def initaddon(name, driver_name, data=b''): eeprom = EEPROM(badge.i2c) addons.write_addon_descriptor(eeprom, { "name": name, "driver": driver_name, "data": data, }) return addons.read_addon_descriptor(eeprom)
# GNU General Public License for more details. # # You should have received a copy of the GNU Lesser General Public License # along with this program. If not, see <http://www.gnu.org/licenses/>. # import sys, cpu, string, avr, math from tmp36 import TMP36 from eeprom import EEPROM from time import Time from device import Device from sram import SRAM __name__ = "__main__" ee = EEPROM("24C02") ram = SRAM("23K256") addr = 0x60 data_ary = [155.0, 121.3, 3.1415, 12.2, 90.0, 8.91] ram_lst = [3.1415, 12.1, math.pi] def print_temperature(sensor): tm = Time(True) high = False while True: temp = sensor.read() tm.now() print "[python]: Temperature: %f at %s" % (temp, tm.to_string()) if high:
def get_eep(): if uos.uname().machine.split(' ')[0][:4] == 'PYBD': Pin.board.EN_3V3.value(1) eep = EEPROM(I2C(2), T24C512) print('Instantiated EEPROM') return eep
return addr in i2c.scan() finally: i2c.unlock() def main_screen(): badge.display.push_mode(badge.display.MODE_QUICK) try: badge.show_bitmap('nametag.bmp') except: show_welcome() while badge.display.time_to_refresh > 0: pass badge.display.refresh() badge.display.pop_mode() e = EEPROM(badge.i2c) menu = MenuApp() main_screen() last_addon = None badge.vibration = False badge.pixels.fill(0) while True: buttons = badge.gamepad.get_pressed() if buttons: # Wait until the action button is released badge.vibration = True while badge.gamepad.get_pressed(): pass badge.vibration = False
def change_name(obj, name): """__NATIVE__ pPmObj_t obj, name; obj = NATIVE_GET_LOCAL(0); name = NATIVE_GET_LOCAL(1); return class_set_attr_cstr(obj, \"name\", name); """ pass ram = SRAM("23K256") ee = EEPROM("24C02") aobj = A() data_ary = [100.1, 50.2, 33.3] data_len = len(data_ary) sram_str = "Some piece of text" sram_len = len(sram_str) ram.write_string(0x40, sram_str) ee.write_list(data_ary, True, 0x10) change_name(aobj, "Hello, World") print aobj.name print math.atan2(1, 0) readback = ee.read_list(data_len, True, 0x10)
from eeprom import EEPROM eeprom = EEPROM("24c64", 0, 0x54) test_string = "This is a string of test data." test_length = len(test_string) eeprom.write(test_string.encode()) verify = eeprom.read(test_length).decode() print(verify) assert verify == test_string
def mountfloppy(): e = EEPROM(badge.i2c) addon = addons.read_addon_descriptor(e) eeprom = create_eeprom(addon) fs = mount_eeprom(eeprom, "/floppy") return fs
def create_eeprom(addon): eeprom_addr, eeprom_size, page_size = read_config(addon) return EEPROM(badge.i2c, eeprom_addr=eeprom_addr, eeprom_size=eeprom_size, page_size=page_size)