Fix 404 links

_overviews/FAQ/finding-symbols.md

@@ -163,7 +163,7 @@ supertypes (`AnyRef` or `Any`) or a type parameter. In this case, we find
 avaialable on all types.
 
 Other implicit conversions may be visible in your scope depending on imports, extended types or
-self-type annotations. See [Finding implicits](tutorials/FAQ/finding-implicits.html) for details.
+self-type annotations. See [Finding implicits](finding-implicits.html) for details.
 
 Syntactic sugars/composition
 -----------------------------

_tour/tour-of-scala.md

@@ -21,7 +21,7 @@ Scala is a pure object-oriented language in the sense that [every value is an ob
 ## Scala is functional ##
 Scala is also a functional language in the sense that [every function is a value](unified-types.html). Scala provides a [lightweight syntax](anonymous-function-syntax.html) for defining anonymous functions, it supports [higher-order functions](higher-order-functions.html), it allows functions to be [nested](nested-functions.html), and supports [currying](currying.html). Scala's [case classes](case-classes.html) and its built-in support for [pattern matching](pattern-matching.html) model algebraic types used in many functional programming languages. [Singleton objects](singleton-objects.html) provide a convenient way to group functions that aren't members of a class.
 
-Furthermore, Scala's notion of pattern matching naturally extends to the [processing of XML data](xml-processing.html) with the help of [right-ignoring sequence patterns](regular-expression-patterns.html), by way of general extension via [extractor objects](extractor-objects.html). In this context, [for comprehensions](for-comprehensions.html) are useful for formulating queries. These features make Scala ideal for developing applications like web services.
+Furthermore, Scala's notion of pattern matching naturally extends to the [processing of XML data](https://github.com/scala/scala-xml/wiki/XML-Processing) with the help of [right-ignoring sequence patterns](regular-expression-patterns.html), by way of general extension via [extractor objects](extractor-objects.html). In this context, [for comprehensions](for-comprehensions.html) are useful for formulating queries. These features make Scala ideal for developing applications like web services.
 
 ## Scala is statically typed ##
 Scala is equipped with an expressive type system that enforces statically that abstractions are used in a safe and coherent manner. In particular, the type system supports:
@@ -31,7 +31,7 @@ Scala is equipped with an expressive type system that enforces statically that a
 * [upper](upper-type-bounds.html) and [lower](lower-type-bounds.html) type bounds,
 * [inner classes](inner-classes.html) and [abstract types](abstract-types.html) as object members
 * [compound types](compound-types.html)
-* [explicitly typed self references](explicitly-typed-self-references.html)
+* [explicitly typed self references](self-types.html)
 * [implicit parameters](implicit-parameters.html) and [conversions](implicit-conversions.html)
 * [polymorphic methods](polymorphic-methods.html)
 
@@ -43,6 +43,6 @@ In practice, the development of domain-specific applications often requires doma
 
 A joint use of both features facilitates the definition of new statements without using meta-programming facilities such as macros.
 
-Scala is designed to interoperate well with the popular Java 2 Runtime Environment (JRE). In particular, the interaction with the mainstream object-oriented Java programming language is as smooth as possible. Newer Java features like [annotations](annotations.html) and Java generics have direct analogues in Scala. Those Scala features without Java analogues, such as [default](default-parameter-values.html) and [named parameters](named-parameters.html), compile as close to Java as they can reasonably come. Scala has the same compilation model (separate compilation, dynamic class loading) like Java and allows access to thousands of existing high-quality libraries.
+Scala is designed to interoperate well with the popular Java 2 Runtime Environment (JRE). In particular, the interaction with the mainstream object-oriented Java programming language is as smooth as possible. Newer Java features like [annotations](annotations.html) and Java generics have direct analogues in Scala. Those Scala features without Java analogues, such as [default](default-parameter-values.html) and [named parameters](named-arguments.html), compile as close to Java as they can reasonably come. Scala has the same compilation model (separate compilation, dynamic class loading) like Java and allows access to thousands of existing high-quality libraries.
 
 Please continue to the next page to read more.

_tour/unified-types.md

@@ -54,7 +54,7 @@ true
 
 ## Type Casting
 Value types can be cast in the following way:
-<a href="/tutorials/tour/type-casting-diagram.svg"><img  style="width:100%" src="/tutorials/tour/type-casting-diagram.svg" alt="Scala Type Hierarchy"></a>
+<a href="{{ site.baseurl }}/resources/images/tour/type-casting-diagram.svg"><img  style="width:100%" src="{{ site.baseurl }}/resources/images/tour/type-casting-diagram.svg" alt="Scala Type Hierarchy"></a>
 
 For example:
 

getting-started-intellij-track/building-a-scala-project-with-intellij-and-sbt.md

@@ -15,7 +15,7 @@ or more than one code file.
 ## Creating the project
 In this section, we'll show you how to create the project in IntelliJ. However, if you're
 comfortable with the command line, we recommend you try [Getting
-Started with Scala and sbt on the Command Line]({{site.baseurl}}/documentation/getting-started-sbt-track/getting-started-with-scala-and-sbt-on-the-command-line.html) and then come back
+Started with Scala and sbt on the Command Line]({{site.baseurl}}/getting-started-sbt-track/getting-started-with-scala-and-sbt-on-the-command-line.html) and then come back
  here to the section "Writing Scala code".
 
 1. If you didn't create the project from the command line, open up IntelliJ and select "Create New Project"
@@ -86,7 +86,7 @@ extra functionality to our apps.
 libraryDependencies += "org.scala-lang.modules" %% "scala-parser-combinators" % "1.0.5"
 ```
 Here, `libraryDependencies` is a set of dependencies, and by using `+=`,
-we're adding the [scala-parser-combinators]({{site.baseurl}}/scala/scala-parser-combinators) dependency to the set of dependencies that sbt will go
+we're adding the [scala-parser-combinators](https://github.com/scala/scala-parser-combinators) dependency to the set of dependencies that sbt will go
 and fetch when it starts up. Now, in any Scala file, you can import classes,
 objects, etc, from scala-parser-combinators with a regular import.
 

getting-started-sbt-track/getting-started-with-scala-and-sbt-on-the-command-line.md

@@ -68,7 +68,7 @@ extra functionality to our apps.
 libraryDependencies += "org.scala-lang.modules" %% "scala-parser-combinators" % "1.0.5"
 ```
 Here, `libraryDependencies` is a set of dependencies, and by using `+=`,
-we're adding the [scala-parser-combinators]({{site.baseurl}}/scala/scala-parser-combinators) dependency to the set of dependencies that sbt will go
+we're adding the [scala-parser-combinators](https://github.com/scala/scala-parser-combinators) dependency to the set of dependencies that sbt will go
 and fetch when it starts up. Now, in any Scala file, you can import classes,
 objects, etc, from scala-parser-combinators with a regular import.