This will look up the selected item in the dictionary. This option will add the selected item to the dictionary, and the word won't treat as misspelled again. Once you ignore, the red underline will be gone, and that word will be treated as correct, but if you leave that file and come back, the ignore-state isn't saved, and the word will be treated as misspelled again. This option will ignore the selected item, but it doesn't work with Xcode. This is equivalent to ⌘ - command + shortcut. This will select the next mispelled word. This is equivalent to right-click and select. Select the suggested word from the bottom and click Change to fix the text. This window will show up over your Xcode. Open Spelling and Grammar window with the following shortcut:Įdit menu > Format > Spelling and Grammar > Show Spelling and Grammar. To fix typo with this method, first, you need to open the Spelling and Grammar window. The faster way would be using Spelling and Grammar window. Right-click and choose correction from the suggested list.įixing typo this way would be very slow if you have a large number of misspelled words. Right-click or Control-click on the misspelled word will open a menu with suggested corrections. There are two ways to correct misspelled words. So you can see every typo in the current file with this method. Repeat this command will jump to the next one. An easy way to find all misspelled words is by using the following command:Įdit menu > Format > Spelling and Grammar > Check Document Now.Ĭheck Document Now command will find and select a misspelled word. But it is hard to notice all the words if you have a large file. How to detect the typoĪs mentioned earlier, the misspelled word will be highlighted with a red underline. The only current option is customTypes.Sponsor and reach thousands of iOS developers. It is an optional parameter to the typeCheck and parsedTypeCheck functions. You can use the wildcard * to search for any type at all.Ĭheck out the type precedence library for type-check. (String, Number).Īn array and tuple structure check that the value is of type Array by default, but if another type is specified, they will check for that instead - eg. Each element is separated by a comma - eg. Ī tuple checks for a fixed number of elements, each of a potentially different type. typeCheck typeCheck ( 'Number', 1 ) // true typeCheck ( 'Number', 'str' ) // false typeCheck ( 'Error', new Error ) // true typeCheck ( 'Undefined', undefined ) // true // Comment typeCheck ( 'count::Number', 1 ) // true // One type OR another type: typeCheck ( 'Number | String', 2 ) // true typeCheck ( 'Number | String', 'str' ) // true // Wildcard, matches all types: typeCheck ( '*', 2 ) // true // Array, all elements of a single type: typeCheck ( '', ) // true typeCheck ( '', ) // false // Tuples, or fixed length arrays with elements of different types: typeCheck ( '(String, Number)', ) // true typeCheck ( '(String, Number)', ) // false typeCheck ( '(String, Number)', ) // false // Object properties: typeCheck ( ' will match an object with an x property that is a boolean, and with zero or more other properties.įor an array, you must specify one or more types (separated by |) - it will pass for something of any length as long as each element passes the types provided - eg. Basic types: var typeCheck = require ( 'type-check' ).
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