Undo space in links to Ch6

1-getting-started.org

@@ -906,7 +906,7 @@ second case, we ask ~ghci~ to print the type of the expression
 without actually evaluating it, so it does not have to be so
 specific. It answers, in effect, "its type is numeric". We will
 see more of this style of type annotation in
-[[file:6-using-type classes.org][Chapter 6, Using Type Classes]].
+[[file:6-using-typeclasses.org][Chapter 6, Using Type Classes]].
 
 ** A simple program
 

13-data-structures.org

@@ -487,7 +487,7 @@ We've told you how powerful and expressive Haskell's type system
 is. We've shown you a lot of ways to use that power. Here's a
 chance to really see that in action.
 
-Back in [[file:6-using-type classes.org::*Numeric Types][the section called "Numeric Types"]]
+Back in [[file:6-using-typeclasses.org::*Numeric Types][the section called "Numeric Types"]]
 type classes that come with Haskell. Let's see what we can do by
 defining new types and utilizing the numeric type classes to
 integrate them with basic mathematics in Haskell.

16-programming-with-monads.org

@@ -683,7 +683,7 @@ ghci> second odd ('a',1)
 #+END_SRC
 
 (Indeed, we already encountered ~second~, in
-[[file:6-using-type classes.org::*JSON type classes without overlapping instances][the section called "JSON type classes without overlapping instances"]]
+[[file:6-using-typeclasses.org::*JSON type classes without overlapping instances][the section called "JSON type classes without overlapping instances"]]
 We can use ~first~ to golf our definition of ~randomsIO~, turning
 it into a one-liner.
 

2-types-and-functions.org

@@ -142,7 +142,7 @@ useful kinds of code. In languages like Python, "duck typing" is
 common, where an object acts enough like another to be used as a
 substitute for it[fn:1]. Fortunately, Haskell's system of
 /type classes/, which we will cover in
-[[file:6-using-type classes.org][Chapter 6, Using Type Classes]], provides almost all of the
+[[file:6-using-typeclasses.org][Chapter 6, Using Type Classes]], provides almost all of the
 benefits of dynamic typing, in a safe and convenient form. Haskell
 has some support for programming with truly dynamic types, though
 it is not quite as easy as in a language that wholeheartedly
@@ -1277,7 +1277,7 @@ point numbers. Haskell deliberately avoids even this kind of
 simple automatic coercion.
 
 This is not the whole story of polymorphism in Haskell: we'll
-return to the subject in [[file:6-using-type classes.org][Chapter 6, Using Type Classes]].
+return to the subject in [[file:6-using-typeclasses.org][Chapter 6, Using Type Classes]].
 
 *** Reasoning about polymorphic functions
 

20-systems-programming-in-haskell.org

@@ -317,7 +317,7 @@ highlighted:
   and ~Show~ type classes. In addition, ~Month~ and ~Day~ are
   declared as members of the ~Enum~ and ~Bounded~ type classes. For
   more information on these type classes, refer to
-  [[file:6-using-type classes.org::*Important%20Built-In%20Type%20Classes][the section called "Important Built-In Type Classes"]]
+  [[file:6-using-typeclasses.org::*Important%20Built-In%20Type%20Classes][the section called "Important Built-In Type Classes"]]
 
   You can generate ~CalendarTime~ values several ways. You could
   start by converting a ~ClockTime~ to a ~CalendarTime~ such as

3-defining-types-streamlining-functions.org

@@ -66,7 +66,7 @@ their type and value constructors have different names.
 Deriving what?
 
 We'll explain the full meaning of ~deriving (Show)~ later, in
-[[file:6-using-type classes.org::*Show][the section called "Show"]]
+[[file:6-using-typeclasses.org::*Show][the section called "Show"]]
 need to tack this onto a type declaration so that ~ghci~ will
 automatically know how to print a value of this type.
 #+END_NOTE

6-using-typeclasses.org

@@ -161,7 +161,7 @@ that we could fix the problem by defining an instance of ~BasicEq~
 for ~[Char]~, which is the same as ~String~.
 
 We'll go into more detail on defining instances in
-[[file:6-using-type classes.org::*Declaring type class instances][the section called "Declaring type class instances"]]
+[[file:6-using-typeclasses.org::*Declaring type class instances][the section called "Declaring type class instances"]]
 let's continue to look at ways to define type classes. In this
 example, a not-equal-to function might be useful. Here's what we
 might say to define a type class with two functions:
@@ -228,7 +228,7 @@ instances of a particular type class by implementing the functions
 necessary for that type class.
 
 Recall our attempt to create a test for equality over a ~Color~
-type back in [[file:6-using-type classes.org::*The need for type classes][the section called "The need for type classes"]]
+type back in [[file:6-using-typeclasses.org::*The need for type classes][the section called "The need for type classes"]]
 let's see how we could make that same ~Color~ type a member of the
 ~BasicEq3~ class.
 
@@ -244,13 +244,13 @@ instance BasicEq3 Color where
 #+END_SRC
 
 Notice that we provide essentially the same function as we used
-back in [[file:6-using-type classes.org::*The need for type classes][the section called "The need for type classes"]]
+back in [[file:6-using-typeclasses.org::*The need for type classes][the section called "The need for type classes"]]
 the implementation is identical. However, in this case, we can use
 ~isEqual3~ on /any/ type that we declare is an instance of
 ~BasicEq3~, not just this one color type. We could define equality
 tests for anything from numbers to graphics using the same basic
 pattern. In fact, as you will see in
-[[file:6-using-type classes.org::*Equality, Ordering, and Comparisons][the section called "Equality, Ordering, and Comparisons"]]
+[[file:6-using-typeclasses.org::*Equality, Ordering, and Comparisons][the section called "Equality, Ordering, and Comparisons"]]
 exactly how you can make Haskell's ~==~ operator work for your own
 custom types.
 
@@ -351,7 +351,7 @@ instance Show Color where
 #+END_SRC
 
 This example defines an instance of ~Show~ for our type ~Color~
-(see [[file:6-using-type classes.org::*The need for type classes][the section called "The need for type classes"]]
+(see [[file:6-using-typeclasses.org::*The need for type classes][the section called "The need for type classes"]]
 implementation is simple: we define a function ~show~ and that's
 all that's needed.
 
@@ -574,7 +574,7 @@ True
 
 Since so many different types are instances of ~Read~ and ~Show~
 by default (and others can be made instances easily; see
-[[file:6-using-type classes.org::*Automatic Derivation][the section called "Automatic Derivation"]]
+[[file:6-using-typeclasses.org::*Automatic Derivation][the section called "Automatic Derivation"]]
 some really complex data structures. Here are a few examples of
 slightly more complex data structures:
 

Makefile

@@ -20,3 +20,4 @@ typeclass:
 	# First, manually check that all instances of "Typeclass" don't need to be "Type Class"
 	sed -i 's/Typeclass/Type class/g' *.org
 	sed -i 's/typeclass/type class/g' *.org
+	sed -i 's/6-using-type classes.org/6-using-typeclasses.org/g' *.org

README.org

@@ -13,7 +13,7 @@ changes listed as /enhancements/ in the issue tracker.
 4. DONE [[file:3-defining-types-streamlining-functions.org][Defining Types, Streamlining Functions]]
 5. DONE [[file:4-functional-programming.org][Functional programming]]
 6. DONE [[file:5-writing-a-library.org][Writing a library]]
-7. DONE [[file:6-using-type classes.org][Using type classes]]
+7. DONE [[file:6-using-typeclasses.org][Using type classes]]
 8. DONE [[file:7-io.org][I/O]]
 9. DONE [[file:8-efficient-file-processing-regular-expressions-and-file-name-matching.org][Effiient file processing]]
 10. DONE [[file:9-a-library-for-searching-the-file-system.org][A library for searching the file system]]