use halo2_proofs::{arithmetic::Field, dev::MockProver};
use incrementalmerkletree::{bridgetree::BridgeTree, Tree};
use pasta_curves::{
    arithmetic::CurveAffine,
    group::{ff::PrimeField, Curve},
    pallas,
};

use futures::executor::block_on;

use darkfi::crypto::proof::VerifyingKey;
use darkfi::crypto::proof::ProvingKey;
use url::Url;

use darkfi::{
    blockchain::{
        Blockchain,
        EpochConsensus,
        epoch::{Epoch,EpochItem},
    },
    stakeholder::stakeholder::{Stakeholder},
    util::time::{Timestamp},
    crypto::{
        constants::MERKLE_DEPTH_ORCHARD,
        leadcoin::{LeadCoin,LEAD_PUBLIC_INPUT_LEN},
        lead_proof,
        merkle_node::MerkleNode,
    },
    tx::Transaction,
    consensus::{TransactionLeadProof, StakeholderMetadata, StreamletMetadata, BlockInfo},
    net::{P2p,Settings, SettingsPtr,},
    zk::circuit::lead_contract::LeadContract,
};



fn main() {
    let k: u32 = 13;
    //

    //
    const LEN: usize = 10;
    let epoch_item = EpochItem {
        value: 332233,  //static stake value
    };
    //
    let settings = Settings{
        inbound: vec!(Url::parse("tls://127.0.0.1:12002").unwrap()),
        outbound_connections: 4,
        manual_attempt_limit: 0,
        seed_query_timeout_seconds: 8,
        connect_timeout_seconds: 10,
        channel_handshake_seconds: 4,
        channel_heartbeat_seconds: 10,
        external_addr: vec!(Url::parse("tls://127.0.0.1:12002").unwrap()),
        peers: [Url::parse("tls://127.0.0.1:12003").unwrap()].to_vec(),
        seeds: [Url::parse("tls://irc0.dark.fi:11001").unwrap(),
                Url::parse("tls://irc1.dark.fi:11001").unwrap(),
        ].to_vec(),
        ..Default::default()
    };
    let consensus = EpochConsensus::new(Some(22), Some(3), Some(22), Some(0));

    let stakeholder : Stakeholder = block_on(Stakeholder::new(consensus, settings, "db", 0,  Some(k))).unwrap();

    let eta : pallas::Base = stakeholder.get_eta();
    let mut epoch = Epoch {
        len: Some(LEN),
        item: Some(epoch_item),
        eta: eta,
        coins: vec![],
    };
    // sigma is nubmer of slots * reward (assuming reward is 1 for simplicity)
    let sigma = pallas::Base::from(10);
    let coins: Vec<LeadCoin> = epoch.create_coins(sigma);
    let coin_idx = 0;
    let coin = coins[coin_idx];
    let contract = coin.create_contract();

    let public_inputs : [pallas::Base;LEAD_PUBLIC_INPUT_LEN] = coin.public_inputs_as_array();

    let lead_pk = stakeholder.get_provkingkey();
    let lead_vk = stakeholder.get_verifyingkey();

    //let proof = lead_proof::create_lead_proof(&lead_pk.clone(), coin.clone()).unwrap();
    //lead_proof::verify_lead_proof(&lead_vk, &proof, &public_inputs);

    let prover = MockProver::run(k, &contract, vec![public_inputs.to_vec()]).unwrap();
    prover.assert_satisfied();
    //assert_eq!(prover.verify(), Ok(()));
}