/**
 * Do NOT modify manually.
 * This code is autogenerated using /src/main/gen_p4.go using the template in perf_query_p4_template.txt.
 * Any changes you wish to make should be made to perf_query_p4_template.txt.
 */

#include <core.p4>
#include <v1model.p4>

// This program processes packets composed of an Ethernet and
// an IPv4 header, performing forwarding based on the
// destination IP address

typedef bit<48>  EthernetAddress;
typedef bit<32>  IPv4Address;

// standard Ethernet header
header Ethernet_h {
    EthernetAddress dstAddr;
    EthernetAddress srcAddr;
    bit<16>         etherType;
}

// IPv4 header without options
header Ipv4_h {
    bit<4>       version;
    bit<4>       ihl;
    bit<8>       diffserv;
    bit<16>      totalLen;
    bit<16>      identification;
    bit<3>       flags;
    bit<13>      fragOffset;
    bit<8>       ttl;
    bit<8>       protocol;
    bit<16>      hdrChecksum;
    IPv4Address  srcAddr;
    IPv4Address  dstAddr;
}

// Parser section

// List of all recognized headers
struct Headers {
    Ethernet_h ethernet;
    Ipv4_h     ip;
}

struct Metadata {
}

parser P(packet_in b,
         out Headers p,
         inout Metadata meta,
         inout standard_metadata_t standard_meta) {
    state start {
        transition accept;
    }
}

// match-action pipeline section

control Ing(inout Headers headers,
            inout Metadata meta,
            inout standard_metadata_t standard_meta) {
    apply {}
}

control Eg(inout Headers hdrs,
           inout Metadata meta,
           inout standard_metadata_t standard_meta) {
    
    action update(in bool p, inout bit<64> val) {
        bit<32> _sub = val[31:0];
        _sub = p ? _sub : 32w1;
        val[31:0] = _sub;
    }
    
    apply {
        bit<64> res = 0;
        update(true, res);
    }
}

// deparser section
control DP(packet_out b, in Headers p) {
    apply {}
}

// Fillers
control Verify(in Headers hdrs, inout Metadata meta) {
    apply {}
}

control Compute(inout Headers hdr, inout Metadata meta) {
    apply {}
}

// Instantiate the top-level V1 Model package.
V1Switch(P(),
         Verify(),
         Ing(),
         Eg(),
         Compute(),
         DP()) main;