* fix(stock): use stored posting_datetime for repost boundary
get_stock_ledger_entries re-derived posting_datetime from posting_date and
posting_time on every call, discarding the stored value its callers pass in.
when a row's stored posting_datetime differs from that pair, the replay window
is built from the wrong instant: the row falls outside the range filter and is
never recomputed, while get_previous_sle still selects it as the opening
balance and reuses its stale qty_after_transaction. every later entry inherits
the error, leaving bin qty adrift from the sum of its ledger.
derive the boundary only when the caller has not supplied one.
* fix(stock): match current voucher sle on stored posting_datetime
get_sle_against_current_voucher selected rows with an equality check against a
posting_datetime re-derived from posting_date and posting_time. a row whose
stored posting_datetime differs from that pair matches nothing, so reposting
the voucher silently processes zero entries and the row can never be corrected
through its own voucher.
read the timestamp from the stored row when the sle is known, and derive it
only as a fallback.
* test(stock): cover repost with diverged posting_datetime
add a repack scenario whose incoming entry stores a posting_datetime one
microsecond before its own posting_time. asserts the voucher lookup still
finds that entry, and that reposting replays it instead of reusing its stale
qty_after_transaction, which otherwise left bin qty at 115 against 615 of
recorded movements.
(cherry picked from commit 6cee9c330c)
# Conflicts:
# erpnext/stock/doctype/stock_ledger_entry/test_stock_ledger_entry.py
ERPNext
100% Open-Source ERP system to help you run your business.
Motivation
Running a business is a complex task - handling invoices, tracking stock, managing personnel and even more ad-hoc activities. In a market where software is sold separately to manage each of these tasks, ERPNext does all of the above and more, for free.
Key Features
- Accounting: All the tools you need to manage cash flow in one place, right from recording transactions to summarizing and analyzing financial reports.
- Order Management: Track inventory levels, replenish stock, and manage sales orders, customers, suppliers, shipments, deliverables, and order fulfillment.
- Manufacturing: Simplifies the production cycle, helps track material consumption, exhibits capacity planning, handles subcontracting, and more!
- Asset Management: From purchase to perishment, IT infrastructure to equipment. Cover every branch of your organization, all in one centralized system.
- Projects: Delivery both internal and external Projects on time, budget and Profitability. Track tasks, timesheets, and issues by project.
Under the Hood
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Frappe Framework: A full-stack web application framework written in Python and Javascript. The framework provides a robust foundation for building web applications, including a database abstraction layer, user authentication, and a REST API.
-
Frappe UI: A Vue-based UI library, to provide a modern user interface. The Frappe UI library provides a variety of components that can be used to build single-page applications on top of the Frappe Framework.
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See Frappe Docker for ARM based docker setup.
Development Setup
Manual Install
The Easy Way: our install script for bench will install all dependencies (e.g. MariaDB). See https://github.com/frappe/bench for more details.
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Local
To setup the repository locally follow the steps mentioned below:
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Setup bench by following the Installation Steps and start the server
bench start -
In a separate terminal window, run the following commands:
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Get the ERPNext app and install it
# Get the ERPNext app bench get-app https://github.com/frappe/erpnext # Install the app bench --site erpnext.localhost install-app erpnext -
Open the URL
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