g33kChris

import baz from './baz';

export const bar = (myLogger, myApiClient) => {
  myLogger.debug('lets make a request!');
  return baz(myLogger, myApiClient, "http://somehardcodedurl.com");
}

g33kChris

// Is depdendent on 'baz', and a dependency of foo!
// Note how it no longer passes down an api client!
export const bar = (myLogger, baz) => () => {
  myLogger.debug('lets make a request!');
  return baz("http://somehardcodedurl.com");
}

g33kChris

import { injectable } from 'inversify';
import BuilderBase from './BuilderBase';

import IBlogPostViewModelBuilder from './IBlogPostViewModelBuilder';

import IBlogPostViewModel from '@g33kchris/g33kchris.dto.ui/IBlogPostViewModel';
import IContentHeroViewModel from '@g33kchris/g33kchris.dto.ui/IContentHeroViewModel';
import IContentBodyViewModel from '@g33kchris/g33kchris.dto.ui/IContentBodyViewModel';
import IContentMetaViewModel from '@g33kchris/g33kchris.dto.ui/IContentMetaViewModel';
import IRelatedContentViewModel from '@g33kchris/g33kchris.dto.ui/IRelatedContentViewModel';

g33kChris

FROM microsoft/aspnetcore-build:2.0 AS build-env
WORKDIR /app

# Copy csproj and restore as distinct layers
COPY *.csproj ./
RUN dotnet restore

# Copy everything else and build
COPY . ./
RUN dotnet publish -c Release -o out

g33kChris

public async static Task NewLibraryInApp()
{
    StorageFolder rootFolder = await Windows.Storage.ApplicationData.Current.LocalFolder.CreateFolderAsync("GameDex", CreationCollisionOption.ReplaceExisting);

    await rootFolder.CreateFolderAsync("Media");

    if (await StorageHelper.WriteFileAsync("gdex.json", App.GameDexModel, rootFolder))
    {
        StorageHelper.SetSetting("GameDexLocation", "Local", StorageHelper.StorageStrategies.Roaming);
        return true;

g33kChris

plugins: [
    ...
    {
      resolve: `gatsby-transformer-remark`,
      options: {
        plugins: [{
            resolve: "gatsby-remark-stackblitz",
            options: {
                height: 600
            }

g33kChris

If you want to skip the blog post and go through the code for yourself here's the recommended reading order...

• application-state.interface.ts and initial-state.ts (understand the state being used)
• state-action.interface.ts
• root.reducer.ts (the main integration point for all state reducers)
  • The other reducers show a more granualar breakdown of reducing state in the application, the state in each of the reducers are quite primitive.
• state.provider.ts (creation of the react context and state object)
• app.tsx (the main integration point bridging the context provider and the react component tree)
• with-application-state.tsx (how to wrap state at any point in the component tree)
• tags.component.ts (basic usage of the application state dispatcher within a component)

g33kChris

// Wrap the application in the InstantSearch provider so the search context is available within the application component tree

<InstantSearchProvider>
    {element}
</InstantSearchProvider>