<get>

The <get> operation retrieves configuration and state data only from the <running/> configuration database.

If the <get> operation is successful, the server sends an <rpc-reply> element containing a <data> element with the results of the query. Otherwise, the server returns an <rpc-reply> element containing an <rpc-error> element.

The differences between <get> and <get-config> operations are as follows:

• The <get-config> operation can retrieve data from the <running/>, <candidate/>, and <startup/> configuration databases, whereas the <get> operation can only retrieve data from the <running/> configuration database.
• The <get-config> operation can only retrieve configuration data, whereas the <get> operation can retrieve both configuration and state data.

Query interface configuration of the IFM feature in the <running/> configuration database and return the interface information in an RPC reply message:

• RPC request:

  <?xml version="1.0" encoding="utf-8"?>
  <rpc xmlns="urn:ietf:params:xml:ns:netconf:base:1.0" message-id="831">
    <get>
      <filter type="subtree">
        <ifm:ifm xmlns:ifm="urn:huawei:yang:huawei-ifm">
          <ifm:interfaces>
            <ifm:interface/>
          </ifm:interfaces>
        </ifm:ifm>
      </filter>
    </get>
  </rpc>

• RPC reply:

  <?xml version="1.0" encoding="utf-8"?>
  <data xmlns="urn:ietf:params:xml:ns:netconf:base:1.0">
    <ifm xmlns="urn:huawei:yang:huawei-ifm">
      <interfaces>
        <interface>
          <name>GigabitEthernet0/0/0</name>
          <index>4</index>
          <class>main-interface</class>
          <type>MEth</type>
          <position>0/0/0</position>
          <number>0/0/0</number>
          <admin-status>up</admin-status>
          <link-protocol>ethernet</link-protocol>
          <statistic-enable>true</statistic-enable>
          <mtu>1500</mtu>
          <spread-mtu-flag>false</spread-mtu-flag>
          <vrf-name>_public_</vrf-name>
          <dynamic>
            <oper-status>up</oper-status>
            <physical-status>up</physical-status>
            <link-status>up</link-status>
            <mtu>1500</mtu>
            <bandwidth>100000000</bandwidth>
            <ipv4-status>up</ipv4-status>
            <ipv6-status>down</ipv6-status>
            <is-control-flap-damp>false</is-control-flap-damp>
            <mac-address>00e0-fc12-3456</mac-address>
            <line-protocol-up-time>2019-05-25T02:33:46Z</line-protocol-up-time>
            <is-offline>false</is-offline>
            <link-quality-grade>good</link-quality-grade>
          </dynamic>
          <mib-statistics>
            <receive-byte>0</receive-byte>
            <send-byte>0</send-byte>
            <receive-packet>363175</receive-packet>
            <send-packet>61660</send-packet>
            <receive-unicast-packet>66334</receive-unicast-packet>
            <receive-multicast-packet>169727</receive-multicast-packet>
            <receive-broad-packet>127122</receive-broad-packet>
            <send-unicast-packet>61363</send-unicast-packet>
            <send-multicast-packet>0</send-multicast-packet>
            <send-broad-packet>299</send-broad-packet>
            <receive-error-packet>0</receive-error-packet>
            <receive-drop-packet>0</receive-drop-packet>
            <send-error-packet>0</send-error-packet>
            <send-drop-packet>0</send-drop-packet>
          </mib-statistics>
          <common-statistics>
            <stati-interval>300</stati-interval>
            <in-byte-rate>40</in-byte-rate>
            <in-bit-rate>320</in-bit-rate>
            <in-packet-rate>2</in-packet-rate>
            <in-use-rate>0.01%</in-use-rate>
            <out-byte-rate>0</out-byte-rate>
            <out-bit-rate>0</out-bit-rate>
            <out-packet-rate>0</out-packet-rate>
            <out-use-rate>0.00%</out-use-rate>
            <receive-byte>0</receive-byte>
            <send-byte>0</send-byte>
            <receive-packet>363183</receive-packet>
            <send-packet>61662</send-packet>
            <receive-unicast-packet>66334</receive-unicast-packet>
            <receive-multicast-packet>169727</receive-multicast-packet>
            <receive-broad-packet>127122</receive-broad-packet>
            <send-unicast-packet>61363</send-unicast-packet>
            <send-multicast-packet>0</send-multicast-packet>
            <send-broad-packet>299</send-broad-packet>
            <receive-error-packet>0</receive-error-packet>
            <receive-drop-packet>0</receive-drop-packet>
            <send-error-packet>0</send-error-packet>
            <send-drop-packet>0</send-drop-packet>
            <send-unicast-bit>0</send-unicast-bit>
            <receive-unicast-bit>0</receive-unicast-bit>
            <send-multicast-bit>0</send-multicast-bit>
            <receive-multicast-bit>0</receive-multicast-bit>
            <send-broad-bit>0</send-broad-bit>
            <receive-broad-bit>0</receive-broad-bit>
            <send-unicast-bit-rate>0</send-unicast-bit-rate>
            <receive-unicast-bit-rate>0</receive-unicast-bit-rate>
            <send-multicast-bit-rate>0</send-multicast-bit-rate>
            <receive-multicast-bit-rate>0</receive-multicast-bit-rate>
            <send-broad-bit-rate>0</send-broad-bit-rate>
            <receive-broad-bit-rate>0</receive-broad-bit-rate>
            <send-unicast-packet-rate>0</send-unicast-packet-rate>
            <receive-unicast-packet-rate>0</receive-unicast-packet-rate>
            <send-multicast-packet-rate>0</send-multicast-packet-rate>
            <receive-multicast-packet-rate>0</receive-multicast-packet-rate>
            <send-broadcast-packet-rate>0</send-broadcast-packet-rate>
            <receive-broadcast-packet-rate>0</receive-broadcast-packet-rate>
          </common-statistics>
        </interface>
    </ifm>
  </data>