Indentation fixes

docs/source/api/stack.rst

@@ -162,7 +162,7 @@ This is an SFINAE-friendly struct that is meant to expose static function ``push
 			// otherwise, call the handler function,
 			// with the required 4 arguments, then return false
 			handler(L, index, expected, indextype);
-            return false;
+			return false;
 		}
 	};
 

docs/source/api/usertype.rst

@@ -148,7 +148,7 @@ The constructor of usertype takes a variable number of arguments. It takes an ev
     - If you pass the ``constructors<...>`` argument first when constructing the usertype, then it will automatically be given a ``"{name}"`` of ``"new"``
 * ``"{name}", initializers( func1, func2, ... )``
     - Creates initializers that, given one or more functions, provides an overloaded lua function for creating a the specified type.
-        + The function must have the argument signature ``func T*, Arguments... )`` or ``func( T&, Arguments... )``, where the pointer or reference will point to a place of allocated memory that has an unitialized ``T``. Note that lua controls the memory.
+	   + The function must have the argument signature ``func T*, Arguments... )`` or ``func( T&, Arguments... )``, where the pointer or reference will point to a place of allocated memory that has an unitialized ``T``. Note that lua controls the memory.
 
 .. _destructor:
 

docs/source/index.rst

@@ -11,8 +11,8 @@ a fast, simple C++ and Lua Binding
 When you need to hit the ground running with Lua and C++, `Sol`_ is the go-to framework for high-performance binding with an easy to use API.
 
 .. image:: https://travis-ci.org/ThePhD/sol2.svg?branch=develop
-    :target: https://travis-ci.org/ThePhD/sol2
-    :alt: build status
+	:target: https://travis-ci.org/ThePhD/sol2
+	:alt: build status
 
 get going:
 ----------
@@ -43,61 +43,63 @@ the basics:
 .. note::
 	More examples can be found in the `examples directory`_
 
+
 .. code-block:: c++
-   :caption: functions
-   :linenos:
+	:caption: functions
+	:linenos:
 
 	#include <sol.hpp>
 	#include <cassert>
 
 	int main() {
-	    sol::state lua;
-	    int x = 0;
-	    lua.set_function("beep", [&x]{ ++x; });
-	    lua.script("beep()");
-	    assert(x == 1);
+		sol::state lua;
+		int x = 0;
+		lua.set_function("beep", [&x]{ ++x; });
+		lua.script("beep()");
+		assert(x == 1);
 
-	    sol::function beep = lua["beep"];
-	    beep();
-	    assert(x == 2);
+		sol::function beep = lua["beep"];
+		beep();
+		assert(x == 2);
 
-	    return 0;
+		return 0;
 	}
 
+
 .. code-block:: c++
-   :caption: linking C++ structures to Lua
-   :linenos:
+	:caption: linking C++ structures to Lua
+	:linenos:
 
 	#include <sol.hpp>
 	#include <cassert>
 
 	struct vars {
-	    int boop = 0;
+		int boop = 0;
 
-	    int bop () const {
-	    	return boop + 1;
-	    }
+		int bop () const {
+			return boop + 1;
+		}
 	};
 
 	int main() {
-	    sol::state lua;
-	    lua.new_usertype<vars>("vars", 
-	    	"boop", &vars::boop
-	    	"bop", &vars::bop);
-	    lua.script("beep = vars.new()\n"
-	               "beep.boop = 1\n"
-	               "bopvalue = beep:bop()");
+		sol::state lua;
+		lua.new_usertype<vars>("vars", 
+			"boop", &vars::boop
+			"bop", &vars::bop);
+		lua.script("beep = vars.new()\n"
+			"beep.boop = 1\n"
+			"bopvalue = beep:bop()");
 
-	    vars& beep = lua["beep"];
-	    int bopvalue = lua["bopvalue"];
+		vars& beep = lua["beep"];
+		int bopvalue = lua["bopvalue"];
 
-	    assert(beep.boop == 1);
-	    assert(lua.get<vars>("beep").boop == 1);
-	    assert(beep.bop() == 2);
-	    assert(bopvalue == 2);
+		assert(beep.boop == 1);
+		assert(lua.get<vars>("beep").boop == 1);
+		assert(beep.bop() == 2);
+		assert(bopvalue == 2);
 
-	    return 0;
-	}
+		return 0;
+	}			
 
 
 

docs/source/tutorial/existing.rst

@@ -18,6 +18,6 @@ If you're already using lua and you just want to use ``sol`` in some places, you
 		// start using it... 
 	}
 
-Sol has no initialization components that need to deliberately remain alive for the duration of the program. It's entirely self-containing and uses lua's garbage collectors and various implementation techniques to require no state C++-side. After you do that, all of the power of `Sol` is available to you, and then some!
+:doc:`sol::state_view<../api/state` is exactly like ``sol::state``, but it doesn't manage the lifetime of a ``lua_State*``. Therefore, you get all the goodies that come with a ``sol::state`` without any of  the ownership implications. Sol has no initialization components that need to deliberately remain alive for the duration of the program. It's entirely self-containing and uses lua's garbage collectors and various implementation techniques to require no state C++-side. After you do that, all of the power of `Sol` is available to you, and then some!
 
 Remember that Sol can be as lightweight as you want it: almost all of Sol's types take the ``lua_State*`` argument and then a second ``int index`` stack index argument, meaning you can use :doc:`tables<../api/table>`, :doc:`lua functions<../api/function>`, :doc:`coroutines<../api/coroutine>`, and other reference-derived objects that expose the proper constructor for your use. You can also set :doc:`usertypes<../api/usertype>` and other things you need without changing your entire architecture!

docs/source/tutorial/getting-started.rst

@@ -46,7 +46,7 @@ If this works, you're ready to start! The first line creates the ``lua_State`` a
 .. code-block:: cpp
 	:linenos:
 	:caption: test.cpp: the first snippet
-	:name: the-first-snippet
+	:name: the-second-snippet
 
 	#include <sol.hpp>