/usr/bin/env bash << 'PREFLIGHT_EOF'
INPUT_FILE="${1:-}"

if [[ -z "$INPUT_FILE" ]]; then
  echo "NO_FILE_PROVIDED"
elif [[ ! -f "$INPUT_FILE" ]]; then
  echo "FILE_NOT_FOUND: $INPUT_FILE"
elif [[ "$INPUT_FILE" == *.cast ]]; then
  echo "WRONG_FORMAT: Convert to .txt first with /asciinema-tools:convert"
elif [[ "$INPUT_FILE" == *.txt ]]; then
  SIZE=$(ls -lh "$INPUT_FILE" | awk '{print $5}')
  LINES=$(wc -l < "$INPUT_FILE" | tr -d ' ')
  echo "READY: $INPUT_FILE ($SIZE, $LINES lines)"
else
  echo "UNKNOWN_FORMAT: Expected .txt file"
fi
PREFLIGHT_EOF

/usr/bin/env bash << 'DISCOVER_TXT_EOF'

undefined

Question: "Which file would you like to analyze?"
Header: "File"
Options:
  - Label: "{filename}.txt ({size})"
    Description: "{line_count} lines"
  - Label: "{filename2}.txt ({size2})"
    Description: "{line_count2} lines"
  - Label: "Enter path"
    Description: "Provide a custom path to a .txt file"
  - Label: "Convert first"
    Description: "Run /asciinema-tools:convert before analysis"

Question: "What type of analysis do you need?"
Header: "Type"
Options:
  - Label: "Curated keywords (Recommended)"
    Description: "Fast search (50-200ms) with domain-specific keyword sets"
  - Label: "Auto-discover keywords"
    Description: "YAKE unsupervised extraction (1-5s) - finds unexpected patterns"
  - Label: "Full analysis"
    Description: "Both curated + auto-discovery for comprehensive results"
  - Label: "Density analysis"
    Description: "Find high-concentration sections (peak activity windows)"

Question: "Which domain keywords to search?"
Header: "Domain"
multiSelect: true
Options:
  - Label: "Trading/Quantitative"
    Description: "sharpe, sortino, calmar, backtest, drawdown, pnl, cagr, alpha, beta"
  - Label: "ML/AI"
    Description: "epoch, loss, accuracy, sota, training, model, validation, inference"
  - Label: "Development"
    Description: "iteration, refactor, fix, test, deploy, build, commit, merge"
  - Label: "Claude Code"
    Description: "Skill, TodoWrite, Read, Edit, Bash, Grep, iteration complete"

/usr/bin/env bash << 'TRADING_EOF'
INPUT_FILE="${1:?}"
echo "=== Trading/Quantitative Keywords ==="

KEYWORDS="sharpe sortino calmar backtest drawdown pnl cagr alpha beta roi volatility"
for kw in $KEYWORDS; do
  COUNT=$(rg -c -i "$kw" "$INPUT_FILE" 2>/dev/null || echo "0")
  if [[ "$COUNT" -gt 0 ]]; then
    echo "  $kw: $COUNT"
  fi
done
TRADING_EOF

/usr/bin/env bash << 'ML_EOF'
INPUT_FILE="${1:?}"
echo "=== ML/AI Keywords ==="

KEYWORDS="epoch loss accuracy sota training model validation inference tensor gradient"
for kw in $KEYWORDS; do
  COUNT=$(rg -c -i "$kw" "$INPUT_FILE" 2>/dev/null || echo "0")
  if [[ "$COUNT" -gt 0 ]]; then
    echo "  $kw: $COUNT"
  fi
done
ML_EOF

/usr/bin/env bash << 'DEV_EOF'
INPUT_FILE="${1:?}"
echo "=== Development Keywords ==="

KEYWORDS="iteration refactor fix test deploy build commit merge debug error"
for kw in $KEYWORDS; do
  COUNT=$(rg -c -i "$kw" "$INPUT_FILE" 2>/dev/null || echo "0")
  if [[ "$COUNT" -gt 0 ]]; then
    echo "  $kw: $COUNT"
  fi
done
DEV_EOF

/usr/bin/env bash << 'CLAUDE_EOF'
INPUT_FILE="${1:?}"
echo "=== Claude Code Keywords ==="

KEYWORDS="Skill TodoWrite Read Edit Bash Grep Write"
for kw in $KEYWORDS; do
  COUNT=$(rg -c "$kw" "$INPUT_FILE" 2>/dev/null || echo "0")
  if [[ "$COUNT" -gt 0 ]]; then
    echo "  $kw: $COUNT"
  fi
done

---

/usr/bin/env bash << 'YAKE_EOF'
INPUT_FILE="${1:?}"
echo "=== Auto-discovered Keywords (YAKE) ==="

uv run --with yake python3 -c "
import yake

kw = yake.KeywordExtractor(
    lan='en',
    n=2,           # bi-grams
    dedupLim=0.9,  # dedup threshold
    top=20         # top keywords
)

with open('$INPUT_FILE') as f:
    text = f.read()

keywords = kw.extract_keywords(text)
for score, keyword in keywords:
    print(f'{score:.4f}  {keyword}')
"
YAKE_EOF

/usr/bin/env bash << 'DENSITY_EOF'
INPUT_FILE="${1:?}"
KEYWORD="${2:-sharpe}"
WINDOW_SIZE=100  # lines

echo "=== Density Analysis: '$KEYWORD' ==="
echo "Window size: $WINDOW_SIZE lines"
echo ""

TOTAL_LINES=$(wc -l < "$INPUT_FILE" | tr -d ' ')
TOTAL_MATCHES=$(rg -c -i "$KEYWORD" "$INPUT_FILE" 2>/dev/null || echo "0")

echo "Total matches: $TOTAL_MATCHES in $TOTAL_LINES lines"
echo "Overall density: $(echo "scale=4; $TOTAL_MATCHES / $TOTAL_LINES * 1000" | bc) per 1000 lines"
echo ""

---

Question: "How should results be presented?"
Header: "Output"
Options:
  - Label: "Summary table (Recommended)"
    Description: "Keyword counts + top 5 peak sections"
  - Label: "Detailed report"
    Description: "Full analysis with timestamps and surrounding context"
  - Label: "JSON export"
    Description: "Machine-readable output for further processing"
  - Label: "Markdown report"
    Description: "Save formatted report to file"

Question: "Analysis complete. What's next?"
Header: "Next"
Options:
  - Label: "Jump to peak section"
    Description: "Read the highest-density section in the file"
  - Label: "Search for specific keyword"
    Description: "Grep for a custom term with context"
  - Label: "Cross-reference with .cast"
    Description: "Map findings back to original timestamps"
  - Label: "Done"
    Description: "Exit - no further action needed"

1. [Preflight] Check input file exists and is .txt format
2. [Preflight] Suggest /convert if .cast file provided
3. [Discovery] Find .txt files with line counts
4. [Selection] AskUserQuestion: file to analyze
5. [Type] AskUserQuestion: analysis type (curated/auto/full/density)
6. [Domain] AskUserQuestion: keyword domains (multi-select)
7. [Curated] Run Grep searches for selected domains
8. [Auto] Run YAKE if auto-discovery selected
9. [Density] Calculate density windows if requested
10. [Format] AskUserQuestion: report format
11. [Next] AskUserQuestion: follow-up actions