#!/usr/bin/env python3
"""
Test script to demonstrate the MODULAR feedback component assembly.
Run: python scripts/test_feedback_patterns.py
"""
import json
import os
import sys
from collections import Counter
sys.path.insert(0, os.path.dirname(os.path.dirname(os.path.abspath(__file__))))
from gchat.card_builder import (
CLICKABLE_COMPONENTS,
DUAL_COMPONENTS,
LAYOUT_WRAPPERS,
TEXT_COMPONENTS,
SmartCardBuilderV2,
)
def main():
"""Generate cards with modular feedback assembly to see variety."""
builder = SmartCardBuilderV2()
print("=" * 70)
print("MODULAR FEEDBACK COMPONENT ASSEMBLY")
print("=" * 70)
print(f"\nText components ({len(TEXT_COMPONENTS)}):")
for c in TEXT_COMPONENTS:
print(f" • {c}")
print(f"\nClickable components ({len(CLICKABLE_COMPONENTS)}):")
for c in CLICKABLE_COMPONENTS:
print(f" • {c}")
print(f"\nDual components ({len(DUAL_COMPONENTS)}):")
for c in DUAL_COMPONENTS:
print(f" • {c}")
print(f"\nLayout wrappers ({len(LAYOUT_WRAPPERS)}):")
for c in LAYOUT_WRAPPERS:
print(f" • {c}")
# Calculate theoretical combinations
# For each feedback type: text_options × click_options + dual_options
text_click_combos = len(TEXT_COMPONENTS) * len(CLICKABLE_COMPONENTS)
dual_combos = len(DUAL_COMPONENTS)
per_feedback = text_click_combos + dual_combos
# Two feedbacks × layouts × orders
total = per_feedback * per_feedback * len(LAYOUT_WRAPPERS) * 2
print(f"\n📊 Theoretical combinations: {total:,}")
print(
f" ({per_feedback} content × {per_feedback} form × {len(LAYOUT_WRAPPERS)} layouts × 2 orders)"
)
# Generate cards to show random selection
print("\n" + "-" * 70)
print("Generating 15 sample cards to show assembly variety...\n")
content_text_seen = Counter()
content_click_seen = Counter()
form_text_seen = Counter()
form_click_seen = Counter()
layout_seen = Counter()
orders_seen = Counter()
for i in range(15):
card = builder.build(
description=f"Test card #{i + 1} with some content",
title=f"Sample Card #{i + 1}",
)
sections = card.get("sections", [])
if len(sections) >= 2:
last_section = sections[-1]
assembly = last_section.get("_feedback_assembly", {})
if assembly:
content_text_seen[assembly.get("content_text", "?")] += 1
content_click_seen[assembly.get("content_click", "?")] += 1
form_text_seen[assembly.get("form_text", "?")] += 1
form_click_seen[assembly.get("form_click", "?")] += 1
layout_seen[assembly.get("layout", "?")] += 1
orders_seen["C→F" if assembly.get("content_first") else "F→C"] += 1
# Count widgets
widgets = last_section.get("widgets", [])
widget_types = []
for w in widgets:
if "textParagraph" in w:
widget_types.append("txt")
elif "decoratedText" in w:
has_btn = "button" in w.get("decoratedText", {})
widget_types.append("dec+btn" if has_btn else "dec")
elif "buttonList" in w:
btn_count = len(w["buttonList"].get("buttons", []))
widget_types.append(f"btn({btn_count})")
elif "chipList" in w:
chip_count = len(w["chipList"].get("chips", []))
widget_types.append(f"chip({chip_count})")
elif "grid" in w:
widget_types.append("grid")
elif "divider" in w:
widget_types.append("---")
elif "columns" in w:
widget_types.append("cols")
order_str = "C→F" if assembly.get("content_first") else "F→C"
layout = assembly.get("layout", "?")[:6]
print(
f"Card {i + 1:2d}: [{order_str}] {layout:8s} → {' → '.join(widget_types)}"
)
print()
print("-" * 70)
print("COMPONENT USAGE SUMMARY:")
print("-" * 70)
print(f"\nContent text types ({len(content_text_seen)}):")
for k, v in content_text_seen.most_common():
print(f" {k}: {v}x")
print(f"\nContent click types ({len(content_click_seen)}):")
for k, v in content_click_seen.most_common():
print(f" {k}: {v}x")
print(f"\nForm text types ({len(form_text_seen)}):")
for k, v in form_text_seen.most_common():
print(f" {k}: {v}x")
print(f"\nForm click types ({len(form_click_seen)}):")
for k, v in form_click_seen.most_common():
print(f" {k}: {v}x")
print(f"\nLayouts ({len(layout_seen)}):")
for k, v in layout_seen.most_common():
print(f" {k}: {v}x")
print(f"\nOrder distribution:")
for k, v in orders_seen.most_common():
print(f" {k}: {v}x")
# Unique combinations seen
unique = (
len(content_text_seen)
* len(content_click_seen)
* len(form_text_seen)
* len(form_click_seen)
* len(layout_seen)
* len(orders_seen)
)
print(f"\n📊 Unique combinations observed: ~{unique}")
print(f" (from {total:,} possible)")
# Show one full feedback section
if sections and len(sections) >= 2:
print("\n" + "=" * 70)
print("SAMPLE FEEDBACK SECTION (last generated)")
print("=" * 70)
feedback_section = sections[-1]
clean_section = {"widgets": feedback_section.get("widgets", [])}
print(json.dumps(clean_section, indent=2))
if __name__ == "__main__":
main()
