skills/borghei/claude-skills/app-store-optimization

app-store-optimization

Installation
SKILL.md

App Store Optimization (ASO)

ASO tools for researching keywords, optimizing metadata, analyzing competitors, and improving app store visibility on Apple App Store and Google Play Store.


Table of Contents


Keyword Research Workflow

Discover and evaluate keywords that drive app store visibility.

Workflow: Conduct Keyword Research

  1. Define target audience and core app functions:
    • Primary use case (what problem does the app solve)
    • Target user demographics
    • Competitive category
  2. Generate seed keywords from:
    • App features and benefits
    • User language (not developer terminology)
    • App store autocomplete suggestions
  3. Expand keyword list using:
    • Modifiers (free, best, simple)
    • Actions (create, track, organize)
    • Audiences (for students, for teams, for business)
  4. Evaluate each keyword:
    • Search volume (estimated monthly searches)
    • Competition (number and quality of ranking apps)
    • Relevance (alignment with app function)
  5. Score and prioritize keywords:
    • Primary: Title and keyword field (iOS)
    • Secondary: Subtitle and short description
    • Tertiary: Full description only
  6. Map keywords to metadata locations
  7. Document keyword strategy for tracking
  8. Validation: Keywords scored; placement mapped; no competitor brand names included; no plurals in iOS keyword field

Keyword Evaluation Criteria

Factor Weight High Score Indicators
Relevance 35% Describes core app function
Volume 25% 10,000+ monthly searches
Competition 25% Top 10 apps have <4.5 avg rating
Conversion 15% Transactional intent ("best X app")

Keyword Placement Priority

Location Search Weight Character Limit
App Title Highest 30 (iOS) / 50 (Android)
Subtitle (iOS) High 30
Keyword Field (iOS) High 100
Short Description (Android) High 80
Full Description Medium 4,000

See: references/keyword-research-guide.md


Metadata Optimization Workflow

Optimize app store listing elements for search ranking and conversion.

Workflow: Optimize App Metadata

  1. Audit current metadata against platform limits:
    • Title character count and keyword presence
    • Subtitle/short description usage
    • Keyword field efficiency (iOS)
    • Description keyword density
  2. Optimize title following formula:
    [Brand Name] - [Primary Keyword] [Secondary Keyword]
    
  3. Write subtitle (iOS) or short description (Android):
    • Focus on primary benefit
    • Include secondary keyword
    • Use action verbs
  4. Optimize keyword field (iOS only):
    • Remove duplicates from title
    • Remove plurals (Apple indexes both forms)
    • No spaces after commas
    • Prioritize by score
  5. Rewrite full description:
    • Hook paragraph with value proposition
    • Feature bullets with keywords
    • Social proof section
    • Call to action
  6. Validate character counts for each field
  7. Calculate keyword density (target 2-3% primary)
  8. Validation: All fields within character limits; primary keyword in title; no keyword stuffing (>5%); natural language preserved

Platform Character Limits

Field Apple App Store Google Play Store
Title 30 characters 50 characters
Subtitle 30 characters N/A
Short Description N/A 80 characters
Keywords 100 characters N/A
Promotional Text 170 characters N/A
Full Description 4,000 characters 4,000 characters
What's New 4,000 characters 500 characters

Description Structure

PARAGRAPH 1: Hook (50-100 words)
├── Address user pain point
├── State main value proposition
└── Include primary keyword

PARAGRAPH 2-3: Features (100-150 words)
├── Top 5 features with benefits
├── Bullet points for scanability
└── Secondary keywords naturally integrated

PARAGRAPH 4: Social Proof (50-75 words)
├── Download count or rating
├── Press mentions or awards
└── Summary of user testimonials

PARAGRAPH 5: Call to Action (25-50 words)
├── Clear next step
└── Reassurance (free trial, no signup)

See: references/platform-requirements.md


Competitor Analysis Workflow

Analyze top competitors to identify keyword gaps and positioning opportunities.

Workflow: Analyze Competitor ASO Strategy

  1. Identify top 10 competitors:
    • Direct competitors (same core function)
    • Indirect competitors (overlapping audience)
    • Category leaders (top downloads)
  2. Extract competitor keywords from:
    • App titles and subtitles
    • First 100 words of descriptions
    • Visible metadata patterns
  3. Build competitor keyword matrix:
    • Map which keywords each competitor targets
    • Calculate coverage percentage per keyword
  4. Identify keyword gaps:
    • Keywords with <40% competitor coverage
    • High volume terms competitors miss
    • Long-tail opportunities
  5. Analyze competitor visual assets:
    • Icon design patterns
    • Screenshot messaging and style
    • Video presence and quality
  6. Compare ratings and review patterns:
    • Average rating by competitor
    • Common praise themes
    • Common complaint themes
  7. Document positioning opportunities
  8. Validation: 10+ competitors analyzed; keyword matrix complete; gaps identified with volume estimates; visual audit documented

Competitor Analysis Matrix

Analysis Area Data Points
Keywords Title keywords, description frequency
Metadata Character utilization, keyword density
Visuals Icon style, screenshot count/style
Ratings Average rating, total count, velocity
Reviews Top praise, top complaints

Gap Analysis Template

Opportunity Type Example Action
Keyword gap "habit tracker" (40% coverage) Add to keyword field
Feature gap Competitor lacks widget Highlight in screenshots
Visual gap No videos in top 5 Create app preview
Messaging gap None mention "free" Test free positioning

App Launch Workflow

Execute a structured launch for maximum initial visibility.

Workflow: Launch App to Stores

  1. Complete pre-launch preparation (4 weeks before):
    • Finalize keywords and metadata
    • Prepare all visual assets
    • Set up analytics (Firebase, Mixpanel)
    • Build press kit and media list
  2. Submit for review (2 weeks before):
    • Complete all store requirements
    • Verify compliance with guidelines
    • Prepare launch communications
  3. Configure post-launch systems:
    • Set up review monitoring
    • Prepare response templates
    • Configure rating prompt timing
  4. Execute launch day:
    • Verify app is live in both stores
    • Announce across all channels
    • Begin review response cycle
  5. Monitor initial performance (days 1-7):
    • Track download velocity hourly
    • Monitor reviews and respond within 24 hours
    • Document any issues for quick fixes
  6. Conduct 7-day retrospective:
    • Compare performance to projections
    • Identify quick optimization wins
    • Plan first metadata update
  7. Schedule first update (2 weeks post-launch)
  8. Validation: App live in stores; analytics tracking; review responses within 24h; download velocity documented; first update scheduled

Pre-Launch Checklist

Category Items
Metadata Title, subtitle, description, keywords
Visual Assets Icon, screenshots (all sizes), video
Compliance Age rating, privacy policy, content rights
Technical App binary, signing certificates
Analytics SDK integration, event tracking
Marketing Press kit, social content, email ready

Launch Timing Considerations

Factor Recommendation
Day of week Tuesday-Wednesday (avoid weekends)
Time of day Morning in target market timezone
Seasonal Align with relevant category seasons
Competition Avoid major competitor launch dates

See: references/aso-best-practices.md


A/B Testing Workflow

Test metadata and visual elements to improve conversion rates.

Workflow: Run A/B Test

  1. Select test element (prioritize by impact):
    • Icon (highest impact)
    • Screenshot 1 (high impact)
    • Title (high impact)
    • Short description (medium impact)
  2. Form hypothesis:
    If we [change], then [metric] will [improve/increase] by [amount]
    because [rationale].
    
  3. Create variants:
    • Control: Current version
    • Treatment: Single variable change
  4. Calculate required sample size:
    • Baseline conversion rate
    • Minimum detectable effect (usually 5%)
    • Statistical significance (95%)
  5. Launch test:
    • Apple: Use Product Page Optimization
    • Android: Use Store Listing Experiments
  6. Run test for minimum duration:
    • At least 7 days
    • Until statistical significance reached
  7. Analyze results:
    • Compare conversion rates
    • Check statistical significance
    • Document learnings
  8. Validation: Single variable tested; sample size sufficient; significance reached (95%); results documented; winner implemented

A/B Test Prioritization

Element Conversion Impact Test Complexity
App Icon 10-25% lift possible Medium (design needed)
Screenshot 1 15-35% lift possible Medium
Title 5-15% lift possible Low
Short Description 5-10% lift possible Low
Video 10-20% lift possible High

Sample Size Quick Reference

Baseline CVR Impressions Needed (per variant)
1% 31,000
2% 15,500
5% 6,200
10% 3,100

Test Documentation Template

TEST ID: ASO-2025-001
ELEMENT: App Icon
HYPOTHESIS: A bolder color icon will increase conversion by 10%
START DATE: [Date]
END DATE: [Date]

RESULTS:
├── Control CVR: 4.2%
├── Treatment CVR: 4.8%
├── Lift: +14.3%
├── Significance: 97%
└── Decision: Implement treatment

LEARNINGS:
- Bold colors outperform muted tones in this category
- Apply to screenshot backgrounds for next test

Before/After Examples

Title Optimization

Productivity App:

Version Title Analysis
Before "MyTasks" No keywords, brand only (8 chars)
After "MyTasks - Todo List & Planner" Primary + secondary keywords (29 chars)

Fitness App:

Version Title Analysis
Before "FitTrack Pro" Generic modifier (12 chars)
After "FitTrack: Workout Log & Gym" Category keywords (27 chars)

Subtitle Optimization (iOS)

Version Subtitle Analysis
Before "Get Things Done" Vague, no keywords
After "Daily Task Manager & Planner" Two keywords, benefit clear

Keyword Field Optimization (iOS)

Before (Inefficient - 89 chars, 8 keywords):

task manager, todo list, productivity app, daily planner, reminder app

After (Optimized - 97 chars, 14 keywords):

task,todo,checklist,reminder,organize,daily,planner,schedule,deadline,goals,habit,widget,sync,team

Improvements:

  • Removed spaces after commas (+8 chars)
  • Removed duplicates (task manager → task)
  • Removed plurals (reminders → reminder)
  • Removed words in title
  • Added more relevant keywords

Description Opening

Before:

MyTasks is a comprehensive task management solution designed
to help busy professionals organize their daily activities
and boost productivity.

After:

Forget missed deadlines. MyTasks keeps every task, reminder,
and project in one place—so you focus on doing, not remembering.
Trusted by 500,000+ professionals.

Improvements:

  • Leads with user pain point
  • Specific benefit (not generic "boost productivity")
  • Social proof included
  • Keywords natural, not stuffed

Screenshot Caption Evolution

Version Caption Issue
Before "Task List Feature" Feature-focused, passive
Better "Create Task Lists" Action verb, but still feature
Best "Never Miss a Deadline" Benefit-focused, emotional

Tools and References

Scripts

Script Purpose Usage
keyword_analyzer.py Analyze keywords for volume and competition python keyword_analyzer.py --keywords "todo,task,planner"
metadata_optimizer.py Validate metadata character limits and density python metadata_optimizer.py --platform ios --title "App Title"
competitor_analyzer.py Extract and compare competitor keywords python competitor_analyzer.py --competitors "App1,App2,App3"
aso_scorer.py Calculate overall ASO health score python aso_scorer.py --app-id com.example.app
ab_test_planner.py Plan tests and calculate sample sizes python ab_test_planner.py --cvr 0.05 --lift 0.10
review_analyzer.py Analyze review sentiment and themes python review_analyzer.py --app-id com.example.app
launch_checklist.py Generate platform-specific launch checklists python launch_checklist.py --platform ios
localization_helper.py Manage multi-language metadata python localization_helper.py --locales "en,es,de,ja"

References

Document Content
platform-requirements.md iOS and Android metadata specs, visual asset requirements
aso-best-practices.md Optimization strategies, rating management, launch tactics
keyword-research-guide.md Research methodology, evaluation framework, tracking

Assets

Template Purpose
aso-audit-template.md Structured audit checklist for app store listings

Platform Limitations

Data Constraints

Constraint Impact
No official keyword volume data Estimates based on third-party tools
Competitor data limited to public info Cannot see internal metrics
Review access limited to public reviews No access to private feedback
Historical data unavailable for new apps Cannot compare to past performance

Platform Behavior

Platform Behavior
iOS Keyword changes require app submission
iOS Promotional text editable without update
Android Metadata changes index in 1-2 hours
Android No separate keyword field (use description)
Both Algorithm changes without notice

When Not to Use This Skill

Scenario Alternative
Web apps Use web SEO skills
Enterprise apps (not public) Internal distribution tools
Beta/TestFlight only Focus on feedback, not ASO
Paid advertising strategy Use paid acquisition skills

Related Skills

Skill Integration Point
content-creator App description copywriting
marketing-demand-acquisition Launch promotion campaigns
marketing-strategy-pmm Go-to-market planning

Proactive Triggers

  • No keyword optimization in title -- App title is the #1 ranking factor. Include top keyword in title.
  • Screenshots don't show value -- Screenshots should tell a benefit story, not just show UI.
  • No ratings strategy -- Below 4.0 stars kills conversion. Implement in-app rating prompts at positive moments.
  • Description keyword-stuffed -- Natural language with keywords beats keyword stuffing. Target 2-3% density.

Output Artifacts

When you ask for... You get...
"ASO audit" Full app store listing audit with prioritized fixes
"Keyword research" Keyword list with search volume and difficulty scores
"Optimize my listing" Rewritten title, subtitle, description, keyword field
"Competitor analysis" Competitive keyword matrix with gap opportunities

Communication

All output passes quality verification:

  • Self-verify: source attribution, assumption audit, confidence scoring
  • Output format: Bottom Line first, then What (with confidence), Why, How to Act
  • Every finding tagged with confidence level: verified, medium confidence, or assumed

Troubleshooting

Problem Likely Cause Solution
Keywords not indexing after metadata update Apple requires app submission for keyword changes; Google indexes in 1-2 hours For iOS, submit an app update or use promotional text (editable without submission). For Google Play, wait 24-48 hours and verify via Google Play Console search analytics
Conversion rate dropped after metadata change Title or screenshot change reduced clarity or trust signals Revert to previous version immediately, then A/B test the change using Apple Product Page Optimization or Google Store Listing Experiments before rolling out again
App not appearing in search results Metadata lacks relevant keywords, or app has low engagement signals Audit title and keyword field for target terms. Check that the app is not suppressed for guideline violations. Improve ratings above 4.0 to boost ranking signals
Ratings declining after update New bugs introduced, or rating prompt timing is poor Analyze recent negative reviews for patterns. Fix critical bugs in a hotfix release. Adjust in-app rating prompt to trigger after positive user actions (e.g., completing a task), not on app launch
Competitor outranking despite weaker metadata Competitor has stronger engagement metrics (installs, retention, rating velocity) Focus on improving post-install engagement and retention. Apple and Google now weight behavioral signals (session length, uninstall rate, rating velocity) alongside metadata relevance
Localized listing underperforming Direct translation without cultural keyword adaptation Use native speakers for keyword research in each market. Adapt keywords to local search behavior rather than translating English terms. German compound words and Japanese katakana/kanji mixing require specialized ASO
Apple Search Ads not delivering impressions Bid too low, relevance score poor, or audience too narrow Increase bid to match category benchmarks. Improve metadata relevance for target keywords (Apple will not show irrelevant ads regardless of bid). Broaden audience targeting or enable Search Match

Success Criteria

  • Conversion Rate (Impression-to-Install): Target 25-30% on iOS and 27-33% on Google Play (2026 cross-category median: 25% iOS, 27.3% Google Play). Productivity and utility apps should aim for 40%+ given category norms
  • Keyword Rankings: Maintain 10+ keywords in top-10 positions and 20+ keywords in top-50 positions within your primary market. Track ranking improvements week-over-week after each metadata update
  • Rating Quality: Sustain an average rating of 4.5+ stars with 100+ ratings per month. Apps below 4.0 stars experience measurable conversion drops. Aim for 99%+ crash-free rate to protect ratings
  • Metadata Utilization: Use 90%+ of available character space in title, subtitle (iOS), short description (Android), and keyword field (iOS). Under-utilized metadata is wasted ranking potential
  • A/B Test Velocity: Run at least one store listing experiment per month. Achieve statistical significance (95% confidence) before implementing winners. Target 5-15% conversion lift per successful test cycle
  • Localization Coverage: Localize metadata for at least 5 priority markets (US, China, Japan, Germany, UK) with native-speaker keyword research. Localized apps see 15-30% download increases in target markets
  • Apple Search Ads Efficiency: Maintain a tap-through rate (TTR) above 5% and cost-per-acquisition (CPA) below category median. In 2026, Apple is expanding search ad inventory with additional inline placements -- optimize for the new Maximize Conversions bidding option

Scope & Limitations

In Scope:

  • Keyword research, metadata optimization, and character limit validation for Apple App Store and Google Play Store
  • Competitor ASO analysis using publicly available metadata, ratings, and reviews
  • A/B test planning with sample size calculations and statistical significance testing
  • Launch checklist generation, seasonal campaign planning, and localization strategy
  • Review sentiment analysis and feature request extraction

Out of Scope:

  • Real-time app store data fetching (scripts analyze static data you provide)
  • Apple Search Ads or Google Ads campaign management (use platform dashboards)
  • Creative asset design (icon, screenshots, video production)
  • Cross-device attribution and install tracking (requires MMP integration such as AppsFlyer, Adjust, or Branch)
  • In-app analytics and retention optimization (use Firebase, Mixpanel, or Amplitude)
  • Revenue or subscription optimization (pricing strategy is a separate discipline)

Data Constraints:

  • No official search volume API exists for either app store; volume estimates rely on third-party tools or heuristic scoring
  • Competitor data is limited to publicly visible metadata, ratings, and reviews
  • Historical ranking data requires external ASO tools (AppTweak, Sensor Tower, data.ai)
  • Apple's June 2025 algorithm update now indexes screenshot text as a ranking factor -- this skill's scripts do not yet analyze visual text content

Integration Points

Integration Purpose How to Connect
Apple App Store Connect Metadata submission, Product Page Optimization A/B tests, analytics Upload optimized metadata from this skill's output directly into App Store Connect. Use Product Page Optimization for A/B tests planned by ab_test_planner.py
Google Play Console Metadata submission, Store Listing Experiments, performance reports Apply metadata recommendations in Play Console. Use Store Listing Experiments for A/B tests. Export conversion data for aso_scorer.py input
Apple Search Ads Paid keyword discovery, Search Match insights Use keyword data from keyword_analyzer.py to build Search Ads campaigns. Import Search Ads search term reports back into keyword research workflow. In 2026, leverage new inline ad placements and Maximize Conversions bidding
ASO Tools (AppTweak, Sensor Tower, data.ai) Search volume data, ranking tracking, competitor intelligence Export keyword volume and competitor data from ASO tools as input for keyword_analyzer.py and competitor_analyzer.py. Feed ranking history into aso_scorer.py
Firebase / Mixpanel / Amplitude Post-install analytics, retention metrics Use retention and engagement data to inform ASO scoring (engagement signals affect store rankings). Feed conversion funnel data into aso_scorer.py conversion metrics
campaign-analytics skill Attribution modeling for app install campaigns Combine ASO organic data with paid campaign attribution from attribution_analyzer.py to understand full acquisition picture
content-creator skill App description copywriting and SEO optimization Use seo_optimizer.py principles for app description writing. Apply brand voice consistency from brand_voice_analyzer.py across store listings

Tool Reference

keyword_analyzer.py

Type: Python library (imported, not CLI)

Classes:

  • KeywordAnalyzer -- Core analysis class

Key Methods:

Method Parameters Returns
analyze_keyword() keyword: str, search_volume: int = 0, competing_apps: int = 0, relevance_score: float = 0.0 Dict with keyword analysis (potential score 0-100, difficulty score 0-100, recommendation)
compare_keywords() keywords_data: List[Dict] (each dict: keyword, search_volume, competing_apps, relevance_score) Ranked keywords with primary/secondary/long-tail categorization
find_long_tail_opportunities() base_keyword: str, modifiers: List[str] Long-tail keyword variations with competition estimates
extract_keywords_from_text() text: str, min_word_length: int = 3 Top 50 keywords/phrases by frequency
calculate_keyword_density() text: str, target_keywords: List[str] Dict of keyword: density percentage

Convenience Function: analyze_keyword_set(keywords_data) -- Analyzes and ranks a full keyword set in one call.

metadata_optimizer.py

Type: Python library (imported, not CLI)

Classes:

  • MetadataOptimizer(platform: str = 'apple') -- Platform must be 'apple' or 'google'

Key Methods:

Method Parameters Returns
optimize_title() app_name: str, target_keywords: List[str], include_brand: bool = True Title options with length, keywords included, pros/cons, recommendation
optimize_description() app_info: Dict (name, key_features, unique_value, target_audience), target_keywords: List[str], description_type: str = 'full' Optimized description with keyword density analysis. Types: 'full', 'short' (Google), 'subtitle' (Apple)
optimize_keyword_field() target_keywords: List[str], app_title: str = "", app_description: str = "" Apple-only. Optimized 100-char keyword field (no spaces, no plurals, no title duplicates)
validate_character_limits() metadata: Dict[str, str] Validation report with errors, warnings, usage percentages
calculate_keyword_density() text: str, target_keywords: List[str] Per-keyword density with status (too_low / optimal / too_high)

Convenience Function: optimize_app_metadata(platform, app_info, target_keywords) -- Optimizes title, description, and keyword field in one call.

competitor_analyzer.py

Type: Python library (imported, not CLI)

Classes:

  • CompetitorAnalyzer(category: str, platform: str = 'apple')

Key Methods:

Method Parameters Returns
analyze_competitor() app_data: Dict (app_name, title, description, rating, ratings_count, keywords) Title analysis, description analysis, keyword strategy, competitive strength score (0-100)
compare_competitors() competitors_data: List[Dict] Ranked competitors, common keywords, keyword gaps, best practices, opportunities
identify_gaps() your_app_data: Dict, competitors_data: List[Dict] Keyword gaps, rating gaps, content gaps, competitive positioning assessment

Convenience Function: analyze_competitor_set(category, competitors_data, platform='apple') -- Full competitive analysis in one call.

aso_scorer.py

Type: Python library (imported, not CLI)

Classes:

  • ASOScorer -- Calculates weighted ASO health score (0-100)

Key Methods:

Method Parameters Returns
calculate_overall_score() metadata: Dict, ratings: Dict, keyword_performance: Dict, conversion: Dict Overall score, health status, breakdown by component, prioritized recommendations, strengths, weaknesses
score_metadata_quality() metadata: Dict (title_keyword_count, title_length, description_length, description_quality, keyword_density) Score 0-100
score_ratings_reviews() ratings: Dict (average_rating, total_ratings, recent_ratings_30d) Score 0-100
score_keyword_performance() keyword_performance: Dict (top_10, top_50, top_100, improving_keywords) Score 0-100
score_conversion_metrics() conversion: Dict (impression_to_install, downloads_last_30_days, downloads_trend) Score 0-100

Weights: metadata_quality 25%, ratings_reviews 25%, keyword_performance 25%, conversion_metrics 25%.

Convenience Function: calculate_aso_score(metadata, ratings, keyword_performance, conversion)

ab_test_planner.py

Type: Python library (imported, not CLI)

Classes:

  • ABTestPlanner

Key Methods:

Method Parameters Returns
design_test() test_type: str ('icon', 'screenshot', 'title', 'description'), variant_a: Dict, variant_b: Dict, hypothesis: str, success_metric: str = 'conversion_rate' Test design with ID, variants, secondary metrics, best practices
calculate_sample_size() baseline_conversion: float, minimum_detectable_effect: float, confidence_level: str = 'standard' ('high'/'standard'/'exploratory'), power: float = 0.80 Sample size per variant, duration estimates for low/medium/high traffic
calculate_significance() variant_a_conversions: int, variant_a_visitors: int, variant_b_conversions: int, variant_b_visitors: int Z-score, p-value, significance at 90%/95%, decision recommendation
track_test_results() test_id: str, results_data: Dict Progress tracking, current significance, next steps
generate_test_report() test_id: str, final_results: Dict Complete report with insights, implementation plan, learnings

Convenience Function: plan_ab_test(test_type, variant_a, variant_b, hypothesis, baseline_conversion)

review_analyzer.py

Type: Python library (imported, not CLI)

Classes:

  • ReviewAnalyzer(app_name: str)

Key Methods:

Method Parameters Returns
analyze_sentiment() reviews: List[Dict] (each: text, rating, date) Sentiment distribution (positive/neutral/negative %), average rating, detailed sentiments
extract_common_themes() reviews: List[Dict], min_mentions: int = 3 Common words, phrases, categorized themes (features, performance, usability, support, pricing)
identify_issues() reviews: List[Dict], rating_threshold: int = 3 Categorized issues (crashes, bugs, performance, compatibility) with severity scores and priority
find_feature_requests() reviews: List[Dict] Clustered and prioritized feature requests
track_sentiment_trends() reviews_by_period: Dict[str, List[Dict]] Trend direction (improving/declining/stable), period-over-period comparison
generate_response_templates() issue_category: str ('crash', 'bug', 'feature_request', 'positive', 'negative_general') Response templates for review management

Convenience Function: analyze_reviews(app_name, reviews) -- Runs sentiment, themes, issues, and feature requests in one call.

launch_checklist.py

Type: Python library (imported, not CLI)

Classes:

  • LaunchChecklistGenerator(platform: str = 'both') -- Platform: 'apple', 'google', or 'both'

Key Methods:

Method Parameters Returns
generate_prelaunch_checklist() app_info: Dict (name, category, target_audience), launch_date: Optional[str] (YYYY-MM-DD) Platform-specific checklists, universal checklist, timeline with milestones, completion summary
validate_app_store_compliance() app_data: Dict, platform: str = 'apple' Compliance validation with errors, warnings, recommendations
create_update_plan() current_version: str, planned_features: List[str], update_frequency: str = 'monthly' Version schedule, feature distribution, What's New templates
optimize_launch_timing() app_category: str, target_audience: str, current_date: Optional[str] Optimal dates, day-of-week recommendation, seasonal considerations
plan_seasonal_campaigns() app_category: str, current_month: int = None Seasonal opportunities, campaign ideas, implementation timeline

Convenience Function: generate_launch_checklist(platform, app_info, launch_date)

localization_helper.py

Type: Python library (imported, not CLI)

Classes:

  • LocalizationHelper(app_category: str = 'general')

Key Methods:

Method Parameters Returns
identify_target_markets() current_market: str = 'en-US', budget_level: str = 'medium' ('low'/'medium'/'high'), target_market_count: int = 5 Prioritized markets (tier 1/2/3), estimated costs, phased implementation plan
translate_metadata() source_metadata: Dict[str, str], source_language: str, target_language: str, platform: str = 'apple' Character limit validation per field with language-specific multipliers, translation notes
adapt_keywords() source_keywords: List[str], source_language: str, target_language: str, target_market: str Adaptation strategy per keyword (full_localization / adapt_and_translate / direct_translation), cultural considerations
validate_translations() translated_metadata: Dict[str, str], target_language: str, platform: str = 'apple' Character limit validation, quality checks (placeholders, excessive punctuation)
calculate_localization_roi() target_markets: List[str], current_monthly_downloads: int, localization_cost: float, expected_lift_percentage: float = 0.15 Market breakdown, expected monthly lift, payback period, annual ROI

Convenience Function: plan_localization_strategy(current_market, budget_level, monthly_downloads)

Weekly Installs
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GitHub Stars
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First Seen
2 days ago