Fully integrated with online payment gateway service provider worldwide for fast, accurate and secure transactions. Customers using their own devices, scanning the provided QR code. Then select items and confirm the order. Staff will take customer orders right at tableside, reducing missing orders and providing customers an exalted experience. By scanning a QR code from your promotional channels, customers can place orders, specify pick-up time and seamlessly process electronic payment from their mobile device.
All item pictures and menu data are synchronized with Seito POS, easily manage in one backend program. Self-ordering kiosks allow customers to easily choose what they want, paid by their convenient payment methods and get their receipt with an order number. The system will improve the efficiency of your restaurant during peak time, save your manpower to process the complex order procedures and enhancing the customer service.
The self-service kiosk communicates with Seito POS seamlessly, so the orders are printed to the corresponding kitchen printers.
Attractive item photos and information for easy ordering. Multilingual options break down language barriers when ordering. Improve the process of queuing at cashier counters, creates a more efficient restaurant workspace.
Featuring promotional photos and special offers to up-sell customers and encourage impulse ordering. Using Seito Intelligent Management App on your mobile device, you are able to get real-time sales data of all your outlets, including different types of reports. In addition, sales data will be provided in different formats, such as grouping by departments or by time periods. Now you can access all sales data wherever you are.
Kitchen Management System KMS is a complete and integrated solution that can help you improve the efficiency, accuracy, and productivity of your kitchen. Kitchen staff can view and manage customer orders at a glance by touching the monitor display. Depending on the size of your kitchen, multiple monitors can be installed with each only displaying items that are prepared on that line. Together with mobile devices you can quickly adapt to different needs like social distancing, pop-ups or event shops.
With mobile devices and contactless payments you can quickly adapt to the need for social distancing and curbside pickup. With access to all omnichannel orders, associates can easily handle validated eCom returns in the stores. Turn stores into micro fulfillment centers or dark stores. Use stores to fulfill online orders or orders made in other stores.
When associates have access to all stocks, they can sell or make reservations from stocks in other stores. Through the POS you can let in-store customers place orders to any central warehouse, online shop or dark store.
A real-time view of all inventory allows you to access, track, move and manage inventory no matter in what store or warehouse it sits.
You can maximize inventory availability and minimize excess inventory. Apart from RFID, full or partial stocktaking has never been easier. Use the built in camera or connect a traditional scanner to your mobile device and do fly-by cycle counts to increase inventory accuracy.
Use the Point of Sale to view shipments in transfer and manage partial or complete deliveries. When the delivery is accepted the inventory can instantly be available in all sales channels. You can use specific reason codes for e. It will save you time and improve accuracy and insights. Use multiple warehouses per store to improve inventory management.
Categorize warehouses and decide whether a warehouse should be available to other stores and channels. To measure performance and boost teamwork, store associates can access a dashboard with real-time KPIs.
There are increasing demands from consumers and other stakeholders, for retailers to run a more sustainable business. Service and repair tags make it easier for retailers to offer services to reduce their environmental footprint.
Using your POS device to receive incoming goods and print labels as you do so, will save time and your associates will never have to leave the shop floor. With the built-in runner functionality Store Associates can request help from a backroom runner to get the right product to a customer.
With Sitoo, we can synchronize all the stores and online and make sure you have the same information everywhere. If these files are not in the right directory, you can expect to see the compiler generate errors on code that uses Npgsql classes.
Since version 0. Simply issue the following command:. Use of the GAC has implications that you should fully understand before going down this path. Npgsql compiled for Mono doesn't require Mono. Once you copy or set up the assemblies, you're ready to try the examples- jump to section 3. If you are using CVS from a command line, use this command:.
The code will begin transferring:. The officially supported method for compiling Npgsql is NAnt version 0. Version 0. We also have project files for MonoDevelop, Visual Studio. Net and Visual Studio. Net In order to be able to run nunit tests you must first setup your tests database. Now, run the scripts to add tables, functions, data etc. To run nUnit tests, simply run:. This section explains Npgsql usage in a.
Net application Windows or ASP. NET providers, you will find that Npgsql is very similar, in most respects equally or more robust, and backed by an active community. TCP connections are enabled by default on 8. Previous versions should have postmaster started with the "-i" option. Note: Npgsql is still under development. Only features currently supported will be demonstrated. As Npgsql matures, more functionality will become available.
First, in order to access Npgsql objects more easily i. Intellisense in Visual Studio. Net , you need to instruct the compiler to use the Npgsql namespace. As you manipulate data retrieved by Npgsql, classes in System. Data will also be required. In C , add this directive to the appropriate page or class:. If you are using ASP. To establish a connection to a server located at IP When establishing a connection, NpgsqlConnection accepts many parameters which modify its behavior. Here is the list of current parameters you can tweak: From NpgsqlConnection source.
Gets or sets the string used to connect to a PostgreSQL database. Controls whether to attempt a secure connection. Controls whether connection pooling is used. Min pool size, when specified, will make NpgsqlConnection pre-allocate the specified number of connections with the server. Default: 1 MaxPoolSize Max size of connection pool. Pooled connections will be disposed of when returned to the pool if the pool contains more than this number of connections.
Default: 20 Encoding Obsolete. Always returns the string "Unicode", and silently ignores attempts to set it. Timeout Time to wait for connection open in seconds. Default is CommandTimeout Time to wait for command to finish execution before throw an exception.
In seconds. Sslmode Mode for ssl connection control. Require If an SSL connection cannot be established, an exception is thrown. Allow Not supported yet; connects without SSL. Disable No SSL connection is attempted. The default value is "Disable". ConnectionLifeTime Time to wait before closing unused connections in the pool, in seconds.
SyncNotification Specifies if Npgsql should use synchronous notifications SearchPath Changes search path to specified and public schemas. Preload Reader If set to "true" the default is "false" this causes datareaders to be loaded in their entirety before ExecuteReader returns.
This results in less performance especially in the case of very large recordsets, in which case the level of performance could be intolerable , but is left as an option to cover a particular potential backwards-compatibility issue with previous versions of Npgsql. According to the ADO. NET documentation, while an IDataReader is open the IDbConnection used to obtain it is "busy" and cannot be used for any other operations with a few documented exceptions to this rule.
Npgsql enforces this rule and hence while an NpgsqlDataReader is open most other operations on the NpgsqlConnection used to obtain it will result in an InvalidOperationException Npgsql relaxes the rule in allowing you to use a connection if an NpgsqlDataReader has been read to the end of it's resultset s even if it hasn't been closed, since at this point it is no longer using any resources from the connection. Previously however, Npgsql allowed users to completely ignore this rule. This was entirely a side-effect of internal implementation issues, and strictly speaking has never been supported since it always violates the ADO.
NET specification but that will be little comfort should you suddenly find previously working code is broken. Hence if you find a problem with this change you can use this connection-string option to move back to the previous behaviour.
If you do use it however, you should do so as a stop-gap before fixing the code in question for two reasons: Performance and, particularly, scalability is much better without this option. Such code will be likely to fail, should you at any point want to extend to support a different data provider. NET System. DateTime type or the Npgsql date and time types like NpgsqlTimeStamp which has functionality and ranges beyond that of System.
Either option allows both the Npgsql and System types to be used, but if set to "true" DataAdaptors will expect to be passed the specific Npgsql type for the field in question, whereas if set to "false" they will expect System. This option is experimental and will hopefully its impact will be reduced or removed in later releases. The previous example doesn't do anything useful. It merely connects to the database and disconnects. If there is an error, a NpgsqlException is thrown.
Now, suppose you have a table called "table1" with two fields, "fielda" and "fieldb", both of type int. If you want to insert tuple 1, 1 in this table you can send the insert statement:. In some scenarios, you only need to retrieve a single value scalar from a function. Use the ExecuteScalar method on a Command object :. There are several ways to return recordsets with Npgsql. When you'd like to pass a SQL statement as command text and access the results with a memory-efficent DataReader, use the ExecuteReader method of the NpgsqlCommand object:.
Parameters let you dynamcially insert values into SQL queries at run-time.
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