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feat(inventory): Bestandsbewegung erfassen (StockMovement) – Issue #15
Immutables StockMovement-Aggregate als Audit-Trail für jede Bestandsveränderung. Domain-Invarianten: positive Quantity, Reason bei WASTE/ADJUSTMENT, ReferenceDocumentId bei INTER_BRANCH_TRANSFER, Direction-Ableitung aus MovementType. Domain: StockMovement, MovementType (8 Typen), MovementDirection, StockMovementError Application: RecordStockMovement, GetStockMovement, ListStockMovements Infrastructure: JPA-Persistence, REST-Controller (POST/GET), Liquibase 028+029 Tests: ~40 Domain-Unit-Tests, 18 Application-Tests, ~27 Integrationstests Loadtest: Gatling-Szenarien für Bestandsbewegungen (Seeding, Read, Write)
This commit is contained in:
Sebastian Frick
parent
85f96d685e
commit
fa6c0c2d70
32 changed files with 3229 additions and 9 deletions
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@ -41,6 +41,9 @@ public final class LoadTestDataSeeder {
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private final List<String> recipeIds = new ArrayList<>();
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private final List<String> batchIds = new ArrayList<>();
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private final List<String> productionOrderIds = new ArrayList<>();
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private final List<String> stockIds = new ArrayList<>();
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private final List<String> stockBatchIds = new ArrayList<>();
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private final List<String> stockMovementIds = new ArrayList<>();
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// Statische Felder für Zugriff aus Szenarien
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private static List<String> seededCategoryIds;
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@ -51,6 +54,9 @@ public final class LoadTestDataSeeder {
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private static List<String> seededRecipeIds;
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private static List<String> seededBatchIds;
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private static List<String> seededProductionOrderIds;
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private static List<String> seededStockIds;
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private static List<String> seededStockBatchIds;
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private static List<String> seededStockMovementIds;
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public LoadTestDataSeeder(ConfigurableApplicationContext appContext) {
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int port = appContext.getEnvironment()
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@ -72,6 +78,8 @@ public final class LoadTestDataSeeder {
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seedRecipes();
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seedBatchesForYear();
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seedProductionOrders();
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seedStocksAndBatches();
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seedStockMovements();
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// Statische Referenzen setzen
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seededCategoryIds = List.copyOf(categoryIds);
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@ -82,14 +90,19 @@ public final class LoadTestDataSeeder {
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seededRecipeIds = List.copyOf(recipeIds);
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seededBatchIds = List.copyOf(batchIds);
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seededProductionOrderIds = List.copyOf(productionOrderIds);
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seededStockIds = List.copyOf(stockIds);
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seededStockBatchIds = List.copyOf(stockBatchIds);
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seededStockMovementIds = List.copyOf(stockMovementIds);
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long duration = System.currentTimeMillis() - start;
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System.out.printf(
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"Seeded in %dms: %d Kategorien, %d Artikel, %d Lieferanten, %d Kunden, "
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+ "%d Lagerorte, %d Rezepte, %d Chargen, %d Produktionsaufträge%n",
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+ "%d Lagerorte, %d Rezepte, %d Chargen, %d Produktionsaufträge, "
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+ "%d Bestände, %d Bestandsbewegungen%n",
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duration, categoryIds.size(), articleIds.size(), supplierIds.size(),
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customerIds.size(), storageLocationIds.size(), recipeIds.size(),
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batchIds.size(), productionOrderIds.size());
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batchIds.size(), productionOrderIds.size(),
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stockIds.size(), stockMovementIds.size());
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} catch (Exception e) {
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throw new RuntimeException("Testdaten-Seeding fehlgeschlagen", e);
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}
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@ -562,6 +575,80 @@ public final class LoadTestDataSeeder {
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}
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}
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// ---- Bestände & Chargen (20 Stocks mit je 2-3 Batches) ----
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private void seedStocksAndBatches() throws Exception {
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var rnd = ThreadLocalRandom.current();
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var today = LocalDate.now();
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// 20 Bestände: jeweils ein Artikel an einem Lagerort
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int stockCount = Math.min(20, articleIds.size());
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for (int i = 0; i < stockCount; i++) {
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String articleId = articleIds.get(i);
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String locationId = storageLocationIds.get(i % storageLocationIds.size());
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String body = """
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{"articleId":"%s","storageLocationId":"%s","minimumLevelAmount":"5.0","minimumLevelUnit":"KILOGRAM"}"""
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.formatted(articleId, locationId);
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try {
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var json = mapper.readTree(post("/api/inventory/stocks", body, adminToken));
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String stockId = json.get("id").asText();
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stockIds.add(stockId);
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// 2-3 Batches pro Stock
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int batchCount = 2 + (i % 2);
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for (int j = 0; j < batchCount; j++) {
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String batchType = (j % 2 == 0) ? "PRODUCED" : "PURCHASED";
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String batchRef = "CHARGE-%05d".formatted(i * 10 + j);
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LocalDate expiry = today.plusDays(rnd.nextInt(14, 180));
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int qty = rnd.nextInt(5, 50);
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String batchBody = """
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{"batchId":"%s","batchType":"%s","quantityAmount":"%d.0","quantityUnit":"KILOGRAM","expiryDate":"%s"}"""
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.formatted(batchRef, batchType, qty, expiry);
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try {
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var batchJson = mapper.readTree(
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post("/api/inventory/stocks/" + stockId + "/batches", batchBody, adminToken));
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stockBatchIds.add(batchJson.get("id").asText());
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} catch (Exception ignored) {}
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}
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} catch (Exception e) {
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// Stock-Duplikat (gleicher Artikel/Lagerort) ignorieren
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}
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}
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}
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// ---- Bestandsbewegungen (50 Movements) ----
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private void seedStockMovements() throws Exception {
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if (stockIds.isEmpty() || stockBatchIds.isEmpty()) return;
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var rnd = ThreadLocalRandom.current();
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String[] movementTypes = {"GOODS_RECEIPT", "PRODUCTION_OUTPUT", "PRODUCTION_CONSUMPTION", "SALE", "RETURN"};
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for (int i = 0; i < 50; i++) {
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int stockIdx = i % stockIds.size();
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String stockId = stockIds.get(stockIdx);
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String articleId = articleIds.get(stockIdx);
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String stockBatchId = stockBatchIds.get(i % stockBatchIds.size());
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String batchRef = "CHARGE-%05d".formatted(i);
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String batchType = (i % 2 == 0) ? "PRODUCED" : "PURCHASED";
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String movementType = movementTypes[rnd.nextInt(movementTypes.length)];
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int qty = rnd.nextInt(1, 20);
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String body = """
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{"stockId":"%s","articleId":"%s","stockBatchId":"%s","batchId":"%s","batchType":"%s","movementType":"%s","quantityAmount":"%d.0","quantityUnit":"KILOGRAM"}"""
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.formatted(stockId, articleId, stockBatchId, batchRef, batchType, movementType, qty);
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try {
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var json = mapper.readTree(post("/api/inventory/stock-movements", body, adminToken));
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stockMovementIds.add(json.get("id").asText());
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} catch (Exception ignored) {}
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}
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}
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// ---- HTTP Helper ----
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private String post(String path, String jsonBody, String token) throws Exception {
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@ -599,4 +686,7 @@ public final class LoadTestDataSeeder {
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public static List<String> recipeIds() { return seededRecipeIds; }
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public static List<String> batchIds() { return seededBatchIds; }
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public static List<String> productionOrderIds() { return seededProductionOrderIds; }
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public static List<String> stockIds() { return seededStockIds; }
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public static List<String> stockBatchIds() { return seededStockBatchIds; }
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public static List<String> stockMovementIds() { return seededStockMovementIds; }
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}
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@ -8,6 +8,7 @@ import java.util.concurrent.ThreadLocalRandom;
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import static io.gatling.javaapi.core.CoreDsl.*;
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import static io.gatling.javaapi.http.HttpDsl.*;
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import static io.gatling.javaapi.core.CoreDsl.StringBody;
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/**
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* Lagerverwaltungs-Szenario: Lagerorte und Bestände verwalten.
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@ -69,19 +70,71 @@ public final class InventoryScenario {
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);
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}
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public static ChainBuilder listStockMovements() {
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return exec(
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http("Bestandsbewegungen auflisten")
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.get("/api/inventory/stock-movements")
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.header("Authorization", "Bearer #{accessToken}")
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.check(status().is(200))
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);
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}
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public static ChainBuilder listStockMovementsByStock() {
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return exec(session -> {
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var ids = LoadTestDataSeeder.stockIds();
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if (ids == null || ids.isEmpty()) return session;
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String id = ids.get(ThreadLocalRandom.current().nextInt(ids.size()));
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return session.set("filterMovementStockId", id);
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}).exec(
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http("Bestandsbewegungen nach Bestand")
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.get("/api/inventory/stock-movements?stockId=#{filterMovementStockId}")
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.header("Authorization", "Bearer #{accessToken}")
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.check(status().is(200))
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);
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}
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public static ChainBuilder recordStockMovement() {
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return exec(session -> {
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var rnd = ThreadLocalRandom.current();
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var stockIds = LoadTestDataSeeder.stockIds();
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var articleIds = LoadTestDataSeeder.articleIds();
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var stockBatchIds = LoadTestDataSeeder.stockBatchIds();
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if (stockIds == null || stockIds.isEmpty()
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|| stockBatchIds == null || stockBatchIds.isEmpty()) return session;
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int idx = rnd.nextInt(stockIds.size());
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return session
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.set("mvStockId", stockIds.get(idx))
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.set("mvArticleId", articleIds.get(idx % articleIds.size()))
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.set("mvStockBatchId", stockBatchIds.get(rnd.nextInt(stockBatchIds.size())))
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.set("mvBatchRef", "LT-CHARGE-%06d".formatted(rnd.nextInt(999999)))
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.set("mvQty", "%d.0".formatted(rnd.nextInt(1, 30)));
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}).exec(
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http("Bestandsbewegung erfassen")
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.post("/api/inventory/stock-movements")
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.header("Authorization", "Bearer #{accessToken}")
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.body(StringBody("""
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{"stockId":"#{mvStockId}","articleId":"#{mvArticleId}","stockBatchId":"#{mvStockBatchId}","batchId":"#{mvBatchRef}","batchType":"PRODUCED","movementType":"GOODS_RECEIPT","quantityAmount":"#{mvQty}","quantityUnit":"KILOGRAM"}"""))
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.check(status().is(201))
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);
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}
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/**
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* Lagerverwaltungs-Workflow: Überwiegend Lese-Operationen.
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* Lagerverwaltungs-Workflow: Überwiegend Lese-Operationen mit Bestandsbewegungen.
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*/
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public static ScenarioBuilder inventoryWorkflow() {
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return scenario("Lagerverwaltung")
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.exec(AuthenticationScenario.login("admin", "admin123"))
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.repeat(15).on(
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randomSwitch().on(
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percent(25.0).then(listStocks()),
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percent(20.0).then(listStorageLocations()),
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percent(20.0).then(getRandomStorageLocation()),
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percent(20.0).then(listStocksByLocation()),
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percent(15.0).then(listStocksBelowMinimum())
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percent(20.0).then(listStocks()),
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percent(15.0).then(listStorageLocations()),
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percent(15.0).then(getRandomStorageLocation()),
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percent(15.0).then(listStocksByLocation()),
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percent(10.0).then(listStocksBelowMinimum()),
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percent(10.0).then(listStockMovements()),
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percent(5.0).then(listStockMovementsByStock()),
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percent(10.0).then(recordStockMovement())
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).pause(1, 3)
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);
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}
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@ -101,6 +101,8 @@ public class FullWorkloadSimulation extends Simulation {
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details("Bestände nach Lagerort").responseTime().mean().lt(35),
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details("Lieferanten auflisten").responseTime().mean().lt(35),
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details("Kategorien auflisten").responseTime().mean().lt(35),
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details("Bestandsbewegungen auflisten").responseTime().mean().lt(35),
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details("Bestandsbewegungen nach Bestand").responseTime().mean().lt(35),
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// Listen mit viel Daten (50-300 Einträge): mean < 75ms
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details("Chargen auflisten").responseTime().mean().lt(75),
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@ -112,7 +114,8 @@ public class FullWorkloadSimulation extends Simulation {
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details("Charge starten").responseTime().mean().lt(50),
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details("Charge abschließen").responseTime().mean().lt(50),
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details("Produktionsauftrag anlegen").responseTime().mean().lt(50),
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details("Produktionsauftrag freigeben").responseTime().mean().lt(50)
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details("Produktionsauftrag freigeben").responseTime().mean().lt(50),
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details("Bestandsbewegung erfassen").responseTime().mean().lt(50)
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);
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}
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}
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