# First, find and examine src/cartesian/Bar.tsx
wc -l src/cartesian/Bar.tsx

# Read the file around lines 602-672 to understand the transition handling
sed -n '590,680p' src/cartesian/Bar.tsx | cat -n

# Search for stayInLayer, hasMountedActive, and onTransitionEnd references
rg -n "stayInLayer|hasMountedActive|onTransitionEnd" src/cartesian/Bar.tsx

# Look at the BarRectangle component to see how onTransitionEnd is handled
rg -n "BarRectangle" src/cartesian/Bar.tsx -A 3 -B 3 | head -60

# Search for the BarRectangle component definition
fd -t f "BarRectangle" src/

# Check if there are any CSS or style definitions for transitions in Bar or BarRectangle
rg -n "transition|onTransitionEnd" src/cartesian/Bar.tsx -B 2 -A 2

# Look at related files for CSS definitions or transition handling
find src -name "*.css" -o -name "*.scss" | xargs grep -l "transition" 2>/dev/null | head -10

# Find BarUtils and examine the BarRectangle component
cat -n src/util/BarUtils.tsx | head -200

# Search for CSS or className with transition related content in BarUtils
rg -n "className|style" src/util/BarUtils.tsx | head -30

# Look for the actual SVG rectangle element and how onTransitionEnd is attached
rg -n "onTransitionEnd|onAnimationEnd" src/util/BarUtils.tsx -B 3 -A 3

# Check if there's a CSS file or style definitions for Bar component
find src -type f \( -name "*.css" -o -name "*.scss" -o -name "*.less" \) | head -20

# Find the Shape component and examine how it handles onTransitionEnd
fd -type f "ActiveShapeUtils" src/

# Read the ActiveShapeUtils to see how Shape handles transitions
cat -n src/util/ActiveShapeUtils.tsx

# Search for CSS files that might define recharts-active-bar and recharts-inactive-bar
rg -n "recharts-active-bar|recharts-inactive-bar" src/

# Check if there are any CSS or SCSS files with transition definitions
find src -type f \( -name "*.css" -o -name "*.scss" \) -exec grep -l "recharts-active-bar\|recharts-inactive-bar\|transition" {} \;

# Search for CSS files in the entire repo
find src -name "*.css" -o -name "*.scss" -o -name "*.less" 2>/dev/null

# Search for any transition or animation definitions in the codebase
rg -n "transition|animation" src/ -t css -t scss

# Check if styles are defined inline or in any index files
rg -n "recharts-active-bar\|recharts-inactive-bar" . --include="*.ts" --include="*.tsx" --include="*.js" --include="*.jsx" --include="*.css"

# Check the Rectangle component to see how it handles the className and onTransitionEnd
cat -n src/shape/Rectangle.tsx | head -150

# Continue reading Rectangle component to find onTransitionEnd handling
sed -n '150,350p' src/shape/Rectangle.tsx | cat -n

# Search for onTransitionEnd in Rectangle component
rg -n "onTransitionEnd" src/shape/Rectangle.tsx -B 5 -A 5

# Check if there's a Layer component that might handle classes or transitions
cat -n src/container/Layer.tsx

# Check what svgPropertiesAndEvents includes
cat -n src/util/svgPropertiesAndEvents.ts

# Look for onTransitionEnd in the entire codebase
rg -n "onTransitionEnd" src/

# Check if there's any CSS file that might define transitions for recharts-active-bar
find . -name "*.css" -o -name "*.scss" 2>/dev/null | head -20

# Look at how the BarRectangle spreads props to Shape
sed -n '1,60p' src/util/BarUtils.tsx | cat -n

# Check if onTransitionEnd is properly propagated through svgPropertiesAndEvents
cat -n src/util/excludeEventProps.ts | grep -A 5 -B 5 "onTransitionEnd"

# Look for any CSS defining transitions in the storybook examples or global styles
grep -r "recharts-active-bar\|recharts-inactive-bar" storybook/ www/ 2>/dev/null | head -20

# Check if there are any default transitions or styles in the main library
find src -type f \( -name "*.ts" -o -name "*.tsx" \) -exec grep -l "transition\|animation" {} \; | head -10

# Examine the actual Bar component integration test or examples to see if CSS transitions are expected
rg -n "recharts-active-bar|recharts-inactive-bar" . -l | head -10

# Read the CSS transition test to understand the expected behavior
cat -n test/cartesian/Bar/Bar.csstransition.spec.tsx

# Check the expectBars helper to see what it verifies
cat -n test/helper/expectBars.ts

# Look for any storybook stories that demonstrate the active bar behavior
find . -name "*.stories.tsx" -o -name "*.stories.ts" | xargs grep -l "recharts-active-bar\|isActive" 2>/dev/null | head -5

# Check where TextProps is defined and exported
rg -n "export (type |interface )?TextProps" src/component

# Check current imports and usage in types.ts
head -50 src/util/types.ts | cat -n

# Check tsconfig settings for module syntax
rg -n "verbatimModuleSyntax|importsNotUsedAsValues|preserveValueImports" -g "tsconfig*.json"

# Look for potential circular dependencies
rg -n "from.*types" src/component/Text.tsx | head -20

# Find where TextProps is exported
rg -n "export.*TextProps" src/

# Check TypeScript config settings
cat tsconfig.json | grep -E "verbatimModuleSyntax|importsNotUsedAsValues|preserveValueImports"

# Check what index.ts exports regarding TextProps
rg -n "TextProps" src/index.ts

# Verify if TextProps is in Text component
cat src/component/Text.tsx | head -100

# Verify TextProps is actually accessible from ../component/Text and check for any type-only constraints
rg -A 5 "^interface TextProps" src/component/Text.tsx

# Confirm that using type keyword is supported (check if other type-only imports exist)
rg "import.*type {.*}" src/util/types.ts | head -5

# Double-check line 795 context to see the TickProp usage
sed -n '790,800p' src/util/types.ts | cat -n

# Check if type-only imports are used elsewhere in the file
grep -n "import type" src/util/types.ts

# Verify line 795 exactly
sed -n '795p' src/util/types.ts