No matter how many sessions I create, they all get piled onto the same icon that’s created for the sessions (this icon is over to the right - it’s not the icon that’s pinned). Then I just click that pinned icon to start a new Emacs session. I create a shortcut to `runemacs.exe` in the same folder as that executable. I just do the same thing I’ve always done, in previous versions of Windows (back at least through Windows XP). In shown dialog in Target field replace emacs.exe with runemacs.exe and click Apply Pin newly created taskbar icon, right-click it and in context menu right-click “emacs” and select “Properties”Ĥ. Start Emacs from Start menu (or run runemacs.exe directly)ģ. Remove (unpin) any Emacs pinned icons from taskbarĢ. On Windows 10 and later pinning shortcut created by installer to Windows taskbar will pin runemacs.exe, when clicked such pin will spawn other process (emacs.exe) and create another un-pinned same-looking icon on taskbar. See MsWindowsSevenProblems Pin Shortcut to Taskbar (Windows 10) This may not work correctly on Windows 7. An empty string starts a new server if needed a EDITOR specifies to the emacsclientw.exe which editor to run if emacs.exe is not running. n means no wait - don't wait for the server to return c tells emacs to create a new frame instead of trying to use an existing frame. This shortcut will connect to Emacs daemon if it is running, otherwise opens a new frame. Right-click in a file folder, select New → Shortcut, and enter: c: \path \to \emacs \bin \emacsclientw.exe -c -n -a c: \path \to \emacs \bin \runemacs.exe Use this code for a desktop/task-bar shortcut. This also simplifies other methods mentioned on this page (no explicit paths needed then). Put the Emacs ‘bin’ folder in the Windows PATH environment variable (right-click Computer, Properties, Advanced, Environment Variables). Starting the shell with the -i command causes plumbing errors in the shell’s output and the resulting error message confuses the parsing, setting both the env PATH and the exec-path incorrectly.This page is about different ways to integrate Emacs into MS Windows: Run Emacs from a `cmd' Window : Deleted the -i flag from the shell invocation in the function. Note: when using fish shell "$SHELL -login -c 'string join : $PATH'" should be used as argument to shell-command-to-string, as fish prints $PATH (and other variables ending in path) separated with spaces instead of colons. (setq exec-path (split-string path-from-shell path-separator)))) ( let ((path-from-shell (replace-regexp-in-string This is particularly useful under Mac OS X and macOS, where GUI "Set up Emacs' ` exec-path' and PATH environment variable to match Set ‘exec-path’ to match shell PATH automatically ( defun set-exec-path-from-shell-PATH () The exec-path is used by emacs itself to find programs it needs for its features, such as spell checking, file compression, compiling, grep, diff, etc.The value of environment variable “PATH” is used by emacs when you are running a shell in emacs, similar to when you are using a shell in a terminal.I found there are difference between ‘exec-path’ and PATH. (setq exec-path (append exec-path '( "/sw/bin"))) Here’s an example of appending the /sw/bin directory to the exec-path and PATH variables (useful for Mac OS X users running LaTeX): (setenv "PATH" (concat (getenv "PATH") ":/sw/bin")) It contains a list of directories Emacs will search for executables. This variable is the equivalent of the PATH environment variable for Emacs.
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