Workbench User Guide Eclipse platform overview Getting started Basic tutorial The Workbench Editors and views Editors Views. Also make sure User Profile Service Application, Managed Metadata Service, and Search Service Application are up running and they are connected to your My site web. Office 365 client update channel releases. Get information about all of the channel releases for Office 365 client applications. Check this page regularly for the. A trigger is a program that may run automatically when a database operation is performed on a specified physical file (TABLE). The change operation can be an insert.

Mapbox API Documentation. Retrieve a static map from a style. In contrast to the legacy Static API. API supports pitch, bearing, and decimal zoom levels. The position of the map is represented by 5 numbers: longitude, latitude. The last two numbers, bearing and pitch, are.

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If you specify neither, they will both default to 0. URL Parameter. Descriptionoverlayone or more comma- separated features to draw on top of the map. These can be in. format. Fractional zoom levels will be rounded to two decimal places. Defaults to. . pitch(optional)pitch: tilts the map, producing a perspective effect. Defaults to. is added, the viewport will fit the bounds of the overlay.

If used. . widthwidth of the image; number between. If. is added to request a retina 2x image will be returned. Query Parameter. Descriptionattribution(optional)boolean.

Twitter introduced an updated privacy policy on Wednesday that has users worried about how their private information is being tracked, stored and used. In the policy. There’s a great article by Ari Bakker out there that shows how to set up a simple a Employee Directory on SharePoint 2013: How to: Create a Simple SharePoint 2013.

Mapbox logo on the image; defaults to. All overlays will be inserted before the specified layer. The attribution option removes watermarked attribution from the image. Open. Street. Map?

If you specify attribution=false, you. Tiles and static images returned from this API will be one zoom level offset from tiles and static images returned from the Static (Classic) API.

Requirement is to redirect users to Thank You Page in SharePoint Survey on clicking Finish button. One quick trick comes to my mind is: Appending Source parameter to.

This is due to the size of the individual tiles being created - - this API creates 5. Static Classic API creates 2. The offset was introduced to keep zoom level 0 the lowest zoom (one tile for the whole world). Example: the tile at zoom level 0 from this API covers 5. This is the same pixel area as zoom level 1 in the Static (Classic) API, where there are 4 tiles to fill the same space.

The features shown in zoom level 0 of the Static API are matched identically to the features shown in zoom level 1 of the Static (Classic) API. Overlay. An overlay is data that can be applied on top of the map at request time. These are comma separated and can be a mix of valid Geo. JSON, a marker, a custom marker or path.

Overlays cannot consist of more than 1. The maximum overlay length is 2.

The order of the features dictates their Z- order on the page. The last item in the list will have the highest Z- order (will overlap the other features in the list), and the first item in the list will have the lowest (will underlap the other features). Marker. Options are.

Marker symbol. Options are an alphanumeric label. If a letter is requested, it will be rendered uppercase only. A 3- or 6- digit hexadecimal color code. Custom markerurl- .

Can be of type. . Custom markers are cached according to the. Expires and Cache- Control headers. Make sure that at least one of these. The marker image is always centered on the specified location.

When creating. an asymmetric marker like a pin, make sure that the tip of the pin is at the. Geo. JSONgeojson(.

Learn the structure of an Access database. Becoming familiar with the tables, forms, queries, and other objects in a database can make it easier to perform a wide variety of tasks, such as entering data into a form, adding or removing tables, finding and replacing data, and running queries. This article provides a basic overview of the structure of a Microsoft Office Access database. Access provides several tools that you can use to familiarize yourself with the structure of a particular database. This article also explains how, when, and why you use each tool. Understand the basics of an Access database. A database is a collection of information that is related to a particular subject or purpose, such as tracking customer orders or maintaining a music collection.

If your database isn't stored on a computer, or only parts of it are, you may be tracking information from a variety of sources that you must coordinate and organize. For example, suppose the phone numbers of your suppliers are stored in various locations: in a card file containing supplier phone numbers, in product information files in a file cabinet, and in a spreadsheet containing order information. If a supplier's phone number changes, you might have to update that information in all three places.

In a well- designed Access database, the phone number is stored just once, so you only have to update that information in one place. As a result, when you update a supplier's phone number, it is automatically updated wherever you use it in the database. Access database files. You can use Access to manage all of your information in one file. Within an Access database file, you can use: Tables to store your data. Queries to find and retrieve just the data that you want. Forms to view, add, and update data in tables.

Reports to analyze or print data in a specific layout. Store data once in one table, but view it from multiple locations. When you update the data, it's automatically updated everywhere it appears. Retrieve data by using a query. View or enter data by using a form. Display or print data by using a report.

All of these items — tables, queries, forms, and reports — are database objects. Note: Some Access databases contain links to tables that are stored in other databases. For example, you may have one Access database that contains nothing but tables, and another Access database that contains links to those tables, as well as queries, forms, and reports that are based on the linked tables. In most cases, it does not matter whether a table is a linked table or actually stored in the database. Tables and relationships.

To store your data, you create one table for each type of information that you track. Types of information might include customer information, products, and order details. To bring the data from multiple tables together in a query, form, or report, you define relationships between the tables. Customer information that once existed in a mailing list now resides in the Customers table. Order information that once existed in a spreadsheet now resides in the Orders table. A unique ID, such as a Customer ID, distinguishes one record from another within a table. By adding one table's unique ID field to another table and defining a relationship between the two fields, Access can match related records from both tables so that you can bring them together in a form, report, or query.

Queries. A query can help you find and retrieve the data that meets conditions that you specify — including data from multiple tables. You can also use a query to update or delete multiple records at the same time and to perform predefined or custom calculations on your data. The Customers table has information about customers. The Orders table has information about customer orders. This query retrieves the Order ID and Required Date data from the Orders table, and the Company Name and City data from the Customers table. The query returns only orders that were required in April, and only for customers who are based in London. Forms. You can use a form to easily view, enter, and change data one row at a time.

You can also use a form to perform other actions, such as sending data to another application. Forms typically contain controls that are linked to underlying fields in tables. When you open a form, Access retrieves the data from one or more of those tables, and then displays the data in the layout that you chose when you created the form. You can create a form by using one of the Form commands on the Ribbon, the Form Wizard, or create a form yourself in Design view.

A table displays many records at the same time, but you may have to scroll horizontally to see all of the data in a single record. Photo Toolbox 1 12 3 1 there. Also, when you view a table, you can't update data from more than one table at the same time. A form focuses on one record at a time, and it can display fields from more than one table. It can also display pictures and other objects. A form can contain a button that you click to print a report, open other objects, or otherwise automate tasks.

Reports. You can use a report to quickly analyze your data or to present it a certain way in print or in other formats. For example, you may send a colleague a report that groups data and calculates totals. Or, you may create a report with address data formatted for printing mailing labels. Use a report to create mailing labels. Use a report to show totals in a chart. Use a report to display calculated totals. Now that you know about the basic structure of Access databases, read on to learn how to use the built- in tools to explore a particular Access database.

Top of Page. See details about the objects in a database. One of the best ways to learn about a particular database is by using the Database Documenter. You use the Database Documenter to build a report containing detailed information about the objects in a database. You first choose which objects will be detailed in the report. When you run the Database Documenter, its report contains all of the data about the database objects that you selected. Open the database that you want to document.

On the Database Tools tab, in the Analyze group, click Database Documenter. In the Documenter dialog box, click the tab that represents the type of database object that you want to document.

To create a report on all of the objects in a database, click the All Object Types tab. Select one or more of the objects listed on the tab. To select all of the objects on a tab, click Select All. Click OK. The Database Documenter creates a report that contains detailed data for each selected object, and then opens the report in Print Preview.

For example, if you run the Database Documenter against a data entry form, the report created by the Documenter lists the properties for the form as a whole, the properties for each of the sections in the form, and the properties for any buttons, labels, text boxes, and other controls on the form, plus any code modules and user permissions that are associated with the form. To print the report, on the Print Preview tab, in the Print group, click Print. Top of Page. Explore a table in Design view. Opening a table in Design view gives you a detailed look at the table's structure.

For example, you can find the data type setting for each field, find any input masks, or see if the table uses any lookup fields — fields that use queries to extract data from other tables. This information is useful because data types and input masks can affect your ability to find data and run update queries. For example, suppose that you want to use an update query to update particular fields in one table by copying data in similar fields from another table. The query will not run if the data types for each field in the source and destination tables don't match. Open the database that you want to analyze. In the Navigation Pane, right- click the table that you want to explore, and then click Design View on the shortcut menu.