On box python huawei

Python HTTP API client for Huawei Modems

This is a python library to interact with a Huawei modem over HTTP API.

The library has been tested on these devices:

• E5180
• E8372
• B315
• B529s-23a
• H122-373 (HUAWEI 5G CPE Pro 2 locoked to the UK Network Three)

Please let me know if you tested it successfully with other modems as well.

Currently Supported

• webserver
  • get_session_token_info: gets a session token to use
  • login: creates a new session on the HTTP API
  • logout: deletes current session on the HTTP API
  • get_sms: get information from boxes: inbox, outbox
  • send_sms: sends an SMS through device’s modem
  • delete_sms: deletes an sms from one of their boxes
  • sms_count: get the sms count on each box
  • sms_set_read: set the sms status to read
  • status: get status of ussd. This will tell you if there are ussd messages available to read
  • send: sends a ussd message
  • get: retrieves a ussd message
  • get_connected_hosts: gets a list of connected devices
  • block_host: blocks the device from network
  • unblock_host: unblock device on network
  • get_blocked_hosts: gets a list of blocked devices
  • is_host_blocked: checks if device is blocked
  • switch_wlan_24ghz: allows to switch on or off the wlan 2.4Ghz module of the router
  • switch_wlan_5ghz: allows to switch on or off the wlan 5Ghz module of the router
  • connect_mobile: enables mobile (ie LTE / 4G / 3G / etc) network
  • disconnect_mobile: disables mobile network
  • get_mobile_status: checks the mobile connection status
  • reboot: reboots the modem

  Prerequisites

  requests library (and its dependencies) is required. six library (and its dependencies for Python 2 and 3 compatibility) typing library (support for type hints)

  This is requirements.txt content:

  requests>=2.25.1 six>=1.15.0 typing>=3.7.4.3 

  Installing

  pip install huawei-modem-api-client

  Example

     Note: The default modem host is assumed to be 192.168.8.1 . If that is not the case for you, you can specify your modem ip as follows:

  HTTPS Examples

  When the router uses HTTPS instead of HTTP, you can pass the uri_scheme when creating the context instance which becomes used on subsequent api calls that use the same context.

  If the router that uses HTTPS uses self-signed certificates, there will be SSL errors. You can ignore certificate validation/verification as follows:

  Contributing

  Send me a PM if you want to contribute.

  Authors

  License

  This project is licensed under the MIT License — see the LICENSE.md file for details

  Источник

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  Modem USB Huawei HTTP API Python client

  License

  pablo/huawei-modem-python-api-client

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  README.md

  Python HTTP API client for Huawei Modems

  This is a python library to interact with a Huawei modem over HTTP API.

  The library has been tested on these devices:

  • E5180
  • E8372
  • B315
  • B529s-23a
  • H122-373 (HUAWEI 5G CPE Pro 2 locoked to the UK Network Three)

  Please let me know if you tested it successfully with other modems as well.

  • webserver
    • get_session_token_info: gets a session token to use
    • login: creates a new session on the HTTP API
    • logout: deletes current session on the HTTP API
    • get_sms: get information from boxes: inbox, outbox
    • send_sms: sends an SMS through device’s modem
    • delete_sms: deletes an sms from one of their boxes
    • sms_count: get the sms count on each box
    • sms_set_read: set the sms status to read
    • status: get status of ussd. This will tell you if there are ussd messages available to read
    • send: sends a ussd message
    • get: retrieves a ussd message
    • get_connected_hosts: gets a list of connected devices
    • block_host: blocks the device from network
    • unblock_host: unblock device on network
    • get_blocked_hosts: gets a list of blocked devices
    • is_host_blocked: checks if device is blocked
    • switch_wlan_24ghz: allows to switch on or off the wlan 2.4Ghz module of the router
    • switch_wlan_5ghz: allows to switch on or off the wlan 5Ghz module of the router
    • connect_mobile: enables mobile (ie LTE / 4G / 3G / etc) network
    • disconnect_mobile: disables mobile network
    • get_mobile_status: checks the mobile connection status
    • reboot: reboots the modem

    requests library (and its dependencies) is required. six library (and its dependencies for Python 2 and 3 compatibility) typing library (support for type hints)

    This is requirements.txt content:

    requests>=2.25.1 six>=1.15.0 typing>=3.7.4.3 

    pip install huawei-modem-api-client

    import huaweisms.api.user import huaweisms.api.wlan import huaweisms.api.sms ctx = huaweisms.api.user.quick_login("myusername", "mypassword") print(ctx) # output: # sending sms huaweisms.api.sms.send_sms( ctx, 'phone-number', 'this is the sms message' ) # connected devices device_list = huaweisms.api.wlan.get_connected_hosts(ctx)

    Note: The default modem host is assumed to be 192.168.8.1 . If that is not the case for you, you can specify your modem ip as follows:

    import huaweisms.api.user ctx = huaweisms.api.user.quick_login("myusername", "mypassword", modem_host='10.11.12.13') print(ctx) #output:

    When the router uses HTTPS instead of HTTP, you can pass the uri_scheme when creating the context instance which becomes used on subsequent api calls that use the same context.

    import huaweisms.api.user ctx = huaweisms.api.user.quick_login( 'username', 'password', modem_host='192.168.12.13', uri_scheme='https' )

    If the router that uses HTTPS uses self-signed certificates, there will be SSL errors. You can ignore certificate validation/verification as follows:

    import huaweisms.api.user ctx = huaweisms.api.user.quick_login( 'username', 'password', modem_host='192.168.12.13', uri_scheme='https', verify=False )

    Send me a PM if you want to contribute.

    This project is licensed under the MIT License — see the LICENSE.md file for details

    About

    Modem USB Huawei HTTP API Python client

    Источник

    1. Overview

    The configuration file of the network devices needs to be backed up in a timely manner to ensure device security, reliability, and availability of services. In case of a fault occurs on a device, the backup configuration file can be restore to the device to quickly for the continuity of service. The configuration backup must be operated with secure protocol such as SFTP or SSH only.

    In this article we will do the configuration backup for a list of Huawei router/switch devices with Python script using SSH secure protocol on Linux server running CentOS7.

    2. Prerequisites

    In this tutorial, it is supposed that:

    a. You have already install RHEL/CentOS 7 Linux server up and running. In case that you don’t, you would probably like to read this link. Minimal RHEL/CentOS 7 Installation With Logical Volume Manager (LVM).
    b. You have already done the initial server setup. Please refer to this link Minimal RHEL/CentOS 7 Initial Server Setup.

    c. You already done SSH configuration on Huawei router and switch, Please refer to this link

    3. Scenario Diagram

    There is a Linux server running CentOS7 and connected to Huawei router and switch. From Linux server we can remote SSH to both Huawei router and switch. You can download Python Backup script here Script_BackupConfig_HuaweiRouterSwitch extract it and upload to CentOS7 Linux server.

    

    There are 2 files. One is the script file and another one is list of host to be backup by this script.You can create a directory any where and keep these 2 files together in the same directory. For our case now, let make directory /var/scripts/netbackup and keep this 2 files there.

    # mkdir -p /var/scripts/netbackup # mv backup_huawei_routerswitch.py /var/scripts/netbackup # mv huawei_routerswitch /var/scripts/netbackup

    In this script will backup router and switch configuration to directory /var/netbackup, so need to create this directory accordingly.

    You need to update USER, PASSWORD, and secret to your own username, password, and enable password.

    # cd /var/scripts/netbackup # vim backup_huawei_routerswitch.py ###authentication USER = 'netadmin' PASSWORD = 'Pa$word2019'

    The script will do multiple devices backup from list of host in file huawei_routerswitch. So, we need to add Cisco router and switch hostname or IP address of remote SSH management into this file. Let use /etc/hosts to have a friendly name of backup file.

    # vim /etc/hosts 192.168.1.14 huawei_router01 192.168.1.15 huawei_switch01 # cd /var/scripts/netbackup # vim cisco_routerswitch huawei_router01 huawei_switch01

    4. Install Prerequesed Phyton Packets

    By default after installing CentOS7 Linux OS, Python version 2.7.5 should be installed there. We can verify with the following command.

    # python --version Python 2.7.5

    To execute this Python script, we need to install the following Python module.

    # yum install python-pip # pip install paramiko

    Now, we should be able to run this Python backup script, but need to make this script executable with the following command.

    # chmod +x backup_huawei_routerswitch.py

    Let test run the script manually with the following commands.

    # ./backup_huawei_routerswitch.py

    Then we need to verify to make sure that the script can backup the Cisco router and switch configuration successfully.

    # ll /var/netbackup total 8 -rw-r--r--. 1 root root 6465 Apr 9 21:24 huawei_router01_2019049_212353 -rw-r--r--. 1 root root 6425 Apr 9 21:24 huawei_switch01_2019049_212354 # du -sh * 11.0K huawei_router01_2019049_212353 9.0K huawei_switch01_2019049_212354 # vim /var/netbackup/dc/huawei_router01_2019049_212353 # vim /var/netbackup/dc/huawei_switch01_2019049_212354

    6. Schedully Run The Script

    Finally, It is time make a cronjob to run this script schedully. Let cronjon run this script everday at 21:00.

    # cd /etc/cron.d # vim netbackup 0 21 * * * root cd /var/scripts/netbackup; /var/scripts/netbackup/backup_huawei_routerswitch.py

    7. Conclusion

    That’s all about doing the configuration backup for a list of Huawei router/switch devices with Python script using SSH secure protocol on Linux server running CentOS7 from Tech Space KH. Hopefully, you can find this guide informative. If you have any questions or suggestions you can always leave your comments below. I will try all of my best to review and reply them.

    Источник

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