by Marciano Siniscalchi [http://tekonomist.wordpress.com]

Additional contributors (thank you thank you thank you): first of all, Wallace Wu and Juerg Rast, who contributed code for multifile support in ref and cite completions, "new-style" ref/cite completion, and project file support. Also, skuroda (Preferences menu), Sam Finn (initial multifile support for the build command); Daniel Fleischhacker (Linux build fixes), Mads Mobaek (universal newline support), Stefan Ollinger (initial Linux support), RoyalTS (aka Tobias Schidt?) (help with bibtex regexes and citation code, various fixes), Juan Falgueras (latexmk option to handle non-ASCII paths), Jeremy Jay (basic biblatex support), Ray Fang (texttt snippet), Ulrich Gabor (tex engine selection and cleaning aux files), Wes Campaigne and 'jlegewie' (ref/cite completion 2.0!). Huge thanks to Daniel Shannon (aka phyllisstein) who first ported LaTeXTools to ST3.

If you have contributed and I haven't acknowledged you, email me!

Latest revision: 2013-7-29.

Highlight: Beginning with this version of the plugin, both Sublime Text2 and Sublime Text 3 are fully supported! The same code base works on ST2 and ST3. For the latter, I am testing on build 3047 (aka ST3 Beta). Again, huge thanks to phyllisstein; my port to ST3 is largely based on his great work.

Emergency fallback notice: I have been testing this version of the plugin for a while, and have had no issues. However, you never know. I have created a separate branch, called st2, containing the "old" code, right before merging support for Sublime Text 3. In case anything goes wrong, as an emergency fallback, you can switch to that branch on GitHub, download the code, and unzip the file in a (fresh) LaTeXTools directory. But, hopefully that won't be necessary.

This plugin provides several features that simplify working with LaTeX files:

• The ST build command takes care of compiling your LaTeX source to PDF using texify (Windows/MikTeX) or latexmk (OSX/MacTeX, Windows/TeXlive, Linux/TeXlive). Then, it parses the log file and lists errors and warning. Finally, it launches (or refreshes) the PDF viewer (SumatraPDF on Windows, Skim on OSX, and Evince on Linux) and jumps to the current cursor position.
• Forward and inverse search with the named PDF previewers is fully supported
• Easy insertion of references and citations (from BibTeX files)
• Plugs into the "Goto anything" facility to make jumping to any section or label in your LaTeX file(s)
• Smart command completion for a variety of text and math commands is provided
• Additional snippets and commands are also provided

First, you need to be running Sublime Text 2 or 3 (ST2 and ST3 henceforth, or simply ST to refer to either ST2 or ST3). For ST3, I have only tested build 3047 and will of course test subsequent builds.

Second, get the LaTeXTools plugin. These days, the easiest way to do so if you are on ST2 is via Package Control: see here for details on how to set it up (it's very easy). Once you have Package Control up and running, invoke it (via the Command Palette or from Preferences), select the Install Package command, and look for LaTeXTools.

If you prefer a more hands-on approach, you can always clone the git repository, or else just grab this plugin's .zip file from GitHub and extract it to your Packages directory (you can open it easily from ST2, by clicking on Preferences|Browse Packages). Then, (re)launch ST2.

I encourage you to install Package Control anyway, because it's awesome, and it makes it easy to keep your installed packages up-to-date (see the aforelinked page for details).

For ST3, Package Control is still in beta, so you need to use the hands-on approach for now. Surely this will change at some point.

Third, follow the OS-specific instructions below.

On OSX, you need to be running the MacTeX distribution (which is pretty much the only one available on the Mac anyway) and the Skim PDF previewer. Just download and install these in the usual way. I have tested MacTeX versions 2010, 2011 and 2012, both 32 and 64 bits; these work fine. On the other hand, MacTeX 2008 does not seem to work out of the box (compilation fails), so please upgrade.

If you don't want to install the entire MacTeX distro, which is pretty big, BasicTeX will also work (of course, as long as the latex packages you need are included). However, you need to explicitly add the latexmk utility, which is not included by default: from the Terminal, type sudo tlmgr install latexmk (you will need to provide your password, assuming you are Administrator on your machine).

To configure inverse search, open the Preferences dialog of the Skim app, select the Sync tab, then:

• uncheck the "Check for file changes" option
• For ST2, choose the Sublime Text 2 preset (yes, Skim now supports ST2 by default!)
• For ST3, choose the Custom preset and enter /Applications/Sublime Text.app/Contents/SharedSupport/bin/subl in the Command field, and "%file":%line in the Arguments field. (This is correct as of 7/18/2013; you may want to double-check that ST3 is indeed in /Applications/Sublime Text; just go to the Applications folder in the Finder.)

If you have installed Skim in a non-standard location, there is not much you can do short of hacking the jumpToPDF.py file (not supported!). This will hopefully change in the near future.

On Windows, both MikTeX and TeXlive are supported, but TeXLive support is currently better. Also, you must be running a current (>=1.4) version of the Sumatra PDF previewer. Install these as usual; then, add the SumatraPDF directory to your PATH (this requirement will be removed at some point).

You now need to set up inverse search in Sumatra PDF. However, the GUI for doing this is hidden in Sumatra until you open a PDF file that has actual synchronization information (that is, an associated .synctex.gz file): see here. If you have one such file, then open it, go to Settings|Options, and enter "C:\Program Files\Sublime Text 2\sublime_text.exe" "%f:%l" for ST2, and "C:\Program Files\Sublime Text 3\sublime_text.exe" "%f:%l" for ST3, as the inverse-search command line (in the text-entry field at the bottom of the options dialog). If you don't already have a file with sync information, you can easily create one: compile any LaTex file you already have (or create a new one) with pdflatex -synctex=1 <file.tex>, and then open the resulting PDF file in SumatraPDF.

As an alternative, you can open a command-line console (run cmd.exe), and issue the following command:

sumatrapdf.exe -inverse-search "\"C:\Program Files\Sublime Text 2\sublime_text.exe\" \"%f:%l\""

(this assumes that sumatraPDF is in your path; replace 2 with 3 for ST3 of course). I'm sorry this is not straightforward---it's not my fault :-)

Recent versions of MikTeX add themselves to your path automatically, but in case the build system does not work, that's the first thing to check. TeXlive can also add itself to your path.

Finally, you must check the file LaTeX.sublime-build in the directory in which you unzipped the LaTeXTools plugin to make sure that the configuration reflects your preferred TeX distribution. Open the file and scroll down to the section beginning with the keyword "windows". You will see that there are two blocks of settings for the "cmd" and "path" keywords; by default, the MikTeX one is active, and the TeXlive one is commented out. If you use MikTeX, you don't need to change anything: congratulations, you are done!

If instead you use TeXlive, comment out the lines between the comments *** BEGIN MikTeX 2009 *** and *** END MikTeX 2009 ***, and uncomment the lines between the comments *** BEGIN TeXlive 2011 *** and *** END TeXlive 2011 ***. Do not uncomment the BEGIN/END lines themselves---just the lines between them. Now you are really done! (The dates "2009" and "2011" are only indicative.)

TeXlive has one main advantage over MikTeX: it supports file names and paths with spaces. Furthermore, it is easier to change the compilation engine from the default, pdflatex, to e.g. xelatex: see below for details.

Linux support is coming along nicely. You need to install TeXlive; if you are on Ubuntu, note that apt-get install texlive will get you a working but incomplete setup. In particular, it will not bring in latexmk, which is essential to LaTeXTools. You need to install it via apt-get install latexmk. If on the other hand you choose to install the TeXlive distro from TUG, latexmk comes with it, so you don't need to do anything else. Also, to get inverse search working on ST3, make sure you set the sublime option in LaTeXTools Preferences.sublime-settings correctly; the Ubuntu package from the ST web page uses subl, but check from the command line first.

Only the Evince PDF viewer is supported; it's installed by default on Ubuntu or, more generally, any distro that provides the Gnome desktop, and you don't need to configure anything. Backward and forward search Work For Me (TM). Hopefully they will work for you, too, but let me know if this is not the case.

Note: I already have patches to support Okular. Indeed, Okular is very easy to support, as it provides a sane command-line interface; Evince insists on using DBus, which requires considerable gyrations (luckily, it was relatively easy to adapt solutions already existing for other editors to ST). What is harder is supporting both Evince and Okular. This would need a revamp of the building-related facilites of the plugin, basically supporting user settings to select a particular viewer. But the incentive to add such support is very low as far as other platforms are concerned: only SumatraPDF supports forward/inverse search on Windows, and Skim is the easiest-to-control and most powerful/complete PDF viewer on OS X that does. Bottom line: multiple viewer support is probably not coming in the near future. Sorry!

Keybindings have been chosen to make them easier to remember, and also to minimize clashes with existing (and standard) ST bindings. I am taking advantage of the fact that ST supports key combinations, i.e. sequences of two (or more) keys. The basic principle is simple:

• Most LaTeXTools facilities are triggered using Ctrl+l (Windows, Linux) or Cmd+l (OS X), followed by some other key or key combination

• Compilation uses the standard ST "build" keybinding, i.e. Ctrl-b on Windows and Linux and Cmd-b on OS X. So does the "goto anything" facility (though this may change).

For example: to jump to the point in the PDF file corresponding to the current cursor position, use Ctrl-l, j: that is, hit Ctrl-l, then release both the Ctrl and the l keys, and quickly type the j key (OS X users: replace Ctrl with Cmd). To wrap the selected text in an \emph{} command, use Ctrl-l, Ctrl-e: that is, hit Ctrl-l, release both keys, then hit Ctrl-e (again, OS X users hit Cmd-l and then Cmd-e).

Ctrl-l (Cmd-l on OS X) is the standard ST keybinding for "expand selection to line"; this is remapped to Ctrl-l,Ctrl-l (Cmd-l,Cmd-l on OS X). This is the only standard ST keybinding that is affected by the plugin---an advantage of new-style keybindings.

Most plugin facilities are invoked using sequences of 2 keys or key combinations, as in the examples just given. A few use sequences of 3 keys or key combinations.

Henceforth, I will write C- to mean Ctrl- for Linux or Windows, and Cmd- for OS X. You know your platform, so you know what you should use. In a few places, to avoid ambiguities, I will spell out which key I mean.

Keybinding: C-b (standard ST keybinding)

The ST Build command takes care of the following:

• It saves the current file
• It invokes the tex build command (texify for MikTeX; latexmk for TeXlive and MacTeX).
• It parses the tex log file and lists all errors and warnings in an output panel at the bottom of the ST window: click on any error/warning to jump to the corresponding line in the text, or use the ST-standard Next Error/Previous Error commands.
• It invokes the PDF viewer for your platform and performs a forward search: that is, it displays the PDF page where the text corresponding to the current cursor position is located.

Multi-file documents are supported as follows. If the first line in the current file consists of the text %!TEX root = <master file name>, then tex & friends are invoked on the specified master file, instead of the current one. Note: the only file that gets saved automatically is the current one. Also, the master file name must have a .tex extension, or it won't be recognized.

There is also support for project files; this is to be documented.

TeX engine selection is supported, but only if you are running TeXlive (any platform). Sorry, MiKTeX support is not there yet. If the first line of the current file consists of the text %!TEX program = <program>, where program is pdflatex, lualatex or xelatex, the corresponding engine is selected. If no such directive is specified, pdflatex is the default. Multi-file documents are supported: the directive must be in the root (i.e. master) file. Also, for compatibility with TeXshop, you can use TS-program instead of program. Note: this functionality requires changes in your LaTeX.sublime-build file. If you copied the default file to the User directory and modified it, you will not get this functionality. In this case, copy the new default file to User and apply your personalizations again. I know this is not ideal; I will put a better system in place in the near future.

Keybinding: C-l,t,f (yes, this means C-l, then t, then f)

By default, after compilation, the focus stays on the ST window. This is convenient if you like to work with the editor and PDF viewer window open side by side, and just glance at the PDF output to make sure that all is OK. If however the editor and viewer windows overlap (e.g. if you have a small screen), you may prefer the viewer window to get the focus (i.e. become the foremost window) after compiling. To this end, you can use the toggle_focus command to change this behavior. The first time you invoke this command, the focus will shift to the viewer window after compiling the current file; if you invoke the command again, the post-compilation focus reverts to the editor window. Every time you invoke toggle_focus, a message will appear in the status bar.

You can change the default focus behavior via the keep_focus option: see the "Settings" section below.

Keybinding: C-l,t,s

By default, after compilation, LaTeXTools performs a 'forward search' so that the PDF viewer shows the point in the PDF file corresponding to the current cursor position in ST (by the way, you can trigger a forward search at any other time, not just when you are compiling: see below). If for whatever reason you don't like this behavior, you can turn it off using the toggle_fwdsync command. As for toggle_focus, a message will appear in the status bar to reflect this.

You can also change the default sync behavior via the forward_sync option: see the "Settings" section below.

Keybinding: C-l,t,?

This causes the status message to list the default settings of the focus and sync options, and their current toggle values. It also display the status of the ref/cite auto trigger toggles (see below).

Keybinding: C-l,backspace

This deletes all temporary files from a previous build (the PDF file is kept).

Keybinding: C-l,j (for forward search; inverse search depends on the previewer)

When working in an ST view on a TeX document, C-l,j will display the PDF page where the text corresponding to the current cursor position is located; this is called a "forward search". The focus is controlled by the C-l,t,f toggle setting and the keep_focus option.

If you are viewing a PDF file, then hitting CMD+Shift+Click in Skim (OSX), double-clicking in Sumatra (Windows), or hitting Ctrl+click in Evince (Linux) will bring you to the location in the source tex file corresponding to the PDF text you clicked on. This is called "inverse search".

To open a PDF file without performing a forward search, use C-l,v. I'm not sure this is very useful, but the facility is there for now.

Keybinding: autotriggered by default (see below). Otherwise, C-l,x for 'cross-reference,' or ( deprecated ) C-l, Ctrl-space (on OS X, this means Cmd-l,Ctrl-space).

The basic idea is to help you insert labels in \ref{} commands and bibtex keys in \cite{} commands. The appropriate key combination shows a list of available labels or keys, and you can easily select the appropriate one. Full filtering facilities are provided.

Notes:

1. In order to find all applicable labels and bibtex keys, the plugin looks at the saved file. So, if you invoke this command and do not see the label or key you just entered, perhaps you haven't saved the file.

2. Only bibliographies in external .bib files are supported: no \bibitem.... Sorry. It's hard as it is.

3. Multi-file documents are fully supported.

Now for the details. As of 6/29/2013, I have incorporated a fantastic set of much-needed improvements contributed by Wes Campaigne (Westacular) and jlewegie, whom I thank profusely.

By default, as soon as you type, for example, \ref{ or \cite, a quick panel is shown (this is the fancy drop-down list ST displays at the top of the screen), listing, respectively, all the labels in your files, or all the entries in the bibliographies you reference your file(s) using the \bibliography{} command. This is the default auto-trigger behavior, and it can be a big time saver. You can, however, turn it off, either temporarily using a toggle, or permanently by way of preference settings: see below. Once the quick panel is shown, you can narrow down the entries shown by typing a few characters. As with any ST quick panel, what you type will be fuzzy-matched against the label names or, for citations, the content of the first displayed line in each entry (by default, the author names, year of publication, short title and citation key: see below). This is wildly convenient, and one of the best ST features: try it!

If auto-triggering is off, when you type e.g. \ref{, ST helpfully provides the closing brace, leaving your cursor between the two braces. Now, you need to type C-l,x to get the quick panel showing all labels in the current file. You can also type e.g. \ref{aa [again, the closing brace is provided by ST], then C-l, x, and LaTeXTools will show a list of labels that fuzzy-match the string aa.

In either case, you then select the label you want, hit Return, and LaTeXTools inserts the full ref command, as in \ref{my-label}. The LaTeX command \eqref works the same way. Citations from bibtex files are also supported in a similar way. Use \cite{}, \citet{}, \citeyear{} etc.

One often needs to enter multiple citations, as e.g. in \cite{paper1,paper2}. This is easy to do: either cite the first paper, e.g. \cite{paper1} and then, with your cursor immediately before the right brace, type a comma (,). Again, the default auto-trigger behavior is that the quick panel with appear, and you can select the second paper. If auto-trigger is off, then you enter the comma, then use the shortcut C-l,x to bring up the quick panel (note: you must add the comma before invoking the shortcut, or you won't get the intended result). Of course, you can enter as many citations as you want.

The display of bibliographic entries is customizable. There is a setting, cite-panel-format, that controls exactly what to display in each of the two lines each entry gets in the citation quick panel. Options include author, title, short title, year, bibtex key, and journal. This is useful because people may prefer to use different strategies to refer to papers---author-year, short title-year, bibtex key (!), etc. Since only the first line in each quick panel entry is searchable, how you present the information matters. The default should be useful for most people; if you wish to change the format, check the LaTeXTools Preferences.sublime-settings file for detailed information. (As usual, copy that file to the User directory and edit your copy, not the original). s

Thanks to recent contributed code, multi-file documents are fully supported. If you have a % !TEX root = ... directive at the top of the current file, LaTeXTools looks for references, as well as \bibliography{} commands, in the root file and in all recursively included files. You can also use a project file to specify the root file (to be documented).

LaTeXTools now also looks \addbibresource{} commands, which provides basic compatibility with biblatex.

Keybinding: C-l,t,a,r for references; C-l,t,a,c for citations

These toggles work just like the sync and focus toggles above. Indeed, C-l,t,? will now also display the status of the auto trigger toggles. Check the status bar for feedback (i.e. to see what the current state of the toggle is), but remember the message stays on for only a few seconds. C-l,t,? is your friend.

If auto-trigger is off, you can use either C-l,x or C-l, Ctrl-Space. I'm deprecating C-l,Ctrl-Space. It is not as nice to use on the Mac, and the only reason it was there was that it was reminiscent of ST's autocomplete shortcut, Ctrl-Space (actually, on the Mac, I think it's Cmd-Space, so even that was not much of a mnemonic!). Bottom line: start using C-l,x, or better yet, auto trigger.

Earlier versions of LaTeXTools used a different way to trigger ref/cite completions. For references, you typed ref_, then C-l,Ctrl-x; you could filter by typing, e.g., ref_a. Using refp_ instead of ref_ would surround the reference with parentheses. You could also use eqref to generate \eqref{my-equation}. Citations worked the same way: you used cite_, etc. If you wanted fancy citations, as in the natbib package, that was allowed, but you had to replace asterisks with X: so, to get \cite*{...} with old-style completions, you needed to start by typing citeX_. This style of ref/cite completion is also deprecated. It works for now, but it will almost certainly be removed, unless enough people make a strong enough case for it.

Another note: for now, completions are also injected into the standard ST autocompletion system. Thus, if you hit Ctrl-space immediately after typing, e.g., \ref{}, you get a drop-down menu at the current cursor position (not a quick-panel) showing all labels in your document. This also works with old-style citations. However, the width of this menu is OK for (most) labels, but not really for paper titles. In other words, it is workable for references, but not really for citations. Furthermore, there are other limitations dictated by the ST autocompletion system. So, this is deprecated, and I encourage you to use auto-trigger mode or the C-l,x keybinding instead.

Keybinding: C-r (standard ST keybinding)

The LaTeXtools plugin integrates with the awesome ST "Goto Anything" facility. Hit C-rto get a list of all section headings, and all labels. You can filter by typing a few initial letters. Note that section headings are preceded by the letter "S", and labels by "L"; so, if you only want section headings, type "S" when the drop-down list appears.

Selecting any entry in the list will take you to the corresponding place in the text.

Keybindings: C-l,c for commands and C-l,e for environments

To insert a LaTeX command such as \color{} or similar, type the command without backslash (i.e. color), then hit C-l,c. This will replace e.g. color with \color{} and place the cursor between the braces. Type the argument of the command, then hit Tab to exit the braces.

Similarly, typing C-l,e gives you an environment: e.g. test becomes

\begin{test}

\end{test}

and the cursor is placed inside the environment thus created. Again, Tab exits the environment.

Note that all these commands are undoable: thus, if e.g. you accidentally hit C-l,c but you really meant C-l,e, a quick C-z, followed by C-l,e, will fix things.

Keybindings: C-l,C-c, C-l, C-n, etc.

The tab-triggered functionality just described is mostly useful if you are creating a command or environment from scratch. However, you sometimes have existing text, and just want to apply some formatting to it via a LaTeX command or environment, such as \emph or \begin{theorem}...\end{theorem}.

LaTeXTools' wrapping facility helps you in just these circumstances. All commands below are activated via a key binding, and require some text to be selected first. Also, as a mnemonic aid, *all wrapping commands involve typing C-l,C-something (which you can achieve by just holding the C- key down after typing l).

• C-l,C-c wraps the selected text in a LaTeX command structure. If the currently selected text is blah, you get \cmd{blah}, and the letters cmd are highlighted. Replace them with whatever you want, then hit Tab: the cursor will move to the end of the command.
• C-l,C-e gives you \emph{blah}, and the cursor moves to the end of the command.
• C-l,C-b gives you \textbf{blah}
• C-l,C-u gives you \underline{blah}
• C-l,C-t gives you \texttt{blah}
• C-l,C-n wraps the selected text in a LaTeX environment structure. You get \begin{env},blah, \end{env} on three separate lines, with env selected. Change env to whatever environment you want, then hit Tab to move to the end of the environment.

These commands also work if there is no selection. In this case, they try to do the right thing; for example, C-l,C-e gives \emph{} with the cursor between the curly braces.

By default, ST provides a number of snippets for LaTeX editing; the LaTeXTools plugin adds a few more. You can see what they are, and experiment, by selecting Tools|Snippets|LaTeX and Tools|Snippets|LaTeXTools from the menu.

In addition, the LaTeXTools plugin provides useful completions for both regular and math text; check out files LaTeX.sublime-completions and LaTeX math.sublime-completions in the LaTeXTools directory for details. Some of these are semi-intelligent: i.e. bf expands to \textbf{} if you are typing text, and to \mathbf{} if you are in math mode. Others allow you to cycle among different completions: e.g. f in math mode expands to \phi first, but if you hit Tab again you get \varphi; if you hit Tab a third time, you get back \phi.

Note: as described above, there is now a %!TEX program = <program> directive to select the TeX engine (on TeXLive). That is the preferred way to do so, but I'm keeping the material here for reference. In any case, this will shortly be replaced by a more flexible build customization feature that I am going to implement next.

In short: on OS X, or on Windows if you use TeXLive, changing the TeX engine used to build your files is very easy. Open the file LaTeX.sublime-build and look for the following text (correct as of 11/8/11):

"cmd": ["latexmk", 
	"-e", "\\$pdflatex = 'pdflatex %O -synctex=1 %S'",
	"-silent",
	"-f", "-pdf"],

(note the final comma). On Mac OS X, the relevant entry is in the osx section; on Windows, it is in the windows section, between *** BEGIN TeXlive 2011 *** and *** END TeXlive 2011 ***, and (per the above instructions) it should be uncommented if you are using TeXlive.

The trick is to change the second line: e.g.

"-e", "\\$pdflatex = 'pdflatex %O -synctex=1 %S'",

becomes

"-e", "\\$pdflatex = 'xelatex %O -synctex=1 %S'",

I have very little experience with "exotic" TeX engines. You probably know more than I do. Anyway, the key is to customize the latexmk parameters so they do what you want it to. Please, do not ask for assistance doing so: most likely I won't be able to help you. I just want to point out where to change the build variables.

If you use MikTeX, you are out of luck. The texify command can read an environment variable to decide which engine to use, but setting this variable requires Windows- and MikTeX-specific additions to the build command. Alternatively, you can try to use latexmk with MikTeX, and configure the build command as above. Again, I have not tried this, and you probably know more than I do on the subject. Sorry, and thanks for your understanding!

Warning: if you customize your build file, you'd better move or copy it to the User directory. Otherwise, the next time you update LaTeXTools, your changes will be overwritten by the default file.

LaTeXTools now supports user-defined settings. The default settings file is called LaTeXTools Preferences.sublime-settings, in the plugin's folder (normally Packages/LaTeXTools). You can take a look at it to see what options are available, but do not edit it. Instead, copy it to the Packages/User folder, and edit your copy. This way your settings won't be clobbered the next time you update the plugin.

Warning: tweaking options can cause breakage. For instance, if you change the default python2 setting (empty by default) to a non-existent binary, forward and inverse search will stop working. If you think you have found a bug, delete your settings file in the Packages/User folder before reporting it! Thanks :-)

The following options are currently available (defaults in parentheses):

• keep_focus (true): if true, after compiling a tex file, ST retains the focus; if false, the PDF viewer gets the focus. Also note that you can temporarily toggle this behavior with C-l,t,f.
• forward_sync (true): if true, after compiling a tex file, the PDF viewer is asked to sync to the position corresponding to the current cursor location in ST. You can also temporarily toggle this behavior with C-l,t,s.
• cite-auto-trigger (true): if true, typing e.g. \cite{ brings up the citation completion quick panel, without the need to type C-l,x. If false, you must explicitly type C-l,x.
• ref-auto-trigger (true): ditto, but for \ref{ and similar reference commands
• cite-panel-format: see the section on ref/cite completion, and the comments in LaTeXTools Preferences.sublime-settings
• linux settings:
  • python2 ("", i.e. empty string): name of the Python 2 executable. This is useful for systems that ship with both Python 2 and Python 3. The forward/backward search used with Evince require Python 2.
  • sublime (sublime-text): name of the ST executable. Ubuntu supports both sublime-text and subl; other distros may vary.
  • sync_wait (1.5): when you ask LaTeXTools to do a forward search, and the PDF file is not yet open (for example, right after compiling a tex file for the first time), LaTeXTools first launches evince, then waits a bit for it to come up, and then it performs the forward search. This parameter controls how long LaTeXTools should wait. If you notice that your machine opens the PDF, then sits there doing nothing, and finally performs the search, you can decrease this value to 1.0 or 0.5; if instead the PDF file comes up but the forward search does not seem to happen, increase it to 2.0.

Many LaTeXTools problems are path-related. The LaTeX.sublime-build file attempts to set up default path locations for MikTeX, TeXlive and MacTeX, but these are not guaranteed to cover all possibilities. Please let me know if you have any difficulties.

On Mac OS X, just having your $PATH set up correctly in a shell (i.e., in Terminal) does not guarantee that things will work when you invoke commands from ST. If something seems to work when you invoke pdflatex or latexmk from the Terminal, but building from within ST fails, you most likely have a path configuration issue. One way to test this is to launch ST from the Terminal, typing

/Applications/Sublime Text 2.app/Contents/SharedSupport/bin/subl

(and then Return; this is for ST2 of course) at the prompt. If things do work when you run ST this way, but they fail if you launch ST from the Dock or the Finder, then there is a path problem. From the Terminal, type

echo $PATH

and take note of what you get. Then, run ST from the Dock or Finder, open the console (with Ctrl+ ` ) and type

import os; os.environ['PATH']

and again take note of what you see in the output panel (right above the line where you typed the above command). Finally, look at the path keyword in the osx section of the LaTeX.sublime-build file in the LaTeXTools package directory. For things to work, every directory that you see listed from the Terminal must be either in the list displayed when you type the import os... command in the ST console, or else it must be explicitly specified in LaTeX.sublime-build. If this is not the case, add the relevant paths in LaTeX.sublime-build and please let me know, so I can decide whether to add the path specification to the default build file. Thanks!

Another significant source of issues are Unicode characters in path and file names. On TeXLive-based platforms, LaTeXTools tries to handle these by telling latexmk to cd to each source file's directory before running pdflatex. This seems to help some. However, things seem to vary by platform and locale, so I cannot make any guarantees that your Unicode path names will work. Keep in mind that TeX itself has issues with Unicode characters in file names (as a quick Google search will confirm).

Spaces in paths and file names are supported. As far as I know, the only limitation has to do with multifile documents: the root document's file name cannot contain spaces, or the %!TEX = <name> directive will fail. I may fix this at some point, but for now it is a limitation.

On Windows, sometimes a build seems to succeed, but the PDF file is not updated. This is most often the case if there is a stale pdflatex process running; a symptom is the appearence of a file with extension .synctex.gz(busy). If so, launch the Task Manager and end the pdflatex.exe process; if you see a perl.exe process, end that, too. This kind of behavior is probably a bug: LaTeXTools should be able to see that something went wrong in the earlier compilation. So, please let me know, and provide me with as much detail as you can (ideally, with a test case). Thanks!

As noted in the Highlights, the new parser is more robust and flexible than the old one---it "understands" the log file format much, much better. This is the result of manually and painstakingly debugging a fair number of users' log files. The many possible exceptions, idiosyncrasies, warts, etc. displayed by TeX packages is mind-boggling, and the parsing code reflects this :-(

Anyway, hopefully, errors should now occur only in strange edge cases. Please let me know on github if you see an error message. I need a log file to diagnose the problem; please upload it to gist, dropbox, or similar, and paste a link in your message on github. Issue #104 is open for that purpose.

There are two exceptions to this request. First, the xypic package is very, very badly behaved. I have spent more time debugging log files contaminated by xypic than I have spent fixing all other issues. Seriously. Therefore, first, parsing issues are now reported as "warnings" if the xypic package is used (so compilation and previewing continues); second, I cannot promise I will fix the issue even if you report it. Thanks for your understanding.

The second exception has to do with file and path names. In order to accommodate the many possible naming conventions across platforms and packages, as well as the different ways in which file names can occur in logs, I had to make some assumptions. The key one is that extensions cannot contain spaces. The reason is that the regex matching file names uses a period (".") followed by non-space characters, followed by a space as denoting the end of the file name. Trust me, it's the most robust regex I could come up with. So, you can have spaces in your base names, and you can even have multiple extensions; however, you cannot have spaces in your extensions. So, "This is a file.ver-1.tex" is OK; "file.my ext" (where "my ext" is supposed to be the extension) is not OK.

Finally, I have done my best to accommodate non-ASCII characters in logs. I cannot promise that everything works, but I'd like to know if you see issues with this.