mirror of
https://github.com/aljazceru/python-nostr.git
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refactor Filter class and add Filter test suite (#33)
This commit is contained in:
kdmukai
1
.gitignore
vendored
1
.gitignore
vendored
@@ -3,3 +3,4 @@ __pycache__/
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nostr.egg-info/
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dist/
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nostr/_version.py
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.DS_Store
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114
nostr/filter.py
114
nostr/filter.py
@@ -1,68 +1,121 @@
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from collections import UserList
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from .event import Event
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from typing import List
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from .event import Event, EventKind
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class Filter:
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"""
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NIP-01 filtering.
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Explicitly supports "#e" and "#p" tag filters via `event_refs` and `pubkey_refs`.
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Arbitrary NIP-12 single-letter tag filters are also supported via `add_arbitrary_tag`.
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If a particular single-letter tag gains prominence, explicit support should be
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added. For example:
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# arbitrary tag
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filter.add_arbitrary_tag('t', [hashtags])
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# promoted to explicit support
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Filter(hashtag_refs=[hashtags])
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"""
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def __init__(
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self,
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ids: "list[str]"=None,
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kinds: "list[int]"=None,
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authors: "list[str]"=None,
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since: int=None,
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until: int=None,
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tags: "dict[str, list[str]]"=None,
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limit: int=None) -> None:
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self.IDs = ids
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event_ids: List[str] = None,
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kinds: List[EventKind] = None,
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authors: List[str] = None,
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since: int = None,
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until: int = None,
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event_refs: List[str] = None, # the "#e" attr; list of event ids referenced in an "e" tag
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pubkey_refs: List[str] = None, # The "#p" attr; list of pubkeys referenced in a "p" tag
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limit: int = None) -> None:
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self.event_ids = event_ids
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self.kinds = kinds
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self.authors = authors
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self.since = since
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self.until = until
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self.tags = tags
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self.event_refs = event_refs
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self.pubkey_refs = pubkey_refs
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self.limit = limit
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self.tags = {}
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if self.event_refs:
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self.add_arbitrary_tag('e', self.event_refs)
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if self.pubkey_refs:
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self.add_arbitrary_tag('p', self.pubkey_refs)
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def add_arbitrary_tag(self, tag: str, values: list):
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"""
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Filter on any arbitrary tag with explicit handling for NIP-01 and NIP-12
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single-letter tags.
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"""
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# NIP-01 'e' and 'p' tags and any NIP-12 single-letter tags must be prefixed with "#"
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tag_key = tag if len(tag) > 1 else f"#{tag}"
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self.tags[tag_key] = values
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def matches(self, event: Event) -> bool:
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if self.IDs != None and event.id not in self.IDs:
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if self.event_ids is not None and event.id not in self.event_ids:
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return False
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if self.kinds != None and event.kind not in self.kinds:
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if self.kinds is not None and event.kind not in self.kinds:
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return False
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if self.authors != None and event.public_key not in self.authors:
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if self.authors is not None and event.public_key not in self.authors:
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return False
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if self.since != None and event.created_at < self.since:
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if self.since is not None and event.created_at < self.since:
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return False
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if self.until != None and event.created_at > self.until:
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if self.until is not None and event.created_at > self.until:
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return False
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if self.tags != None and len(event.tags) == 0:
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if (self.event_refs is not None or self.pubkey_refs is not None) and len(event.tags) == 0:
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return False
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if self.tags != None:
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e_tag_identifiers = [e_tag[0] for e_tag in event.tags]
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if self.tags:
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e_tag_identifiers = set([e_tag[0] for e_tag in event.tags])
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for f_tag, f_tag_values in self.tags.items():
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if f_tag[1:] not in e_tag_identifiers:
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# Omit any NIP-01 or NIP-12 "#" chars on single-letter tags
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f_tag = f_tag.replace("#", "")
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if f_tag not in e_tag_identifiers:
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# Event is missing a tag type that we're looking for
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return False
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# Multiple values within f_tag_values are treated as OR search; an Event
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# needs to match only one.
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# Note: an Event could have multiple entries of the same tag type
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# (e.g. a reply to multiple people) so we have to check all of them.
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match_found = False
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for e_tag in event.tags:
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if e_tag[1] not in f_tag_values:
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if e_tag[0] == f_tag and e_tag[1] in f_tag_values:
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match_found = True
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break
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if not match_found:
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return False
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return True
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def to_json_object(self) -> dict:
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res = {}
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if self.IDs != None:
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res["ids"] = self.IDs
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if self.kinds != None:
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if self.event_ids is not None:
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res["ids"] = self.event_ids
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if self.kinds is not None:
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res["kinds"] = self.kinds
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if self.authors != None:
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if self.authors is not None:
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res["authors"] = self.authors
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if self.since != None:
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if self.since is not None:
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res["since"] = self.since
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if self.until != None:
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if self.until is not None:
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res["until"] = self.until
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if self.tags != None:
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for tag, values in self.tags.items():
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res[tag] = values
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if self.limit != None:
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if self.limit is not None:
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res["limit"] = self.limit
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if self.tags:
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res.update(self.tags)
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return res
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class Filters(UserList):
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def __init__(self, initlist: "list[Filter]"=[]) -> None:
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super().__init__(initlist)
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@@ -76,4 +129,3 @@ class Filters(UserList):
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def to_json_array(self) -> list:
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return [filter.to_json_object() for filter in self.data]
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423
test/test_filter.py
Normal file
423
test/test_filter.py
Normal file
@@ -0,0 +1,423 @@
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from typing import List
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import pytest
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from nostr.event import Event, EventKind
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from nostr.filter import Filter, Filters
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from nostr.key import PrivateKey
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class TestFilter:
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def setup_class(self):
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self.pk1 = PrivateKey()
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self.pk2 = PrivateKey()
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""" pk1 kicks off a thread and interacts with pk2 """
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self.pk1_thread = [
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# Note posted by pk1
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Event(
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public_key=self.pk1.public_key.hex(),
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content="pk1's first note!"
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),
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]
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self.pk1_thread.append(
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# Note posted by pk2 in response to pk1's note
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Event(
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public_key=self.pk2.public_key.hex(),
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content="Nice to see you here, pk1!",
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tags=[
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['e', self.pk1_thread[0].id], # Replies reference which note they're directly responding to
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['p', self.pk1.public_key.hex()], # Replies reference who they're responding to
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],
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)
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)
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self.pk1_thread.append(
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# Next response note by pk1 continuing thread with pk2
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Event(
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public_key=self.pk1.public_key.hex(),
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content="Thanks! Glad you're here, too, pk2!",
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tags=[
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['e', self.pk1_thread[0].id], # Threads reference the original note
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['e', self.pk1_thread[-1].id], # Replies reference which note they're directly responding to
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['p', self.pk2.public_key.hex()], # Replies reference who they're responding to
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],
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)
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)
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""" pk2 starts a new thread but no one responds """
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self.pk2_thread = [
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# Note posted by pk2
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Event(
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public_key=self.pk2.public_key.hex(),
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content="pk2's first note!"
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)
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]
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self.pk2_thread.append(
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# pk2's self-reply
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Event(
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public_key=self.pk2.public_key.hex(),
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content="So... I guess no one's following me.",
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tags=[
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['e', self.pk2_thread[0].id]
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]
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)
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)
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""" pk1 DMs pk2 """
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self.pk1_pk2_dms = [
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# DM sent by pk1 to pk2
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Event(
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public_key=self.pk1.public_key.hex(),
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content="Hey pk2, here's a secret",
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tags=[['p', self.pk2.public_key.hex()]],
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kind=EventKind.ENCRYPTED_DIRECT_MESSAGE,
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),
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Event(
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public_key=self.pk2.public_key.hex(),
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content="Thanks! I'll keep it secure.",
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tags=[['p', self.pk1.public_key.hex()]],
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kind=EventKind.ENCRYPTED_DIRECT_MESSAGE,
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)
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]
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def test_match_by_event_id(self):
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""" should match Events by event_id """
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filter = Filter(
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event_ids=[self.pk1_thread[0].id],
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)
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assert filter.matches(self.pk1_thread[0])
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# None of the others should match
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for event in self.pk1_thread[1:] + self.pk2_thread + self.pk1_pk2_dms[1:]:
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assert filter.matches(event) is False
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def test_multiple_values_in_same_tag(self):
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""" should treat multiple tag values as OR searches """
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filter = Filter(
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event_ids=[self.pk1_thread[0].id, self.pk1_pk2_dms[0].id, "some_other_event_id"],
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)
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assert filter.matches(self.pk1_thread[0])
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assert filter.matches(self.pk1_pk2_dms[0])
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# None of the others should match
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for event in self.pk1_thread[1:] + self.pk2_thread + self.pk1_pk2_dms[1:]:
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assert filter.matches(event) is False
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def test_match_by_kinds(self):
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""" should match Events by kind """
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filter = Filter(
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kinds=[EventKind.TEXT_NOTE],
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)
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# Both threads should match
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for event in self.pk1_thread + self.pk2_thread:
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assert filter.matches(event)
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# DMs should not match
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for event in self.pk1_pk2_dms:
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assert filter.matches(event) is False
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# Now allow either kind
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filter = Filter(
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kinds=[EventKind.TEXT_NOTE, EventKind.ENCRYPTED_DIRECT_MESSAGE],
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)
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# Now everything should match
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for event in self.pk1_thread + self.pk2_thread + self.pk1_pk2_dms:
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assert filter.matches(event)
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def test_match_by_authors(self):
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""" should match Events by author """
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filter = Filter(authors=[self.pk1.public_key.hex()])
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# Everything sent by pk1 should match
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for event in [event for event in (self.pk1_thread + self.pk2_thread + self.pk1_pk2_dms) if event.public_key == self.pk1.public_key.hex()]:
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assert filter.matches(event)
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# None of pk2's should match
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for event in [event for event in (self.pk1_thread + self.pk2_thread + self.pk1_pk2_dms) if event.public_key == self.pk2.public_key.hex()]:
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assert filter.matches(event) is False
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def test_match_by_event_refs(self):
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""" should match Events by event_ref 'e' tags """
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filter = Filter(
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event_refs=[self.pk1_thread[0].id],
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)
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# All replies to pk1's initial note should match (even pk1's reply at the end)
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assert filter.matches(self.pk1_thread[1])
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assert filter.matches(self.pk1_thread[2])
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# Everything else should not match
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for event in [self.pk1_thread[0]] + self.pk2_thread + self.pk1_pk2_dms:
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assert filter.matches(event) is False
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def test_match_by_pubkey_refs(self):
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""" should match Events by pubkey_ref 'p' tags """
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filter = Filter(
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pubkey_refs=[self.pk1_thread[0].public_key],
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)
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# pk2's reply in pk1's thread should match
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assert filter.matches(self.pk1_thread[1])
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# pk2's DM reply to pk1 should match
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assert filter.matches(self.pk1_pk2_dms[1])
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# Everything else should not match
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for event in [self.pk1_thread[0], self.pk1_thread[2]] + self.pk2_thread + [self.pk1_pk2_dms[0]]:
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assert filter.matches(event) is False
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def test_match_by_arbitrary_single_letter_tag(self):
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""" should match NIP-12 arbitrary single-letter tags """
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filter = Filter()
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filter.add_arbitrary_tag('x', ["oranges"])
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# None of our Events match
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for event in self.pk1_thread + self.pk2_thread + self.pk1_pk2_dms:
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assert filter.matches(event) is False
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# A new Event that has the target tag but the wrong value should not match
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event = Event(
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public_key=self.pk1.public_key.hex(),
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content="Additional event to test with",
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tags=[
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['x', "bananas"]
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]
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)
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assert filter.matches(event) is False
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# But a new Event that includes the target should match
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event = Event(
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public_key=self.pk1.public_key.hex(),
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content="Additional event to test with",
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tags=[
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['x', "oranges"]
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]
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)
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assert filter.matches(event)
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# Filter shouldn't care if there are other extraneous values
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event.tags.append(['x', "pizza"])
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assert filter.matches(event)
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event.tags.append(['y', "honey badger"])
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assert filter.matches(event)
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def test_match_by_arbitrary_multi_letter_tag(self):
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""" should match any arbitrary multi-letter tag """
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filter = Filter()
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filter.add_arbitrary_tag('favorites', ["bitcoin"])
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# None of our Events match
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for event in self.pk1_thread + self.pk2_thread + self.pk1_pk2_dms:
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assert filter.matches(event) is False
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# A new Event that has the target tag but the wrong value should not match
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event = Event(
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public_key=self.pk1.public_key.hex(),
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content="Additional event to test with",
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tags=[
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['favorites', "shitcoin"]
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]
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)
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assert filter.matches(event) is False
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# But a new Event that includes the target should match
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event = Event(
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public_key=self.pk1.public_key.hex(),
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content="Additional event to test with",
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tags=[
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['favorites', "bitcoin"]
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]
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)
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assert filter.matches(event)
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# Filter shouldn't care if there are other extraneous values
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event.tags.append(['favorites', "sats"])
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assert filter.matches(event)
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event.tags.append(['foo', "bar"])
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assert filter.matches(event)
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def test_match_by_delegation_tag(self):
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"""
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should match on delegation tag.
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Note: this is to demonstrate that it works w/out special handling, but
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arguably Delegation filtering should have its own explicit Filter support.
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"""
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filter = Filter()
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# Search just for the delegator's pubkey (only aspect of delegation search that is supported this way)
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filter.add_arbitrary_tag(
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'delegation', ["8e0d3d3eb2881ec137a11debe736a9086715a8c8beeeda615780064d68bc25dd"]
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)
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# None of our Events match
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for event in self.pk1_thread + self.pk2_thread + self.pk1_pk2_dms:
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assert filter.matches(event) is False
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|
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# A new Event that has the target tag but the wrong value should not match
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event = Event(
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public_key=self.pk1.public_key.hex(),
|
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content="Additional event to test with",
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tags=[
|
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[
|
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'delegation',
|
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"some_other_delegators_pubkey",
|
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"kind=1&created_at<1675721813",
|
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"cbc49c65fe04a3181d72fb5a9f1c627e329d5f45d300a2dfed1c3e788b7834dad48a6d27d8e244af39c77381334ede97d4fd15abe80f35fda695fd9bd732aa1e"
|
||||
]
|
||||
]
|
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)
|
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assert filter.matches(event) is False
|
||||
|
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# But a new Event that includes the target should match
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event = Event(
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public_key=self.pk1.public_key.hex(),
|
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content="Additional event to test with",
|
||||
tags=[
|
||||
[
|
||||
'delegation',
|
||||
"8e0d3d3eb2881ec137a11debe736a9086715a8c8beeeda615780064d68bc25dd",
|
||||
"kind=1&created_at<1675721813",
|
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"cbc49c65fe04a3181d72fb5a9f1c627e329d5f45d300a2dfed1c3e788b7834dad48a6d27d8e244af39c77381334ede97d4fd15abe80f35fda695fd9bd732aa1e"
|
||||
]
|
||||
]
|
||||
)
|
||||
assert filter.matches(event)
|
||||
|
||||
# Filter shouldn't care if there are other extraneous values
|
||||
event.tags.append(['favorites', "sats"])
|
||||
assert filter.matches(event)
|
||||
|
||||
event.tags.append(['foo', "bar"])
|
||||
assert filter.matches(event)
|
||||
|
||||
|
||||
def test_match_by_authors_and_kinds(self):
|
||||
""" should match Events by authors AND kinds """
|
||||
filter = Filter(
|
||||
authors=[self.pk1.public_key.hex()],
|
||||
kinds=[EventKind.TEXT_NOTE],
|
||||
)
|
||||
|
||||
# Should match pk1's notes but not pk2's reply
|
||||
assert filter.matches(self.pk1_thread[0])
|
||||
assert filter.matches(self.pk1_thread[1]) is False
|
||||
assert filter.matches(self.pk1_thread[2])
|
||||
|
||||
# Should not match anything else
|
||||
for event in self.pk2_thread + self.pk1_pk2_dms:
|
||||
assert filter.matches(event) is False
|
||||
|
||||
# Typical search to get all Events sent by a pubkey
|
||||
filter = Filter(
|
||||
authors=[self.pk1.public_key.hex()],
|
||||
kinds=[EventKind.TEXT_NOTE, EventKind.ENCRYPTED_DIRECT_MESSAGE],
|
||||
)
|
||||
|
||||
# Should still match pk1's notes but not pk2's reply
|
||||
assert filter.matches(self.pk1_thread[0])
|
||||
assert filter.matches(self.pk1_thread[1]) is False
|
||||
assert filter.matches(self.pk1_thread[2])
|
||||
|
||||
# Should not match any of pk2's solo thread
|
||||
assert filter.matches(self.pk2_thread[0]) is False
|
||||
assert filter.matches(self.pk2_thread[1]) is False
|
||||
|
||||
# Should match pk1's DM but not pk2's DM reply
|
||||
assert filter.matches(self.pk1_pk2_dms[0])
|
||||
assert filter.matches(self.pk1_pk2_dms[1]) is False
|
||||
|
||||
|
||||
def test_match_by_kinds_and_pubkey_refs(self):
|
||||
""" should match Events by kind AND pubkey_ref 'p' tags """
|
||||
filter = Filter(
|
||||
kinds=[EventKind.TEXT_NOTE],
|
||||
pubkey_refs=[self.pk2.public_key.hex()],
|
||||
)
|
||||
|
||||
# Only pk1's reply to pk2 should match
|
||||
assert filter.matches(self.pk1_thread[2])
|
||||
|
||||
# Should not match anything else
|
||||
for event in self.pk1_thread[:1] + self.pk2_thread + self.pk1_pk2_dms:
|
||||
assert filter.matches(event) is False
|
||||
|
||||
# Typical search to get all Events sent to a pubkey
|
||||
filter = Filter(
|
||||
kinds=[EventKind.TEXT_NOTE, EventKind.ENCRYPTED_DIRECT_MESSAGE],
|
||||
pubkey_refs=[self.pk2.public_key.hex()],
|
||||
)
|
||||
|
||||
# pk1's reply to pk2 should match
|
||||
assert filter.matches(self.pk1_thread[2])
|
||||
|
||||
# pk2's DM to pk1 should match
|
||||
assert filter.matches(self.pk1_pk2_dms[0])
|
||||
|
||||
# Should not match anything else
|
||||
for event in self.pk1_thread[:1] + self.pk2_thread + self.pk1_pk2_dms[1:]:
|
||||
assert filter.matches(event) is False
|
||||
|
||||
|
||||
def test_event_refs_json(self):
|
||||
""" should insert event_refs as "#e" in json """
|
||||
filter = Filter(event_refs=["some_event_id"])
|
||||
assert "#e" in filter.to_json_object().keys()
|
||||
assert "e" not in filter.to_json_object().keys()
|
||||
|
||||
|
||||
def test_pubkey_refs_json(self):
|
||||
""" should insert pubkey_refs as "#p" in json """
|
||||
filter = Filter(pubkey_refs=["some_pubkey"])
|
||||
assert "#p" in filter.to_json_object().keys()
|
||||
assert "p" not in filter.to_json_object().keys()
|
||||
|
||||
|
||||
def test_arbitrary_single_letter_json(self):
|
||||
""" should prefix NIP-12 arbitrary single-letter tags with "#" in json """
|
||||
filter = Filter()
|
||||
filter.add_arbitrary_tag('x', ["oranges"])
|
||||
assert "#x" in filter.to_json_object().keys()
|
||||
assert "x" not in filter.to_json_object().keys()
|
||||
|
||||
|
||||
def test_arbitrary_multi_letter_json(self):
|
||||
""" should include arbitrary multi-letter tags as-is in json """
|
||||
filter = Filter()
|
||||
filter.add_arbitrary_tag('foo', ["bar"])
|
||||
assert "foo" in filter.to_json_object().keys()
|
||||
|
||||
|
||||
|
||||
# Inherit from TestFilter to get all the same test data
|
||||
class TestFilters(TestFilter):
|
||||
|
||||
def test_match_by_authors_or_pubkey_refs(self):
|
||||
""" Should match on authors or pubkey_refs """
|
||||
# Typical filters for anything sent by or to a pubkey
|
||||
filter1 = Filter(
|
||||
authors=[self.pk1.public_key.hex()],
|
||||
)
|
||||
filter2 = Filter(
|
||||
pubkey_refs=[self.pk1.public_key.hex()],
|
||||
)
|
||||
filters = Filters([filter1, filter2])
|
||||
|
||||
# Should match the entire pk1 thread and the DM exchange
|
||||
for event in self.pk1_thread + self.pk1_pk2_dms:
|
||||
assert filters.match(event)
|
||||
|
||||
# Should not match anything in pk2's solo thread
|
||||
assert filters.match(self.pk2_thread[0]) is False
|
||||
assert filters.match(self.pk2_thread[1]) is False
|
||||
Reference in New Issue
Block a user