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feat: validate podcast cost estimation accuracy, document per-token costs, and fix subscription/plan enforcement

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Issue #543 — Validate Estimated Cost Accuracy (UI vs Backend)

Backend:
- cost_estimator.py uses pricing catalog (APIProviderPricing) as single source of truth
- All 7 cost components: analysis, research (search+LLM), script, TTS, voice clone, avatar, video
- initialize_default_pricing() runs on every app startup for auto-sync

Frontend cost estimation fixes:
- Added missing analysisCost, scriptCost, voiceCloneCost to PodcastEstimate type
- toPodcastEstimate() now extracts all 7 backend fields (was dropping 3)
- headerCostEst maps analysisCost->Analyze, scriptCost->Write, voiceCloneCost->Produce
- EstimateCard shows 5 chips: Analysis, Research, Script, Voice(TTS+clone), Visuals(avatar+video)
- Chip sum now equals backend total for all configurations

Subscription & plan fixes:
- Removed Stripe re-verification from checkSubscription() (downgrade regression fix #539)
- Added verifyCheckoutRef pattern for reliable mount-time checkout polling
- One-time Stripe sync effect with pending_subscription_change flag for Customer Portal returns
- Free plan limits: stability_calls 3->10, audio_calls 5->10 (supports 2 podcasts)
- Image enforcement uses actual provider (GPT_PROVIDER), not hardcoded Stability
- Billing/pricing pages bypass onboarding check in ProtectedRoute
- Gradient buttons + loading spinner on plan chip in UserBadge
- Added metadata-based Stripe lookup fallback (Issue #538)

Documentation:
- TESTING_GUIDE.md: comprehensive testing instructions for non-technical testers
  - Free plan limits, usage tracking, cost estimation formulas
  - 10 test cases for UI verification
  - Troubleshooting guide
  - Quick-reference cost formulas with all default rates

Cleanup: removed legacy ToBeMigrated directory (70+ files, ~22K LOC)
GSC Brainstorm: service, hook, modal, and UI components for blog topic brainstorming
This commit is contained in:
ajaysi
2026-05-27 08:46:38 +05:30
parent 96fa469fe8
commit aaf94049da
100 changed files with 2953 additions and 22118 deletions
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269
backend/services/gsc_brainstorm_service.py
View File

@@ -102,16 +102,45 @@ class GSCBrainstormService:
},
}
# 4. Rule-based analysis
content_opportunities = self._identify_content_opportunities(keywords_data)
keyword_gaps = self._identify_keyword_gaps(keywords_data)
quick_wins = self._identify_quick_wins(keywords_data)
page_opportunities = self._identify_page_opportunities(pages_data)
# 4. Score keywords for topic relevance and filter to topic-related subset
logger.info(f"Filtering {len(keywords_data)} GSC keywords for topic relevance to: '{keywords}'")
keywords_data, pages_data = self._filter_by_topic_relevance(
keywords_data, pages_data, keywords
)
logger.info(f"After topic filter: {len(keywords_data)} keywords, {len(pages_data)} pages")
# 5. Summary metrics
if not keywords_data:
return {
"error": "No GSC keywords matched your topic. Try a broader research topic or check your GSC data.",
"content_opportunities": [],
"keyword_gaps": [],
"quick_wins": [],
"page_opportunities": [],
"ai_recommendations": {},
"summary": {
"site_url": site_url,
"date_range": {"start": start_date, "end": end_date},
"total_keywords_analyzed": 0,
},
}
# 5. Compute threshold multiplier based on available topic keywords
# When topic filtering yields fewer keywords, lower impression thresholds
# to surface more topic-relevant opportunities.
filtered_count = len(keywords_data)
threshold_multiplier = max(0.1, filtered_count / 200.0)
logger.info(f"Threshold multiplier: {threshold_multiplier:.2f} ({filtered_count} topic keywords)")
# 6. Rule-based analysis with adjusted thresholds
content_opportunities = self._identify_content_opportunities(keywords_data, threshold_multiplier)
keyword_gaps = self._identify_keyword_gaps(keywords_data, threshold_multiplier)
quick_wins = self._identify_quick_wins(keywords_data, threshold_multiplier)
page_opportunities = self._identify_page_opportunities(pages_data, threshold_multiplier)
# 7. Summary metrics
summary = self._compute_summary(keywords_data, pages_data, site_url, start_date, end_date)
# 6. AI recommendations
# 8. AI recommendations
ai_recommendations = self._generate_ai_recommendations(
keywords_data, pages_data, summary, keywords,
content_opportunities, quick_wins, keyword_gaps,
@@ -160,6 +189,170 @@ class GSCBrainstormService:
})
return parsed
# ------------------------------------------------------------------ #
# Topic relevance scoring and filtering
# ------------------------------------------------------------------ #
_semantic_model = None # class-level cache for sentence-transformers
@staticmethod
def _compute_semantic_scores(
keywords_data: List[Dict[str, Any]],
user_keywords: str,
) -> Dict[int, float]:
"""Compute cosine similarity between embedding of each GSC keyword and user topic.
Uses sentence-transformers (all-MiniLM-L6-v2) for lightweight semantic matching.
Returns dict mapping keyword index to similarity score (0-1), or empty on failure.
"""
try:
import numpy as np
from sentence_transformers import SentenceTransformer
model = GSCBrainstormService._semantic_model
if model is None:
logger.info("Loading semantic embedding model (all-MiniLM-L6-v2)...")
model = SentenceTransformer("all-MiniLM-L6-v2", device="cpu")
GSCBrainstormService._semantic_model = model
texts, indices = [], []
for i, kw in enumerate(keywords_data):
text = kw.get("keyword", "")
if text.strip():
texts.append(text)
indices.append(i)
if not texts:
return {}
all_texts = [user_keywords] + texts
embeddings = model.encode(all_texts, show_progress_bar=False, convert_to_numpy=True)
user_emb = embeddings[0]
kw_embs = embeddings[1:]
norms = np.linalg.norm(kw_embs, axis=1)
user_norm = np.linalg.norm(user_emb)
similarities = np.dot(kw_embs, user_emb) / (norms * user_norm + 1e-8)
return dict(zip(indices, [float(s) for s in similarities]))
except Exception as e:
logger.warning(f"Semantic similarity scoring unavailable, falling back to term-only: {e}")
return {}
@staticmethod
def _tokenize(text: str) -> set:
"""Lowercase and split into individual meaningful tokens."""
import re
tokens = re.findall(r"[a-zA-Z0-9]+", text.lower())
return {t for t in tokens if len(t) >= 3}
@staticmethod
def _score_keyword_relevance(gsc_keyword: str, user_tokens: set, user_phrase: str) -> float:
"""Score a single GSC keyword for relevance to the user's topic tokens."""
kw_lower = gsc_keyword.lower()
# Exact phrase match → highest score
if user_phrase.lower() in kw_lower:
return 1.0
score = 0.0
kw_tokens = GSCBrainstormService._tokenize(gsc_keyword)
if not kw_tokens:
return 0.0
# Count overlapping tokens
matches = user_tokens & kw_tokens
score += len(matches) * 0.5
# Partial/substring matches for remaining user tokens
for ut in user_tokens:
if ut not in matches:
if ut in kw_lower:
score += 0.2
# Normalize by max possible score (capped at 1.0)
return min(score, 1.0)
def _filter_by_topic_relevance(
self,
keywords_data: List[Dict[str, Any]],
pages_data: List[Dict[str, Any]],
user_keywords: str,
) -> tuple:
"""Score GSC keywords for topic overlap and keep the most relevant subset.
Returns (filtered_keywords, filtered_pages) where filtered_keywords
includes topic-relevant keywords + top-performer fallbacks.
"""
if not user_keywords or not user_keywords.strip():
return keywords_data, pages_data
user_tokens = self._tokenize(user_keywords)
if not user_tokens:
return keywords_data, pages_data
# Compute semantic similarity scores (catches synonyms, e.g. "plant-based protein" for "vegan")
semantic_scores = GSCBrainstormService._compute_semantic_scores(keywords_data, user_keywords)
semantic_available = bool(semantic_scores)
# Score every keyword: blend term overlap (50%) + semantic similarity (50%)
scored = []
for i, kw in enumerate(keywords_data):
term_score = self._score_keyword_relevance(
kw.get("keyword", ""), user_tokens, user_keywords
)
if semantic_available:
sem_score = semantic_scores.get(i, 0.0)
blended = 0.5 * term_score + 0.5 * sem_score
else:
blended = term_score # fallback to term-only
kw["_relevance"] = blended
scored.append(kw)
# Sort by blended relevance desc, then impressions desc
scored.sort(key=lambda x: (-x["_relevance"], -x.get("impressions", 0)))
# Take top 150 by relevance
top_relevant = [k for k in scored if k["_relevance"] > 0][:150]
# Also keep top 50 by impressions as fallback (ensures general site context)
by_impressions = sorted(
scored, key=lambda x: -x.get("impressions", 0)
)[:50]
# Merge and deduplicate by keyword
seen = set()
merged = []
for kw in top_relevant + by_impressions:
key = kw.get("keyword", "")
if key not in seen:
seen.add(key)
merged.append(kw)
# Remove internal score key from results
for kw in merged:
kw.pop("_relevance", None)
logger.info(
f"Topic relevance: {len(scored)} scored, "
f"{len(top_relevant)} topic-relevant, "
f"{len(merged)} after merge with top-by-impressions"
)
# Filter pages: keep pages whose URL contains any topic-relevant keyword
relevant_keywords_lower = {kw.get("keyword", "").lower() for kw in merged if kw.get("keyword")}
filtered_pages = []
for pg in pages_data:
page_url = pg.get("page", "").lower()
# Keep page if any filtered keyword appears in the URL
if any(kw in page_url for kw in relevant_keywords_lower):
filtered_pages.append(pg)
# Always keep at least top 20 pages by impressions for context
pages_by_imp = sorted(pages_data, key=lambda x: -x.get("impressions", 0))[:20]
seen_page_urls = {p.get("page", "") for p in filtered_pages}
for pg in pages_by_imp:
if pg.get("page", "") not in seen_page_urls:
filtered_pages.append(pg)
return merged, filtered_pages
# ------------------------------------------------------------------ #
# Rule-based opportunity identification
# ------------------------------------------------------------------ #
@@ -167,14 +360,18 @@ class GSCBrainstormService:
@staticmethod
def _identify_content_opportunities(
keywords_data: List[Dict[str, Any]],
threshold_multiplier: float = 1.0,
) -> List[Dict[str, Any]]:
opportunities: List[Dict[str, Any]] = []
_imp_high = int(500 * threshold_multiplier)
_imp_impact_high = int(1000 * threshold_multiplier)
_imp_enhance = int(100 * threshold_multiplier)
_imp_enhance_high = int(500 * threshold_multiplier)
# Rule 1: Content Optimization — high impressions, low CTR
# Meaning: Google is SHOWING your page for this query but people aren't clicking.
# The content probably ranks but title/meta/snippet isn't compelling enough.
for kw in keywords_data:
if kw["impressions"] > 500 and kw["ctr"] < 3:
if kw["impressions"] > _imp_high and kw["ctr"] < 3:
estimated_gain = int(kw["impressions"] * 0.05) - kw["clicks"]
opportunities.append({
"type": "Content Optimization",
@@ -184,21 +381,19 @@ class GSCBrainstormService:
f"but only {kw['ctr']:.1f}% click. Improving your title and meta description "
f"could bring ~{max(estimated_gain, 5)} more clicks/month."
),
"potential_impact": "High" if kw["impressions"] > 1000 else "Medium",
"potential_impact": "High" if kw["impressions"] > _imp_impact_high else "Medium",
"current_position": kw["position"],
"current_ctr": kw["ctr"],
"impressions": kw["impressions"],
"clicks": kw["clicks"],
"estimated_traffic_gain": max(estimated_gain, 5),
"priority": "High" if kw["impressions"] > 1000 else "Medium",
"priority": "High" if kw["impressions"] > _imp_impact_high else "Medium",
"suggested_format": GSCBrainstormService._suggest_format(kw["keyword"]),
})
# Rule 2: Content Enhancement — positions 11-20 with decent impressions
# Meaning: You're on page 2 of Google. A small content boost could push you to page 1,
# where CTR increases dramatically (page 1 gets ~95% of all clicks).
for kw in keywords_data:
if 10 < kw["position"] <= 20 and kw["impressions"] > 100:
if 10 < kw["position"] <= 20 and kw["impressions"] > _imp_enhance:
estimated_gain = int(kw["impressions"] * 0.08)
opportunities.append({
"type": "Content Enhancement",
@@ -208,13 +403,13 @@ class GSCBrainstormService:
f"Moving to page 1 could capture ~{estimated_gain} more clicks/month "
f"from {kw['impressions']:,} impressions."
),
"potential_impact": "High" if kw["impressions"] > 500 else "Medium",
"potential_impact": "High" if kw["impressions"] > _imp_enhance_high else "Medium",
"current_position": kw["position"],
"current_ctr": kw["ctr"],
"impressions": kw["impressions"],
"clicks": kw["clicks"],
"estimated_traffic_gain": estimated_gain,
"priority": "High" if kw["impressions"] > 500 else "Medium",
"priority": "High" if kw["impressions"] > _imp_enhance_high else "Medium",
"suggested_format": GSCBrainstormService._suggest_format(kw["keyword"]),
})
@@ -224,11 +419,13 @@ class GSCBrainstormService:
@staticmethod
def _identify_keyword_gaps(
keywords_data: List[Dict[str, Any]],
threshold_multiplier: float = 1.0,
) -> List[Dict[str, Any]]:
gaps: List[Dict[str, Any]] = []
_imp_min = int(50 * threshold_multiplier)
for kw in keywords_data:
if 4 <= kw["position"] <= 20 and kw["impressions"] >= 50:
if 4 <= kw["position"] <= 20 and kw["impressions"] >= _imp_min:
# Estimate traffic gain if this keyword moved to position 1-3
# Position 1 avg CTR ~31%, position 3 ~11%, current position CTR estimate
position_1_ctr = 31.0
@@ -251,13 +448,13 @@ class GSCBrainstormService:
@staticmethod
def _identify_quick_wins(
keywords_data: List[Dict[str, Any]],
threshold_multiplier: float = 1.0,
) -> List[Dict[str, Any]]:
"""Keywords already on page 1 (positions 4-10) that could reach top 3
with minor improvements — the highest-ROI opportunities."""
quick_wins: List[Dict[str, Any]] = []
_imp_min = int(100 * threshold_multiplier)
for kw in keywords_data:
if 4 <= kw["position"] <= 10 and kw["impressions"] >= 100:
if 4 <= kw["position"] <= 10 and kw["impressions"] >= _imp_min:
# Position 3 CTR ≈ 11%, position 5 CTR ≈ 6%
# Small improvements can yield big traffic gains
target_ctr = 11.0 # approximate CTR for position 3
@@ -283,12 +480,13 @@ class GSCBrainstormService:
@staticmethod
def _identify_page_opportunities(
pages_data: List[Dict[str, Any]],
threshold_multiplier: float = 1.0,
) -> List[Dict[str, Any]]:
"""Pages with high impressions but low CTR — the content or meta needs work."""
opportunities: List[Dict[str, Any]] = []
_imp_min = int(300 * threshold_multiplier)
for pg in pages_data:
if pg["impressions"] > 300 and pg["ctr"] < 2.0:
if pg["impressions"] > _imp_min and pg["ctr"] < 2.0:
short_page = pg["page"].rstrip("/").rsplit("/", 1)[-1].replace("-", " ").title()
if len(short_page) > 60:
short_page = short_page[:57] + "..."
@@ -423,10 +621,15 @@ class GSCBrainstormService:
keyword_gaps: List[Dict],
) -> Dict[str, Any]:
try:
top_kw_list = summary.get("top_keywords", [])
top_kw_str = "\n".join(
# Build topic-relevant keyword list from filtered keywords_data
topic_keywords = sorted(
keywords_data,
key=lambda x: (x.get("impressions", 0) * max(1, 11 - min(x.get("position", 10), 10))),
reverse=True
)[:25]
topic_kw_str = "\n".join(
f" • {kw['keyword']}: {kw['impressions']:,} impressions, position {kw['position']}, {kw['ctr']:.1f}% CTR"
for kw in top_kw_list[:10]
for kw in topic_keywords
)
dist = summary.get("keyword_distribution", {})
@@ -450,18 +653,18 @@ class GSCBrainstormService:
The user wants to write about: "{user_keywords}"
Here is their GSC data for the last 30 days:
Here is their GSC data for the last 30 days, already filtered to keywords related to their topic:
PERFORMANCE OVERVIEW:
- Total Keywords: {summary.get('total_keywords_analyzed', 0)}
- Total Impressions: {summary.get('total_impressions', 0):,}
- Total Clicks: {summary.get('total_clicks', 0):,}
- Total Topic-Relevant Keywords: {summary.get('total_keywords_analyzed', 0)}
- Total Impressions (topic): {summary.get('total_impressions', 0):,}
- Total Clicks (topic): {summary.get('total_clicks', 0):,}
- Average CTR: {summary.get('avg_ctr', 0):.2f}% (industry avg for positions 1-10 is ~3.1%)
- Average Position: {summary.get('avg_position', 0):.1f}
- SEO Health Score: {summary.get('health_score', 0)}/100
TOP KEYWORDS BY IMPRESSIONS:
{top_kw_str}
TOPIC-RELEVANT KEYWORDS (sorted by potential impact):
{topic_kw_str}
KEYWORD POSITION DISTRIBUTION:
- Position 1-3 (top results): {dist.get('positions_1_3', 0)} keywords
@@ -514,7 +717,7 @@ IMPORTANT:
- Provide 3-5 items in each category
- Every suggestion MUST relate to the user's interest in "{user_keywords}"
- Titles should be specific and compelling, like real blog post headlines
- Use the data above to justify each recommendation
- Use the KEYWORD DATA above to justify each recommendation — reference specific keywords, their impressions, positions, and CTR
- Prioritize keywords with high impressions but low CTR or low position"""
system_prompt = (

6
backend/services/llm_providers/image_generation/helpers.py
View File

@@ -13,7 +13,8 @@ def _validate_image_operation(
user_id: Optional[str],
operation_type: str = "image-generation",
num_operations: int = 1,
log_prefix: str = "[Image Generation]"
log_prefix: str = "[Image Generation]",
provider_name: Optional[str] = None,
) -> None:
"""Reusable pre-flight validation helper for all image operations."""
if not user_id:
@@ -32,7 +33,8 @@ def _validate_image_operation(
validate_image_generation_operations(
pricing_service=pricing_service,
user_id=user_id,
num_images=num_operations
num_images=num_operations,
provider_name=provider_name,
)
logger.info(f"{log_prefix} ✅ Pre-flight validation passed for user_id={user_id}")
except HTTPException:

10
backend/services/llm_providers/main_image_generation.py
View File

@@ -61,15 +61,17 @@ def generate_image(prompt: str, options: Optional[Dict[str, Any]] = None, user_i
options: Image generation options (provider, model, width, height, etc.)
user_id: User ID for subscription checking (optional, but required for validation)
"""
# PRE-FLIGHT VALIDATION: Reuse extracted helper
opts = options or {}
provider_name = _select_provider(opts.get("provider"), user_id=user_id)
# PRE-FLIGHT VALIDATION: Run after provider selection so enforcement checks correct limit
_validate_image_operation(
user_id=user_id,
operation_type="image-generation",
num_operations=1,
log_prefix="[Image Generation]"
log_prefix="[Image Generation]",
provider_name=provider_name,
)
opts = options or {}
provider_name = _select_provider(opts.get("provider"), user_id=user_id)
image_options = ImageGenerationOptions(
prompt=prompt,

24
backend/services/subscription/preflight_validator.py
View File

@@ -241,7 +241,8 @@ def validate_exa_research_operations(
def validate_image_generation_operations(
pricing_service: PricingService,
user_id: str,
num_images: int = 1
num_images: int = 1,
provider_name: Optional[str] = None,
) -> None:
"""
Validate image generation operation(s) before making API calls.
@@ -250,25 +251,36 @@ def validate_image_generation_operations(
pricing_service: PricingService instance
user_id: User ID for subscription checking
num_images: Number of images to generate (for multiple variations)
provider_name: Actual image provider (e.g., 'stability', 'gemini', 'huggingface', 'wavespeed')
Returns:
None
If validation fails, raises HTTPException with 429 status
"""
try:
# Map actual provider name to the APIProvider used for limit enforcement
provider_map = {
'stability': APIProvider.STABILITY,
'gemini': APIProvider.GEMINI,
'huggingface': APIProvider.MISTRAL, # HF images track to total_calls, enforce via MISTRAL
'wavespeed': APIProvider.WAVESPEED,
}
api_provider = provider_map.get(provider_name or '', APIProvider.STABILITY)
display_name = provider_name or 'stability'
# Create validation operations for each image
operations_to_validate = [
{
'provider': APIProvider.STABILITY,
'provider': api_provider,
'tokens_requested': 0,
'actual_provider_name': 'stability',
'actual_provider_name': display_name,
'operation_type': 'image_generation'
}
for _ in range(num_images)
]
logger.info(f"[Pre-flight Validator] 🚀 Validating {num_images} image generation(s) for user {user_id}")
logger.info(f"[Pre-flight Validator] 🚀 Validating {num_images} image generation(s) for user {user_id}, provider={display_name}")
can_proceed, message, error_details = pricing_service.check_comprehensive_limits(
user_id=user_id,
operations=operations_to_validate
@@ -278,7 +290,7 @@ def validate_image_generation_operations(
logger.error(f"[Pre-flight Validator] Image generation blocked for user {user_id}: {message}")
usage_info = error_details.get('usage_info', {}) if error_details else {}
provider = usage_info.get('provider', 'stability') if usage_info else 'stability'
provider = usage_info.get('provider', display_name) if usage_info else display_name
raise HTTPException(
status_code=429,

4
backend/services/subscription/pricing_service.py
View File

@@ -564,11 +564,11 @@ class PricingService:
"serper_calls_limit": 10,
"metaphor_calls_limit": 0, # DISABLED: Metaphor not in Free tier
"firecrawl_calls_limit": 0, # DISABLED: Firecrawl not in Free tier
"stability_calls_limit": 3, # 3 images - enough to try the product
"stability_calls_limit": 10, # 10 images - enough for 2 podcasts (5 images each)
"exa_calls_limit": 10, # 10 research queries - enough to try the product
"video_calls_limit": 2, # 2 video renders - try podcast video on Free
"image_edit_calls_limit": 5, # 5 image edits - enough to try the product
"audio_calls_limit": 5, # 5 audio clips - enough to try the product
"audio_calls_limit": 10, # 10 audio clips - enough for 2 podcasts (5 clips each)
"wavespeed_calls_limit": 0, # 0 = unlimited for Free; video controlled via video_calls_limit
"gemini_tokens_limit": 50000,
"openai_tokens_limit": 0, # DISABLED