这是报错导致重启的日志: I (134496) MQTT: MQTT_EVENT_ERROR I (134496) MQTT: Last errno string (Success) E (134496) MQTT_CLIENT: Error write data or timeout, written len = 0, errno=0 Guru Meditation Error: Core 0 panic'ed (Store access fault). Exception was unhandled. Stack dump det...
"ESP32 Guru Meditation Error: Core 0 panic'ed (Load Access Fault)" 是ESP32开发过程中常见的错误提示。这意味着ESP32的核心0处理器发生了异常(panic),异常类型为“Load Access Fault”,即尝试访问无效或不允许的内存地址。这通常是由于程序试图读取或写入它不应该访问的内存区域所导致的。 分析可能导致此错误...
To learn more about how to debug and/or report this crash visit the wiki page at: https://github.com/micropython/micropython/wiki/ESP32-debugging LVGL MicroPython IDF version : c9763f62 Machine : ESP32C3 module with ESP32C3 Guru Meditation Error: Core 0 panic'ed (Store access fault). ...
Guru Meditation Error: Core 0 panic'ed (Store access fault). Exception was unhandled. Core 0 register dump: MEPC : 0x42002934 RA : 0x4200291c SP : 0x3fc95010 GP : 0x3fc8c000 TP : 0x3fc8492c T0 : 0x30303030 T1 : 0x0000003f T2 : 0x37323d59 S0/FP : 0x3fc8cb90 S1 : 0x...
Guru Meditation Error: Core 0 panic'ed (Store access fault). Exception was unhandled. Core 0 register dump: MEPC : 0x4205061a RA : 0x42050612 SP : 0x3fca6c80 GP : 0x3fc8c600 TP : 0x3fc89c68 T0 : 0x00000003 T1 : 0xffc3ffff T2 : 0x00000020 S0/FP : 0x3fca2b50 S1 : 0x...
我重新连接WiFi,大概要重启3,4次才能连上,这是串口打印的部分信息: got ip:192.168.xxx.45 Guru Meditation Error: Core 0 panic'ed (Load access fault). Exception was unhandled. Core 0 register dump: MEPC : 0x40388c44 RA : 0x40388bd6 SP : 0x3fc9c670 GP : 0x3fc8e000 TP : 0x3fc7...
Hence, the developer can store a program for the ULP coprocessor in the RTC slow memory to access the peripheral devices, internal timers and internal sensors during the Deep-sleep mode. This is useful for designing applications where the CPU needs to be woken up by an external event, or a...
Hence, the developer can store a program for the ULP processor in the RTC slow memory to access the peripheral devices, internal timers and internal sensors during the Deep-sleep mode. This is useful for designing applications where the CPU needs to be woken up by an external event, or a ...
store a program for the ULP processor in the RTC slow memory to access the peripheral devices, internal timers and internal sensors during the Deep-sleep mode. This is useful for designing applications where the CPU needs to be woken up by an external event, or a timer, or a combination ...
While the ESP32 is in deep sleep mode, the RTC memory also remains powered on, so we can write a program for the ULP co-processor and store it in the RTC memory to access peripheral devices, internal timers, and internal sensors. ...