Skip to content

Latest commit

 

History

History
173 lines (133 loc) · 8.52 KB

README.md

File metadata and controls

173 lines (133 loc) · 8.52 KB
Raw

[中文]

ESP-WIFI-MESH Console Debugging Demo

Overview

This demo will show how to use Mdebug module to perform basic ESP-WIFI-MESH debugging in mesh products, including the following features:

  • ESP-WIFI-MESH throughput test: sets work mode (client/server) and ping.
  • ESP-WIFI-MESH network configuration: sets ESP-WIFI-MESH configuration information, including router SSID, password and BSSID, work channel, MESH ID and its password, device type, maximum number of connected devices and maximum layers; prints/saves ESP-WIFI-MESH configuration information.
  • ESP-WIFI-MESH status query: starts/stops ESP-WIFI-MESH, and prints the status of ESP-WIFI-MESH devices.
  • Wi-Fi scan: scans AP or ESP-WIFI-MESH devices nearby, and sets scan filters, such as filtered out by RSSI, SSID or BSSID, and sets passive scan time in each channel.
  • Coredump information management: prints/erases coredump data, gets coredump data length, sends coredump data to a specific device, retransmit coredump data with a specific sequence number.
  • Log configuration: adds/removes monitors, sets logging level, and sends logs to a specific device.
  • General commands: include help command to print all currently supported commands, heap command to get the remaining memory of the current device, restart command to restart devices, and reset command to reset and restart devices.

Hardware

  1. One ESP32 development board
  2. One 2.4 G router

Workflow

  1. Compile and flash this project to ESP32 development board;
  2. Open serial port terminal and restart development board, you will get the following information in the terminal:

TCP Server

Please use serial port terminals such as minicom to avoid some unexpected problems when using make monitor.

  1. Debug ESP-WIFI-MESH by entering the following commands according to the prompts.
  • The following describes the use of each command in sequence.

Serial Port Command

  • ESP-NOW debug receiver board supports the following serial port commands: help, sdcard, wifi_sniffer, wifi_config, wifi_scan, log, coredump and command.

  • The interaction of serial port commands follows the following rules:

    1. PC sends commands to ESP-NOW debug receiver board through serial port with a baud rate of 115200.

    2. In command definition, all characters are lowercase (some options are uppercase), and strings do not need to be quoted.

    3. The elements in brackets {} in command description should be taken as a parameter and be replaced as the case may be.

    4. The part contained in square brackets [] in command description is the default value and can be filled in or displayed.

    5. The pattern of serial port commands is shown below, with each element separated by a space:

      Command ＋ Option ＋ Parameter，for example: log -s aa:bb:cc:dd:ee:ff

    6. Serial port commands support line breaks: '\n' and '\r\n'.

    7. Serial port returns execution results at a baud rate of 115200.

ESP-WIFI-MESH Throughput Test

  1. Hardware
    • Two ESP32 development boards
    • Flash console_test project to the two boards
  2. Workflow
    1. Configure ESP-WIFI-MESH on the two boards and set the boards to the same ESP-WIFI-MESH network. For example, enter the same command mesh_config -i 14:12:12:12:12:12 -s espressif -p espressif on the terminals of the two boards;
    2. After the network is established, enter the command mesh_status -o to check the status;
    3. Run the command mesh_status -s to set one of the board into iperf server mode;
    4. Run the command mesh_iperf -c 30:ae:a4:80:16:3c to set the other board into iperf client mode.

General Command

  • help: prints registered commands and their instructions.
  • version: gets chip version and SDK version.
  • heap: gets available heap memory size.
  • restart: softly restarts chip.
  • reset: clears all configuration information on the device.

Log Command

  1. Log Configuration
    Command definition log [<tag>] [<level>] [-s <addr (xx:xx:xx:xx:xx:xx)>]
    Command log -s Send log to a specific device
    Parameter addr MAC address of the monitor
    tag Use tag to filter log
    level Use level to filter log
    Example log * NONE Forbid log output
    log mwifi INFO Set the level of the logs with mwifi tag to INFO
    log -s 30:ae:a4:80:16:3c Send the log to the device 30:ae:a4:80:16:3c

Coredump Command

  1. Coredump Data
    Command definition coredump [-loe] [-q ] [-s <addr (xx:xx:xx:xx:xx:xx)>]
    Command coredump -l Get coredump data length from this device
    coredump -o Read coredump data from this device and print it to console
    coredump -e Erase coredump data from this device
    coredump -s Send coredump data from this device to a specific device
    Parameter addr MAC address of the monitor
    sequence The sequence number of coredump data
    Example coredump -s 30:ae:a4:80:16:3c Send coredump data to the device 30:ae:a4:80:16:3c
    coredump -q 110 -s 30:ae:a4:80:16:3c Send coredump data starting with the sequence number of 110 to the device 30:ae:a4:80:16:3c
    coredump -l Get coredump data length from this device
    coredump -o Read coredump data from this device and print it to console
    coredump -e Erase coredump data from this device

mesh_config Command

  1. mesh_config
    Command definition mesh_config [-oS] [-s ] [-p ] [-b <bssid (xx:xx:xx:xx:xx:xx)>] [-c <channel (1 ~ 13)>] [-i <mesh_id (6 Bytes)>] [-t <mesh_type ('idle'or 'root' or 'node' or 'leaf')>] [-P <mesh_password>] [-n <max_connection (1 ~ 10)>] [-l <max_layer (1 ~ 32)>]
    Command mesh_config -s -p -b Set router information
    mesh_config -c Set work channel for ESP-WIFI-MESH devices
    mesh_config -i <mesh_id> -t <mesh_type> -P <mesh_password> -n <max_connection> -l <max_layer> Configure ESP-WIFI-MESH, including ID, password and capacity
    mesh_config -o Print ESP-WIFI-MESH configuration information
    mesh_config -S Save ESP-WIFI-MESH configuration information
    Example mesh_config -c 11 Set the work channel of ESP-WIFI-MESH to channel 11
    mesh_config -i 14:12:12:12:12:12 -s espressif -p espressif Set ESP-WIFI-MESH ID to 14:12:12:12:12:12; router information: set SSID to expressif, set password to espressif
    mesh_config -o Print ESP-WIFI-MESH configuration information
    mesh_config -S Save ESP-WIFI-MESH configuration information

mesh_status Command

  1. mesh_status
    Command definition mesh_status [-spo]
    Command mesh_status -s Start ESP-WIFI-MESH
    mesh_status -p Stop ESP-WIFI-MESH
    mesh_status -o Print ESP-WIFI-MESH status information
    Example mesh_status -o Print ESP-WIFI-MESH status information
    mesh_status -s Start ESP-WIFI-MESH
    mesh_status -p Stop ESP-WIFI-MESH

mesh_scan Command

  1. mesh_scan
    Command definition mesh_scan [-r <rssi (-120 ~ 0)>] [-s <ssid (xx:xx:xx:xx:xx:xx)>] [-b <bssid (xx:xx:xx:xx:xx:xx)>] [-t <type ('router' or 'mesh')>] [-p ]
    Command mesh_scan -r Set an RSSI filter value
    mesh_scan -s Set an SSID filter string
    mesh_scan -b Set a BSSID filter
    mesh_scan -t Set filter type
    mesh_scan -p Set passive scan time for each channel
    Example mesh_scan -t mesh Filter mesh devices
    wifi_scan -r -60 -t mesh Scan mesh devices with RSSI signal value within -60
    wifi_scan -s espressif -t mesh Scan mesh devices with SSID under espressif
    wifi_scan -p 300 Set the passive scan time for each channel to 300 ms

mesh_iperf Command

  1. mesh_iperf
    Command definition mesh_iperf [-spa] [-c <host (xx:xx:xx:xx:xx:xx)>] [-i <interval (sec)>] [-l <len (Bytes)>] [-t <time (sec)>]
    Command mesh_iperf -c Run this device in client mode
    mesh_iperf -s Run this device in server mode
    mesh_iperf -p ping
    mesh_iperf -i Set bandwidth calculation cycle
    mesh_iperf -l Set buffer length
    mesh_iperf -t Set iperf test time
    mesh_iperf -a Stop iperf test
    Example mesh_iperf -s Run this device in server mode
    mesh_iperf -c 30:ae:a4:80:16:3c Run this device in client mode, and perform a performance test with 30:ae:a4:80:16:3c server