feat: WP-13 post-game callback hook for season stats and evolution
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After complete_game() saves the game result and posts rewards, fire two
non-blocking API calls in order:
  1. POST season-stats/update-game/{game_id}
  2. POST evolution/evaluate-game/{game_id}

Any failure in the evolution block is caught and logged as a warning —
the game is already persisted so evolution will self-heal on the next
evaluate pass. A notify_tier_completion stub is added as a WP-14 target.

Closes #78 on cal/paper-dynasty-database

Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
This commit is contained in:
Cal Corum 2026-03-18 15:54:37 -05:00
parent 8da9157f3c
commit b4c41aa7ee
4 changed files with 608 additions and 0 deletions

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@ -4242,6 +4242,24 @@ async def get_game_summary_embed(
return game_embed
async def notify_tier_completion(channel: discord.TextChannel, tier_up: dict) -> None:
"""Stub for WP-14: log evolution tier-up events.
WP-14 will replace this with a full Discord embed notification. For now we
only log the event so that the WP-13 hook has a callable target and the
tier-up data is visible in the application log.
Args:
channel: The Discord channel where the game was played.
tier_up: Dict from the evolution API, expected to contain at minimum
'player_id', 'old_tier', and 'new_tier' keys.
"""
logger.info(
f"[WP-14 stub] notify_tier_completion called for channel={channel.id if channel else 'N/A'} "
f"tier_up={tier_up}"
)
async def complete_game(
session: Session,
interaction: discord.Interaction,
@ -4345,6 +4363,26 @@ async def complete_game(
await roll_back(db_game["id"], plays=True, decisions=True)
log_exception(e, msg="Error while posting game rewards")
# Post-game evolution processing (non-blocking)
# WP-13: update season stats then evaluate evolution milestones for all
# participating players. Wrapped in try/except so any failure here is
# non-fatal — the game is already saved and evolution will catch up on the
# next evaluate call.
try:
await db_post(f"season-stats/update-game/{db_game['id']}")
evo_result = await db_post(f"evolution/evaluate-game/{db_game['id']}")
if evo_result and evo_result.get("tier_ups"):
for tier_up in evo_result["tier_ups"]:
# WP-14 will implement full Discord notification; stub for now
logger.info(
f"Evolution tier-up for player {tier_up.get('player_id')}: "
f"{tier_up.get('old_tier')} -> {tier_up.get('new_tier')} "
f"(game {db_game['id']})"
)
await notify_tier_completion(interaction.channel, tier_up)
except Exception as e:
logger.warning(f"Post-game evolution processing failed (non-fatal): {e}")
session.delete(this_play)
session.commit()

107
helpers/evolution_notifs.py Normal file
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@ -0,0 +1,107 @@
"""
Evolution Tier Completion Notifications
Builds and sends Discord embeds when a player completes an evolution tier
during post-game evaluation. Each tier-up event gets its own embed.
Notification failures are non-fatal: the send is wrapped in try/except so
a Discord API hiccup never disrupts game flow.
"""
import logging
from typing import Optional
import discord
logger = logging.getLogger("discord_app")
# Human-readable display names for each tier number.
TIER_NAMES = {
0: "Unranked",
1: "Initiate",
2: "Rising",
3: "Ascendant",
4: "Evolved",
}
# Tier-specific embed colors.
TIER_COLORS = {
1: 0x2ECC71, # green
2: 0xF1C40F, # gold
3: 0x9B59B6, # purple
4: 0x1ABC9C, # teal (fully evolved)
}
FOOTER_TEXT = "Paper Dynasty Evolution"
def build_tier_up_embed(tier_up: dict) -> discord.Embed:
"""Build a Discord embed for a tier-up event.
Parameters
----------
tier_up:
Dict with keys: player_name, old_tier, new_tier, current_value, track_name.
Returns
-------
discord.Embed
A fully configured embed ready to send to a channel.
"""
player_name: str = tier_up["player_name"]
new_tier: int = tier_up["new_tier"]
track_name: str = tier_up["track_name"]
tier_name = TIER_NAMES.get(new_tier, f"Tier {new_tier}")
color = TIER_COLORS.get(new_tier, 0x2ECC71)
if new_tier >= 4:
# Fully evolved — special title and description.
embed = discord.Embed(
title="FULLY EVOLVED!",
description=(
f"**{player_name}** has reached maximum evolution on the **{track_name}** track"
),
color=color,
)
embed.add_field(
name="Rating Boosts",
value="Rating boosts coming in a future update!",
inline=False,
)
else:
embed = discord.Embed(
title="Evolution Tier Up!",
description=(
f"**{player_name}** reached **Tier {new_tier} ({tier_name})** on the **{track_name}** track"
),
color=color,
)
embed.set_footer(text=FOOTER_TEXT)
return embed
async def notify_tier_completion(channel, tier_up: dict) -> None:
"""Send a tier-up notification embed to the given channel.
Non-fatal: any exception during send is caught and logged so that a
Discord API failure never interrupts game evaluation.
Parameters
----------
channel:
A discord.TextChannel (or any object with an async ``send`` method).
tier_up:
Dict with keys: player_name, old_tier, new_tier, current_value, track_name.
"""
try:
embed = build_tier_up_embed(tier_up)
await channel.send(embed=embed)
except Exception as exc:
logger.error(
"Failed to send tier-up notification for %s (tier %s): %s",
tier_up.get("player_name", "unknown"),
tier_up.get("new_tier"),
exc,
)

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@ -0,0 +1,203 @@
"""
Tests for the WP-13 post-game callback integration hook.
These tests verify that after a game is saved to the API, two additional
POST requests are fired in the correct order:
1. POST season-stats/update-game/{game_id} update player_season_stats
2. POST evolution/evaluate-game/{game_id} evaluate evolution milestones
Key design constraints being tested:
- Season stats MUST be updated before evolution is evaluated (ordering).
- Failure of either evolution call must NOT propagate the game result has
already been committed; evolution will self-heal on the next evaluate pass.
- Tier-up dicts returned by the evolution endpoint are passed to
notify_tier_completion so WP-14 can present them to the player.
"""
import asyncio
import logging
import pytest
from unittest.mock import AsyncMock, MagicMock, call, patch
# ---------------------------------------------------------------------------
# Helpers
# ---------------------------------------------------------------------------
def _make_channel(channel_id: int = 999) -> MagicMock:
ch = MagicMock()
ch.id = channel_id
return ch
async def _run_hook(db_post_mock, db_game_id: int = 42):
"""
Execute the post-game hook in isolation.
We import the hook logic inline rather than calling the full
complete_game() function (which requires a live DB session, Discord
interaction, and Play object). The hook is a self-contained try/except
block so we replicate it verbatim here to test its behaviour.
"""
channel = _make_channel()
from command_logic.logic_gameplay import notify_tier_completion
db_game = {"id": db_game_id}
try:
await db_post_mock(f"season-stats/update-game/{db_game['id']}")
evo_result = await db_post_mock(f"evolution/evaluate-game/{db_game['id']}")
if evo_result and evo_result.get("tier_ups"):
for tier_up in evo_result["tier_ups"]:
await notify_tier_completion(channel, tier_up)
except Exception:
pass # non-fatal — mirrors the logger.warning in production
return channel
# ---------------------------------------------------------------------------
# Tests
# ---------------------------------------------------------------------------
@pytest.mark.asyncio
async def test_hook_posts_to_both_endpoints_in_order():
"""
Both evolution endpoints are called, and season-stats comes first.
The ordering is critical: player_season_stats must be populated before the
evolution engine tries to read them for milestone evaluation.
"""
db_post_mock = AsyncMock(return_value={})
await _run_hook(db_post_mock, db_game_id=42)
assert db_post_mock.call_count == 2
calls = db_post_mock.call_args_list
# First call must be season-stats
assert calls[0] == call("season-stats/update-game/42")
# Second call must be evolution evaluate
assert calls[1] == call("evolution/evaluate-game/42")
@pytest.mark.asyncio
async def test_hook_is_nonfatal_when_db_post_raises():
"""
A failure inside the hook must not raise to the caller.
The game result is already persisted when the hook runs. If the evolution
API is down or returns an error, we log a warning and continue the game
completion flow must not be interrupted.
"""
db_post_mock = AsyncMock(side_effect=Exception("evolution API unavailable"))
# Should not raise
try:
await _run_hook(db_post_mock, db_game_id=7)
except Exception as exc:
pytest.fail(f"Hook raised unexpectedly: {exc}")
@pytest.mark.asyncio
async def test_hook_processes_tier_ups_from_evo_result():
"""
When the evolution endpoint returns tier_ups, each entry is forwarded to
notify_tier_completion.
This confirms the data path between the API response and the WP-14
notification stub so that WP-14 only needs to replace the stub body.
"""
tier_ups = [
{"player_id": 101, "old_tier": 1, "new_tier": 2},
{"player_id": 202, "old_tier": 2, "new_tier": 3},
]
async def fake_db_post(endpoint):
if "evolution" in endpoint:
return {"tier_ups": tier_ups}
return {}
db_post_mock = AsyncMock(side_effect=fake_db_post)
with patch(
"command_logic.logic_gameplay.notify_tier_completion",
new_callable=AsyncMock,
) as mock_notify:
channel = _make_channel()
db_game = {"id": 99}
from command_logic.logic_gameplay import notify_tier_completion as real_notify
try:
await db_post_mock(f"season-stats/update-game/{db_game['id']}")
evo_result = await db_post_mock(f"evolution/evaluate-game/{db_game['id']}")
if evo_result and evo_result.get("tier_ups"):
for tier_up in evo_result["tier_ups"]:
await mock_notify(channel, tier_up)
except Exception:
pass
assert mock_notify.call_count == 2
# Verify both tier_up dicts were forwarded
forwarded = [c.args[1] for c in mock_notify.call_args_list]
assert {"player_id": 101, "old_tier": 1, "new_tier": 2} in forwarded
assert {"player_id": 202, "old_tier": 2, "new_tier": 3} in forwarded
@pytest.mark.asyncio
async def test_hook_no_tier_ups_does_not_call_notify():
"""
When the evolution response has no tier_ups (empty list or missing key),
notify_tier_completion is never called.
Avoids spurious Discord messages for routine game completions.
"""
async def fake_db_post(endpoint):
if "evolution" in endpoint:
return {"tier_ups": []}
return {}
db_post_mock = AsyncMock(side_effect=fake_db_post)
with patch(
"command_logic.logic_gameplay.notify_tier_completion",
new_callable=AsyncMock,
) as mock_notify:
channel = _make_channel()
db_game = {"id": 55}
try:
await db_post_mock(f"season-stats/update-game/{db_game['id']}")
evo_result = await db_post_mock(f"evolution/evaluate-game/{db_game['id']}")
if evo_result and evo_result.get("tier_ups"):
for tier_up in evo_result["tier_ups"]:
await mock_notify(channel, tier_up)
except Exception:
pass
mock_notify.assert_not_called()
@pytest.mark.asyncio
async def test_notify_tier_completion_stub_logs_and_does_not_raise(caplog):
"""
The WP-14 stub must log the event and return cleanly.
Verifies the contract that WP-14 can rely on: the function accepts
(channel, tier_up) and does not raise, so the hook's for-loop is safe.
"""
from command_logic.logic_gameplay import notify_tier_completion
channel = _make_channel(channel_id=123)
tier_up = {"player_id": 77, "old_tier": 0, "new_tier": 1}
with caplog.at_level(logging.INFO):
await notify_tier_completion(channel, tier_up)
# At minimum one log message should reference the channel or tier_up data
assert any(
"notify_tier_completion" in rec.message or "77" in rec.message
for rec in caplog.records
)

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@ -0,0 +1,260 @@
"""
Tests for Evolution Tier Completion Notification embeds.
These tests verify that:
1. Tier-up embeds are correctly formatted for tiers 1-3 (title, description, color).
2. Tier 4 (Fully Evolved) embeds include the special title, description, and note field.
3. Multiple tier-up events each produce a separate embed.
4. An empty tier-up list results in no channel sends.
The channel interaction is mocked because we are testing the embed content, not Discord
network I/O. Notification failure must never affect game flow, so the non-fatal path
is also exercised.
"""
import pytest
from unittest.mock import AsyncMock, MagicMock, patch
import discord
from helpers.evolution_notifs import build_tier_up_embed, notify_tier_completion
# ---------------------------------------------------------------------------
# Fixtures
# ---------------------------------------------------------------------------
def make_tier_up(
player_name="Mike Trout",
old_tier=1,
new_tier=2,
track_name="Batter",
current_value=150,
):
"""Return a minimal tier_up dict matching the expected shape."""
return {
"player_name": player_name,
"old_tier": old_tier,
"new_tier": new_tier,
"track_name": track_name,
"current_value": current_value,
}
# ---------------------------------------------------------------------------
# Unit: build_tier_up_embed — tiers 1-3 (standard tier-up)
# ---------------------------------------------------------------------------
class TestBuildTierUpEmbed:
"""Verify that build_tier_up_embed produces correctly structured embeds."""
def test_title_is_evolution_tier_up(self):
"""Title must read 'Evolution Tier Up!' for any non-max tier."""
tier_up = make_tier_up(new_tier=2)
embed = build_tier_up_embed(tier_up)
assert embed.title == "Evolution Tier Up!"
def test_description_contains_player_name(self):
"""Description must contain the player's name."""
tier_up = make_tier_up(player_name="Mike Trout", new_tier=2)
embed = build_tier_up_embed(tier_up)
assert "Mike Trout" in embed.description
def test_description_contains_new_tier_name(self):
"""Description must include the human-readable tier name for the new tier."""
tier_up = make_tier_up(new_tier=2)
embed = build_tier_up_embed(tier_up)
# Tier 2 display name is "Rising"
assert "Rising" in embed.description
def test_description_contains_track_name(self):
"""Description must mention the evolution track (e.g., 'Batter')."""
tier_up = make_tier_up(track_name="Batter", new_tier=2)
embed = build_tier_up_embed(tier_up)
assert "Batter" in embed.description
def test_tier1_color_is_green(self):
"""Tier 1 uses green (0x2ecc71)."""
tier_up = make_tier_up(old_tier=0, new_tier=1)
embed = build_tier_up_embed(tier_up)
assert embed.color.value == 0x2ECC71
def test_tier2_color_is_gold(self):
"""Tier 2 uses gold (0xf1c40f)."""
tier_up = make_tier_up(old_tier=1, new_tier=2)
embed = build_tier_up_embed(tier_up)
assert embed.color.value == 0xF1C40F
def test_tier3_color_is_purple(self):
"""Tier 3 uses purple (0x9b59b6)."""
tier_up = make_tier_up(old_tier=2, new_tier=3)
embed = build_tier_up_embed(tier_up)
assert embed.color.value == 0x9B59B6
def test_footer_text_is_paper_dynasty_evolution(self):
"""Footer text must be 'Paper Dynasty Evolution' for brand consistency."""
tier_up = make_tier_up(new_tier=2)
embed = build_tier_up_embed(tier_up)
assert embed.footer.text == "Paper Dynasty Evolution"
def test_returns_discord_embed_instance(self):
"""Return type must be discord.Embed so it can be sent directly."""
tier_up = make_tier_up(new_tier=2)
embed = build_tier_up_embed(tier_up)
assert isinstance(embed, discord.Embed)
# ---------------------------------------------------------------------------
# Unit: build_tier_up_embed — tier 4 (fully evolved)
# ---------------------------------------------------------------------------
class TestBuildTierUpEmbedFullyEvolved:
"""Verify that tier 4 (Fully Evolved) embeds use special formatting."""
def test_title_is_fully_evolved(self):
"""Tier 4 title must be 'FULLY EVOLVED!' to emphasise max achievement."""
tier_up = make_tier_up(old_tier=3, new_tier=4)
embed = build_tier_up_embed(tier_up)
assert embed.title == "FULLY EVOLVED!"
def test_description_mentions_maximum_evolution(self):
"""Tier 4 description must mention 'maximum evolution' per the spec."""
tier_up = make_tier_up(player_name="Mike Trout", old_tier=3, new_tier=4)
embed = build_tier_up_embed(tier_up)
assert "maximum evolution" in embed.description.lower()
def test_description_contains_player_name(self):
"""Player name must appear in the tier 4 description."""
tier_up = make_tier_up(player_name="Mike Trout", old_tier=3, new_tier=4)
embed = build_tier_up_embed(tier_up)
assert "Mike Trout" in embed.description
def test_description_contains_track_name(self):
"""Track name must appear in the tier 4 description."""
tier_up = make_tier_up(track_name="Batter", old_tier=3, new_tier=4)
embed = build_tier_up_embed(tier_up)
assert "Batter" in embed.description
def test_tier4_color_is_teal(self):
"""Tier 4 uses teal (0x1abc9c) to visually distinguish max evolution."""
tier_up = make_tier_up(old_tier=3, new_tier=4)
embed = build_tier_up_embed(tier_up)
assert embed.color.value == 0x1ABC9C
def test_note_field_present(self):
"""Tier 4 must include a note field about future rating boosts."""
tier_up = make_tier_up(old_tier=3, new_tier=4)
embed = build_tier_up_embed(tier_up)
field_names = [f.name for f in embed.fields]
assert any(
"rating" in name.lower()
or "boost" in name.lower()
or "note" in name.lower()
for name in field_names
), "Expected a field mentioning rating boosts for tier 4 embed"
def test_note_field_value_mentions_future_update(self):
"""The note field value must reference the future rating boost update."""
tier_up = make_tier_up(old_tier=3, new_tier=4)
embed = build_tier_up_embed(tier_up)
# Find the field
note_field = next(
(
f
for f in embed.fields
if "rating" in f.name.lower()
or "boost" in f.name.lower()
or "note" in f.name.lower()
),
None,
)
assert note_field is not None
assert (
"future" in note_field.value.lower() or "update" in note_field.value.lower()
)
def test_footer_text_is_paper_dynasty_evolution(self):
"""Footer must remain 'Paper Dynasty Evolution' for tier 4 as well."""
tier_up = make_tier_up(old_tier=3, new_tier=4)
embed = build_tier_up_embed(tier_up)
assert embed.footer.text == "Paper Dynasty Evolution"
# ---------------------------------------------------------------------------
# Unit: notify_tier_completion — multiple and empty cases
# ---------------------------------------------------------------------------
class TestNotifyTierCompletion:
"""Verify that notify_tier_completion sends the right number of messages."""
@pytest.mark.asyncio
async def test_single_tier_up_sends_one_message(self):
"""A single tier-up event sends exactly one embed to the channel."""
channel = AsyncMock()
tier_up = make_tier_up(new_tier=2)
await notify_tier_completion(channel, tier_up)
channel.send.assert_called_once()
@pytest.mark.asyncio
async def test_sends_embed_not_plain_text(self):
"""The channel.send call must use the embed= keyword, not content=."""
channel = AsyncMock()
tier_up = make_tier_up(new_tier=2)
await notify_tier_completion(channel, tier_up)
_, kwargs = channel.send.call_args
assert (
"embed" in kwargs
), "notify_tier_completion must send an embed, not plain text"
@pytest.mark.asyncio
async def test_embed_type_is_discord_embed(self):
"""The embed passed to channel.send must be a discord.Embed instance."""
channel = AsyncMock()
tier_up = make_tier_up(new_tier=2)
await notify_tier_completion(channel, tier_up)
_, kwargs = channel.send.call_args
assert isinstance(kwargs["embed"], discord.Embed)
@pytest.mark.asyncio
async def test_notification_failure_does_not_raise(self):
"""If channel.send raises, notify_tier_completion must swallow it so game flow is unaffected."""
channel = AsyncMock()
channel.send.side_effect = Exception("Discord API unavailable")
tier_up = make_tier_up(new_tier=2)
# Should not raise
await notify_tier_completion(channel, tier_up)
@pytest.mark.asyncio
async def test_multiple_tier_ups_caller_sends_multiple_embeds(self):
"""
Callers are responsible for iterating tier-up events; each call to
notify_tier_completion sends a separate embed. This test simulates
three consecutive calls (3 events) and asserts 3 sends occurred.
"""
channel = AsyncMock()
events = [
make_tier_up(player_name="Mike Trout", new_tier=2),
make_tier_up(player_name="Aaron Judge", new_tier=1),
make_tier_up(player_name="Shohei Ohtani", new_tier=3),
]
for event in events:
await notify_tier_completion(channel, event)
assert (
channel.send.call_count == 3
), "Each tier-up event must produce its own embed (no batching)"
@pytest.mark.asyncio
async def test_no_tier_ups_means_no_sends(self):
"""
When the caller has an empty list of tier-up events and simply
does not call notify_tier_completion, zero sends happen.
This explicitly guards against any accidental unconditional send.
"""
channel = AsyncMock()
tier_up_events = []
for event in tier_up_events:
await notify_tier_completion(channel, event)
channel.send.assert_not_called()