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Replace --max-absolute-fee by --max-mining-fee (#32)

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It makes much more sense to consider only the mining fee, for the absolute fee check, as it is volatile and amount-independent. The service fee is in % and predictable.

The default value is equivalent as before (1% of the default `auto-liquidity`, given that the previous value of 2% included the 1% liquidity service fee). Previous option is deprecated and explicitly rejected.
This commit is contained in:
Pierre-Marie Padiou 2024-04-10 16:47:15 +02:00 committed by GitHub
parent 75247e4de2
commit 5e1ab0d5d9
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2 changed files with 12 additions and 11 deletions
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2
buildSrc/src/main/kotlin/Versions.kt
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@ -1,6 +1,6 @@
object Versions {
val kotlin = "1.9.23"
val lightningKmp = "1.6.2-FEECREDIT-5"
val lightningKmp = "1.6.2-FEECREDIT-6"
val sqlDelight = "2.0.1"
val okio = "3.8.0"
val clikt = "4.2.2"

21
src/commonMain/kotlin/fr/acinq/lightning/bin/Main.kt
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@ -120,13 +120,14 @@ class Phoenixd : CliktCommand() {
"5m" to 5_000_000.sat,
"10m" to 10_000_000.sat,
).default(2_000_000.sat, "2m")
val maxAbsoluteFee by option("--max-absolute-fee", help = "Max absolute fee for on-chain operations. Includes mining fee and service fee for auto-liquidity.")
val maxAbsoluteFee by option("--max-absolute-fee", hidden = true).deprecated("--max-absolute-fee is deprecated, use --max-mining-fee instead", error = true)
val maxMiningFee by option("--max-mining-fee", help = "Max mining fee for on-chain operations, in satoshis")
.int().convert { it.sat }
.restrictTo(5_000.sat..100_000.sat)
.defaultLazy("2% of auto-liquidity amount") {
autoLiquidity * 2 / 100
.restrictTo(5_000.sat..200_000.sat)
.defaultLazy("1% of auto-liquidity amount") {
autoLiquidity * 1 / 100
}
val maxFeeCredit by option("--max-fee-credit", help = "Max fee credit, if reached payments will be rejected.").choice(
val maxFeeCredit by option("--max-fee-credit", help = "Max fee credit, if reached payments will be rejected").choice(
"off" to 0.sat,
"50k" to 50_000.sat,
"100k" to 100_000.sat,
@ -219,9 +220,9 @@ class Phoenixd : CliktCommand() {
)
val lsp = LSP.from(chain)
val liquidityPolicy = LiquidityPolicy.Auto(
maxAbsoluteFee = liquidityOptions.maxAbsoluteFee,
maxMiningFee = liquidityOptions.maxMiningFee,
maxRelativeFeeBasisPoints = liquidityOptions.maxRelativeFeeBasisPoints,
skipAbsoluteFeeCheck = false,
skipMiningFeeCheck = false,
maxAllowedCredit = liquidityOptions.maxFeeCredit
)
val keyManager = LocalKeyManager(seed.seed, chain, lsp.swapInXpub)
@ -309,10 +310,10 @@ class Phoenixd : CliktCommand() {
.collect {
when (val reason = it.reason) {
is LiquidityEvents.Decision.Rejected.Reason.OverMaxCredit -> {
consoleLog(yellow("lightning payment rejected (amount=${it.amount.truncateToSatoshi()}): over max fee credit=${reason.maxAllowedCredit}"))
consoleLog(yellow("lightning payment rejected (amount=${it.amount.truncateToSatoshi()}): over max fee credit (max=${reason.maxAllowedCredit})"))
}
is LiquidityEvents.Decision.Rejected.Reason.TooExpensive.OverAbsoluteFee -> {
consoleLog(yellow("lightning payment rejected (amount=${it.amount.truncateToSatoshi()}): fee=${it.fee.truncateToSatoshi()} > maxFee=${reason.maxAbsoluteFee}"))
is LiquidityEvents.Decision.Rejected.Reason.TooExpensive.OverMaxMiningFee -> {
consoleLog(yellow("lightning payment rejected (amount=${it.amount.truncateToSatoshi()}): over max mining fee (max=${reason.maxMiningFee})"))
}
is LiquidityEvents.Decision.Rejected.Reason.TooExpensive.OverRelativeFee -> {
consoleLog(yellow("lightning payment rejected (amount=${it.amount.truncateToSatoshi()}): fee=${it.fee.truncateToSatoshi()} more than ${reason.maxRelativeFeeBasisPoints.toDouble() / 100}% of amount"))