- IMAGE BROKEN IN BBEDIT FOR HTML PAGE ON MAC HOW TO
- IMAGE BROKEN IN BBEDIT FOR HTML PAGE ON MAC DOWNLOAD
This command will convert decomposed Unicode pairs (such as a letter followed by a combining accent or diaresis) into a single Unicode character, where possible.Īdded a new script attachment point, to provide additional control over the text generated when you drop an image file into a BBEdit editing view.
IMAGE BROKEN IN BBEDIT FOR HTML PAGE ON MAC DOWNLOAD
When the item is dropped in its destination, BBEdit will download the file as indicated.Īdded “Precompose Unicode” to the Text menu. When dragging an image or an HTML file into a Markdown document, BBEdit will generate appropriately formatted Markdown references.Īdded the ability to drag files (not folders) from an FTP/SFTP browser window to the Finder (and other applications that want files). Notes exist on disk as text files there’s no secret file format involved.Īdded “Repeat Last Command” to the Edit menu. BBEdit keeps notes all together in a “notebook”. Notes are mostly like ordinary text documents, except that you don’t have to remember to save them or even make up a name if you don’t want to. But neither, thankfully, does it show warnings for symbols that it doesn’t know about.
IMAGE BROKEN IN BBEDIT FOR HTML PAGE ON MAC HOW TO
So, when editing a Swift file, I get live reporting of syntax errors, which is great, but it doesn’t offer completions of symbols from the same framework or know how to find definitions. The compilation database does not include information about Swift files, and sourcekit-lsp for Swift doesn’t seem to be able to figure out my project structure itself. h files as Objective-C++ and then turn off LSP for Objective-C++ files. So I end up with spurious warnings about types (even intptr_t) and macros (such as API_AVAILABLE) that were declared in an included file. It’s not obvious how to generate a compilation database for those files, nor where to put it. For example, I like to view/search the header files from Apple’s SDKs.
One issue I ran into is loose C/Objective-C files that aren’t part of an Xcode project. It’s not a list of the actual symbols to be indexed, like with ctags, so it does not need to be regenerated frequently. Note that this JSON only contains information about the project files and how they’re compiled. There’s a sample shell script that you can set up to generate the compile_commands.json for each Xcode project. Without this, it won’t even know what NSString is. The compilation database is a JSON file named “ compile_commands.json” which lives at I put that in quotes because, although the language server is pre-installed and pre-configured:Ĭlangd relies on a “compilation database” which provides necessary informationĪbout compiler options and lists the files relevant to the current project workspace. C-family languages and Swift “work” out of the box if you have Xcode installed. If you’re using a custom language, you can write your own LSP server.Īs you might expect, to get this working requires installing a server package for each language (links here). It uses an open protocol that’s implemented by various open-source language implementations.
In a way, this is better because it also works with languages not supported by Xcode. I’d long hoped that Xcode would add an API to make its indexing information available to external editors. I’m really excited about this, as it enables all sorts of IDE-type features. If a language server reports issues (errors and warnings) for a file in which you’re editing, ranges corresponding to those issues get highlighted according to their severity, and the corresponding lines are highlighted in the line number bar.Ĭommand-double-click on a word will direct the request to an appropriate language server and perform the equivalent of “Go to Definition”, if possible. If a language server supports the “signature help” feature, BBEdit enables the “Show Parameter Help” command on the Edit menu choosing this will open a panel providing assistance for filling in function parameters at the current insertion point (if applicable). (occasionally referred to here as “LSP”, not to be confused withĬompletions supplied by the language server are significantly more accurate and complete than those available using the built-in mechanisms. BBEdit 14.0 and later feature built-in support for the Language Server Protocol,
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