144 lines
4.1 KiB
Rust
144 lines
4.1 KiB
Rust
use rustables::*;
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use rustables::{expr::*, Chain, Rule, Table};
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use std::{io::*, net::*};
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const TABLE_NAME: &str = "ipblc4";
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const CHAIN_NAME: &str = "ipblc";
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fn main() -> Result<()> {
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/*let name = "blabla";
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let mut batch = Batch::new();
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let table = Table::new(ProtocolFamily::Ipv4).with_name(name);
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batch.add(&table, MsgType::Add);
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let mut chain = Chain::new(&table).with_name(name);
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batch.add(&chain, MsgType::Add);
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let toadd1: Ipv4Addr = "9.9.9.8".parse().unwrap();
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let toadd2: Ipv4Addr = "9.9.9.1".parse().unwrap();
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let mut setbuilder: SetBuilder<Ipv4Addr> = SetBuilder::new("s1", &table).unwrap();
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setbuilder.add(&toadd1);
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setbuilder.add(&toadd2);
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let (mut set, setelem) = setbuilder.finish();
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batch.add(&setelem, MsgType::Add);
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//batch.add(&set, MsgType::Add);
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set.family = ProtocolFamily::Ipv4;
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set.id = Some(5);
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set.flags = Some(0);
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set.userdata = Some("test".into());
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println!("{:?}", setelem);*/
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let get_table = || -> Result<Option<Table>> {
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let tables = list_tables().unwrap();
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for table in tables {
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if let Some(name) = table.get_name() {
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println!("Found table {}", name);
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if name == TABLE_NAME {
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return Ok(Some(table));
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}
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}
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}
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Ok(None)
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};
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let get_chain = |table: &Table| -> Result<Option<Chain>> {
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let chains = list_chains_for_table(table).unwrap();
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for chain in chains {
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if let Some(name) = chain.get_name() {
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println!("Found chain {}", name);
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if name == CHAIN_NAME {
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return Ok(Some(chain));
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}
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}
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}
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Ok(None)
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};
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let table = get_table().unwrap().expect("no table?");
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let chain = get_chain(&table).unwrap().expect("no chain?");
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let ip: IpAddr = "184.73.167.217".parse().unwrap();
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let cmprule = Rule::new(&chain).unwrap().saddr(ip).drop();
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println!("{:?}", cmprule);
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let mut gexpr = RawExpression::default();
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for e in cmprule.get_expressions().unwrap().iter() {
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if let Some(ExpressionVariant::Cmp(_)) = e.get_data() {
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gexpr = e.clone();
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}
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}
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let rules = list_rules_for_chain(&chain).unwrap();
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for rule in rules {
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let handle = rule.get_handle().unwrap();
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println!("handle {}", handle);
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let exprs = rule.get_expressions().unwrap();
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for expr in exprs.iter() {
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if let Some(ExpressionVariant::Cmp(_)) = expr.get_data() {
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if expr.clone() == gexpr {
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println!("{:?}", expr.get_data());
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println!("test");
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break;
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}
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}
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//if expr.get_data()
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//if expr.
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}
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}
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//let mut set: Set<Ipv4Addr> = nft_set!(
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// &CString::new("blabla").unwrap(),
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// 32,
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// &table,
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// ProtoFamily::Ipv4 //ProtoFamily::Ipv4;
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// //[&toadd1,&toadd2,]
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//);
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////println!("{:?}", set.0);
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//set.add(&toadd1);
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//set.add(&toadd2);
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//batch.add(&set, MsgType::Add);
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//let mut rule = Rule::new(&chain)
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// .unwrap()
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// .with_expr(
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// HighLevelPayload::Network(NetworkHeaderField::IPv4(IPv4HeaderField::Saddr)).build(),
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// )
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// .with_expr(Lookup::new(&set).unwrap())
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// .with_expr(Immediate::new_verdict(VerdictKind::Accept));
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//println!("{:?}", rule);
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//batch.add(&rule, rustables::MsgType::Add);
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//match batch.send() {
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// Ok(o) => {}
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// Err(e) => {
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// println!("{e}");
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// }
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//}
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//rule.add_expr(&nft_expr!(payload ipv4 saddr));
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//#[rustfmt::skip]
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//rule.add_expr(&nft_expr!(lookup &set));
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//rule.add_expr(&nft_expr!(ct state));
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//rule.add_expr(&nft_expr!(verdict drop));
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//batch.add(&rule, MsgType::Add);
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//let finalized_batch = batch.finalize();
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//send_and_process(&finalized_batch)?;
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Ok(())
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}
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#[allow(dead_code)]
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#[derive(Debug)]
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struct Error(String);
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impl<T: std::error::Error> From<T> for Error {
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fn from(error: T) -> Self {
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Error(error.to_string())
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}
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}
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