first consider the aspects and parts of a flutter app, then suggest an workflow of ai code generation commands. we will start with a set node containing values such as app name, description, etc, first it queries openai to explode the description and then triggers at least 10 more openai nodes requesting ai prepare the parts of my flutter app in logical sequence, then finally function node that assembles all the parts of the app and outputs the build directory. The 10 (or more) openai generation nodes represent creating specific parts of the flutter app in small individual parts. whenever nessecary an openai node can “stack” in other words do a preparation node that creates the next prompt for example. return a succinct list of the nodes purposes.
let’s expand on the possible input parameters we could use and where needed add function nodes and consider what types of prompts we need, remember prompts can be sequential, all to actually real-world stream line the flutter app construction
great let’s also have the ai generate style descriptions that will effect colors, typography and layout. so we will have actual prompts that are requesting prompts based on variable from the initial set nodes such as style or color_scheme or we could do the same thing generating a prompt that we use to get our site copy in the next prompt.
perfect i like this, and i see you are listing the pre prompt maker prompts but you are not listing the actual prompts that use the results of for example App Tagline or ThemeData. The actual important request building the code. i also see for example we can’t assume app will have an About Us the pages would also be an ai request using exploded data. logically step through the process of constructing a real working flutter app. use a short-code for now for each node showing what kind of node it is short-name and it’s children if any, don’t make wasteful requests but do make enough to dynamically create this app.
Since we are creating a front-end and a back-end, let’s start the process with data objects, i want naming consistency throughout the app so all the interfaces have convenient access to data namespaces. we should also generate the sql create code in this process. refactor the workflow again introducing the idea of consistent data objects, finally add a node that creates a report of the finished product. As you implement these improvements consider how we can naturally segment a flutter app by code and effectively utilize our openai function multitiered workflow
ok rewrite the entire process using all the concepts as a detailed feature rich spreadsheet with a parent column so we know dependent openai requests, reinforce the use data objects and review the plan for improvements and optimizations, finally return the full entire complete extended enhanced flutter app composition multitiered ai n8n workflow as a .csv file.
no that is still too generic and broad, try again and provide ALL the necessary details such as the actual set variables and the actual exact prompts, and for code nodes brief description of the code. fill the sheet up with useful data i can use.
Parent Node | Node Name | Type | Description | Details |
Start | Set Initial Parameters | Set Node | Define app name, description, style preferences, color_scheme, font preferences, target platform, etc. | Variables: app_name, description, style, color_scheme, font, target_platform, pages_list |
Set Initial Parameters | Explode Description | OpenAI Node | Generate expanded details for app features, target users, primary goals, and overall theme. | Prompt: ‘Expand the following app description into detailed user stories, features, and goals: {description}’ |
Explode Description | Generate Data Objects | OpenAI Node | Define consistent data objects, their fields, relationships, and corresponding SQL create statements. | Prompt: ‘Based on the following app details, define data objects with namespaces and generate SQL CREATE TABLE statements: {expanded_description}’ |
Generate Data Objects | Generate Data Interfaces | OpenAI Node | Create Flutter data classes matching the data object structure for consistent front-end and back-end communication. | Prompt: ‘Using these data objects, generate Dart classes with serialization and deserialization methods for Flutter: {data_objects}’ |
Explode Description | Generate App Pages List | OpenAI Node | Generate a list of dynamic app pages and their roles based on the expanded description. | Prompt: ‘From these app features, generate a list of necessary pages, their roles, and basic hierarchy: {expanded_description}’ |
Generate App Pages List | Generate Page Layouts | OpenAI Node | Generate layout blueprints for each page using Flutter widgets, focusing on usability and design aesthetics. | Prompt: ‘Using this page list, generate Flutter widget tree layouts for each page: {pages_list}’ |
Generate Page Layouts | Generate Themed Styles | OpenAI Node | Generate ThemeData with styles, colors, and typography based on input preferences. | Prompt: ‘Generate Flutter ThemeData with colors, typography, and styles based on these preferences: {style}, {color_scheme}, {font}’ |
Generate Themed Styles | Refine Components | OpenAI Node | Generate reusable Flutter components/widgets with specific functionality. | Prompt: ‘Create reusable and well-structured Flutter widgets/components based on this page and theme structure: {layouts}, {theme}’ |
Generate Data Objects | Back-End API Design | OpenAI Node | Generate RESTful API endpoints matching the data objects for CRUD operations. | Prompt: ‘Using these data objects, generate RESTful API specifications and endpoints: {data_objects}’ |
Back-End API Design | Generate SQL Scripts | OpenAI Node | Generate SQL scripts for back-end database creation based on the data object structure. | Prompt: ‘Using these data objects, generate SQL scripts for database creation: {data_objects}’ |
Generate App Pages List | Generate Navigation Logic | OpenAI Node | Generate Flutter navigation logic for seamless page transitions. | Prompt: ‘Generate Flutter navigation logic and route definitions based on this page list: {pages_list}’ |
Generate Page Layouts | Assemble App Code | Function Node | Combine generated layouts, styles, navigation logic, and data interfaces into complete Flutter app files. | Code: Combine and organize all previously generated outputs into appropriate Flutter project structure. |
Assemble App Code | Generate Final Build Directory | Function Node | Generate the final build directory with organized code for both front-end and back-end. | Code: Output build-ready Flutter front-end and corresponding SQL and API back-end files. |
Generate Final Build Directory | Generate Report | Function Node | Summarize the app features, structure, and generated components into a comprehensive report. | Code: Aggregate all steps and output a summary report. |
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