using Xunit;
using QuantEngine.Core.Domain;

namespace QuantEngine.Core.Tests
{
    public class ProfitLockCalculatorTests
    {
        [Theory]
        [InlineData(-5.0, "NORMAL")]
        [InlineData(5.0, "BREAKEVEN_RATCHET")]
        [InlineData(15.0, "PROFIT_LOCK_10")]
        [InlineData(25.0, "PROFIT_LOCK_20")]
        [InlineData(35.0, "PROFIT_LOCK_30")]
        [InlineData(45.0, "APEX_TRAILING")]
        [InlineData(65.0, "APEX_SUPER")]
        public void ClassifyProfitLockStage_ProfitPcts_ReturnExpectedStage(double profitPct, string expectedStage)
        {
            string res = ProfitLockCalculator.ClassifyProfitLockStage(profitPct);
            Assert.Equal(expectedStage, res);
        }

        [Fact]
        public void ComputeTrailingStop_ApexSuper_AppliesCorrectMultiplierAndTpAction()
        {
            var res = ProfitLockCalculator.ComputeTrailingStop(
                profitPct: 65.0,
                highestClose: 100000,
                atr20: 3000,
                ratchetStop: 90000,
                averageCost: 80000
            );

            Assert.Equal("APEX_SUPER", res.RatchetStage);
            Assert.Equal("강제 10% 익절 권고", res.TpLadderAction);
            Assert.True(res.ApexSuperActive);
            // 100000 - 1.2 * 3000 = 100000 - 3600 = 96400
            // NormalizeTick(96400) = 96400 (tick = 100)
            Assert.Equal(96400, res.AutoTrailingStop);
        }
    }
}