Merge branch 'develop' into loan_interest_principal

erpnext/accounts/report/consolidated_financial_statement/consolidated_financial_statement.py

@@ -354,9 +354,6 @@ def accumulate_values_into_parents(accounts, accounts_by_name, companies):
 		if d.parent_account:
 			account = d.parent_account_name
 
-			# if not accounts_by_name.get(account):
-			# 	continue
-
 			for company in companies:
 				accounts_by_name[account][company] = \
 					accounts_by_name[account].get(company, 0.0) + d.get(company, 0.0)
@@ -367,7 +364,7 @@ def accumulate_values_into_parents(accounts, accounts_by_name, companies):
 				accounts_by_name[account].get("opening_balance", 0.0) + d.get("opening_balance", 0.0)
 
 def get_account_heads(root_type, companies, filters):
-	accounts = get_accounts(root_type, filters)
+	accounts = get_accounts(root_type, companies)
 
 	if not accounts:
 		return None, None, None
@@ -396,7 +393,7 @@ def update_parent_account_names(accounts):
 
 	for account in accounts:
 		if account.parent_account:
-			account["parent_account_name"] = name_to_account_map[account.parent_account]
+			account["parent_account_name"] = name_to_account_map.get(account.parent_account)
 
 	return accounts
 
@@ -419,12 +416,19 @@ def get_subsidiary_companies(company):
 	return frappe.db.sql_list("""select name from `tabCompany`
 		where lft >= {0} and rgt <= {1} order by lft, rgt""".format(lft, rgt))
 
-def get_accounts(root_type, filters):
+def get_accounts(root_type, companies):
-	return frappe.db.sql(""" select name, is_group, company,
+	accounts = []
-			parent_account, lft, rgt, root_type, report_type, account_name, account_number
+	added_accounts = []
-		from
+
-			`tabAccount` where company = %s and root_type = %s
+	for company in companies:
-		""" , (filters.get('company'), root_type), as_dict=1)
+		for account in frappe.get_all("Account", fields=["name", "is_group", "company",
+			"parent_account", "lft", "rgt", "root_type", "report_type", "account_name", "account_number"],
+			filters={"company": company, "root_type": root_type}):
+			if account.account_name not in added_accounts:
+				accounts.append(account)
+				added_accounts.append(account.account_name)
+
+	return accounts
 
 def prepare_data(accounts, start_date, end_date, balance_must_be, companies, company_currency, filters):
 	data = []

erpnext/regional/report/gstr_1/gstr_1.js

@@ -17,7 +17,7 @@ frappe.query_reports["GSTR-1"] = {
 			"fieldtype": "Link",
 			"options": "Address",
 			"get_query": function () {
-				var company = frappe.query_report.get_filter_value('company');
+				let company = frappe.query_report.get_filter_value('company');
 				if (company) {
 					return {
 						"query": 'frappe.contacts.doctype.address.address.address_query',
@@ -26,6 +26,11 @@ frappe.query_reports["GSTR-1"] = {
 				}
 			}
 		},
+		{
+			"fieldname": "company_gstin",
+			"label": __("Company GSTIN"),
+			"fieldtype": "Select"
+		},
 		{
 			"fieldname": "from_date",
 			"label": __("From Date"),
@@ -60,10 +65,21 @@ frappe.query_reports["GSTR-1"] = {
 		}
 	],
 	onload: function (report) {
+		let filters = report.get_values();
+
+		frappe.call({
+			method: 'erpnext.regional.report.gstr_1.gstr_1.get_company_gstins',
+			args: {
+				company: filters.company
+			},
+			callback: function(r) {
+				frappe.query_report.page.fields_dict.company_gstin.df.options = r.message;
+				frappe.query_report.page.fields_dict.company_gstin.refresh();
+			}
+		});
+
 
 		report.page.add_inner_button(__("Download as JSON"), function () {
-			var filters = report.get_values();
-
 			frappe.call({
 				method: 'erpnext.regional.report.gstr_1.gstr_1.get_json',
 				args: {

erpnext/regional/report/gstr_1/gstr_1.py

@@ -253,7 +253,8 @@ class Gstr1Report(object):
 		for opts in (("company", " and company=%(company)s"),
 			("from_date", " and posting_date>=%(from_date)s"),
 			("to_date", " and posting_date<=%(to_date)s"),
-			("company_address", " and company_address=%(company_address)s")):
+			("company_address", " and company_address=%(company_address)s"),
+			("company_gstin", " and company_gstin=%(company_gstin)s")):
 				if self.filters.get(opts[0]):
 					conditions += opts[1]
 
@@ -1192,3 +1193,23 @@ def is_inter_state(invoice_detail):
 		return True
 	else:
 		return False
+
+
+@frappe.whitelist()
+def get_company_gstins(company):
+	address = frappe.qb.DocType("Address")
+	links = frappe.qb.DocType("Dynamic Link")
+
+	addresses = frappe.qb.from_(address).inner_join(links).on(
+		address.name == links.parent
+	).select(
+		address.gstin
+	).where(
+		links.link_doctype == 'Company'
+	).where(
+		links.link_name == company
+	).run(as_dict=1)
+
+	address_list = [''] + [d.gstin for d in addresses]
+
+	return address_list

erpnext/selling/page/point_of_sale/pos_payment.js

@@ -180,14 +180,6 @@ erpnext.PointOfSale.Payment = class {
 						() => frm.save(),
 						() => this.update_totals_section(frm.doc)
 					]);
-				} else {
-					frappe.run_serially([
-						() => frm.doc.ignore_pricing_rule=1,
-						() => frm.trigger('ignore_pricing_rule'),
-						() => frm.doc.ignore_pricing_rule=0,
-						() => frm.save(),
-						() => this.update_totals_section(frm.doc)
-					]);
 				}
 			}
 		});

erpnext/stock/report/stock_ageing/stock_ageing.py

@@ -12,6 +12,7 @@ from frappe.utils import cint, date_diff, flt
 from erpnext.stock.doctype.serial_no.serial_no import get_serial_nos
 
 Filters = frappe._dict
+precision = cint(frappe.db.get_single_value("System Settings", "float_precision"))
 
 def execute(filters: Filters = None) -> Tuple:
 	to_date = filters["to_date"]
@@ -48,10 +49,13 @@ def format_report_data(filters: Filters, item_details: Dict, to_date: str) -> Li
 		if filters.get("show_warehouse_wise_stock"):
 			row.append(details.warehouse)
 
-		row.extend([item_dict.get("total_qty"), average_age,
+		row.extend([
+			flt(item_dict.get("total_qty"), precision),
+			average_age,
 			range1, range2, range3, above_range3,
 			earliest_age, latest_age,
-			details.stock_uom])
+			details.stock_uom
+		])
 
 		data.append(row)
 
@@ -79,13 +83,13 @@ def get_range_age(filters: Filters, fifo_queue: List, to_date: str, item_dict: D
 		qty = flt(item[0]) if not item_dict["has_serial_no"] else 1.0
 
 		if age <= filters.range1:
-			range1 += qty
+			range1 = flt(range1 + qty, precision)
 		elif age <= filters.range2:
-			range2 += qty
+			range2 = flt(range2 + qty, precision)
 		elif age <= filters.range3:
-			range3 += qty
+			range3 = flt(range3 + qty, precision)
 		else:
-			above_range3 += qty
+			above_range3 = flt(above_range3 + qty, precision)
 
 	return range1, range2, range3, above_range3
 
@@ -286,14 +290,16 @@ class FIFOSlots:
 	def __compute_incoming_stock(self, row: Dict, fifo_queue: List, transfer_key: Tuple, serial_nos: List):
 		"Update FIFO Queue on inward stock."
 
-		if self.transferred_item_details.get(transfer_key):
+		transfer_data = self.transferred_item_details.get(transfer_key)
+		if transfer_data:
 			# inward/outward from same voucher, item & warehouse
-			slot = self.transferred_item_details[transfer_key].pop(0)
+			# eg: Repack with same item, Stock reco for batch item
-			fifo_queue.append(slot)
+			# consume transfer data and add stock to fifo queue
+			self.__adjust_incoming_transfer_qty(transfer_data, fifo_queue, row)
 		else:
 			if not serial_nos:
-				if fifo_queue and flt(fifo_queue[0][0]) < 0:
+				if fifo_queue and flt(fifo_queue[0][0]) <= 0:
-					# neutralize negative stock by adding positive stock
+					# neutralize 0/negative stock by adding positive stock
 					fifo_queue[0][0] += flt(row.actual_qty)
 					fifo_queue[0][1] = row.posting_date
 				else:
@@ -324,7 +330,7 @@ class FIFOSlots:
 			elif not fifo_queue:
 				# negative stock, no balance but qty yet to consume
 				fifo_queue.append([-(qty_to_pop), row.posting_date])
-				self.transferred_item_details[transfer_key].append([row.actual_qty, row.posting_date])
+				self.transferred_item_details[transfer_key].append([qty_to_pop, row.posting_date])
 				qty_to_pop = 0
 			else:
 				# qty to pop < slot qty, ample balance
@@ -333,6 +339,33 @@ class FIFOSlots:
 				self.transferred_item_details[transfer_key].append([qty_to_pop, slot[1]])
 				qty_to_pop = 0
 
+	def __adjust_incoming_transfer_qty(self, transfer_data: Dict, fifo_queue: List, row: Dict):
+		"Add previously removed stock back to FIFO Queue."
+		transfer_qty_to_pop = flt(row.actual_qty)
+
+		def add_to_fifo_queue(slot):
+			if fifo_queue and flt(fifo_queue[0][0]) <= 0:
+				# neutralize 0/negative stock by adding positive stock
+				fifo_queue[0][0] += flt(slot[0])
+				fifo_queue[0][1] = slot[1]
+			else:
+				fifo_queue.append(slot)
+
+		while transfer_qty_to_pop:
+			if transfer_data and 0 < transfer_data[0][0] <= transfer_qty_to_pop:
+				# bucket qty is not enough, consume whole
+				transfer_qty_to_pop -= transfer_data[0][0]
+				add_to_fifo_queue(transfer_data.pop(0))
+			elif not transfer_data:
+				# transfer bucket is empty, extra incoming qty
+				add_to_fifo_queue([transfer_qty_to_pop, row.posting_date])
+				transfer_qty_to_pop = 0
+			else:
+				# ample bucket qty to consume
+				transfer_data[0][0] -= transfer_qty_to_pop
+				add_to_fifo_queue([transfer_qty_to_pop, transfer_data[0][1]])
+				transfer_qty_to_pop = 0
+
 	def __update_balances(self, row: Dict, key: Union[Tuple, str]):
 		self.item_details[key]["qty_after_transaction"] = row.qty_after_transaction
 

erpnext/stock/report/stock_ageing/stock_ageing_fifo_logic.md

@@ -71,4 +71,39 @@ Date | Qty | Queue
 2nd  | -60 | [[-10, 1-12-2021]]
 3rd  | +5  | [[-5, 3-12-2021]]
 4th  | +10 | [[5, 4-12-2021]]
-4th  | +20 | [[5, 4-12-2021], [20, 4-12-2021]]
+4th  | +20 | [[5, 4-12-2021], [20, 4-12-2021]]
+
+### Concept of Transfer Qty Bucket
+In the case of **Repack**, Quantity that comes in, isn't really incoming. It is just new stock repurposed from old stock, due to incoming-outgoing of the same warehouse.
+
+Here, stock is consumed from the FIFO Queue. It is then re-added back to the queue.
+While adding stock back to the queue we need to know how much to add.
+For this we need to keep track of how much was previously consumed.
+Hence we use **Transfer Qty Bucket**.
+
+While re-adding stock, we try to add buckets that were consumed earlier (date intact), to maintain correctness.
+
+#### Case 1: Same Item-Warehouse in Repack
+Eg:
+-------------------------------------------------------------------------------------
+Date | Qty   | Voucher |             FIFO Queue           	   | Transfer Qty Buckets
+-------------------------------------------------------------------------------------
+1st  | +500  |  PR     | [[500, 1-12-2021]]   				   |
+2nd  | -50   |  Repack | [[450, 1-12-2021]]   				   | [[50, 1-12-2021]]
+2nd  | +50   |  Repack | [[450, 1-12-2021], [50, 1-12-2021]]   | []
+
+- The balance at the end is restored back to 500
+- However, the initial 500 qty bucket is now split into 450 and 50, with the same date
+- The net effect is the same as that before the Repack
+
+#### Case 2: Same Item-Warehouse in Repack with Split Consumption rows
+Eg:
+-------------------------------------------------------------------------------------
+Date | Qty   | Voucher |             FIFO Queue           	   | Transfer Qty Buckets
+-------------------------------------------------------------------------------------
+1st  | +500  |  PR     | [[500, 1-12-2021]]   				   |
+2nd  | -50   |  Repack | [[450, 1-12-2021]]   				   | [[50, 1-12-2021]]
+2nd  | -50   |  Repack | [[400, 1-12-2021]]   				   | [[50, 1-12-2021],
+-	 |		 |		   |									   |[50, 1-12-2021]]
+2nd  | +100  |  Repack | [[400, 1-12-2021], [50, 1-12-2021],   | []
+-	 |		 |		   | [50, 1-12-2021]]					   |

erpnext/stock/report/stock_ageing/test_stock_ageing.py

@@ -3,7 +3,7 @@
 
 import frappe
 
-from erpnext.stock.report.stock_ageing.stock_ageing import FIFOSlots
+from erpnext.stock.report.stock_ageing.stock_ageing import FIFOSlots, format_report_data
 from erpnext.tests.utils import ERPNextTestCase
 
 
@@ -11,7 +11,8 @@ class TestStockAgeing(ERPNextTestCase):
 	def setUp(self) -> None:
 		self.filters = frappe._dict(
 			company="_Test Company",
-			to_date="2021-12-10"
+			to_date="2021-12-10",
+			range1=30, range2=60, range3=90
 		)
 
 	def test_normal_inward_outward_queue(self):
@@ -236,6 +237,371 @@ class TestStockAgeing(ERPNextTestCase):
 		item_wh_balances = [item_wh_wise_slots.get(i).get("qty_after_transaction") for i in item_wh_wise_slots]
 		self.assertEqual(sum(item_wh_balances), item_result["qty_after_transaction"])
 
+	def test_repack_entry_same_item_split_rows(self):
+		"""
+		Split consumption rows and have single repacked item row (same warehouse).
+		Ledger:
+		Item	| Qty | Voucher
+		------------------------
+		Item 1  | 500 | 001
+		Item 1  | -50 | 002 (repack)
+		Item 1  | -50 | 002 (repack)
+		Item 1  | 100 | 002 (repack)
+
+		Case most likely for batch items. Test time bucket computation.
+		"""
+		sle = [
+			frappe._dict( # stock up item
+				name="Flask Item",
+				actual_qty=500, qty_after_transaction=500,
+				warehouse="WH 1",
+				posting_date="2021-12-03", voucher_type="Stock Entry",
+				voucher_no="001",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict(
+				name="Flask Item",
+				actual_qty=(-50), qty_after_transaction=450,
+				warehouse="WH 1",
+				posting_date="2021-12-04", voucher_type="Stock Entry",
+				voucher_no="002",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict(
+				name="Flask Item",
+				actual_qty=(-50), qty_after_transaction=400,
+				warehouse="WH 1",
+				posting_date="2021-12-04", voucher_type="Stock Entry",
+				voucher_no="002",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict(
+				name="Flask Item",
+				actual_qty=100, qty_after_transaction=500,
+				warehouse="WH 1",
+				posting_date="2021-12-04", voucher_type="Stock Entry",
+				voucher_no="002",
+				has_serial_no=False, serial_no=None
+			),
+		]
+		slots = FIFOSlots(self.filters, sle).generate()
+		item_result = slots["Flask Item"]
+		queue = item_result["fifo_queue"]
+
+		self.assertEqual(item_result["total_qty"], 500.0)
+		self.assertEqual(queue[0][0], 400.0)
+		self.assertEqual(queue[1][0], 50.0)
+		self.assertEqual(queue[2][0], 50.0)
+		# check if time buckets add up to balance qty
+		self.assertEqual(sum([i[0] for i in queue]), 500.0)
+
+	def test_repack_entry_same_item_overconsume(self):
+		"""
+		Over consume item and have less repacked item qty (same warehouse).
+		Ledger:
+		Item	| Qty  | Voucher
+		------------------------
+		Item 1  | 500  | 001
+		Item 1  | -100 | 002 (repack)
+		Item 1  | 50   | 002 (repack)
+
+		Case most likely for batch items. Test time bucket computation.
+		"""
+		sle = [
+			frappe._dict( # stock up item
+				name="Flask Item",
+				actual_qty=500, qty_after_transaction=500,
+				warehouse="WH 1",
+				posting_date="2021-12-03", voucher_type="Stock Entry",
+				voucher_no="001",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict(
+				name="Flask Item",
+				actual_qty=(-100), qty_after_transaction=400,
+				warehouse="WH 1",
+				posting_date="2021-12-04", voucher_type="Stock Entry",
+				voucher_no="002",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict(
+				name="Flask Item",
+				actual_qty=50, qty_after_transaction=450,
+				warehouse="WH 1",
+				posting_date="2021-12-04", voucher_type="Stock Entry",
+				voucher_no="002",
+				has_serial_no=False, serial_no=None
+			),
+		]
+		slots = FIFOSlots(self.filters, sle).generate()
+		item_result = slots["Flask Item"]
+		queue = item_result["fifo_queue"]
+
+		self.assertEqual(item_result["total_qty"], 450.0)
+		self.assertEqual(queue[0][0], 400.0)
+		self.assertEqual(queue[1][0], 50.0)
+		# check if time buckets add up to balance qty
+		self.assertEqual(sum([i[0] for i in queue]), 450.0)
+
+	def test_repack_entry_same_item_overconsume_with_split_rows(self):
+		"""
+		Over consume item and have less repacked item qty (same warehouse).
+		Ledger:
+		Item	| Qty  | Voucher
+		------------------------
+		Item 1  | 20   | 001
+		Item 1  | -50  | 002 (repack)
+		Item 1  | -50  | 002 (repack)
+		Item 1  | 50   | 002 (repack)
+		"""
+		sle = [
+			frappe._dict( # stock up item
+				name="Flask Item",
+				actual_qty=20, qty_after_transaction=20,
+				warehouse="WH 1",
+				posting_date="2021-12-03", voucher_type="Stock Entry",
+				voucher_no="001",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict(
+				name="Flask Item",
+				actual_qty=(-50), qty_after_transaction=(-30),
+				warehouse="WH 1",
+				posting_date="2021-12-04", voucher_type="Stock Entry",
+				voucher_no="002",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict(
+				name="Flask Item",
+				actual_qty=(-50), qty_after_transaction=(-80),
+				warehouse="WH 1",
+				posting_date="2021-12-04", voucher_type="Stock Entry",
+				voucher_no="002",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict(
+				name="Flask Item",
+				actual_qty=50, qty_after_transaction=(-30),
+				warehouse="WH 1",
+				posting_date="2021-12-04", voucher_type="Stock Entry",
+				voucher_no="002",
+				has_serial_no=False, serial_no=None
+			),
+		]
+		fifo_slots = FIFOSlots(self.filters, sle)
+		slots = fifo_slots.generate()
+		item_result = slots["Flask Item"]
+		queue = item_result["fifo_queue"]
+
+		self.assertEqual(item_result["total_qty"], -30.0)
+		self.assertEqual(queue[0][0], -30.0)
+
+		# check transfer bucket
+		transfer_bucket = fifo_slots.transferred_item_details[('002', 'Flask Item', 'WH 1')]
+		self.assertEqual(transfer_bucket[0][0], 50)
+
+	def test_repack_entry_same_item_overproduce(self):
+		"""
+		Under consume item and have more repacked item qty (same warehouse).
+		Ledger:
+		Item	| Qty  | Voucher
+		------------------------
+		Item 1  | 500  | 001
+		Item 1  | -50  | 002 (repack)
+		Item 1  | 100  | 002 (repack)
+
+		Case most likely for batch items. Test time bucket computation.
+		"""
+		sle = [
+			frappe._dict( # stock up item
+				name="Flask Item",
+				actual_qty=500, qty_after_transaction=500,
+				warehouse="WH 1",
+				posting_date="2021-12-03", voucher_type="Stock Entry",
+				voucher_no="001",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict(
+				name="Flask Item",
+				actual_qty=(-50), qty_after_transaction=450,
+				warehouse="WH 1",
+				posting_date="2021-12-04", voucher_type="Stock Entry",
+				voucher_no="002",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict(
+				name="Flask Item",
+				actual_qty=100, qty_after_transaction=550,
+				warehouse="WH 1",
+				posting_date="2021-12-04", voucher_type="Stock Entry",
+				voucher_no="002",
+				has_serial_no=False, serial_no=None
+			),
+		]
+		slots = FIFOSlots(self.filters, sle).generate()
+		item_result = slots["Flask Item"]
+		queue = item_result["fifo_queue"]
+
+		self.assertEqual(item_result["total_qty"], 550.0)
+		self.assertEqual(queue[0][0], 450.0)
+		self.assertEqual(queue[1][0], 50.0)
+		self.assertEqual(queue[2][0], 50.0)
+		# check if time buckets add up to balance qty
+		self.assertEqual(sum([i[0] for i in queue]), 550.0)
+
+	def test_repack_entry_same_item_overproduce_with_split_rows(self):
+		"""
+		Over consume item and have less repacked item qty (same warehouse).
+		Ledger:
+		Item	| Qty  | Voucher
+		------------------------
+		Item 1  | 20   | 001
+		Item 1  | -50  | 002 (repack)
+		Item 1  | 50  | 002 (repack)
+		Item 1  | 50   | 002 (repack)
+		"""
+		sle = [
+			frappe._dict( # stock up item
+				name="Flask Item",
+				actual_qty=20, qty_after_transaction=20,
+				warehouse="WH 1",
+				posting_date="2021-12-03", voucher_type="Stock Entry",
+				voucher_no="001",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict(
+				name="Flask Item",
+				actual_qty=(-50), qty_after_transaction=(-30),
+				warehouse="WH 1",
+				posting_date="2021-12-04", voucher_type="Stock Entry",
+				voucher_no="002",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict(
+				name="Flask Item",
+				actual_qty=50, qty_after_transaction=20,
+				warehouse="WH 1",
+				posting_date="2021-12-04", voucher_type="Stock Entry",
+				voucher_no="002",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict(
+				name="Flask Item",
+				actual_qty=50, qty_after_transaction=70,
+				warehouse="WH 1",
+				posting_date="2021-12-04", voucher_type="Stock Entry",
+				voucher_no="002",
+				has_serial_no=False, serial_no=None
+			),
+		]
+		fifo_slots = FIFOSlots(self.filters, sle)
+		slots = fifo_slots.generate()
+		item_result = slots["Flask Item"]
+		queue = item_result["fifo_queue"]
+
+		self.assertEqual(item_result["total_qty"], 70.0)
+		self.assertEqual(queue[0][0], 20.0)
+		self.assertEqual(queue[1][0], 50.0)
+
+		# check transfer bucket
+		transfer_bucket = fifo_slots.transferred_item_details[('002', 'Flask Item', 'WH 1')]
+		self.assertFalse(transfer_bucket)
+
+	def test_negative_stock_same_voucher(self):
+		"""
+		Test negative stock scenario in transfer bucket via repack entry (same wh).
+		Ledger:
+		Item	| Qty  | Voucher
+		------------------------
+		Item 1  | -50  | 001
+		Item 1  | -50  | 001
+		Item 1  | 30   | 001
+		Item 1  | 80   | 001
+		"""
+		sle = [
+			frappe._dict( # stock up item
+				name="Flask Item",
+				actual_qty=(-50), qty_after_transaction=(-50),
+				warehouse="WH 1",
+				posting_date="2021-12-01", voucher_type="Stock Entry",
+				voucher_no="001",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict( # stock up item
+				name="Flask Item",
+				actual_qty=(-50), qty_after_transaction=(-100),
+				warehouse="WH 1",
+				posting_date="2021-12-01", voucher_type="Stock Entry",
+				voucher_no="001",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict( # stock up item
+				name="Flask Item",
+				actual_qty=30, qty_after_transaction=(-70),
+				warehouse="WH 1",
+				posting_date="2021-12-01", voucher_type="Stock Entry",
+				voucher_no="001",
+				has_serial_no=False, serial_no=None
+			),
+		]
+		fifo_slots = FIFOSlots(self.filters, sle)
+		slots = fifo_slots.generate()
+		item_result = slots["Flask Item"]
+
+		# check transfer bucket
+		transfer_bucket = fifo_slots.transferred_item_details[('001', 'Flask Item', 'WH 1')]
+		self.assertEqual(transfer_bucket[0][0], 20)
+		self.assertEqual(transfer_bucket[1][0], 50)
+		self.assertEqual(item_result["fifo_queue"][0][0], -70.0)
+
+		sle.append(frappe._dict(
+			name="Flask Item",
+			actual_qty=80, qty_after_transaction=10,
+			warehouse="WH 1",
+			posting_date="2021-12-01", voucher_type="Stock Entry",
+			voucher_no="001",
+			has_serial_no=False, serial_no=None
+		))
+
+		fifo_slots = FIFOSlots(self.filters, sle)
+		slots = fifo_slots.generate()
+		item_result = slots["Flask Item"]
+
+		transfer_bucket = fifo_slots.transferred_item_details[('001', 'Flask Item', 'WH 1')]
+		self.assertFalse(transfer_bucket)
+		self.assertEqual(item_result["fifo_queue"][0][0], 10.0)
+
+	def test_precision(self):
+		"Test if final balance qty is rounded off correctly."
+		sle = [
+			frappe._dict( # stock up item
+				name="Flask Item",
+				actual_qty=0.3, qty_after_transaction=0.3,
+				warehouse="WH 1",
+				posting_date="2021-12-01", voucher_type="Stock Entry",
+				voucher_no="001",
+				has_serial_no=False, serial_no=None
+			),
+			frappe._dict( # stock up item
+				name="Flask Item",
+				actual_qty=0.6, qty_after_transaction=0.9,
+				warehouse="WH 1",
+				posting_date="2021-12-01", voucher_type="Stock Entry",
+				voucher_no="001",
+				has_serial_no=False, serial_no=None
+			),
+		]
+
+		slots = FIFOSlots(self.filters, sle).generate()
+		report_data = format_report_data(self.filters, slots, self.filters["to_date"])
+		row = report_data[0] # first row in report
+		bal_qty = row[5]
+		range_qty_sum = sum([i for i in row[7:11]]) # get sum of range balance
+
+		# check if value of Available Qty column matches with range bucket post format
+		self.assertEqual(bal_qty, 0.9)
+		self.assertEqual(bal_qty, range_qty_sum)
+
 def generate_item_and_item_wh_wise_slots(filters, sle):
 	"Return results with and without 'show_warehouse_wise_stock'"
 	item_wise_slots = FIFOSlots(filters, sle).generate()

erpnext/translations/de.csv

@@ -1597,6 +1597,7 @@ Method,Methode,
 Middle Income,Mittleres Einkommen,
 Middle Name,Zweiter Vorname,
 Middle Name (Optional),Weiterer Vorname (optional),
+Milestonde,Meilenstein,
 Min Amt can not be greater than Max Amt,Min. Amt kann nicht größer als Max. Amt sein,
 Min Qty can not be greater than Max Qty,Mindestmenge kann nicht größer als Maximalmenge sein,
 Minimum Lead Age (Days),Mindest Lead-Alter (in Tagen),