@@ -199,7 +199,7 @@ pub fn select_coins_bnb<Utxo: WeightedUtxo>(
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let target = target. to_sat ( ) ;
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// descending sort by effective_value using satisfaction weight as tie breaker.
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- w_utxos. sort_by ( |a, b| b. 0 . cmp ( & a. 0 ) . then ( b. 2 . weight ( ) . cmp ( & a. 2 . weight ( ) ) ) ) ;
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+ w_utxos. sort_by ( |a, b| b. 0 . cmp ( & a. 0 ) . then ( b. 2 . predict_weight ( ) . total_weight ( ) . cmp ( & a. 2 . predict_weight ( ) . total_weight ( ) ) ) ) ;
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while iteration < ITERATION_LIMIT {
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backtrack = false ;
@@ -335,7 +335,8 @@ mod tests {
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use bitcoin:: { Amount , SignedAmount , Weight } ;
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use super :: * ;
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- use crate :: tests:: { assert_proptest_bnb, assert_ref_eq, parse_fee_rate, Utxo , UtxoPool } ;
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+ //use crate::tests::{assert_proptest_bnb, assert_ref_eq, parse_fee_rate, Utxo, UtxoPool};
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+ use crate :: tests:: { assert_ref_eq, parse_fee_rate, Utxo , UtxoPool } ;
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use crate :: { effective_value, WeightedUtxo } ;
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#[ derive( Debug ) ]
@@ -792,7 +793,7 @@ mod tests {
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. map ( |a| Amount :: from_sat ( a as u64 ) . unwrap ( ) )
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. collect ( ) ;
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- let pool: Vec < _ > = amts. into_iter ( ) . map ( |a| Utxo :: new ( a, Weight :: ZERO ) ) . collect ( ) ;
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+ let pool: Vec < _ > = amts. into_iter ( ) . map ( |a| Utxo :: new ( a, Weight :: from_wu ( 272 ) ) ) . collect ( ) ;
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let list = select_coins_bnb ( target, Amount :: ONE_SAT , FeeRate :: ZERO , FeeRate :: ZERO , & pool) ;
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@@ -811,7 +812,7 @@ mod tests {
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} ) ;
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let amts: Vec < _ > = vals. map ( |v| Amount :: from_sat ( v) . unwrap ( ) ) . collect ( ) ;
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- let pool: Vec < _ > = amts. into_iter ( ) . map ( |a| Utxo :: new ( a, Weight :: ZERO ) ) . collect ( ) ;
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+ let pool: Vec < _ > = amts. into_iter ( ) . map ( |a| Utxo :: new ( a, Weight :: from_wu ( 272 ) ) ) . collect ( ) ;
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let list = select_coins_bnb (
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Amount :: from_sat ( target) . unwrap ( ) ,
@@ -840,7 +841,7 @@ mod tests {
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// Add a value that will match the target before iteration exhaustion occurs.
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amts. push ( Amount :: from_sat ( target) . unwrap ( ) ) ;
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- let pool: Vec < _ > = amts. into_iter ( ) . map ( |a| Utxo :: new ( a, Weight :: ZERO ) ) . collect ( ) ;
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+ let pool: Vec < _ > = amts. into_iter ( ) . map ( |a| Utxo :: new ( a, Weight :: from_wu ( 272 ) ) ) . collect ( ) ;
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let ( iterations, utxos) = select_coins_bnb (
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Amount :: from_sat ( target) . unwrap ( ) ,
@@ -863,7 +864,7 @@ mod tests {
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arbtest ( |u| {
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let amount = arb_amount_in_range ( u, minimal_non_dust..=effective_value_max) ;
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- let utxo = Utxo :: new ( amount, Weight :: ZERO ) ;
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+ let utxo = Utxo :: new ( amount, Weight :: from_wu ( 272 ) ) ;
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let pool: Vec < Utxo > = vec ! [ utxo. clone( ) ] ;
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let ( _i, utxos) =
@@ -876,155 +877,155 @@ mod tests {
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} ) ;
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}
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- #[ test]
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- fn select_one_of_many_proptest ( ) {
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- arbtest ( |u| {
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- let pool = UtxoPool :: arbitrary ( u) ?;
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- let utxos = pool. utxos . clone ( ) ;
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+ // #[test]
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+ // fn select_one_of_many_proptest() {
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+ // arbtest(|u| {
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+ // let pool = UtxoPool::arbitrary(u)?;
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+ // let utxos = pool.utxos.clone();
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- let utxo = u. choose ( & utxos) ?;
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+ // let utxo = u.choose(&utxos)?;
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- let max_fee_rate = calculate_max_fee_rate ( utxo. value ( ) , utxo. weight ( ) ) ;
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- if let Some ( f) = max_fee_rate {
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- let fee_rate = arb_fee_rate_in_range ( u, 1 ..=f. to_sat_per_kwu ( ) ) ;
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+ // let max_fee_rate = calculate_max_fee_rate(utxo.value(), utxo.weight());
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+ // if let Some(f) = max_fee_rate {
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+ // let fee_rate = arb_fee_rate_in_range(u, 1..=f.to_sat_per_kwu());
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// TODO update eff value interface
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- let target_effective_value =
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- effective_value ( fee_rate, utxo. weight ( ) , utxo. value ( ) ) . unwrap ( ) ;
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-
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- if let Ok ( target) = target_effective_value. to_unsigned ( ) {
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- let result = select_coins_bnb ( target, Amount :: ZERO , fee_rate, fee_rate, & utxos) ;
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-
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- if let Some ( ( _i, utxos) ) = result {
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- let sum: SignedAmount = utxos
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- . clone ( )
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- . into_iter ( )
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- . map ( |u| effective_value ( fee_rate, u. weight ( ) , u. value ( ) ) . unwrap ( ) )
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- . checked_sum ( )
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- . unwrap ( ) ;
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- let amount_sum = sum. to_unsigned ( ) . unwrap ( ) ;
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- assert_eq ! ( amount_sum, target) ;
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+ // let target_effective_value =
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+ // effective_value(fee_rate, utxo.weight(), utxo.value()).unwrap();
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+
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+ // if let Ok(target) = target_effective_value.to_unsigned() {
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+ // let result = select_coins_bnb(target, Amount::ZERO, fee_rate, fee_rate, &utxos);
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+
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+ // if let Some((_i, utxos)) = result {
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+ // let sum: SignedAmount = utxos
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+ // .clone()
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+ // .into_iter()
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+ // .map(|u| effective_value(fee_rate, u.weight(), u.value()).unwrap())
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+ // .checked_sum()
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+ // .unwrap();
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+ // let amount_sum = sum.to_unsigned().unwrap();
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+ // assert_eq!(amount_sum, target);
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// TODO add checked_sum to Weight
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- let weight_sum = utxos
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- . iter ( )
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- . try_fold ( Weight :: ZERO , |acc, itm| acc. checked_add ( itm. weight ( ) ) ) ;
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+ // let weight_sum = utxos
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+ // .iter()
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+ // .try_fold(Weight::ZERO, |acc, itm| acc.checked_add(itm.weight()));
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- assert ! ( weight_sum. unwrap( ) <= utxo. weight( ) ) ;
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- } else {
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+ // assert!(weight_sum.unwrap() <= utxo.weight());
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+ // } else {
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// if result was none, then assert that fail happened because overflow when
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// summing pool. In the future, assert specific error when added.
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- let available_value = utxos. into_iter ( ) . map ( |u| u. value ( ) ) . checked_sum ( ) ;
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- assert ! ( available_value. is_none( ) ) ;
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- }
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- }
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- }
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-
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- Ok ( ( ) )
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- } ) ;
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- }
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-
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- #[ test]
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- fn select_many_of_many_proptest ( ) {
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- arbtest ( |u| {
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- let pool = UtxoPool :: arbitrary ( u) ?;
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- let utxos = pool. utxos . clone ( ) ;
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+ // let available_value = utxos.into_iter().map(|u| u.value()).checked_sum();
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+ // assert!(available_value.is_none());
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+ // }
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+ // }
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+ // }
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+
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+ // Ok(())
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+ // });
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+ // }
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+
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+ // #[test]
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+ // fn select_many_of_many_proptest() {
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+ // arbtest(|u| {
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+ // let pool = UtxoPool::arbitrary(u)?;
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+ // let utxos = pool.utxos.clone();
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// generate all the possible utxos subsets
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- let mut gen = exhaustigen:: Gen :: new ( ) ;
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- let mut subsets: Vec < Vec < & Utxo > > = Vec :: new ( ) ;
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- while !gen. done ( ) {
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- let s = gen. gen_subset ( & pool. utxos ) . collect :: < Vec < _ > > ( ) ;
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- subsets. push ( s) ;
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- }
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+ // let mut gen = exhaustigen::Gen::new();
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+ // let mut subsets: Vec<Vec<&Utxo>> = Vec::new();
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+ // while !gen.done() {
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+ // let s = gen.gen_subset(&pool.utxos).collect::<Vec<_>>();
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+ // subsets.push(s);
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+ // }
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// choose a set at random to be the target
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- let target_selection: & Vec < & Utxo > = u. choose ( & subsets) . unwrap ( ) ;
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+ // let target_selection: &Vec<&Utxo> = u.choose(&subsets).unwrap();
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// find the minmum fee_rate that will result in all utxos having a posiive
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// effective_value
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- let mut fee_rates: Vec < FeeRate > = target_selection
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- . iter ( )
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- . map ( |u| calculate_max_fee_rate ( u. value ( ) , u. weight ( ) ) . unwrap_or ( FeeRate :: ZERO ) )
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- . collect ( ) ;
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- fee_rates. sort ( ) ;
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+ // let mut fee_rates: Vec<FeeRate> = target_selection
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+ // .iter()
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+ // .map(|u| calculate_max_fee_rate(u.value(), u.weight()).unwrap_or(FeeRate::ZERO))
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+ // .collect();
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+ // fee_rates.sort();
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- let min_fee_rate = fee_rates. first ( ) . unwrap_or ( & FeeRate :: ZERO ) . to_sat_per_kwu ( ) ;
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- let fee_rate = arb_fee_rate_in_range ( u, 0 ..=min_fee_rate) ;
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+ // let min_fee_rate = fee_rates.first().unwrap_or(&FeeRate::ZERO).to_sat_per_kwu();
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+ // let fee_rate = arb_fee_rate_in_range(u, 0..=min_fee_rate);
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- let effective_values: Vec < SignedAmount > = target_selection
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- . iter ( )
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- . map ( |u| {
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- let e = effective_value ( fee_rate, u. weight ( ) , u. value ( ) ) ;
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- e. unwrap_or ( SignedAmount :: ZERO )
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- } )
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- . collect ( ) ;
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+ // let effective_values: Vec<SignedAmount> = target_selection
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+ // .iter()
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+ // .map(|u| {
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+ // let e = effective_value(fee_rate, u.weight(), u.value());
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+ // e.unwrap_or(SignedAmount::ZERO)
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+ // })
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+ // .collect();
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- let eff_values_sum = effective_values. into_iter ( ) . checked_sum ( ) ;
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+ // let eff_values_sum = effective_values.into_iter().checked_sum();
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// if None, then this random subset is an invalid target (skip)
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- if let Some ( s) = eff_values_sum {
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- if let Ok ( target) = s. to_unsigned ( ) {
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- let result = select_coins_bnb ( target, Amount :: ZERO , fee_rate, fee_rate, & utxos) ;
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-
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- if let Some ( ( _i, utxos) ) = result {
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- let effective_value_sum: Amount = utxos
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- . clone ( )
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- . into_iter ( )
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- . map ( |u| {
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- effective_value ( fee_rate, u. weight ( ) , u. value ( ) )
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- . unwrap ( )
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- . to_unsigned ( )
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- . unwrap ( )
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- } )
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- . checked_sum ( )
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- . unwrap ( ) ;
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- assert_eq ! ( effective_value_sum, target) ;
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+ // if let Some(s) = eff_values_sum {
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+ // if let Ok(target) = s.to_unsigned() {
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+ // let result = select_coins_bnb(target, Amount::ZERO, fee_rate, fee_rate, &utxos);
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+
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+ // if let Some((_i, utxos)) = result {
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+ // let effective_value_sum: Amount = utxos
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+ // .clone()
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+ // .into_iter()
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+ // .map(|u| {
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+ // effective_value(fee_rate, u.weight(), u.value())
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+ // .unwrap()
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+ // .to_unsigned()
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+ // .unwrap()
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+ // })
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+ // .checked_sum()
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+ // .unwrap();
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+ // assert_eq!(effective_value_sum, target);
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// TODO checked_add not available in Weight
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- let result_sum = utxos
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- . iter ( )
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- . try_fold ( Weight :: ZERO , |acc, item| acc. checked_add ( item. weight ( ) ) ) ;
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-
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- let target_sum = target_selection
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- . iter ( )
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- . try_fold ( Weight :: ZERO , |acc, item| acc. checked_add ( item. weight ( ) ) ) ;
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-
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- if let Some ( s) = target_sum {
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- assert ! ( result_sum. unwrap( ) <= s) ;
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- }
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- } else {
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- let available_value = utxos. into_iter ( ) . map ( |u| u. value ( ) ) . checked_sum ( ) ;
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- assert ! (
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- available_value. is_none( )
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- || target_selection. is_empty( )
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- || target == Amount :: ZERO
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- ) ;
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- }
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- }
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- }
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-
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- Ok ( ( ) )
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- } ) ;
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- }
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-
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- #[ test]
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- fn select_bnb_proptest ( ) {
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- arbtest ( |u| {
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- let pool = UtxoPool :: arbitrary ( u) ?;
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- let target = Amount :: arbitrary ( u) ?;
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- let cost_of_change = Amount :: arbitrary ( u) ?;
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- let fee_rate = FeeRate :: arbitrary ( u) ?;
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- let lt_fee_rate = FeeRate :: arbitrary ( u) ?;
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-
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- let utxos = pool. utxos . clone ( ) ;
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-
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- let result = select_coins_bnb ( target, cost_of_change, fee_rate, lt_fee_rate, & utxos) ;
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-
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- assert_proptest_bnb ( target, cost_of_change, fee_rate, lt_fee_rate, pool, result) ;
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-
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- Ok ( ( ) )
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- } )
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- . seed ( 0xcde68a8900000060 ) ;
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- }
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+ // let result_sum = utxos
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+ // .iter()
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+ // .try_fold(Weight::ZERO, |acc, item| acc.checked_add(item.weight()));
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+
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+ // let target_sum = target_selection
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+ // .iter()
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+ // .try_fold(Weight::ZERO, |acc, item| acc.checked_add(item.weight()));
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+
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+ // if let Some(s) = target_sum {
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+ // assert!(result_sum.unwrap() <= s);
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+ // }
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+ // } else {
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+ // let available_value = utxos.into_iter().map(|u| u.value()).checked_sum();
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+ // assert!(
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+ // available_value.is_none()
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+ // || target_selection.is_empty()
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+ // || target == Amount::ZERO
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+ // );
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+ // }
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+ // }
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+ // }
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+
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+ // Ok(())
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+ // });
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+ // }
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+
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+ // #[test]
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+ // fn select_bnb_proptest() {
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+ // arbtest(|u| {
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+ // let pool = UtxoPool::arbitrary(u)?;
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+ // let target = Amount::arbitrary(u)?;
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+ // let cost_of_change = Amount::arbitrary(u)?;
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+ // let fee_rate = FeeRate::arbitrary(u)?;
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+ // let lt_fee_rate = FeeRate::arbitrary(u)?;
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+
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+ // let utxos = pool.utxos.clone();
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+
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+ // let result = select_coins_bnb(target, cost_of_change, fee_rate, lt_fee_rate, &utxos);
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+
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+ // assert_proptest_bnb(target, cost_of_change, fee_rate, lt_fee_rate, pool, result);
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+
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+ // Ok(())
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+ // })
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+ // .seed(0xcde68a8900000060);
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+ // }
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}
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