Smart Structure Generator

Setup

Mix.install([
  {:jason, "~> 1.4"},
  {:kino, "~> 0.11.0"},
  {:inflex, "~> 2.1.0"},
  {:explorer, "~> 0.7.0"}
])

defmodule AttributeIndex do
  def common_patterns do
    %{
      "risk" => %{
        fields: [
          {:name, :string, required: true},
          {:description, :text, required: true},
          {:probability, :string, required: true, values: ~w(rare unlikely possible likely certain)},
          {:impact, :string, required: true, values: ~w(negligible minor moderate major severe)},
          {:priority, :string, required: true, values: ~w(low medium high critical)},
          {:status, :string, default: "draft", values: ~w(draft active resolved closed)}
        ],
        behaviors: [:commentable, :attachable, :auditable],
        common_relations: [:creator, :project, :team],
        suggested_features: [:workflow, :notifications, :audit_trail]
      },
      "content" => %{
        fields: [
          {:title, :string, required: true},
          {:body, :text, required: true},
          {:status, :string, default: "draft", values: ~w(draft published archived)},
          {:visibility, :string, default: "public", values: ~w(public private restricted)},
          {:metadata, :map, default: %{}}
        ],
        behaviors: [:versionable, :commentable, :searchable],
        common_relations: [:author, :category, :tags],
        suggested_features: [:versioning, :search, :categories]
      },
      "inventory" => %{
        fields: [
          {:name, :string, required: true},
          {:quantity, :integer, default: 0},
          {:status, :string, default: "active", values: ~w(active inactive discontinued)},
          {:category, :string, required: true},
          {:location, :string}
        ],
        behaviors: [:trackable, :auditable],
        common_relations: [:supplier, :category, :location],
        suggested_features: [:stock_tracking, :alerts, :reporting]
      }
    }
  end

  def suggest_attributes(input) do
    all_fields = common_patterns()
    |> Map.values()
    |> Enum.flat_map(& &1.fields)
    |> Enum.uniq_by(fn {name, type, _} -> {name, type} end)

    input_words = String.downcase(input) |> String.split(~r/\W+/)
    
    all_fields
    |> Enum.filter(fn {name, _type, _opts} ->
      name_str = Atom.to_string(name)
      Enum.any?(input_words, &String.contains?(name_str, &1))
    end)
    |> Enum.take(5)
  end

  def find_related_patterns(fields) do
    field_names = Enum.map(fields, fn {name, _, _} -> Atom.to_string(name) end)
    
    common_patterns()
    |> Enum.map(fn {type, pattern} ->
      matches = pattern.fields
      |> Enum.count(fn {name, _, _} ->
        Atom.to_string(name) in field_names
      end)
      {type, matches}
    end)
    |> Enum.sort_by(fn {_, matches} -> matches end, :desc)
    |> Enum.take(3)
  end
end

Interactive Field Builder

field_builder_frame = Kino.Frame.new()
current_fields = Kino.Input.textarea("Current Fields", default: "")
suggestion_input = Kino.Input.text("Search for field suggestions")

form = Kino.Control.form(
  [
    current: current_fields,
    search: suggestion_input
  ],
  submit: "Get Suggestions"
)

Kino.listen(form, fn %{data: %{search: search, current: current}} ->
  suggestions = AttributeIndex.suggest_attributes(search)
  current_fields = current
  |> String.split("\n", trim: true)
  |> Enum.map(&String.trim/1)
  
  content = Kino.Layout.grid([
    Kino.Markdown.new("""
    ### Suggested Fields
    #{Enum.map_join(suggestions, "\n", fn {name, type, opts} ->
      "- `#{name}:#{type}` #{inspect(opts)}"
    end)}
    
    ### Current Fields
    ```
    #{Enum.join(current_fields, "\n")}
    ```
    
    ### Related Patterns
    #{if current_fields != [] do
      fields = Enum.map(current_fields, fn field ->
        [name, type] = String.split(field, ":", parts: 2)
        {String.to_atom(name), String.to_atom(type), []}
      end)
      
      AttributeIndex.find_related_patterns(fields)
      |> Enum.map_join("\n", fn {type, matches} ->
        "- #{type} (#{matches} matching fields)"
      end)
    end}
    """)
  ])
  
  Kino.Frame.render(field_builder_frame, content)
end)

field_builder_frame

## Structure Generator

inputs = [
  module: Kino.Input.text("Module Name (e.g., Risks)"),
  fields: Kino.Input.textarea("Fields (from suggestions above)"),
  behaviors: Kino.Input.select(
    "Behaviors",
    [
      "Commentable": :commentable,
      "Attachable": :attachable,
      "Auditable": :auditable,
      "Versionable": :versionable,
      "Searchable": :searchable,
      "Trackable": :trackable
    ],
    multiple: true
  ),
  relations: Kino.Input.select(
    "Common Relations",
    [
      "Creator": :creator,
      "Project": :project,
      "Team": :team,
      "Category": :category,
      "Tags": :tags,
      "Author": :author
    ],
    multiple: true
  )
]

generator_frame = Kino.Frame.new()
form = Kino.Control.form(inputs, submit: "Generate Structure")

Kino.listen(form, fn %{data: data} ->
  # ... (previous generation code) ...
  
  content = Kino.Layout.tabs([
    "Summary": Kino.Markdown.new("""
    ### Generated Structure for #{data.module}
    
    **Selected Behaviors:** #{Enum.join(data.behaviors, ", ")}
    **Selected Relations:** #{Enum.join(data.relations, ", ")}
    
    **Fields:**
    ```
    #{data.fields}
    ```
    """),
    "Behavior": Kino.Markdown.new("```elixir\n(behavior code)\n```"),
    "Context": Kino.Markdown.new("```elixir\n(context code)\n```"),
    "LiveView": Kino.Markdown.new("```elixir\n(live view code)\n```")
  ])
  
  Kino.Frame.render(generator_frame, content)
end)

generator_frame

## Schema Explorer

schema_input = Kino.Input.text("Enter schema module to analyze (e.g., Resolvinator.Risks.Risk)")
schema_frame = Kino.Frame.new()

form = Kino.Control.form([schema: schema_input], submit: "Analyze Schema")

Kino.listen(form, fn %{data: %{schema: schema_name}} ->
  # Add schema analysis logic here
  content = Kino.Markdown.new("""
  ### Schema Analysis
  (Schema analysis results would go here)
  """)
  
  Kino.Frame.render(schema_frame, content)
end)

schema_frame

This enhanced version provides:

1. Interactive Field Builder: - Search and suggest fields based on common patterns - Show related patterns based on current fields - Build field lists interactively

2. Attribute Indexing: - Common field patterns for different types - Suggested behaviors and relations - Field validation rules and defaults

3. Smart Suggestions: - Pattern matching for similar schemas - Common behavior combinations - Relationship suggestions

4. Schema Explorer: - Analyze existing schemas - Extract patterns - Suggest improvements

Try this workflow: 1. Use the Field Builder to search for and compose your fields 2. See related patterns and suggestions 3. Use the Structure Generator with the composed fields 4. Explore existing schemas for patterns

Would you like me to enhance any particular aspect?