test: reuse BootStrapTestData master data to reduce runtime

Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>

erpnext/buying/report/item_wise_purchase_history/test_item_wise_purchase_history.py

@@ -0,0 +1,130 @@
+# Copyright (c) 2026, Frappe Technologies Pvt. Ltd. and Contributors
+# See license.txt
+
+import frappe
+
+from erpnext.buying.doctype.purchase_order.mapper import make_purchase_invoice
+from erpnext.buying.doctype.purchase_order.test_purchase_order import (
+	create_pr_against_po,
+	create_purchase_order,
+)
+from erpnext.buying.report.item_wise_purchase_history.item_wise_purchase_history import execute
+from erpnext.tests.utils import ERPNextTestSuite
+
+
+class TestItemWisePurchaseHistory(ERPNextTestSuite):
+	def run_report(self, **extra):
+		filters = frappe._dict(
+			{
+				"company": "_Test Company",
+				"from_date": "2026-01-01",
+				"to_date": "2026-12-31",
+				**extra,
+			}
+		)
+		return execute(filters)
+
+	def po_row(self, po_name, **extra):
+		data = self.run_report(**extra)[1]
+		return next(row for row in data if row["purchase_order"] == po_name)
+
+	def test_purchase_order_line_shown_with_values(self):
+		po = create_purchase_order(qty=10, rate=500, transaction_date="2026-06-01")
+
+		row = self.po_row(po.name)
+		self.assertEqual(row["item_code"], "_Test Item")
+		self.assertEqual(row["quantity"], 10)
+		self.assertEqual(row["rate"], 500)
+		self.assertEqual(row["amount"], 5000)
+		self.assertEqual(row["supplier"], "_Test Supplier")
+
+	def test_draft_purchase_order_excluded(self):
+		po = create_purchase_order(transaction_date="2026-06-01", do_not_submit=True)
+
+		names = {row["purchase_order"] for row in self.run_report()[1]}
+		self.assertNotIn(po.name, names)
+
+	def test_date_range_filters_on_transaction_date(self):
+		po = create_purchase_order(transaction_date="2026-06-01")
+
+		in_range = {
+			row["purchase_order"] for row in self.run_report(from_date="2026-05-01", to_date="2026-07-01")[1]
+		}
+		self.assertIn(po.name, in_range)
+
+		out_of_range = {
+			row["purchase_order"] for row in self.run_report(from_date="2026-01-01", to_date="2026-03-01")[1]
+		}
+		self.assertNotIn(po.name, out_of_range)
+
+	def test_item_code_filter(self):
+		po = create_purchase_order(
+			transaction_date="2026-06-01",
+			rm_items=[
+				{"item_code": "_Test Item", "qty": 5, "rate": 500, "warehouse": "_Test Warehouse - _TC"},
+				{"item_code": "_Test Item 2", "qty": 3, "rate": 200, "warehouse": "_Test Warehouse - _TC"},
+			],
+		)
+
+		rows = self.run_report(item_code="_Test Item 2")[1]
+		self.assertEqual({row["item_code"] for row in rows}, {"_Test Item 2"})
+		# the filtered-out line of the same order must not leak in
+		self.assertTrue(all(row["purchase_order"] == po.name for row in rows))
+
+	def test_item_group_filter(self):
+		# _Test Item is in _Test Item Group; _Test FG Item is in _Test Item Group Desktops
+		po_test_group = create_purchase_order(item_code="_Test Item", transaction_date="2026-06-01")
+		po_other_group = create_purchase_order(item_code="_Test FG Item", transaction_date="2026-06-01")
+
+		names = {row["purchase_order"] for row in self.run_report(item_group="_Test Item Group")[1]}
+		self.assertIn(po_test_group.name, names)
+		self.assertNotIn(po_other_group.name, names)
+
+	def test_supplier_filter(self):
+		po = create_purchase_order(supplier="_Test Supplier", transaction_date="2026-06-01")
+		create_purchase_order(supplier="_Test Supplier 1", transaction_date="2026-06-01")
+
+		suppliers = {row["supplier"] for row in self.run_report(supplier="_Test Supplier")[1]}
+		self.assertEqual(suppliers, {"_Test Supplier"})
+
+	def test_received_quantity_reflects_receipt(self):
+		po = create_purchase_order(qty=10, rate=500, transaction_date="2026-06-01")
+		create_pr_against_po(po.name, received_qty=4)
+
+		self.assertEqual(self.po_row(po.name)["received_qty"], 4)
+
+	def test_billed_amount_reflects_invoice(self):
+		po = create_purchase_order(qty=10, rate=500, transaction_date="2026-06-01")
+		pi = make_purchase_invoice(po.name)
+		pi.insert()
+		pi.submit()
+
+		self.assertEqual(self.po_row(po.name)["billed_amt"], 5000)
+
+	def test_amounts_reported_in_company_currency(self):
+		# a USD order must report rate/amount converted to the company's currency (base_* fields)
+		po = create_purchase_order(
+			do_not_save=True,
+			currency="USD",
+			qty=10,
+			rate=100,
+			transaction_date="2026-06-01",
+		)
+		po.conversion_rate = 80
+		po.insert()
+		po.submit()
+
+		row = self.po_row(po.name)
+		self.assertEqual(row["rate"], 8000)  # 100 USD * 80
+		self.assertEqual(row["amount"], 80000)  # 10 * 100 USD * 80
+
+	def test_chart_aggregates_amount_per_item(self):
+		create_purchase_order(item_code="_Test Item", qty=2, rate=500, transaction_date="2026-06-01")
+		create_purchase_order(item_code="_Test Item", qty=3, rate=500, transaction_date="2026-06-01")
+
+		chart = self.run_report(item_code="_Test Item")[3]
+		labels = chart["data"]["labels"]
+		values = chart["data"]["datasets"][0]["values"]
+		self.assertIn("_Test Item", labels)
+		# 2*500 + 3*500 aggregated for the item
+		self.assertEqual(values[labels.index("_Test Item")], 2500)