Use regex instead of string to find bad param names in roku docs

scripts/scrape-roku-docs.ts

@@ -710,7 +710,7 @@ class Runner {
 
 
     private fixFunctionParams(text: string): string {
-        return text.replaceAll('to As String', 'toValue as String');
+        return text.replace(/to as /ig, 'toValue as ');
     }
 
     private getMethod(text: string) {

src/roku-types/data.json

@@ -1,5 +1,5 @@
 {
-    "generatedDate": "2023-07-26T17:34:54.162Z",
+    "generatedDate": "2023-07-27T11:52:31.001Z",
     "nodes": {
         "animation": {
             "description": "Extends [**AnimationBase**](https://developer.roku.com/docs/references/scenegraph/abstract-nodes/animationbase.md\n\nThe Animation node class provides animations of renderable nodes, by applying interpolator functions to the values in specified renderable node fields. For an animation to take effect, an Animation node definition must include a child field interpolator node ([FloatFieldInterpolator](https://developer.roku.com/docs/references/scenegraph/animation-nodes/floatfieldinterpolator.md\"FloatFieldInterpolator\"), [Vector2DFieldInterpolator](https://developer.roku.com/docs/references/scenegraph/animation-nodes/vector2dfieldinterpolator.md\"Vector2DFieldInterpolator\"), [ColorFieldInterpolator](https://developer.roku.com/docs/references/scenegraph/animation-nodes/colorfieldinterpolator.md\"ColorFieldInterpolator\")) definition for each renderable node field that is animated.\n\nThe Animation node class provides a simple linear interpolator function, where the animation takes place smoothly and simply from beginning to end. The Animation node class also provides several more complex interpolator functions to allow custom animation effects. For example, you can move a graphic image around the screen at differing speeds and curved trajectories at different times in the animation by specifying the appropriate function in the easeFunction field (quadratic and exponential are two examples of functions that can be specified). The interpolator functions are divided into two parts: the beginning of the animation (ease-in), and the end of the animation (ease-out). You can apply a specified interpolator function to either or both ease-in and ease-out, or specify no function for either or both (which is the linear function). You can also change the portion of the animation that is ease-in and ease-out to arbitrary fractional values for a quadratic interpolator function applied to both ease-in and ease-out.",