Download Apps Dictionary

The only SCRABBLE dictionary app approved by Hasbro, this version is based on the complete content from The Official SCRABBLE Players Dictionary, Fifth Edition  enhanced with up to 15-letter words and an updated "Word Finder" tool to help you find words that can be formed from available letters.

Specialist dictionaries such as the Oxford dictionaries of Etymology, Finance, Geology, and more, offer insight into specific fields. The apps offer an immersive learning experience with features such as audio pronunciations, offline mode for easy access at all times, and a Word of the day feature to expand your vocabulary in everyday life.

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I think I want to use a dictionary variable in my logic apps. The contains function seems useful to me, especially if my collection is a dictionary. I can't see how to Initialize a variable as a dictionary, though. Have any of you done anything like that?

I'm a bit new to conlanging and am looking for a mobile app that allows you to make a custom dictionary that allows you to put in multiple definitions, examples, and maybe antonyms and synonyms, not looking for phonetic characters capability ( I don't properly understand the IPA chart yet) just a orginized place to store my words and definitions. I'm not getting google sheets since you have to organize it yourself. If anyone has any suggestions that would be great!

10+ year Anki fan (and supporter/evangelist) here and I've just started picking up Japanese again, and was blown away when I saw the Japanese dictionary app Takoboto does fantastic pushing (excluding duplicates) direct to AnkiDroid the other day.

Hello Everyone, Today, I am here with my first extension named as Dictionary extension. This extension allows you to make fully functional Dictionary apps. It has unlimited requests and supports 13 Languages used worldwide.

Thank you Grant Ireland. You are TRULY my hero. I'm a writer and I force-click words while I work to look them up, and for 2 long months I'd been forced to use the British Oxford dictionary even though I'm an American writing for mostly Americans!

The XAML elements you might want to declare most often as XAML resources include Style, ControlTemplate, animation components, and Brush subclasses. Here, we explain how to define a ResourceDictionary and keyed resources, and how XAML resources relate to other resources that you define as part of your app or app package. We also explain resource dictionary advanced features such as MergedDictionaries and ThemeDictionaries.

When you perform a resource lookup in code, only the resources in the Page.Resources dictionary are looked at. Unlike the StaticResource markup extension, the code doesn't fall back to the Application.Resources dictionary if the resources aren't found in the first dictionary.

To access that element's resources from code, use that element's Resources property. Accessing a FrameworkElement's resources in code, rather than XAML, will look only in that dictionary, not in parent element's dictionaries.

Here's what happens in this example. In , you declare . The XAML framework implicitly creates a resource dictionary for you when you add resources to ; however, in this case, you don't want just any resource dictionary, you want one that contains merged dictionaries.

In the resource-lookup sequence, a MergedDictionaries dictionary is checked only after a check of all the other keyed resources of that ResourceDictionary. After searching that level, the lookup reaches the merged dictionaries, and each item in MergedDictionaries is checked. If multiple merged dictionaries exist, these dictionaries are checked in the inverse of the order in which they are declared in the MergedDictionaries property. In the following example, if both Dictionary2.xaml and Dictionary1.xaml declared the same key, the key from Dictionary2.xaml is used first because it's last in the MergedDictionaries set.

You can use the combination of the lookup sequence and lack of unique key enforcement across merged-dictionary scopes to create a fallback value sequence of ResourceDictionary resources. For example, you might store user preferences for a particular brush color in the last merged resource dictionary in the sequence, using a resource dictionary that synchronizes to your app's state and user preference data. However, if no user preferences exist yet, you can define that same key string for a ResourceDictionary resource in the initial MergedDictionaries file, and it can serve as the fallback value. Remember that any value you provide in a primary resource dictionary is always checked before the merged dictionaries are checked, so if you want to use the fallback technique, don't define that resource in a primary resource dictionary.

A theme dictionary is a special type of merged dictionary that holds the resources that vary with the theme a user is currently using on his or her device. For example, the "light" theme might use a white color brush whereas the "dark" theme might use a dark color brush. The brush changes the resource that it resolves to, but otherwise the composition of a control that uses the brush as a resource could be the same. To reproduce the theme-switching behavior in your own templates and styles, instead of using MergedDictionaries as the property to merge items into the main dictionaries, use the ThemeDictionaries property.

For theme dictionaries, the active dictionary to be used for resource lookup changes dynamically, whenever ThemeResource markup extension is used to make the reference and the system detects a theme change. The lookup behavior that is done by the system is based on mapping the active theme to the x:Key of a specific theme dictionary.

It can be useful to examine the way that the theme dictionaries are structured in the default XAML design resources, which parallel the templates that the Windows Runtime uses by default for its controls. Open the XAML files in \(Program Files)\Windows Kits\10\DesignTime\CommonConfiguration\Neutral\UAP\\Generic using a text editor or your IDE. Note how the theme dictionaries are defined first in generic.xaml, and how each theme dictionary defines the same keys. Each such key is then referenced by elements of composition in the various keyed elements that are outside the theme dictionaries and defined later in the XAML. There's also a separate themeresources.xaml file for design that contains only the theme resources and extra templates, not the default control templates. The theme areas are duplicates of what you'd see in generic.xaml.

When you use XAML design tools to edit copies of styles and templates, the design tools extract sections from the XAML design resource dictionaries and place them as local copies of XAML dictionary elements that are part of your app and project.

The lookup sequence then checks the next parent object in the runtime object tree of the app. If a FrameworkElement.Resources exists and holds a ResourceDictionary, the dictionary item with the specified key string is requested. If the resource is found, the lookup sequence stops and the object is provided to the location where the reference was made. Otherwise, the lookup behavior advances to the next parent level towards the object tree root. The search continues recursively upwards until the root element of the XAML is reached, exhausting the search of all possible immediate resource locations.

The order of resources added to a ResourceDictionary affects the order in which they are applied. The XamlControlsResources dictionary overrides many default resource keys and should therefore be added to Application.Resources first so that it doesn't override any other custom styles or resources in your app.

Control templates have another possible location in the reference lookup: theme dictionaries. A theme dictionary is a single XAML file that has a ResourceDictionary element as its root. The theme dictionary might be a merged dictionary from Application.Resources. The theme dictionary might also be the control-specific theme dictionary for a templated custom control.

XAML resource references within a particular resource dictionary must reference a resource that has already been defined with a key, and that resource must appear lexically before the resource reference. Forward references cannot be resolved by a XAML resource reference. For this reason, if you use XAML resource references from within another resource, you must design your resource dictionary structure so that the resources that are used by other resources are defined first in a resource dictionary.

In C# or Microsoft Visual Basic code, you can reference a resource in a given ResourceDictionary by using the indexer (Item). A ResourceDictionary is a string-keyed dictionary, so the indexer uses the string key instead of an integer index. In Visual C++ component extensions (C++/CX) code, use Lookup.

Merged resource dictionaries are included into the index scope of the primary resource dictionary that references the merged dictionary at run time. In other words, you can use Item or Lookup of the primary dictionary to find any objects that were actually defined in the merged dictionary. In this case, the lookup behavior does resemble the parse-time XAML lookup behavior: if there are multiple objects in merged dictionaries that each have the same key, the object from the last-added dictionary is returned.

For advanced scenarios, you can implement a class that can have different behavior than the XAML resource reference lookup behavior described in this topic. To do this, you implement the class CustomXamlResourceLoader, and then you can access that behavior by using the CustomResource markup extension for resource references rather than using StaticResource or ThemeResource. Most apps won't have scenarios that require this. For more info, see CustomXamlResourceLoader.

Preferably it would be in the same app, but I would also consider dictionary apps that seamlessly allows export to an Anki deck, for instance. I would be willing to pay for a nice experience, so non-free app suggestions are also welcome. ff782bc1db