MikrofonSensor und TemperaturSenor die zwei Python programme funktionieren. mit den jeweiligen 2 json Datein. Beim TemperaturSensor wird im Terminal keine Wertre ausgegeben aber in der json Datei kann man die Temp und Hum sehen.

lib/python3.11/site-packages/adafruit_blinka/microcontroller/stm32/stm32mp157/pin.py

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+# SPDX-FileCopyrightText: 2021 Melissa LeBlanc-Williams for Adafruit Industries
+#
+# SPDX-License-Identifier: MIT
+"""STM32MP157 pins"""
+from adafruit_blinka.microcontroller.generic_linux.periphery_pin import Pin
+
+PA0 = Pin((0, 0))
+PA1 = Pin((0, 1))
+PA2 = Pin((0, 2))
+PA3 = Pin((0, 3))
+PA4 = Pin((0, 4))
+PA5 = Pin((0, 5))
+PA6 = Pin((0, 6))
+PA7 = Pin((0, 7))
+PA8 = Pin((0, 8))
+PA9 = Pin((0, 9))
+PA11 = Pin((0, 11))
+PA12 = Pin((0, 12))
+PA13 = Pin((0, 13))
+PA14 = Pin((0, 14))
+PA15 = Pin((0, 15))
+PB0 = Pin((1, 0))
+PB1 = Pin((1, 1))
+PB2 = Pin((1, 2))
+PB3 = Pin((1, 3))
+PB4 = Pin((1, 4))
+PB5 = Pin((1, 5))
+PB6 = Pin((1, 6))
+PB7 = Pin((1, 7))
+PB8 = Pin((1, 8))
+PB9 = Pin((1, 9))
+PB10 = Pin((1, 10))
+PB11 = Pin((1, 11))
+PB12 = Pin((1, 12))
+PB13 = Pin((1, 13))
+PB14 = Pin((1, 14))
+PB15 = Pin((1, 15))
+PC0 = Pin((2, 0))
+PC1 = Pin((2, 1))
+PC2 = Pin((2, 2))
+PC3 = Pin((2, 3))
+PC4 = Pin((2, 4))
+PC5 = Pin((2, 5))
+PC6 = Pin((2, 6))
+PC7 = Pin((2, 7))
+PC8 = Pin((2, 8))
+PC9 = Pin((2, 9))
+PC10 = Pin((2, 10))
+PC11 = Pin((2, 11))
+PC12 = Pin((2, 12))
+PC13 = Pin((2, 13))
+PD0 = Pin((3, 0))
+PD1 = Pin((3, 1))
+PD2 = Pin((3, 2))
+PD3 = Pin((3, 3))
+PD4 = Pin((3, 4))
+PD5 = Pin((3, 5))
+PD6 = Pin((3, 6))
+PD7 = Pin((3, 7))
+PD8 = Pin((3, 8))
+PD9 = Pin((3, 9))
+PD10 = Pin((3, 10))
+PD11 = Pin((3, 11))
+PD12 = Pin((3, 12))
+PD13 = Pin((3, 13))
+PD14 = Pin((3, 14))
+PD15 = Pin((3, 15))
+PE0 = Pin((4, 0))
+PE1 = Pin((4, 1))
+PE2 = Pin((4, 2))
+PE3 = Pin((4, 3))
+PE4 = Pin((4, 4))
+PE5 = Pin((4, 5))
+PE6 = Pin((4, 6))
+PE7 = Pin((4, 7))
+PE8 = Pin((4, 8))
+PE9 = Pin((4, 9))
+PE10 = Pin((4, 10))
+PE11 = Pin((4, 11))
+PE12 = Pin((4, 12))
+PE13 = Pin((4, 13))
+PE14 = Pin((4, 14))
+PE15 = Pin((4, 15))
+PF0 = Pin((5, 0))
+PF1 = Pin((5, 1))
+PF2 = Pin((5, 2))
+PF3 = Pin((5, 3))
+PF4 = Pin((5, 4))
+PF5 = Pin((5, 5))
+PF6 = Pin((5, 6))
+PF7 = Pin((5, 7))
+PF8 = Pin((5, 8))
+PF9 = Pin((5, 9))
+PF10 = Pin((5, 10))
+PF11 = Pin((5, 11))
+PF12 = Pin((5, 12))
+PF13 = Pin((5, 13))
+PF14 = Pin((5, 14))
+PF15 = Pin((5, 15))
+PG0 = Pin((6, 0))
+PG1 = Pin((6, 1))
+PG2 = Pin((6, 2))
+PG3 = Pin((6, 3))
+PG4 = Pin((6, 4))
+PG5 = Pin((6, 5))
+PG6 = Pin((6, 6))
+PG7 = Pin((6, 7))
+PG8 = Pin((6, 8))
+PG9 = Pin((6, 9))
+PG10 = Pin((6, 10))
+PG11 = Pin((6, 11))
+PG12 = Pin((6, 12))
+PG13 = Pin((6, 13))
+PG14 = Pin((6, 14))
+PG15 = Pin((6, 15))
+PH2 = Pin((7, 2))
+PH3 = Pin((7, 3))
+PH4 = Pin((7, 4))
+PH5 = Pin((7, 5))
+PH6 = Pin((7, 6))
+PH7 = Pin((7, 7))
+PH8 = Pin((7, 8))
+PH9 = Pin((7, 9))
+PH10 = Pin((7, 10))
+PH11 = Pin((7, 11))
+PH12 = Pin((7, 12))
+PH13 = Pin((7, 13))
+PH14 = Pin((7, 14))
+PH15 = Pin((7, 15))
+PI0 = Pin((8, 0))
+PI1 = Pin((8, 1))
+PI2 = Pin((8, 2))
+PI3 = Pin((8, 3))
+PI4 = Pin((8, 4))
+PI5 = Pin((8, 5))
+PI6 = Pin((8, 6))
+PI7 = Pin((8, 7))
+PI8 = Pin((8, 8))
+PI9 = Pin((8, 9))
+PI10 = Pin((8, 10))
+PI11 = Pin((8, 11))
+PZ0 = Pin((9, 0))
+PZ1 = Pin((9, 1))
+PZ2 = Pin((9, 2))
+PZ3 = Pin((9, 3))
+PZ4 = Pin((9, 4))
+PZ5 = Pin((9, 5))
+PZ6 = Pin((9, 6))
+PZ7 = Pin((9, 7))
+
+# ordered as uartId, txId, rxId
+UART_PORTS = ((3, PB10, PB12),)
+
+# ordered as i2cId, sclId, sdaId
+I2C_PORTS = (
+    (1, PD12, PF15),
+    (5, PA11, PA12),
+)
+
+# support busio port check
+# 0 - linux system -> i2c-0
+# 1 - linux system -> i2c-1
+i2cPorts = (
+    (0, PF14, PF15),
+    (1, PZ0, PZ1),
+)
+
+# SysFS analog inputs, Ordered as analog analogInId, device, and channel
+# Because stm32mp157 analog io used special port name,it doesn't like gpiod named form
+# so support analog io in this way
+PAN0 = 0
+PAN1 = 0
+analogIns = ((PAN0, 0, 0),)