![]() ![]() In IntelliJ IDEA, you can visualize dependencies between the parts of a project (modules, classes, and so on) and highlight the information flow using the. You can use basic arithmetic operators - +, -, *, /, as well as ^ for power - and basic math functions: sqrt(), sin(), cos(), tan(). IntelliJ IDEA has a tool that allows you to analyze dependencies between modules, packages, and classes in your application and prepare for structural changes - the dependency analyzer. In the All tab of the popup, you can also calculate mathematical expressions and then press Enter to copy the result to the clipboard: You can also use wildcards when specifying the name: '*' (asterisk) represents zero or more characters '+' (plus), ':' (semicolon), '.' (dot), and '\' (backslash) separate parts of the type's fully qualified name. You can also start textual search by pressing Control+Alt+Shift+E or choosing Navigate | Text. You can disable this behavior by clearing Show text search results in Search Everywhere on the Advanced page of JetBrains Rider settings. Switch to the Text tab to show only textual matches and ignore other results. Search textual occurrencesīy default, navigation to text is integrated into Search Everywhere - JetBrains Rider will show textual occurrences matching the query string at the bottom of the result list, after all matching types, symbols, and files. However, while using exact search to filter out compound names, you can still use wildcard symbols * and ? to allow exactly as much variation as you need. If you want to search for an exact match, use quotes: looking up "Collection" will return Collection but will not return FilteredCollection, IterateCollection(), and so on. Consider the example below: Search for exact matches If you want to navigate to a type or member by its fully-qualified name, type parts of the name and split them with spaces or dots. To disable the Double-Shift mapping for this action, select Disable double modifier key shortcuts on the Advanced Settings page of the IDE settings Control+Alt+S Search for items with compound namesĬase-insensitive CamelHumps is supported here: for example, you can type "ch" instead of "ColorHelper". If it is in referenced libraries, JetBrains Rider navigates according to the settings defined on the Tools | External Symbols page of JetBrains Rider settings Control+Alt+S. If the item you navigate to belongs to the current solution, JetBrains Rider opens the corresponding file in the editor and places the caret at the symbol declaration. Depending on its kind, JetBrains Rider will open the symbol in the editor, execute the action or open the settings page. To specify which kinds of items JetBrains Rider should search, click and configure the search scopes. If there are no matches for your input in the solution, JetBrains Rider starts looking for matching library types automatically. ![]() Select the Include non-solution items checkbox or press Control+N, G to display items from libraries referenced in the solution.īy default, as long as your input matches something in your solution, only solution items are displayed. If you have too many matches, use the tabs at the top of the popup or corresponding shortcuts to only see items of specific kinds:įor extended textual search (match casing, use regular expressions, and so on), press Control+F to search text in the current document, and Control+Shift+F to search text in the entire solution. As you type, the list of items narrows down, suggesting names that match the entered substring. In the Search Everywhere list that appears, start typing the item name. Start the searchĬlick in the upper-right corner of the Rider window. The list of suggestions appears as soon as you invoke this feature and initially includes your recent files. For example, if you specify the text filter id for the $attribute$ variable and the \d+ regular expression as the text filter for the $value$ variable, you can find all tags that have numeric values in the id attribute.Use this command to navigate to the following destinations: types, symbols, files, recent files, textual occurrences, actions, tool windows, run configurations, preferences, Git branches, commits, tags, messages, and so on. ![]() For example, if you specify li, you will get all li tags.Ĭonsider the following template for searching in XML and HTML. īy placing constraints on the variable $tag$, you can specify tags that you want to find. As an example, say you wanted to replace all the println function in HelloWorldWIthArgumentsDebug Scala file with place your cursor on the first println function and then pressing Cmd + Ctrl + G if you are on Mac or keep pressing Alt + J if you are using windows, IntelliJ will highlight and make all the println function calls editable. The simplest template to search for a tag is. Searching for XML and HTML tags, attributes, and their values The following examples show how you can use structural search in HTML and XML code. Placing if('_a) where _a and _st are variables and * denotes zero or more occurrences in Contained in Constraints field and selecting Invert condition checkbox of Complete Match variable will result a search of logging statements that are not contained in the if statement.
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