[docs] absolute and future proof links

site/content/blog/2017-08-07-the-easiest-way-to-get-started.md

@@ -12,7 +12,7 @@ Because of that, getting started with it can be a little bit confusing at first.
 
 ## 1. Use the REPL
 
-The [Svelte REPL](repl) is the easiest way to begin. You can choose from a list of examples to get you started, and tweak them until they do what you want.
+The [Svelte REPL](/repl) is the easiest way to begin. You can choose from a list of examples to get you started, and tweak them until they do what you want.
 
 <aside><p>You'll need to have <a href="https://nodejs.org/">Node.js</a> installed, and know how to use the terminal</p></aside>
 

site/content/blog/2019-04-20-write-less-code.md

@@ -159,6 +159,6 @@ In Vue, meanwhile, we have a default export with a `data` function that returns
 
 ## Death to boilerplate
 
-These are just some of the ways that Svelte helps you build user interfaces with a minimum of fuss. There are plenty of others — for example, [reactive declarations](tutorial/reactive-declarations) essentially do the work of React's `useMemo`, `useCallback` and `useEffect` without the boilerplate (or indeed the garbage collection overhead of creating inline functions and arrays on each state change).
+These are just some of the ways that Svelte helps you build user interfaces with a minimum of fuss. There are plenty of others — for example, [reactive declarations](/tutorial/reactive-declarations) essentially do the work of React's `useMemo`, `useCallback` and `useEffect` without the boilerplate (or indeed the garbage collection overhead of creating inline functions and arrays on each state change).
 
-How? By choosing a different set of constraints. Because [Svelte is a compiler](blog/frameworks-without-the-framework), we're not bound to the peculiarities of JavaScript: we can *design* a component authoring experience, rather than having to fit it around the semantics of the language. Paradoxically, this results in *more* idiomatic code — for example using variables naturally rather than via proxies or hooks — while delivering significantly more performant apps.
+How? By choosing a different set of constraints. Because [Svelte is a compiler](/blog/frameworks-without-the-framework), we're not bound to the peculiarities of JavaScript: we can *design* a component authoring experience, rather than having to fit it around the semantics of the language. Paradoxically, this results in *more* idiomatic code — for example using variables naturally rather than via proxies or hooks — while delivering significantly more performant apps.

site/content/blog/2019-04-22-svelte-3-rethinking-reactivity.md

@@ -12,13 +12,13 @@ We think you're going to love it.
 
 ## What is Svelte?
 
-Svelte is a component framework — like React or Vue — but with an important difference. Traditional frameworks allow you to write *declarative* state-driven code, but there's a penalty: the browser must do extra work to convert those declarative structures into DOM operations, using techniques like [virtual DOM diffing](blog/virtual-dom-is-pure-overhead) that eat into your frame budget and tax the garbage collector.
+Svelte is a component framework — like React or Vue — but with an important difference. Traditional frameworks allow you to write *declarative* state-driven code, but there's a penalty: the browser must do extra work to convert those declarative structures into DOM operations, using techniques like [virtual DOM diffing](/blog/virtual-dom-is-pure-overhead) that eat into your frame budget and tax the garbage collector.
 
 Instead, Svelte runs at *build time*, converting your components into highly efficient *imperative* code that surgically updates the DOM. As a result, you're able to write ambitious applications with excellent performance characteristics.
 
-The first version of Svelte was all about [testing a hypothesis](blog/frameworks-without-the-framework) — that a purpose-built compiler could generate rock-solid code that delivered a great user experience. The second was a small upgrade that tidied things up a bit.
+The first version of Svelte was all about [testing a hypothesis](/blog/frameworks-without-the-framework) — that a purpose-built compiler could generate rock-solid code that delivered a great user experience. The second was a small upgrade that tidied things up a bit.
 
-Version 3 is a significant overhaul. Our focus for the last five or six months has been on delivering an outstanding *developer* experience. It's now possible to write components with [significantly less boilerplate](blog/write-less-code) than you'll find elsewhere. Try the brand new [tutorial](tutorial) and see what we mean — if you're familiar with other frameworks we think you'll be pleasantly surprised.
+Version 3 is a significant overhaul. Our focus for the last five or six months has been on delivering an outstanding *developer* experience. It's now possible to write components with [significantly less boilerplate](/blog/write-less-code) than you'll find elsewhere. Try the brand new [tutorial](/tutorial) and see what we mean — if you're familiar with other frameworks we think you'll be pleasantly surprised.
 
 To make that possible we first needed to rethink the concept at the heart of modern UI frameworks: reactivity.
 
@@ -94,4 +94,4 @@ We don't take this lightly: hopefully once you've experienced Svelte 3 you'll un
 
 As grueling as this release has been, we're nowhere near finished. We have a ton of ideas for generating smarter, more compact code, and a long feature wish-list. [Sapper](https://sapper.svelte.dev), our Next.js-style app framework, is still in the middle of being updated to use Svelte 3. The [Svelte Native](https://svelte-native.technology/) community project, which allows you to write Android and iOS apps in Svelte, is making solid progress but deserves more complete support from core. We don't yet have the bounty of editor extensions, syntax highlighters, component kits, devtools and so on that other frameworks have, and we should fix that. We *really* want to add first-class TypeScript support.
 
-But in the meantime we think Svelte 3 is the best way to build web apps yet. Take an hour to go through the [tutorial](tutorial) and we hope to convince you of the same. Either way, we'd love to see you in our [Discord chatroom](chat) and on [GitHub](https://github.com/sveltejs/svelte) — everyone is welcome, especially you.
+But in the meantime we think Svelte 3 is the best way to build web apps yet. Take an hour to go through the [tutorial](/tutorial) and we hope to convince you of the same. Either way, we'd love to see you in our [Discord chatroom](/chat) and on [GitHub](https://github.com/sveltejs/svelte) — everyone is welcome, especially you.

site/content/docs/00-introduction.md

@@ -4,8 +4,8 @@ title: Before we begin
 
 This page contains detailed API reference documentation. It's intended to be a resource for people who already have some familiarity with Svelte.
 
-If that's not you (yet), you may prefer to visit the [interactive tutorial](tutorial) or the [examples](examples) before consulting this reference.
+If that's not you (yet), you may prefer to visit the [interactive tutorial](/tutorial) or the [examples](/examples) before consulting this reference.
 
-Don't be shy about asking for help in the [Discord chatroom](chat).
+Don't be shy about asking for help in the [Discord chatroom](/chat).
 
-Using an older version of Svelte? Have a look at the [v2 docs](https://v2.svelte.dev).
+Using an older version of Svelte? Have a look at the [v2 docs](https://v2.svelte.dev).

site/content/docs/01-component-format.md

@@ -28,7 +28,7 @@ A `<script>` block contains JavaScript that runs when a component instance is cr
 
 ---
 
-Svelte uses the `export` keyword to mark a variable declaration as a *property* or *prop*, which means it becomes accessible to consumers of the component (see the section on [attributes and props](docs#template-syntax-attributes-and-props) for more information).
+Svelte uses the `export` keyword to mark a variable declaration as a *property* or *prop*, which means it becomes accessible to consumers of the component (see the section on [attributes and props](/docs#template-syntax-attributes-and-props) for more information).
 
 ```sv
 <script>
@@ -44,7 +44,7 @@ Svelte uses the `export` keyword to mark a variable declaration as a *property*
 
 You can specify a default initial value for a prop. It will be used if the component's consumer doesn't specify the prop on the component (or if its initial value is `undefined`) when instantiating the component. Note that whenever a prop is removed by the consumer, its value is set to `undefined` rather than the initial value.
 
-In development mode (see the [compiler options](docs#compile-time-svelte-compile)), a warning will be printed if no default initial value is provided and the consumer does not specify a value. To squelch this warning, ensure that a default initial value is specified, even if it is `undefined`.
+In development mode (see the [compiler options](/docs#compile-time-svelte-compile)), a warning will be printed if no default initial value is provided and the consumer does not specify a value. To squelch this warning, ensure that a default initial value is specified, even if it is `undefined`.
 
 ```sv
 <script>
@@ -57,7 +57,7 @@ In development mode (see the [compiler options](docs#compile-time-svelte-compile
 
 If you export a `const`, `class` or `function`, it is readonly from outside the component. Function *expressions* are valid props, however.
 
-Readonly props can be accessed as properties on the element, tied to the component using [`bind:this` syntax](docs#template-syntax-element-directives-bind-element).
+Readonly props can be accessed as properties on the element, tied to the component using [`bind:this` syntax](/docs#template-syntax-element-directives-bind-element).
 
 ```sv
 <script>
@@ -109,7 +109,7 @@ Update expressions (`count += 1`) and property assignments (`obj.x = y`) have th
 
 ---
 
-Because Svelte's reactivity is based on assignments, using array methods like `.push()` and `.splice()` won't automatically trigger updates. A subsequent assignment is required to trigger the update. This and more details can also be found in the [tutorial](tutorial/updating-arrays-and-objects).
+Because Svelte's reactivity is based on assignments, using array methods like `.push()` and `.splice()` won't automatically trigger updates. A subsequent assignment is required to trigger the update. This and more details can also be found in the [tutorial](/tutorial/updating-arrays-and-objects).
 
 ```sv
 <script>
@@ -191,7 +191,7 @@ If a statement consists entirely of an assignment to an undeclared variable, Sve
 
 ---
 
-A *store* is an object that allows reactive access to a value via a simple *store contract*. The [`svelte/store` module](docs#run-time-svelte-store) contains minimal store implementations which fulfil this contract.
+A *store* is an object that allows reactive access to a value via a simple *store contract*. The [`svelte/store` module](/docs#run-time-svelte-store) contains minimal store implementations which fulfil this contract.
 
 Any time you have a reference to a store, you can access its value inside a component by prefixing it with the `$` character. This causes Svelte to declare the prefixed variable, subscribe to the store at component initialization and unsubscribe when appropriate.
 
@@ -222,7 +222,7 @@ Local variables (that do not represent store values) must *not* have a `$` prefi
 store = { subscribe: (subscription: (value: any) => void) => (() => void), set?: (value: any) => void }
 ```
 
-You can create your own stores without relying on [`svelte/store`](docs#run-time-svelte-store), by implementing the *store contract*:
+You can create your own stores without relying on [`svelte/store`](/docs#run-time-svelte-store), by implementing the *store contract*:
 
 1. A store must contain a `.subscribe` method, which must accept as its argument a subscription function. This subscription function must be immediately and synchronously called with the store's current value upon calling `.subscribe`. All of a store's active subscription functions must later be synchronously called whenever the store's value changes.
 2. The `.subscribe` method must return an unsubscribe function. Calling an unsubscribe function must stop its subscription, and its corresponding subscription function must not be called again by the store.
@@ -241,7 +241,7 @@ You can `export` bindings from this block, and they will become exports of the c
 
 You cannot `export default`, since the default export is the component itself.
 
-> Variables defined in `module` scripts are not reactive — reassigning them will not trigger a rerender even though the variable itself will update. For values shared between multiple components, consider using a [store](docs#run-time-svelte-store).
+> Variables defined in `module` scripts are not reactive — reassigning them will not trigger a rerender even though the variable itself will update. For values shared between multiple components, consider using a [store](/docs#run-time-svelte-store).
 
 ```sv
 <script context="module">

site/content/docs/02-template-syntax.md

@@ -929,7 +929,7 @@ The `transition:` directive indicates a *bidirectional* transition, which means
 {/if}
 ```
 
-> By default intro transitions will not play on first render. You can modify this behaviour by setting `intro: true` when you [create a component](docs#run-time-client-side-component-api).
+> By default intro transitions will not play on first render. You can modify this behaviour by setting `intro: true` when you [create a component](/docs#run-time-client-side-component-api).
 
 ##### Transition parameters
 
@@ -1022,7 +1022,7 @@ A custom transition function can also return a `tick` function, which is called
 {/if}
 ```
 
-If a transition returns a function instead of a transition object, the function will be called in the next microtask. This allows multiple transitions to coordinate, making [crossfade effects](tutorial/deferred-transitions) possible.
+If a transition returns a function instead of a transition object, the function will be called in the next microtask. This allows multiple transitions to coordinate, making [crossfade effects](/tutorial/deferred-transitions) possible.
 
 
 ##### Transition events
@@ -1148,9 +1148,9 @@ DOMRect {
 
 ---
 
-An animation is triggered when the contents of a [keyed each block](docs#template-syntax-each) are re-ordered. Animations do not run when an element is added or removed, only when the index of an existing data item within the each block changes. Animate directives must be on an element that is an *immediate* child of a keyed each block.
+An animation is triggered when the contents of a [keyed each block](/docs#template-syntax-each) are re-ordered. Animations do not run when an element is added or removed, only when the index of an existing data item within the each block changes. Animate directives must be on an element that is an *immediate* child of a keyed each block.
 
-Animations can be used with Svelte's [built-in animation functions](docs#run-time-svelte-animate) or [custom animation functions](docs#template-syntax-element-directives-animate-fn-custom-animation-functions).
+Animations can be used with Svelte's [built-in animation functions](/docs#run-time-svelte-animate) or [custom animation functions](/docs#template-syntax-element-directives-animate-fn-custom-animation-functions).
 
 ```sv
 <!-- When `list` is reordered the animation will run-->
@@ -1257,7 +1257,7 @@ on:eventname={handler}
 
 ---
 
-Components can emit events using [createEventDispatcher](docs#run-time-svelte-createeventdispatcher), or by forwarding DOM events. Listening for component events looks the same as listening for DOM events:
+Components can emit events using [createEventDispatcher](/docs#run-time-svelte-createeventdispatcher), or by forwarding DOM events. Listening for component events looks the same as listening for DOM events:
 
 ```sv
 <SomeComponent on:whatever={handler}/>
@@ -1617,7 +1617,7 @@ All except `scrollX` and `scrollY` are readonly.
 
 ---
 
-Similarly to `<svelte:window>`, this element allows you to add listeners to events on `document.body`, such as `mouseenter` and `mouseleave`, which don't fire on `window`. It also lets you use [actions](docs#template-syntax-element-directives-use-action) on the `<body>` element.
+Similarly to `<svelte:window>`, this element allows you to add listeners to events on `document.body`, such as `mouseenter` and `mouseleave`, which don't fire on `window`. It also lets you use [actions](/docs#template-syntax-element-directives-use-action) on the `<body>` element.
 
 `<svelte:body>` also has to appear at the top level of your component.
 
@@ -1644,7 +1644,7 @@ As with `<svelte:window>` and `<svelte:body>`, this element has to appear at the
 
 ```sv
 <svelte:head>
-	<link rel="stylesheet" href="tutorial/dark-theme.css">
+	<link rel="stylesheet" href="/tutorial/dark-theme.css">
 </svelte:head>
 ```
 
@@ -1657,7 +1657,7 @@ As with `<svelte:window>` and `<svelte:body>`, this element has to appear at the
 
 ---
 
-The `<svelte:options>` element provides a place to specify per-component compiler options, which are detailed in the [compiler section](docs#compile-time-svelte-compile). The possible options are:
+The `<svelte:options>` element provides a place to specify per-component compiler options, which are detailed in the [compiler section](/docs#compile-time-svelte-compile). The possible options are:
 
 * `immutable={true}` — you never use mutable data, so the compiler can do simple referential equality checks to determine if values have changed
 * `immutable={false}` — the default. Svelte will be more conservative about whether or not mutable objects have changed
@@ -1672,7 +1672,7 @@ The `<svelte:options>` element provides a place to specify per-component compile
 
 ### `<svelte:fragment>`
 
-The `<svelte:fragment>` element allows you to place content in a [named slot](docs#template-syntax-slot-slot-name) without wrapping it in a container DOM element. This keeps the flow layout of your document intact.
+The `<svelte:fragment>` element allows you to place content in a [named slot](/docs#template-syntax-slot-slot-name) without wrapping it in a container DOM element. This keeps the flow layout of your document intact.
 
 ```sv
 <!-- Widget.svelte -->