Fix relative reference paths

docs/docs/intro.md

@@ -5,4 +5,4 @@ title: Introduction
 Spice is a compiled language which sets a focus on performance and practicality. It is considered as a systems language,
 which means that is rather not suitable for coding user interfaces, but for coding drivers and cli tools. Spice has
 support for cross-compiling for multiple target platforms. In order to get started, visit the
-[installation guide](../install/linux.md).
+[installation guide](install/linux.md).

docs/docs/language/for-loops.md

@@ -20,4 +20,4 @@ for int i = 1; i <= 10; i++ {
 !!! tip "Usage of loop alternatives"
     For loops should only be used when it is foreseeable how often a block of code will run. If this is not the case, it
     is recommended to use the [while loop](while-loops.md) or [do-while loop](do-while-loops.md) instead. If you want to
-    iterate over a container of items, consider using the [foreach loop](foreach-loop.md).
+    iterate over a container of items, consider using the [foreach loop](foreach-loops.md).

docs/docs/language/hello-world.md

@@ -6,7 +6,7 @@ title: Hello World
 
 In this example, we will code a simple "Hello World" program in Spice. What it does is to simply print "Hello World!" to the
 console when it gets started. The guide assumes, that you already have Spice
-[installed on your development system](install/linux.md) and are ready to go.
+[installed on your development system](../install/linux.md) and are ready to go.
 
 ## Write your first program
 

docs/docs/language/methods.md

@@ -34,5 +34,5 @@ Content: Hello World!
 ```
 
 !!! tip
-    You can initialize or destroy structs by using [constructors](constructors.md) and [destructors](destructors.md).
+    You can initialize or destroy structs by using [constructors and destructors](constructors-destructors.md).
     Read more about those in the respective documentation section.

docs/docs/language/primitive-types.md

@@ -2,7 +2,8 @@
 title: Primitive data types
 ---
 
-Spice supports eight different primitive data types out of the box: `double`, `int`, `short`, `long`, `byte`, `char`, `string` and `bool`. In addition, there is a builtin type-inferred type, called `dyn`.
+Spice supports eight different primitive data types out of the box: `double`, `int`, `short`, `long`, `byte`, `char`, `string` and
+`bool`. In addition, there is a builtin type-inferred type, called `dyn`.
 Let us take a look at each one individually!
 
 ## The `double` data type
@@ -108,7 +109,10 @@ variable2 = false;
 	You can find more information about that in the respective sections.
 
 ## The `dyn` data type
-The `dyn` data type is a more unconventional data type. Dyn stands for dynamic and means that the `dyn` data type can hold any value of one of the eight types `double`, `int`, `short`, `long`, `byte`, `char`, `string` or `bool`. The concrete type of a `dyn` variable gets inferred at compile time so that the language stays type-safe. This also means, that as soon as you assign a value to a `dyn` variable, the type gets set fixed and is not mutable anymore.
+The `dyn` data type is a more unconventional data type. Dyn stands for dynamic and means that the `dyn` data type can hold any
+value of one of the eight types `double`, `int`, `short`, `long`, `byte`, `char`, `string` or `bool`. The concrete type of a `dyn`
+variable gets inferred at compile time so that the language stays type-safe. This also means, that as soon as you assign a value
+to a `dyn` variable, the type gets set fixed and is not mutable anymore.
 
 Dyn variables can be defined like this:
 
@@ -122,4 +126,5 @@ variable3 = "demo string";
 ```
 
 !!! note "Usage of the dyn data type"
-    The dyn data type can not be used everywhere. Function arguments can only be declared as `dyn`, when they have a default value attached to them. For more information about [functions](../functions), visit the respective documentation section.
+    The dyn data type can not be used everywhere. Function arguments can only be declared as `dyn`, when they have a default value
+    attached to them. For more information about [functions](functions.md), visit the respective documentation section.