displayio.OnDiskBitmap("/barcodes/RT17.bmp")
else:
bmp = displayio.OnDiskBitmap("/barcodes/HERA.bmp")
title_label.text = ""
page_label.text = ""
tile_grid = displayio.TileGrid(bmp, pixel_shader=bmp.pixel_shader)
tile_grid.x = 30
tile_grid.y = 15
display_group.append(tile_grid)
while True:
key = keyb.scan()
if key == "ESC":
display_group.remove(tile_grid)
home()
break
def downtime_page():
title_label.text = "Downtime"
title_label.x = 75
default_page_text = """
ESC = QUIT OK = VIEW LOG
1) WAITING | 2) PROBLEM | 3) COMFORT
4) OTHER
"""
default_page_y = 30
page_label.text = default_page_text
page_label.y = default_page_y
while True:
key = keyb.scan()
if key == "ESC":
home()
break
elif key == "\n":
page_label.text = ""
page_label.y = 40
for entry in downtime:
dt = entry[0]
hour = dt.tm_hour
mint = dt.tm_min
dt_time = str(hour) + ":" + str(mint)
reason = entry[1]
page_label.text += dt_time + " - " + reason + "\n"
while True:
key = keyb.scan()
if key == "ESC":
page_label.text = default_page_text
page_label.y = default_page_y
break
elif key == "1" or key == "2" or key == "3":
if key == "1":
reason = "WAITING"
elif key == "2":
reason = "PROBLEM"
elif key == "3":
reason = "COMFORT"
dt = current_time = r.datetime
entry = [dt, reason]
downtime.append(entry)
page_label.text += "\n\nDowntime Recorded"
time.sleep(3)
page_label.text = default_page_text
# SET UP SD CARD
spi = busio.SPI(board.SD_SCK, MOSI=board.SD_MOSI, MISO=board.SD_MISO)
cs = board.SD_CS
try:
sdcard = sdcardio.SDCard(spi, cs)
vfs = storage.VfsFat(sdcard)
storage.mount(vfs, "/sd") # access files on sd card here
except OSError:
pass # SD card not inserted/found
# SET UP DISPLAY
display = board.DISPLAY
display_group = displayio.Group()
display.root_group = display_group
# Header Bar
rect = Rect(0, 0, 238, 30, fill=0x1f4476)
display.root_group.append(rect)
# Page Title
title_font = terminalio.FONT
title_color = 0xffffff
title_label = label.Label(title_font, text="Home", color=title_color, scale=2)
display.root_group.append(title_label)
# Time Label
time_font = terminalio.FONT
time_color = 0x89a0a8
time_label = label.Label(time_font, text="00:00", color=time_color, scale=1)
time_label.x = 200
time_label.y = 24
display.root_group.append(time_label)
# IP Label
# ip_font = terminalio.FONT
# ip_color = 0x89a0a8
# ip_label = label.Label(ip_font, text="0.0.0.0", color=ip_color, scale=1)
# ip_label.x = 10
# ip_label.y = 24
# display.root_group.append(ip_label)
# Page Text
page_font = terminalio.FONT
page_color = 0xffffff
page_label = label.Label(page_font, text="page_text", color=page_color, scale=1)
display.root_group.append(page_label)
# Numbers Input Text
input_font = terminalio.FONT
input_color = 0xffffff
input_label = label.Label(input_font, text="", color=input_color, scale=2)
display.root_group.append(input_label)
home()
keyb = Keyboard()
downtime = []
r = rtc.RTC()
#r.datetime = time.struct_time((2025, 10, 7, 23, 39, 0, 0, -1, -1)) # THIS LINE SETS THE RTC, first is year, then month, then day, then hour, then minute, (rest is unimportant)
#current_time = r.datetime
last_time = "00:00"
## PROGRAM MAIN LOOP (WORKS FROM HOME PAGE IF OTHER PAGES HAVE THEIR OWN LOOPS)
numbers = ["0","1","2","3","4","5","6","7","8","9"]
ninput = ""
while True:
time_label.text = strf_time()
key = keyb.scan()
if key == " ":
set_datetime()
elif key == "BACKSP":
show_barcodes("HERA")
elif key == " ":
show_barcodes("RT17")
elif key in numbers:
input_label.text += key
ninput += key
elif key == "\n":
get_digits(ninput)
ninput = ""
elif key == "ESC":
downtime_page()
# Homepage Clock
# current_time = strf_time()
# if last_time != current_time:
# time_label.text = current_time
# last_time = current_time
#time_label.text = strf_time()
# IDEA
#
#
# current move -> move start time, array of intermediate move times like when replenning, end move time (last part of move like pallet store)
# OR just button for every scan with time idk (strf and also actual time format so it can be calculated. )
# then display diff between times in a menu
#
#