using Elwig.Helpers;
using Elwig.Helpers.Billing;
using System.Text.Json;
namespace Tests.HelperTests {
[TestFixture]
public class BillingDataTest {
private static readonly JsonSerializerOptions JsonOpts = new() { WriteIndented = true };
private static readonly RawVaribute[] Vaributes = [
new("GV/-"), new("GV/D-"), new("GV/K-"), new("GV/S-"), new("GV/Z-"),
new("WR/-"), new("WR/S-"), new("ZW/-"), new("ZW/S-"), new("ZW/Z-"),
new("GV/-B"), new("WR/-B"), new("ZW/-B"), new("ZW/S-B"), new("GV/S-B"), new("GV/K-B")];
private static (string, string?, string?) GetSortIdAttrId(string bucket) {
var v = bucket.Split('-');
return (v[0][..2], v[0].Length > 2 ? v[0][2..] : null, v.Length > 1 ? v[1] : null);
}
private static string GetQualId(double kmw) {
return kmw switch {
>= 17.0 => "KAB",
>= 15.0 => "QUW",
>= 14.0 => "LDW",
>= 10.6 => "RSW",
_ => "WEI",
};
}
private static void TestCalcOe(PaymentBillingData data, string bucket, double oe, decimal expected, string? qualid = null, bool geb = false) {
var (sortid, attrid, cultid) = GetSortIdAttrId(bucket);
var kmw = Utils.OeToKmw(oe);
var v = data.CalculatePrice(sortid, attrid, cultid, qualid ?? GetQualId(kmw), geb, oe, kmw);
Assert.That(Math.Round(v, 6), Is.EqualTo(expected));
}
private static void TestCalcKmw(PaymentBillingData data, string bucket, double kmw, decimal expected, string? qualid = null, bool geb = false) {
var (sortid, attrid, cultid) = GetSortIdAttrId(bucket);
var oe = Utils.KmwToOe(kmw);
var v = data.CalculatePrice(sortid, attrid, cultid, qualid ?? GetQualId(kmw), geb, oe, kmw);
Assert.That(Math.Round(v, 6), Is.EqualTo(expected));
}
[Test]
public void TestRead_01_Flatrate() {
var data = PaymentBillingData.FromJson("""
{
"mode": "elwig",
"version": 1,
"payment": 0.5,
"curves": []
}
""", Vaributes);
Assert.Multiple(() => {
TestCalcOe(data, "GV", 73, 0.5m);
TestCalcOe(data, "WRS", 74, 0.5m);
});
}
[Test]
public void TestRead_02_Simple() {
var data = PaymentBillingData.FromJson("""
{
"mode": "elwig",
"version": 1,
"payment": "curve:1",
"curves": [{
"id": 1,
"mode": "oe",
"data": {
"72.0oe": 0.25,
"15.0kmw": 0.5,
"83oe": 1
},
"geb": 0.10
}]
}
""", Vaributes);
Assert.Multiple(() => {
TestCalcOe(data, "GV", 70, 0.25m);
TestCalcOe(data, "GV", 72, 0.25m);
TestCalcOe(data, "GV", 73, 0.50m);
TestCalcOe(data, "GV", 74, 0.55m);
TestCalcOe(data, "GV", 80, 0.85m);
TestCalcOe(data, "GV", 83, 1.00m);
TestCalcOe(data, "GV", 90, 1.00m);
TestCalcOe(data, "GV", 73, 0.60m, geb: true);
TestCalcOe(data, "GV", 74, 0.65m, geb: true);
TestCalcOe(data, "GV", 80, 0.95m, geb: true);
TestCalcOe(data, "GV", 83, 1.10m, geb: true);
TestCalcOe(data, "GV", 90, 1.10m, geb: true);
});
}
[Test]
public void TestRead_03_GreaterThanAndLessThan() {
var data = PaymentBillingData.FromJson("""
{
"mode": "elwig",
"version": 1,
"payment": "curve:1",
"curves": [{
"id": 1,
"mode": "kmw",
"data": {
"<14kmw": 0.1,
"14kmw": 0.2,
"<15kmw": 0.25,
"15kmw": 0.5,
"17kmw": 1,
">17kmw": 1.25
}
}]
}
""", Vaributes);
Assert.Multiple(() => {
TestCalcKmw(data, "GV", 13.00, 0.10m);
TestCalcKmw(data, "GV", 13.50, 0.10m);
TestCalcKmw(data, "GV", 13.99, 0.10m);
TestCalcKmw(data, "GV", 14.00, 0.20m);
TestCalcKmw(data, "GV", 14.50, 0.225m);
TestCalcKmw(data, "GV", 15.00, 0.50m);
TestCalcKmw(data, "GV", 15.50, 0.625m);
TestCalcKmw(data, "GV", 16.00, 0.75m);
TestCalcKmw(data, "GV", 16.50, 0.875m);
TestCalcKmw(data, "GV", 17.00, 1.00m);
TestCalcKmw(data, "GV", 17.01, 1.25m);
TestCalcKmw(data, "GV", 17.50, 1.25m);
TestCalcKmw(data, "GV", 18.00, 1.25m);
TestCalcKmw(data, "GV", 18.50, 1.25m);
});
}
[Test]
public void TestRead_04_VariantsAndAttributes() {
var data = PaymentBillingData.FromJson("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 0.10,
"GV/": 0.20,
"ZW": 0.25,
"/S": 0.15,
"GV/K": 0.30
},
"curves": []
}
""", Vaributes);
Assert.Multiple(() => {
TestCalcOe(data, "WR", 73, 0.10m);
TestCalcOe(data, "WRS", 73, 0.15m);
TestCalcOe(data, "GV", 73, 0.20m);
TestCalcOe(data, "GVD", 73, 0.10m);
TestCalcOe(data, "GVK", 73, 0.30m);
TestCalcOe(data, "GVS", 73, 0.15m);
TestCalcOe(data, "GVZ", 73, 0.10m);
TestCalcOe(data, "ZW", 73, 0.25m);
TestCalcOe(data, "ZWS", 73, 0.15m);
TestCalcOe(data, "ZWZ", 73, 0.25m);
});
}
[Test]
public void TestRead_05_Cultivations() {
var data = PaymentBillingData.FromJson("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 0.10,
"-B": 0.20,
"/S": 0.30
},
"curves": []
}
""", Vaributes);
Assert.Multiple(() => {
TestCalcOe(data, "WR", 73, 0.10m);
TestCalcOe(data, "WR-B", 73, 0.20m);
TestCalcOe(data, "WRS", 73, 0.30m);
TestCalcOe(data, "GV", 73, 0.10m);
TestCalcOe(data, "GV-B", 73, 0.20m);
TestCalcOe(data, "GVD", 73, 0.10m);
TestCalcOe(data, "GVK", 73, 0.10m);
TestCalcOe(data, "GVK-B", 73, 0.20m);
TestCalcOe(data, "GVS", 73, 0.30m);
TestCalcOe(data, "GVS-B", 73, 0.30m);
TestCalcOe(data, "GVZ", 73, 0.10m);
TestCalcOe(data, "ZW", 73, 0.10m);
TestCalcOe(data, "ZW-B", 73, 0.20m);
TestCalcOe(data, "ZWS", 73, 0.30m);
TestCalcOe(data, "ZWZ", 73, 0.10m);
});
}
[Test]
public void TestRead_06_QualityLevel() {
var data = PaymentBillingData.FromJson("""
{
"mode": "elwig",
"version": 1,
"payment": 0.5,
"quality": {
"WEI": {
"default": 0.25,
"GV": 0.3,
"/S": 0.2
}
},
"curves": []
}
""", Vaributes);
Assert.Multiple(() => {
TestCalcOe(data, "GV", 75, 0.30m, qualid: "WEI");
TestCalcOe(data, "ZW", 76, 0.25m, qualid: "WEI");
TestCalcOe(data, "GVS", 75, 0.20m, qualid: "WEI");
TestCalcOe(data, "GVK", 74, 0.30m, qualid: "WEI");
TestCalcOe(data, "ZWS", 73, 0.20m, qualid: "WEI");
TestCalcOe(data, "GV", 70, 0.5m);
TestCalcOe(data, "GV", 72, 0.5m);
TestCalcOe(data, "GV", 73, 0.5m);
TestCalcOe(data, "ZWS", 74, 0.5m);
TestCalcOe(data, "GVK", 80, 0.5m);
});
}
[Test]
public void TestRead_07_ModeOeAndKmw() {
var data = PaymentBillingData.FromJson("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 1.0,
"GV": "curve:1",
"ZW": "curve:2"
},
"curves": [{
"id": 1,
"mode": "oe",
"data": {
"73oe": 2.0,
"17kmw": 3.0
}
}, {
"id": 2,
"mode": "kmw",
"data": {
"73oe": 2.0,
"17kmw": 3.0
}
}]
}
""", Vaributes);
Assert.Multiple(() => {
TestCalcKmw(data, "GV", 15.0, 2.0m);
TestCalcKmw(data, "GV", 15.5, 2.272727m);
TestCalcKmw(data, "GV", 16.0, 2.454545m);
TestCalcKmw(data, "GV", 16.5, 2.727273m);
TestCalcKmw(data, "GV", 17.0, 3.0m);
TestCalcKmw(data, "ZW", 15.0, 2.0m);
TestCalcKmw(data, "ZW", 15.5, 2.25m);
TestCalcKmw(data, "ZW", 16.0, 2.50m);
TestCalcKmw(data, "ZW", 16.5, 2.75m);
TestCalcKmw(data, "ZW", 17.0, 3.0m);
});
}
[Test]
public void TestRead_08_MultipleCurves() {
var data = PaymentBillingData.FromJson("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 0.25,
"/S": "curve:1",
"GV/": 0.75,
"GV/K": "curve:2",
"WR/S": "curve:3"
},
"curves": [{
"id": 3,
"mode": "kmw",
"data": {
"73oe": 0.7,
"17kmw": 0.8
},
"geb": {
"15kmw": 0.8,
"17kmw": 0.95
}
}, {
"id": 1,
"mode": "kmw",
"data": {
"73oe": 0.5,
"17kmw": 0.6
},
"geb": 0.1
}, {
"id": 2,
"mode": "kmw",
"data": {
"15kmw": 0.6,
"17kmw": 0.7
},
"geb": {
"73oe": 0.65,
"17kmw": 0.80
}
}]
}
""", Vaributes);
Assert.Multiple(() => {
TestCalcKmw(data, "GV", 15.0, 0.75m);
TestCalcKmw(data, "GVS", 15.0, 0.50m);
TestCalcKmw(data, "GVS", 16.0, 0.55m);
TestCalcKmw(data, "GVS", 17.0, 0.60m);
TestCalcKmw(data, "GVS", 15.0, 0.60m, geb: true);
TestCalcKmw(data, "GVS", 16.0, 0.65m, geb: true);
TestCalcKmw(data, "GVS", 17.0, 0.70m, geb: true);
TestCalcKmw(data, "GVK", 15.0, 0.60m);
TestCalcKmw(data, "GVK", 16.0, 0.65m);
TestCalcKmw(data, "GVK", 17.0, 0.70m);
TestCalcKmw(data, "GVK", 15.0, 0.65m, geb: true);
TestCalcKmw(data, "GVK", 16.0, 0.725m, geb: true);
TestCalcKmw(data, "GVK", 17.0, 0.80m, geb: true);
TestCalcKmw(data, "WRS", 15.0, 0.70m);
TestCalcKmw(data, "WRS", 16.0, 0.75m);
TestCalcKmw(data, "WRS", 17.0, 0.80m);
TestCalcKmw(data, "WRS", 15.0, 0.80m, geb: true);
TestCalcKmw(data, "WRS", 16.0, 0.875m, geb: true);
TestCalcKmw(data, "WRS", 17.0, 0.95m, geb: true);
});
}
[Test]
public void TestRead_09_WgMaster() {
var data = PaymentBillingData.FromJson("""
{
"mode": "wgmaster",
"Grundbetrag": 0.033,
"GBZS": 0.0,
"Ausgabefaktor": 1.0,
"Rebelzuschlag": 0.0,
"AufschlagVolllieferanten": 0.0,
"AuszahlungSorten": {
"BL/": 0.097,
"BP/": 0.097,
"GV/K": "curve:1",
"SL/": 0.097,
"ZW/": 0.097,
"default": "curve:0"
},
"AuszahlungSortenQualitätsstufe": {
"WEI": 0.005
},
"Kurven": [{
"id": 0,
"mode": "oe",
"data": 0.033,
"geb": 0
}, {
"id": 1,
"mode": "oe",
"data": {
"88oe": 0.032,
"89oe": 0.065
}
}]
}
""", Vaributes);
Assert.Multiple(() => {
TestCalcOe(data, "GVK", 73, 0.032m);
TestCalcOe(data, "ZWS", 74, 0.033m);
TestCalcOe(data, "GV", 75, 0.005m, qualid: "WEI");
TestCalcOe(data, "GVK", 115, 0.065m);
});
}
[Test]
public void TestRead_10_AttrubteAndCultivation() {
var data = PaymentBillingData.FromJson("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 0.10,
"/S": 0.20,
"-B": 0.30,
"GV/S-B": 0.40
},
"curves": []
}
""", Vaributes);
Assert.Multiple(() => {
TestCalcOe(data, "GV", 73, 0.10m);
TestCalcOe(data, "GVS", 73, 0.20m);
TestCalcOe(data, "GV-B", 73, 0.30m);
TestCalcOe(data, "GVS-B", 73, 0.40m);
TestCalcOe(data, "ZWS-B", 73, 0.20m);
});
}
private static List<Varibute> GetSelection(IEnumerable<string> attVars) {
return attVars.Select(s => new Varibute(new RawVaribute(s))).ToList();
}
[Test]
public void TestWrite_01_Empty() {
List<GraphEntry> entries = [
new GraphEntry(1, 4, BillingData.CurveMode.Oe, new() {
[73] = 0.5m
}, null)
];
var updated = BillingData.FromGraphEntries(entries);
Assert.That(updated.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": 0,
"curves": []
}
"""));
}
[Test]
public void TestWrite_02_Flatrate() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.5m
}, null), GetSelection(["GV/-"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": 0.5,
"curves": []
}
"""));
}
[Test]
public void TestWrite_03_SingleCurve() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.5m,
[83] = 1.0m
}, null), GetSelection(["GV/-"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": "curve:1",
"curves": [
{
"id": 1,
"mode": "oe",
"data": {
"73oe": 0.5,
"83oe": 1
}
}
]
}
"""));
}
[Test]
public void TestWrite_04_Simple() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.5m,
[84] = 1.0m
}, null), GetSelection(["GV/-", "ZW/-"])),
new GraphEntry(10, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.75m,
}, null), GetSelection(["WR/-"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": "curve:1",
"WR": 0.75
},
"curves": [
{
"id": 1,
"mode": "oe",
"data": {
"73oe": 0.5,
"84oe": 1
}
}
]
}
"""));
}
[Test]
public void TestWrite_05_Attribute() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.5m,
[84] = 1.0m
}, null), GetSelection(["GV/K-", "ZW/K-"])),
new GraphEntry(2, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.75m,
}, null), GetSelection(["WR/-", "BL/-", "RR/-", "FV/-", "GV/-"])),
new GraphEntry(4, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.65m,
[84] = 1.2m
}, null), GetSelection(["BP/-", "SA/-"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 0.75,
"/K": "curve:1",
"BP": "curve:2",
"SA": "curve:2"
},
"curves": [
{
"id": 1,
"mode": "oe",
"data": {
"73oe": 0.5,
"84oe": 1
}
},
{
"id": 2,
"mode": "oe",
"data": {
"73oe": 0.65,
"84oe": 1.2
}
}
]
}
"""));
}
[Test]
public void TestWrite_06_Cultivation_1() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.5m,
[84] = 1.0m
}, null), GetSelection(["GV/-B", "ZW/-B"])),
new GraphEntry(2, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.75m,
}, null), GetSelection(["WR/-", "BL/-", "RR/-", "FV/-", "GV/-"])),
new GraphEntry(4, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.65m,
[84] = 1.2m
}, null), GetSelection(["BP/-", "SA/-"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 0.75,
"BP": "curve:2",
"SA": "curve:2",
"-B": "curve:1"
},
"curves": [
{
"id": 1,
"mode": "oe",
"data": {
"73oe": 0.5,
"84oe": 1
}
},
{
"id": 2,
"mode": "oe",
"data": {
"73oe": 0.65,
"84oe": 1.2
}
}
]
}
"""));
}
[Test]
public void TestWrite_07_Cultivation_2() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.6m,
[84] = 1.0m
}, null), GetSelection(["GV/-", "GV/-B"])),
new GraphEntry(2, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.75m,
}, null), GetSelection(["ZW/-", "ZW/-B"])),
new GraphEntry(2, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.8m,
}, null), GetSelection(["BP/-", "BP/-B"])),
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"GV": "curve:1",
"ZW": 0.75,
"BP": 0.8
},
"curves": [
{
"id": 1,
"mode": "oe",
"data": {
"73oe": 0.6,
"84oe": 1
}
}
]
}
"""));
}
[Test]
public void TestWrite_08_Cultivation_3() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.6m,
[84] = 1.0m
}, null), GetSelection(["GV/-", "GV/-B"])),
new GraphEntry(2, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.75m,
}, null), GetSelection(["BP/-B", "ZW/-B", "FV/-B"])),
new GraphEntry(2, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.8m,
}, null), GetSelection(["BP/-", "ZW/-", "FV/-", "WR/-", "BL/-", "RR/-"])),
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 0.8,
"GV": "curve:1",
"GV-B": "curve:1",
"-B": 0.75
},
"curves": [
{
"id": 1,
"mode": "oe",
"data": {
"73oe": 0.6,
"84oe": 1
}
}
]
}
"""));
}
[Test]
public void TestWrite_09_AttributeAndCultivation() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.75m,
}, null), GetSelection(["GV/-", "ZW/-", "WR/-", "RR/-", "BL/-", "BP/-", "FV/-"])),
new GraphEntry(2, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.3m,
}, null), GetSelection(["GV/S-", "ZW/S-"])),
new GraphEntry(4, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.2m,
}, null), GetSelection(["GV/-B", "ZW/-B"])),
new GraphEntry(4, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.4m,
}, null), GetSelection(["GV/S-B", "ZW/S-B"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 0.75,
"/S": 0.3,
"/S-B": 0.4,
"-B": 0.2
},
"curves": []
}
"""));
}
[Test]
public void TestWrite_10_QualityLevel() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.1m,
}, null), GetSelection(["GV/-"])),
new GraphEntry(1, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.2m,
}, null), GetSelection(["ZW/-"]))
];
entries[0].Abgewertet = true;
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": 0.2,
"quality": {
"WEI": 0.1
},
"curves": []
}
"""));
}
[Test]
public void TestWrite_11_MixedCultivation_1() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.1m,
}, null), GetSelection(["GV/-", "WR/-"])),
new GraphEntry(1, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.2m,
}, null), GetSelection(["GV/-B"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 0.1,
"GV-B": 0.2
},
"curves": []
}
"""));
}
[Test]
public void TestWrite_12_MixedCultivation_2() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.1m,
}, null), GetSelection(["GV/-", "ZW/-", "WR/-", "FV/-", "RR/-"])),
new GraphEntry(1, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.2m,
}, null), GetSelection(["GV/-B", "FV/-B"])),
new GraphEntry(2, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.3m,
}, null), GetSelection(["ZW/-B", "WR/-B"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 0.1,
"GV-B": 0.2,
"FV-B": 0.2,
"ZW-B": 0.3,
"WR-B": 0.3
},
"curves": []
}
"""));
}
[Test]
public void TestWrite_13_DefaultCultivation_1() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.1m,
}, null), GetSelection(["GV/-", "GV/-B"])),
new GraphEntry(1, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.2m,
}, null), GetSelection(["WR/-B"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 0.1,
"WR-B": 0.2
},
"curves": []
}
"""));
}
[Test]
public void TestWrite_14_DefaultCultivation_2() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.1m,
}, null), GetSelection(["GV/-", "GV/-B", "ZW/-"])),
new GraphEntry(1, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.2m,
}, null), GetSelection(["WR/-B", "ZW/-B"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 0.1,
"-B": 0.2,
"GV-B": 0.1
},
"curves": []
}
"""));
}
[Test]
public void TestWrite_15_DefaultCultivation_3() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.1m,
}, null), GetSelection(["GV/-", "GV/-B", "ZW/-"])),
new GraphEntry(1, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.2m,
}, null), GetSelection(["GV/S-", "GV/S-B", "ZW/S-"])),
new GraphEntry(2, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.3m,
}, null), GetSelection(["WR/S-B", "ZW/S-B"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"GV/S-B": 0.2,
"/S": 0.2,
"/S-B": 0.3,
"GV": 0.1,
"ZW": 0.1
},
"curves": []
}
"""));
}
[Test]
public void TestWrite_16_DefaultCultivation_4() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.1m,
}, null), GetSelection(["GV/-", "RR/-B", "ZW/-"])),
new GraphEntry(1, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.2m,
}, null), GetSelection(["RR/-"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 0.1,
"RR-B": 0.1,
"RR": 0.2
},
"curves": []
}
"""));
}
[Test]
public void TestWrite_17_DefaultCultivation_5() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.1m,
}, null), GetSelection(["GV/-", "RR/-B", "ZW/-", "SW/-", "SO/-"])),
new GraphEntry(1, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.2m,
}, null), GetSelection(["GV/K-", "RR/K-B", "ZW/K-"])),
new GraphEntry(2, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.3m,
}, null), GetSelection(["RR/K-"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"RR/K-B": 0.2,
"RR/K": 0.3,
"default": 0.1,
"/K": 0.2
},
"curves": []
}
"""));
}
[Test]
public void TestWrite_18_DefaultAttribute_1() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.1m,
}, null), GetSelection(["GV/-", "GV/S-"])),
new GraphEntry(1, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.2m,
}, null), GetSelection(["WR/S-"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"WR/S": 0.2,
"default": 0.1
},
"curves": []
}
"""));
}
[Test]
public void TestWrite_19_DefaultAttribute_2() {
List<GraphEntry> entries = [
new GraphEntry(0, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.1m,
}, null), GetSelection(["GV/-", "GV/S-", "ZW/-"])),
new GraphEntry(1, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = 0.2m,
}, null), GetSelection(["WR/S-", "ZW/S-"]))
];
var data = BillingData.FromGraphEntries(entries);
Assert.That(data.ToJsonString(JsonOpts), Is.EqualTo("""
{
"mode": "elwig",
"version": 1,
"payment": {
"default": 0.1,
"/S": 0.2,
"GV/S": 0.1
},
"curves": []
}
"""));
}
private static IEnumerable<List<T>> GetPermutations<T>(T[] input) {
if (input.Length <= 1)
yield return [..input];
for (int i = 0; i < input.Length; i++) {
yield return [input[i]];
foreach (var p in GetPermutations(input.Where((_, j) => j != i).ToArray())) {
p.Insert(0, input[i]);
yield return p;
}
}
}
private static IEnumerable<List<HashSet<RawVaribute>>> GetCurves(RawVaribute[] vaributes, int minNumCurves = 1, int maxNumCurves = 10) {
foreach (var p in GetPermutations(vaributes)) {
for (int nCurves = minNumCurves; nCurves <= Math.Min(maxNumCurves, p.Count); nCurves++) {
yield return Enumerable.Range(0, nCurves)
.Select(n => p.Where((v, idx) => idx % nCurves == n).ToHashSet())
.ToList();
}
}
}
private readonly HashSet<string> TestedCurves = [];
private void TestCollapse(List<HashSet<RawVaribute>> curves) {
var str = string.Join("\n", curves.Select(c => string.Join(" ", c.Select(v => v.ToString().PadRight(6)).Order())).Order().Select((c, n) => $"{n + 1}: [ " + c + " ]"));
if (!TestedCurves.Add(str))
return;
var vaributes = curves.SelectMany(v => v).ToList();
List<GraphEntry> entries = curves
.Select((l, n) => new GraphEntry(n, 4, new BillingData.Curve(BillingData.CurveMode.Oe, new() {
[73] = n + 1,
}, null), GetSelection(l.Select(v => v.ToString()))))
.ToList();
var data = BillingData.FromGraphEntries(entries);
var test = PaymentBillingData.FromJson(data.ToJsonString(), vaributes);
for (int i = 0; i < curves.Count; i++) {
foreach (var v in curves[i]) {
var val = test.CalculatePrice(v.SortId!, v.AttrId, v.CultId, "QUW", false, 73.0, 15.0);
var actualCurve = (int)val;
Assert.That(actualCurve, Is.EqualTo(i + 1), $"Invalid: {v} (Curve {i + 1} -> {actualCurve})\n\n{str}\n\n{data.ToJsonString(JsonOpts)}\n");
}
}
}
[Test]
public void TestCollapse_01_Permutations() {
RawVaribute[][] configurations = [
[new("GV/-"), new("WR/-"), new("ZW/-"), new("GV/K-"), new("WR/K-"), new("ZW/K-")],
[new("GV/-"), new("WR/-"), new("GV/K-"), new("WR/K-"), new("GV/S-"), new("WR/S-")],
[new("GV/-"), new("WR/-"), new("ZW/-"), new("GV/-B"), new("WR/-B"), new("ZW/-B")],
[new("GV/-"), new("WR/-"), new("GV/-B"), new("WR/-B"), new("GV/-KIP"), new("WR/-KIP")],
[new("GV/-"), new("GV/K-"), new("ZW/-"), new("ZW/K-"), new("GV/-B"), new("GV/K-B"), new("ZW/-B"), new("ZW/K-B")],
];
Assert.Multiple(() => {
foreach (var config in configurations) {
foreach (var c in GetCurves(config))
TestCollapse(c);
}
});
}
}
}