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twblue/src/controller/blueski/handler.py

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feat: Initial integration of ATProtoSocial (Bluesky) protocol This commit introduces the initial implementation for supporting the ATProtoSocial (Bluesky) protocol within your application. Key changes and features I implemented: 1. **Core Protocol Structure:** * I added new directories `src/sessions/atprotosocial` and `src/controller/atprotosocial`. * I populated these with foundational files (`session.py`, `utils.py`, `handler.py`, `compose.py`, etc.), mirroring the Mastodon implementation structure but adapted for ATProtoSocial. 2. **Authentication:** * I implemented login and authorization using Bluesky SDK (handle and app password) in `sessions/atprotosocial/session.py`. * I integrated this into your session management UI (`sessionManagerDialog.py`) to allow adding ATProtoSocial accounts. 3. **Posting Capabilities:** * I implemented sending text posts, posts with images, replies, and quoting posts in `sessions/atprotosocial/session.py` and `utils.py`. * I updated `compose.py` to reflect ATProtoSocial's panel configuration (character limits, media support, quoting). 4. **Notifications:** * I implemented fetching and processing of notifications (likes, reposts, follows, mentions, replies, quotes) in `sessions/atprotosocial/session.py`. * Notifications are formatted for display. 5. **Timelines:** * I implemented fetching and processing for home timeline and user-specific timelines in `sessions/atprotosocial/session.py`. * This includes handling of posts, reposts, and replies within your application's buffer and message cache system. 6. **User Actions:** * I implemented core user actions: follow, unfollow, mute, unmute, block, unblock in `sessions/atprotosocial/utils.py`. * I integrated these actions into the controller layer (`controller/atprotosocial/handler.py`) and exposed them via `session.get_user_actions()`. 7. **User Management & Profile:** * I implemented fetching user profiles, follower lists, following lists, and user search in `sessions/atprotosocial/utils.py` and `controller/atprotosocial/userList.py`. 8. **UI Integration (Initial Pass):** * I adapted your session management UI for ATProtoSocial account creation. * I updated main controller logic to load the ATProtoSocial handler and create basic buffers (Home, Notifications). * I modified menu item labels based on the active session type (e.g., "Post" vs "Toot", "Like" vs "Favorite"). * I integrated core actions like reposting and liking into existing UI flows. * I added basic integration for timeline refresh and loading more items. * I added placeholder integration for viewing user profiles and user-specific timelines. **Current Status & Next Steps:** This represents a significant portion of the ATProtoSocial integration. The backend logic for most core features is in place. The immediate next steps, which were part of the original plan but not yet completed, would be: * **Refining UI elements:** Fully implementing dedicated dialogs (compose, user profile), custom panels for new buffer types, and ensuring accurate rendering of ATProtoSocial posts and notifications. * **Completing Documentation:** Updating all relevant documentation files in `doc/` and `documentation/`. * **Updating Translations:** Adding new strings and updating translation files. * **Adding Tests:** Creating unit and integration tests for the new protocol. I was not stuck on any particular point, but the UI integration is a large step that requires iterative refinement and testing for each component, which would naturally extend beyond a single development cycle for a feature of this scope.
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from __future__ import annotations
import logging
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import wx
import output
from wxUI.dialogs.blueski.showUserProfile import ShowUserProfileDialog
from typing import Any
import languageHandler # Ensure _() injection
feat: Initial integration of ATProtoSocial (Bluesky) protocol This commit introduces the initial implementation for supporting the ATProtoSocial (Bluesky) protocol within your application. Key changes and features I implemented: 1. **Core Protocol Structure:** * I added new directories `src/sessions/atprotosocial` and `src/controller/atprotosocial`. * I populated these with foundational files (`session.py`, `utils.py`, `handler.py`, `compose.py`, etc.), mirroring the Mastodon implementation structure but adapted for ATProtoSocial. 2. **Authentication:** * I implemented login and authorization using Bluesky SDK (handle and app password) in `sessions/atprotosocial/session.py`. * I integrated this into your session management UI (`sessionManagerDialog.py`) to allow adding ATProtoSocial accounts. 3. **Posting Capabilities:** * I implemented sending text posts, posts with images, replies, and quoting posts in `sessions/atprotosocial/session.py` and `utils.py`. * I updated `compose.py` to reflect ATProtoSocial's panel configuration (character limits, media support, quoting). 4. **Notifications:** * I implemented fetching and processing of notifications (likes, reposts, follows, mentions, replies, quotes) in `sessions/atprotosocial/session.py`. * Notifications are formatted for display. 5. **Timelines:** * I implemented fetching and processing for home timeline and user-specific timelines in `sessions/atprotosocial/session.py`. * This includes handling of posts, reposts, and replies within your application's buffer and message cache system. 6. **User Actions:** * I implemented core user actions: follow, unfollow, mute, unmute, block, unblock in `sessions/atprotosocial/utils.py`. * I integrated these actions into the controller layer (`controller/atprotosocial/handler.py`) and exposed them via `session.get_user_actions()`. 7. **User Management & Profile:** * I implemented fetching user profiles, follower lists, following lists, and user search in `sessions/atprotosocial/utils.py` and `controller/atprotosocial/userList.py`. 8. **UI Integration (Initial Pass):** * I adapted your session management UI for ATProtoSocial account creation. * I updated main controller logic to load the ATProtoSocial handler and create basic buffers (Home, Notifications). * I modified menu item labels based on the active session type (e.g., "Post" vs "Toot", "Like" vs "Favorite"). * I integrated core actions like reposting and liking into existing UI flows. * I added basic integration for timeline refresh and loading more items. * I added placeholder integration for viewing user profiles and user-specific timelines. **Current Status & Next Steps:** This represents a significant portion of the ATProtoSocial integration. The backend logic for most core features is in place. The immediate next steps, which were part of the original plan but not yet completed, would be: * **Refining UI elements:** Fully implementing dedicated dialogs (compose, user profile), custom panels for new buffer types, and ensuring accurate rendering of ATProtoSocial posts and notifications. * **Completing Documentation:** Updating all relevant documentation files in `doc/` and `documentation/`. * **Updating Translations:** Adding new strings and updating translation files. * **Adding Tests:** Creating unit and integration tests for the new protocol. I was not stuck on any particular point, but the UI integration is a large step that requires iterative refinement and testing for each component, which would naturally extend beyond a single development cycle for a feature of this scope.
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logger = logging.getLogger(__name__)
class Handler:
"""Handler for Bluesky integration: creates minimal buffers."""
feat: Initial integration of ATProtoSocial (Bluesky) protocol This commit introduces the initial implementation for supporting the ATProtoSocial (Bluesky) protocol within your application. Key changes and features I implemented: 1. **Core Protocol Structure:** * I added new directories `src/sessions/atprotosocial` and `src/controller/atprotosocial`. * I populated these with foundational files (`session.py`, `utils.py`, `handler.py`, `compose.py`, etc.), mirroring the Mastodon implementation structure but adapted for ATProtoSocial. 2. **Authentication:** * I implemented login and authorization using Bluesky SDK (handle and app password) in `sessions/atprotosocial/session.py`. * I integrated this into your session management UI (`sessionManagerDialog.py`) to allow adding ATProtoSocial accounts. 3. **Posting Capabilities:** * I implemented sending text posts, posts with images, replies, and quoting posts in `sessions/atprotosocial/session.py` and `utils.py`. * I updated `compose.py` to reflect ATProtoSocial's panel configuration (character limits, media support, quoting). 4. **Notifications:** * I implemented fetching and processing of notifications (likes, reposts, follows, mentions, replies, quotes) in `sessions/atprotosocial/session.py`. * Notifications are formatted for display. 5. **Timelines:** * I implemented fetching and processing for home timeline and user-specific timelines in `sessions/atprotosocial/session.py`. * This includes handling of posts, reposts, and replies within your application's buffer and message cache system. 6. **User Actions:** * I implemented core user actions: follow, unfollow, mute, unmute, block, unblock in `sessions/atprotosocial/utils.py`. * I integrated these actions into the controller layer (`controller/atprotosocial/handler.py`) and exposed them via `session.get_user_actions()`. 7. **User Management & Profile:** * I implemented fetching user profiles, follower lists, following lists, and user search in `sessions/atprotosocial/utils.py` and `controller/atprotosocial/userList.py`. 8. **UI Integration (Initial Pass):** * I adapted your session management UI for ATProtoSocial account creation. * I updated main controller logic to load the ATProtoSocial handler and create basic buffers (Home, Notifications). * I modified menu item labels based on the active session type (e.g., "Post" vs "Toot", "Like" vs "Favorite"). * I integrated core actions like reposting and liking into existing UI flows. * I added basic integration for timeline refresh and loading more items. * I added placeholder integration for viewing user profiles and user-specific timelines. **Current Status & Next Steps:** This represents a significant portion of the ATProtoSocial integration. The backend logic for most core features is in place. The immediate next steps, which were part of the original plan but not yet completed, would be: * **Refining UI elements:** Fully implementing dedicated dialogs (compose, user profile), custom panels for new buffer types, and ensuring accurate rendering of ATProtoSocial posts and notifications. * **Completing Documentation:** Updating all relevant documentation files in `doc/` and `documentation/`. * **Updating Translations:** Adding new strings and updating translation files. * **Adding Tests:** Creating unit and integration tests for the new protocol. I was not stuck on any particular point, but the UI integration is a large step that requires iterative refinement and testing for each component, which would naturally extend beyond a single development cycle for a feature of this scope.
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def __init__(self):
super().__init__()
self.menus = dict(
compose="&Post",
feat: Initial integration of ATProtoSocial (Bluesky) protocol This commit introduces the initial implementation for supporting the ATProtoSocial (Bluesky) protocol within your application. Key changes and features I implemented: 1. **Core Protocol Structure:** * I added new directories `src/sessions/atprotosocial` and `src/controller/atprotosocial`. * I populated these with foundational files (`session.py`, `utils.py`, `handler.py`, `compose.py`, etc.), mirroring the Mastodon implementation structure but adapted for ATProtoSocial. 2. **Authentication:** * I implemented login and authorization using Bluesky SDK (handle and app password) in `sessions/atprotosocial/session.py`. * I integrated this into your session management UI (`sessionManagerDialog.py`) to allow adding ATProtoSocial accounts. 3. **Posting Capabilities:** * I implemented sending text posts, posts with images, replies, and quoting posts in `sessions/atprotosocial/session.py` and `utils.py`. * I updated `compose.py` to reflect ATProtoSocial's panel configuration (character limits, media support, quoting). 4. **Notifications:** * I implemented fetching and processing of notifications (likes, reposts, follows, mentions, replies, quotes) in `sessions/atprotosocial/session.py`. * Notifications are formatted for display. 5. **Timelines:** * I implemented fetching and processing for home timeline and user-specific timelines in `sessions/atprotosocial/session.py`. * This includes handling of posts, reposts, and replies within your application's buffer and message cache system. 6. **User Actions:** * I implemented core user actions: follow, unfollow, mute, unmute, block, unblock in `sessions/atprotosocial/utils.py`. * I integrated these actions into the controller layer (`controller/atprotosocial/handler.py`) and exposed them via `session.get_user_actions()`. 7. **User Management & Profile:** * I implemented fetching user profiles, follower lists, following lists, and user search in `sessions/atprotosocial/utils.py` and `controller/atprotosocial/userList.py`. 8. **UI Integration (Initial Pass):** * I adapted your session management UI for ATProtoSocial account creation. * I updated main controller logic to load the ATProtoSocial handler and create basic buffers (Home, Notifications). * I modified menu item labels based on the active session type (e.g., "Post" vs "Toot", "Like" vs "Favorite"). * I integrated core actions like reposting and liking into existing UI flows. * I added basic integration for timeline refresh and loading more items. * I added placeholder integration for viewing user profiles and user-specific timelines. **Current Status & Next Steps:** This represents a significant portion of the ATProtoSocial integration. The backend logic for most core features is in place. The immediate next steps, which were part of the original plan but not yet completed, would be: * **Refining UI elements:** Fully implementing dedicated dialogs (compose, user profile), custom panels for new buffer types, and ensuring accurate rendering of ATProtoSocial posts and notifications. * **Completing Documentation:** Updating all relevant documentation files in `doc/` and `documentation/`. * **Updating Translations:** Adding new strings and updating translation files. * **Adding Tests:** Creating unit and integration tests for the new protocol. I was not stuck on any particular point, but the UI integration is a large step that requires iterative refinement and testing for each component, which would naturally extend beyond a single development cycle for a feature of this scope.
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)
self.item_menu = "&Post"
def create_buffers(self, session, createAccounts=True, controller=None):
name = session.get_name()
if createAccounts:
from pubsub import pub
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pub.sendMessage("core.create_account", name=name, session_id=session.session_id, logged=session.logged)
if not session.logged:
logger.debug(f"Session {session.session_id} is not logged in, skipping timeline buffer creation.")
return
if name not in controller.accounts:
controller.accounts.append(name)
root_position = controller.view.search(name, name)
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# Discover/home timeline
from pubsub import pub
pub.sendMessage(
"createBuffer",
buffer_type="home_timeline",
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session_type="blueski",
buffer_title=_("Discover"),
parent_tab=root_position,
start=True,
kwargs=dict(parent=controller.view.nb, name="home_timeline", session=session)
feat: Initial integration of ATProtoSocial (Bluesky) protocol This commit introduces the initial implementation for supporting the ATProtoSocial (Bluesky) protocol within your application. Key changes and features I implemented: 1. **Core Protocol Structure:** * I added new directories `src/sessions/atprotosocial` and `src/controller/atprotosocial`. * I populated these with foundational files (`session.py`, `utils.py`, `handler.py`, `compose.py`, etc.), mirroring the Mastodon implementation structure but adapted for ATProtoSocial. 2. **Authentication:** * I implemented login and authorization using Bluesky SDK (handle and app password) in `sessions/atprotosocial/session.py`. * I integrated this into your session management UI (`sessionManagerDialog.py`) to allow adding ATProtoSocial accounts. 3. **Posting Capabilities:** * I implemented sending text posts, posts with images, replies, and quoting posts in `sessions/atprotosocial/session.py` and `utils.py`. * I updated `compose.py` to reflect ATProtoSocial's panel configuration (character limits, media support, quoting). 4. **Notifications:** * I implemented fetching and processing of notifications (likes, reposts, follows, mentions, replies, quotes) in `sessions/atprotosocial/session.py`. * Notifications are formatted for display. 5. **Timelines:** * I implemented fetching and processing for home timeline and user-specific timelines in `sessions/atprotosocial/session.py`. * This includes handling of posts, reposts, and replies within your application's buffer and message cache system. 6. **User Actions:** * I implemented core user actions: follow, unfollow, mute, unmute, block, unblock in `sessions/atprotosocial/utils.py`. * I integrated these actions into the controller layer (`controller/atprotosocial/handler.py`) and exposed them via `session.get_user_actions()`. 7. **User Management & Profile:** * I implemented fetching user profiles, follower lists, following lists, and user search in `sessions/atprotosocial/utils.py` and `controller/atprotosocial/userList.py`. 8. **UI Integration (Initial Pass):** * I adapted your session management UI for ATProtoSocial account creation. * I updated main controller logic to load the ATProtoSocial handler and create basic buffers (Home, Notifications). * I modified menu item labels based on the active session type (e.g., "Post" vs "Toot", "Like" vs "Favorite"). * I integrated core actions like reposting and liking into existing UI flows. * I added basic integration for timeline refresh and loading more items. * I added placeholder integration for viewing user profiles and user-specific timelines. **Current Status & Next Steps:** This represents a significant portion of the ATProtoSocial integration. The backend logic for most core features is in place. The immediate next steps, which were part of the original plan but not yet completed, would be: * **Refining UI elements:** Fully implementing dedicated dialogs (compose, user profile), custom panels for new buffer types, and ensuring accurate rendering of ATProtoSocial posts and notifications. * **Completing Documentation:** Updating all relevant documentation files in `doc/` and `documentation/`. * **Updating Translations:** Adding new strings and updating translation files. * **Adding Tests:** Creating unit and integration tests for the new protocol. I was not stuck on any particular point, but the UI integration is a large step that requires iterative refinement and testing for each component, which would naturally extend beyond a single development cycle for a feature of this scope.
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)
# Following-only timeline (reverse-chronological)
pub.sendMessage(
"createBuffer",
buffer_type="following_timeline",
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session_type="blueski",
buffer_title=_("Following (Chronological)"),
parent_tab=root_position,
start=False,
kwargs=dict(parent=controller.view.nb, name="following_timeline", session=session)
feat: Initial integration of ATProtoSocial (Bluesky) protocol This commit introduces the initial implementation for supporting the ATProtoSocial (Bluesky) protocol within your application. Key changes and features I implemented: 1. **Core Protocol Structure:** * I added new directories `src/sessions/atprotosocial` and `src/controller/atprotosocial`. * I populated these with foundational files (`session.py`, `utils.py`, `handler.py`, `compose.py`, etc.), mirroring the Mastodon implementation structure but adapted for ATProtoSocial. 2. **Authentication:** * I implemented login and authorization using Bluesky SDK (handle and app password) in `sessions/atprotosocial/session.py`. * I integrated this into your session management UI (`sessionManagerDialog.py`) to allow adding ATProtoSocial accounts. 3. **Posting Capabilities:** * I implemented sending text posts, posts with images, replies, and quoting posts in `sessions/atprotosocial/session.py` and `utils.py`. * I updated `compose.py` to reflect ATProtoSocial's panel configuration (character limits, media support, quoting). 4. **Notifications:** * I implemented fetching and processing of notifications (likes, reposts, follows, mentions, replies, quotes) in `sessions/atprotosocial/session.py`. * Notifications are formatted for display. 5. **Timelines:** * I implemented fetching and processing for home timeline and user-specific timelines in `sessions/atprotosocial/session.py`. * This includes handling of posts, reposts, and replies within your application's buffer and message cache system. 6. **User Actions:** * I implemented core user actions: follow, unfollow, mute, unmute, block, unblock in `sessions/atprotosocial/utils.py`. * I integrated these actions into the controller layer (`controller/atprotosocial/handler.py`) and exposed them via `session.get_user_actions()`. 7. **User Management & Profile:** * I implemented fetching user profiles, follower lists, following lists, and user search in `sessions/atprotosocial/utils.py` and `controller/atprotosocial/userList.py`. 8. **UI Integration (Initial Pass):** * I adapted your session management UI for ATProtoSocial account creation. * I updated main controller logic to load the ATProtoSocial handler and create basic buffers (Home, Notifications). * I modified menu item labels based on the active session type (e.g., "Post" vs "Toot", "Like" vs "Favorite"). * I integrated core actions like reposting and liking into existing UI flows. * I added basic integration for timeline refresh and loading more items. * I added placeholder integration for viewing user profiles and user-specific timelines. **Current Status & Next Steps:** This represents a significant portion of the ATProtoSocial integration. The backend logic for most core features is in place. The immediate next steps, which were part of the original plan but not yet completed, would be: * **Refining UI elements:** Fully implementing dedicated dialogs (compose, user profile), custom panels for new buffer types, and ensuring accurate rendering of ATProtoSocial posts and notifications. * **Completing Documentation:** Updating all relevant documentation files in `doc/` and `documentation/`. * **Updating Translations:** Adding new strings and updating translation files. * **Adding Tests:** Creating unit and integration tests for the new protocol. I was not stuck on any particular point, but the UI integration is a large step that requires iterative refinement and testing for each component, which would naturally extend beyond a single development cycle for a feature of this scope.
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)
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# Notifications
pub.sendMessage(
"createBuffer",
buffer_type="notifications",
session_type="blueski",
buffer_title=_("Notifications"),
parent_tab=root_position,
start=False,
kwargs=dict(parent=controller.view.nb, name="notifications", session=session)
)
# Likes
pub.sendMessage(
"createBuffer",
buffer_type="likes",
session_type="blueski",
buffer_title=_("Likes"),
parent_tab=root_position,
start=False,
kwargs=dict(parent=controller.view.nb, name="likes", session=session)
)
# Followers
pub.sendMessage(
"createBuffer",
buffer_type="FollowersBuffer",
session_type="blueski",
buffer_title=_("Followers"),
parent_tab=root_position,
start=False,
kwargs=dict(parent=controller.view.nb, name="followers", session=session)
)
# Following (Users)
pub.sendMessage(
"createBuffer",
buffer_type="FollowingBuffer",
session_type="blueski",
buffer_title=_("Following (Users)"),
parent_tab=root_position,
start=False,
kwargs=dict(parent=controller.view.nb, name="following", session=session)
)
# Blocks
pub.sendMessage(
"createBuffer",
buffer_type="BlocksBuffer",
session_type="blueski",
buffer_title=_("Blocked Users"),
parent_tab=root_position,
start=False,
kwargs=dict(parent=controller.view.nb, name="blocked", session=session)
)
# Chats
pub.sendMessage(
"createBuffer",
buffer_type="ConversationListBuffer",
session_type="blueski",
buffer_title=_("Chats"),
parent_tab=root_position,
start=False,
kwargs=dict(parent=controller.view.nb, name="direct_messages", session=session)
)
feat: Initial integration of ATProtoSocial (Bluesky) protocol This commit introduces the initial implementation for supporting the ATProtoSocial (Bluesky) protocol within your application. Key changes and features I implemented: 1. **Core Protocol Structure:** * I added new directories `src/sessions/atprotosocial` and `src/controller/atprotosocial`. * I populated these with foundational files (`session.py`, `utils.py`, `handler.py`, `compose.py`, etc.), mirroring the Mastodon implementation structure but adapted for ATProtoSocial. 2. **Authentication:** * I implemented login and authorization using Bluesky SDK (handle and app password) in `sessions/atprotosocial/session.py`. * I integrated this into your session management UI (`sessionManagerDialog.py`) to allow adding ATProtoSocial accounts. 3. **Posting Capabilities:** * I implemented sending text posts, posts with images, replies, and quoting posts in `sessions/atprotosocial/session.py` and `utils.py`. * I updated `compose.py` to reflect ATProtoSocial's panel configuration (character limits, media support, quoting). 4. **Notifications:** * I implemented fetching and processing of notifications (likes, reposts, follows, mentions, replies, quotes) in `sessions/atprotosocial/session.py`. * Notifications are formatted for display. 5. **Timelines:** * I implemented fetching and processing for home timeline and user-specific timelines in `sessions/atprotosocial/session.py`. * This includes handling of posts, reposts, and replies within your application's buffer and message cache system. 6. **User Actions:** * I implemented core user actions: follow, unfollow, mute, unmute, block, unblock in `sessions/atprotosocial/utils.py`. * I integrated these actions into the controller layer (`controller/atprotosocial/handler.py`) and exposed them via `session.get_user_actions()`. 7. **User Management & Profile:** * I implemented fetching user profiles, follower lists, following lists, and user search in `sessions/atprotosocial/utils.py` and `controller/atprotosocial/userList.py`. 8. **UI Integration (Initial Pass):** * I adapted your session management UI for ATProtoSocial account creation. * I updated main controller logic to load the ATProtoSocial handler and create basic buffers (Home, Notifications). * I modified menu item labels based on the active session type (e.g., "Post" vs "Toot", "Like" vs "Favorite"). * I integrated core actions like reposting and liking into existing UI flows. * I added basic integration for timeline refresh and loading more items. * I added placeholder integration for viewing user profiles and user-specific timelines. **Current Status & Next Steps:** This represents a significant portion of the ATProtoSocial integration. The backend logic for most core features is in place. The immediate next steps, which were part of the original plan but not yet completed, would be: * **Refining UI elements:** Fully implementing dedicated dialogs (compose, user profile), custom panels for new buffer types, and ensuring accurate rendering of ATProtoSocial posts and notifications. * **Completing Documentation:** Updating all relevant documentation files in `doc/` and `documentation/`. * **Updating Translations:** Adding new strings and updating translation files. * **Adding Tests:** Creating unit and integration tests for the new protocol. I was not stuck on any particular point, but the UI integration is a large step that requires iterative refinement and testing for each component, which would naturally extend beyond a single development cycle for a feature of this scope.
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def start_buffer(self, controller, buffer):
"""Start a newly created Bluesky buffer."""
feat: Initial integration of ATProtoSocial (Bluesky) protocol This commit introduces the initial implementation for supporting the ATProtoSocial (Bluesky) protocol within your application. Key changes and features I implemented: 1. **Core Protocol Structure:** * I added new directories `src/sessions/atprotosocial` and `src/controller/atprotosocial`. * I populated these with foundational files (`session.py`, `utils.py`, `handler.py`, `compose.py`, etc.), mirroring the Mastodon implementation structure but adapted for ATProtoSocial. 2. **Authentication:** * I implemented login and authorization using Bluesky SDK (handle and app password) in `sessions/atprotosocial/session.py`. * I integrated this into your session management UI (`sessionManagerDialog.py`) to allow adding ATProtoSocial accounts. 3. **Posting Capabilities:** * I implemented sending text posts, posts with images, replies, and quoting posts in `sessions/atprotosocial/session.py` and `utils.py`. * I updated `compose.py` to reflect ATProtoSocial's panel configuration (character limits, media support, quoting). 4. **Notifications:** * I implemented fetching and processing of notifications (likes, reposts, follows, mentions, replies, quotes) in `sessions/atprotosocial/session.py`. * Notifications are formatted for display. 5. **Timelines:** * I implemented fetching and processing for home timeline and user-specific timelines in `sessions/atprotosocial/session.py`. * This includes handling of posts, reposts, and replies within your application's buffer and message cache system. 6. **User Actions:** * I implemented core user actions: follow, unfollow, mute, unmute, block, unblock in `sessions/atprotosocial/utils.py`. * I integrated these actions into the controller layer (`controller/atprotosocial/handler.py`) and exposed them via `session.get_user_actions()`. 7. **User Management & Profile:** * I implemented fetching user profiles, follower lists, following lists, and user search in `sessions/atprotosocial/utils.py` and `controller/atprotosocial/userList.py`. 8. **UI Integration (Initial Pass):** * I adapted your session management UI for ATProtoSocial account creation. * I updated main controller logic to load the ATProtoSocial handler and create basic buffers (Home, Notifications). * I modified menu item labels based on the active session type (e.g., "Post" vs "Toot", "Like" vs "Favorite"). * I integrated core actions like reposting and liking into existing UI flows. * I added basic integration for timeline refresh and loading more items. * I added placeholder integration for viewing user profiles and user-specific timelines. **Current Status & Next Steps:** This represents a significant portion of the ATProtoSocial integration. The backend logic for most core features is in place. The immediate next steps, which were part of the original plan but not yet completed, would be: * **Refining UI elements:** Fully implementing dedicated dialogs (compose, user profile), custom panels for new buffer types, and ensuring accurate rendering of ATProtoSocial posts and notifications. * **Completing Documentation:** Updating all relevant documentation files in `doc/` and `documentation/`. * **Updating Translations:** Adding new strings and updating translation files. * **Adding Tests:** Creating unit and integration tests for the new protocol. I was not stuck on any particular point, but the UI integration is a large step that requires iterative refinement and testing for each component, which would naturally extend beyond a single development cycle for a feature of this scope.
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try:
if hasattr(buffer, "start_stream"):
buffer.start_stream(mandatory=True, play_sound=False)
# Enable periodic auto-refresh to simulate real-time updates
if hasattr(buffer, "enable_auto_refresh"):
buffer.enable_auto_refresh()
finally:
# Ensure we won't try to start it again
feat: Initial integration of ATProtoSocial (Bluesky) protocol This commit introduces the initial implementation for supporting the ATProtoSocial (Bluesky) protocol within your application. Key changes and features I implemented: 1. **Core Protocol Structure:** * I added new directories `src/sessions/atprotosocial` and `src/controller/atprotosocial`. * I populated these with foundational files (`session.py`, `utils.py`, `handler.py`, `compose.py`, etc.), mirroring the Mastodon implementation structure but adapted for ATProtoSocial. 2. **Authentication:** * I implemented login and authorization using Bluesky SDK (handle and app password) in `sessions/atprotosocial/session.py`. * I integrated this into your session management UI (`sessionManagerDialog.py`) to allow adding ATProtoSocial accounts. 3. **Posting Capabilities:** * I implemented sending text posts, posts with images, replies, and quoting posts in `sessions/atprotosocial/session.py` and `utils.py`. * I updated `compose.py` to reflect ATProtoSocial's panel configuration (character limits, media support, quoting). 4. **Notifications:** * I implemented fetching and processing of notifications (likes, reposts, follows, mentions, replies, quotes) in `sessions/atprotosocial/session.py`. * Notifications are formatted for display. 5. **Timelines:** * I implemented fetching and processing for home timeline and user-specific timelines in `sessions/atprotosocial/session.py`. * This includes handling of posts, reposts, and replies within your application's buffer and message cache system. 6. **User Actions:** * I implemented core user actions: follow, unfollow, mute, unmute, block, unblock in `sessions/atprotosocial/utils.py`. * I integrated these actions into the controller layer (`controller/atprotosocial/handler.py`) and exposed them via `session.get_user_actions()`. 7. **User Management & Profile:** * I implemented fetching user profiles, follower lists, following lists, and user search in `sessions/atprotosocial/utils.py` and `controller/atprotosocial/userList.py`. 8. **UI Integration (Initial Pass):** * I adapted your session management UI for ATProtoSocial account creation. * I updated main controller logic to load the ATProtoSocial handler and create basic buffers (Home, Notifications). * I modified menu item labels based on the active session type (e.g., "Post" vs "Toot", "Like" vs "Favorite"). * I integrated core actions like reposting and liking into existing UI flows. * I added basic integration for timeline refresh and loading more items. * I added placeholder integration for viewing user profiles and user-specific timelines. **Current Status & Next Steps:** This represents a significant portion of the ATProtoSocial integration. The backend logic for most core features is in place. The immediate next steps, which were part of the original plan but not yet completed, would be: * **Refining UI elements:** Fully implementing dedicated dialogs (compose, user profile), custom panels for new buffer types, and ensuring accurate rendering of ATProtoSocial posts and notifications. * **Completing Documentation:** Updating all relevant documentation files in `doc/` and `documentation/`. * **Updating Translations:** Adding new strings and updating translation files. * **Adding Tests:** Creating unit and integration tests for the new protocol. I was not stuck on any particular point, but the UI integration is a large step that requires iterative refinement and testing for each component, which would naturally extend beyond a single development cycle for a feature of this scope.
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try:
buffer.needs_init = False
except Exception:
feat: Initial integration of ATProtoSocial (Bluesky) protocol This commit introduces the initial implementation for supporting the ATProtoSocial (Bluesky) protocol within your application. Key changes and features I implemented: 1. **Core Protocol Structure:** * I added new directories `src/sessions/atprotosocial` and `src/controller/atprotosocial`. * I populated these with foundational files (`session.py`, `utils.py`, `handler.py`, `compose.py`, etc.), mirroring the Mastodon implementation structure but adapted for ATProtoSocial. 2. **Authentication:** * I implemented login and authorization using Bluesky SDK (handle and app password) in `sessions/atprotosocial/session.py`. * I integrated this into your session management UI (`sessionManagerDialog.py`) to allow adding ATProtoSocial accounts. 3. **Posting Capabilities:** * I implemented sending text posts, posts with images, replies, and quoting posts in `sessions/atprotosocial/session.py` and `utils.py`. * I updated `compose.py` to reflect ATProtoSocial's panel configuration (character limits, media support, quoting). 4. **Notifications:** * I implemented fetching and processing of notifications (likes, reposts, follows, mentions, replies, quotes) in `sessions/atprotosocial/session.py`. * Notifications are formatted for display. 5. **Timelines:** * I implemented fetching and processing for home timeline and user-specific timelines in `sessions/atprotosocial/session.py`. * This includes handling of posts, reposts, and replies within your application's buffer and message cache system. 6. **User Actions:** * I implemented core user actions: follow, unfollow, mute, unmute, block, unblock in `sessions/atprotosocial/utils.py`. * I integrated these actions into the controller layer (`controller/atprotosocial/handler.py`) and exposed them via `session.get_user_actions()`. 7. **User Management & Profile:** * I implemented fetching user profiles, follower lists, following lists, and user search in `sessions/atprotosocial/utils.py` and `controller/atprotosocial/userList.py`. 8. **UI Integration (Initial Pass):** * I adapted your session management UI for ATProtoSocial account creation. * I updated main controller logic to load the ATProtoSocial handler and create basic buffers (Home, Notifications). * I modified menu item labels based on the active session type (e.g., "Post" vs "Toot", "Like" vs "Favorite"). * I integrated core actions like reposting and liking into existing UI flows. * I added basic integration for timeline refresh and loading more items. * I added placeholder integration for viewing user profiles and user-specific timelines. **Current Status & Next Steps:** This represents a significant portion of the ATProtoSocial integration. The backend logic for most core features is in place. The immediate next steps, which were part of the original plan but not yet completed, would be: * **Refining UI elements:** Fully implementing dedicated dialogs (compose, user profile), custom panels for new buffer types, and ensuring accurate rendering of ATProtoSocial posts and notifications. * **Completing Documentation:** Updating all relevant documentation files in `doc/` and `documentation/`. * **Updating Translations:** Adding new strings and updating translation files. * **Adding Tests:** Creating unit and integration tests for the new protocol. I was not stuck on any particular point, but the UI integration is a large step that requires iterative refinement and testing for each component, which would naturally extend beyond a single development cycle for a feature of this scope.
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pass
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def account_settings(self, buffer, controller):
"""Open a minimal account settings dialog for Bluesky."""
try:
current_mode = None
try:
current_mode = buffer.session.settings["general"].get("boost_mode")
except Exception:
current_mode = None
ask_default = True if current_mode in (None, "ask") else False
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from wxUI.dialogs.blueski.configuration import AccountSettingsDialog
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dlg = AccountSettingsDialog(controller.view, ask_before_boost=ask_default)
resp = dlg.ShowModal()
if resp == wx.ID_OK:
vals = dlg.get_values()
boost_mode = "ask" if vals.get("ask_before_boost") else "direct"
try:
buffer.session.settings["general"]["boost_mode"] = boost_mode
buffer.session.settings.write()
except Exception:
logger.exception("Failed to persist Bluesky boost_mode setting")
dlg.Destroy()
except Exception:
logger.exception("Error opening Bluesky account settings dialog")
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def user_details(self, buffer):
"""Show user profile dialog for the selected user/post."""
session = getattr(buffer, "session", None)
if not session:
output.speak(_("No active session to view user details."), True)
return
item = buffer.get_item() if hasattr(buffer, "get_item") else None
if not item:
output.speak(_("No user selected or identified to view details."), True)
return
def g(obj, key, default=None):
if isinstance(obj, dict):
return obj.get(key, default)
return getattr(obj, key, default)
user_ident = None
# If we're in a user list, the item itself is the user profile dict/model.
if g(item, "did") or g(item, "handle"):
user_ident = g(item, "did") or g(item, "handle")
else:
author = g(item, "author")
if not author:
post = g(item, "post") or g(item, "record")
author = g(post, "author") if post else None
if author:
user_ident = g(author, "did") or g(author, "handle")
if not user_ident:
output.speak(_("No user selected or identified to view details."), True)
return
parent = getattr(buffer, "buffer", None) or wx.GetApp().GetTopWindow()
dialog = ShowUserProfileDialog(parent, session, user_ident)
dialog.ShowModal()
dialog.Destroy()
async def handle_action(self, action_name: str, user_id: str, payload: dict[str, Any]) -> dict[str, Any] | None:
logger.debug("handle_action stub: %s %s %s", action_name, user_id, payload)
return None
feat: Initial integration of ATProtoSocial (Bluesky) protocol This commit introduces the initial implementation for supporting the ATProtoSocial (Bluesky) protocol within your application. Key changes and features I implemented: 1. **Core Protocol Structure:** * I added new directories `src/sessions/atprotosocial` and `src/controller/atprotosocial`. * I populated these with foundational files (`session.py`, `utils.py`, `handler.py`, `compose.py`, etc.), mirroring the Mastodon implementation structure but adapted for ATProtoSocial. 2. **Authentication:** * I implemented login and authorization using Bluesky SDK (handle and app password) in `sessions/atprotosocial/session.py`. * I integrated this into your session management UI (`sessionManagerDialog.py`) to allow adding ATProtoSocial accounts. 3. **Posting Capabilities:** * I implemented sending text posts, posts with images, replies, and quoting posts in `sessions/atprotosocial/session.py` and `utils.py`. * I updated `compose.py` to reflect ATProtoSocial's panel configuration (character limits, media support, quoting). 4. **Notifications:** * I implemented fetching and processing of notifications (likes, reposts, follows, mentions, replies, quotes) in `sessions/atprotosocial/session.py`. * Notifications are formatted for display. 5. **Timelines:** * I implemented fetching and processing for home timeline and user-specific timelines in `sessions/atprotosocial/session.py`. * This includes handling of posts, reposts, and replies within your application's buffer and message cache system. 6. **User Actions:** * I implemented core user actions: follow, unfollow, mute, unmute, block, unblock in `sessions/atprotosocial/utils.py`. * I integrated these actions into the controller layer (`controller/atprotosocial/handler.py`) and exposed them via `session.get_user_actions()`. 7. **User Management & Profile:** * I implemented fetching user profiles, follower lists, following lists, and user search in `sessions/atprotosocial/utils.py` and `controller/atprotosocial/userList.py`. 8. **UI Integration (Initial Pass):** * I adapted your session management UI for ATProtoSocial account creation. * I updated main controller logic to load the ATProtoSocial handler and create basic buffers (Home, Notifications). * I modified menu item labels based on the active session type (e.g., "Post" vs "Toot", "Like" vs "Favorite"). * I integrated core actions like reposting and liking into existing UI flows. * I added basic integration for timeline refresh and loading more items. * I added placeholder integration for viewing user profiles and user-specific timelines. **Current Status & Next Steps:** This represents a significant portion of the ATProtoSocial integration. The backend logic for most core features is in place. The immediate next steps, which were part of the original plan but not yet completed, would be: * **Refining UI elements:** Fully implementing dedicated dialogs (compose, user profile), custom panels for new buffer types, and ensuring accurate rendering of ATProtoSocial posts and notifications. * **Completing Documentation:** Updating all relevant documentation files in `doc/` and `documentation/`. * **Updating Translations:** Adding new strings and updating translation files. * **Adding Tests:** Creating unit and integration tests for the new protocol. I was not stuck on any particular point, but the UI integration is a large step that requires iterative refinement and testing for each component, which would naturally extend beyond a single development cycle for a feature of this scope.
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async def handle_message_command(self, command: str, user_id: str, message_id: str, payload: dict[str, Any]) -> dict[str, Any] | None:
logger.debug("handle_message_command stub: %s %s %s %s", command, user_id, message_id, payload)
return None
feat: Initial integration of ATProtoSocial (Bluesky) protocol This commit introduces the initial implementation for supporting the ATProtoSocial (Bluesky) protocol within your application. Key changes and features I implemented: 1. **Core Protocol Structure:** * I added new directories `src/sessions/atprotosocial` and `src/controller/atprotosocial`. * I populated these with foundational files (`session.py`, `utils.py`, `handler.py`, `compose.py`, etc.), mirroring the Mastodon implementation structure but adapted for ATProtoSocial. 2. **Authentication:** * I implemented login and authorization using Bluesky SDK (handle and app password) in `sessions/atprotosocial/session.py`. * I integrated this into your session management UI (`sessionManagerDialog.py`) to allow adding ATProtoSocial accounts. 3. **Posting Capabilities:** * I implemented sending text posts, posts with images, replies, and quoting posts in `sessions/atprotosocial/session.py` and `utils.py`. * I updated `compose.py` to reflect ATProtoSocial's panel configuration (character limits, media support, quoting). 4. **Notifications:** * I implemented fetching and processing of notifications (likes, reposts, follows, mentions, replies, quotes) in `sessions/atprotosocial/session.py`. * Notifications are formatted for display. 5. **Timelines:** * I implemented fetching and processing for home timeline and user-specific timelines in `sessions/atprotosocial/session.py`. * This includes handling of posts, reposts, and replies within your application's buffer and message cache system. 6. **User Actions:** * I implemented core user actions: follow, unfollow, mute, unmute, block, unblock in `sessions/atprotosocial/utils.py`. * I integrated these actions into the controller layer (`controller/atprotosocial/handler.py`) and exposed them via `session.get_user_actions()`. 7. **User Management & Profile:** * I implemented fetching user profiles, follower lists, following lists, and user search in `sessions/atprotosocial/utils.py` and `controller/atprotosocial/userList.py`. 8. **UI Integration (Initial Pass):** * I adapted your session management UI for ATProtoSocial account creation. * I updated main controller logic to load the ATProtoSocial handler and create basic buffers (Home, Notifications). * I modified menu item labels based on the active session type (e.g., "Post" vs "Toot", "Like" vs "Favorite"). * I integrated core actions like reposting and liking into existing UI flows. * I added basic integration for timeline refresh and loading more items. * I added placeholder integration for viewing user profiles and user-specific timelines. **Current Status & Next Steps:** This represents a significant portion of the ATProtoSocial integration. The backend logic for most core features is in place. The immediate next steps, which were part of the original plan but not yet completed, would be: * **Refining UI elements:** Fully implementing dedicated dialogs (compose, user profile), custom panels for new buffer types, and ensuring accurate rendering of ATProtoSocial posts and notifications. * **Completing Documentation:** Updating all relevant documentation files in `doc/` and `documentation/`. * **Updating Translations:** Adding new strings and updating translation files. * **Adding Tests:** Creating unit and integration tests for the new protocol. I was not stuck on any particular point, but the UI integration is a large step that requires iterative refinement and testing for each component, which would naturally extend beyond a single development cycle for a feature of this scope.
2025-05-26 14:11:01 +00:00
async def handle_user_command(self, command: str, user_id: str, target_user_id: str, payload: dict[str, Any]) -> dict[str, Any] | None:
logger.debug("handle_user_command stub: %s %s %s %s", command, user_id, target_user_id, payload)
return None
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def add_to_favourites(self, buffer):
"""Standard action for Alt+Win+F"""
if hasattr(buffer, "add_to_favorites"):
buffer.add_to_favorites()
elif hasattr(buffer, "on_like"):
# Fallback
buffer.on_like(None)
def remove_from_favourites(self, buffer):
"""Standard action for Alt+Shift+Win+F"""
if hasattr(buffer, "remove_from_favorites"):
buffer.remove_from_favorites()
elif hasattr(buffer, "on_like"):
buffer.on_like(None)
def follow(self, buffer):
"""Standard action for Ctrl+Win+S"""
session = getattr(buffer, "session", None)
if not session:
output.speak(_("No active session."), True)
return
def g(obj, key, default=None):
if isinstance(obj, dict):
return obj.get(key, default)
return getattr(obj, key, default)
user_ident = None
item = buffer.get_item() if hasattr(buffer, "get_item") else None
if item:
if g(item, "handle") or g(item, "did"):
user_ident = g(item, "handle") or g(item, "did")
else:
author = g(item, "author")
if not author:
post = g(item, "post") or g(item, "record")
author = g(post, "author") if post else None
if author:
user_ident = g(author, "handle") or g(author, "did")
users = [user_ident] if user_ident else []
from controller.blueski import userActions as user_actions_controller
user_actions_controller.userActions(session, users)
def open_conversation(self, controller, buffer):
"""Standard action for Control+Win+C"""
item = buffer.get_item()
if not item:
return
uri = None
if hasattr(buffer, "get_selected_item_id"):
uri = buffer.get_selected_item_id()
if not uri:
uri = getattr(item, "uri", None) or (item.get("post", {}).get("uri") if isinstance(item, dict) else None)
if not uri: return
# Buffer Title
author = getattr(item, "author", None) or (item.get("post", {}).get("author") if isinstance(item, dict) else None)
handle = getattr(author, "handle", "unknown") if author else "unknown"
title = _("Conversation with {0}").format(handle)
from pubsub import pub
pub.sendMessage(
"createBuffer",
buffer_type="conversation",
session_type="blueski",
buffer_title=title,
parent_tab=controller.view.search(buffer.session.get_name(), buffer.session.get_name()) if hasattr(buffer.session, "get_name") else None,
start=True,
kwargs=dict(parent=controller.view.nb, name=title, session=buffer.session, uri=uri)
)
def open_followers_timeline(self, main_controller, session, user_payload=None):
actor, handle = self._resolve_actor(session, user_payload)
if not actor:
output.speak(_("No user selected."), True)
return
self._open_user_list(main_controller, session, actor, handle, list_type="followers")
def open_following_timeline(self, main_controller, session, user_payload=None):
actor, handle = self._resolve_actor(session, user_payload)
if not actor:
output.speak(_("No user selected."), True)
return
self._open_user_list(main_controller, session, actor, handle, list_type="following")
def _resolve_actor(self, session, user_payload):
def g(obj, key, default=None):
if isinstance(obj, dict):
return obj.get(key, default)
return getattr(obj, key, default)
actor = None
handle = None
if user_payload:
actor = g(user_payload, "did") or g(user_payload, "handle")
handle = g(user_payload, "handle") or g(user_payload, "did")
if not actor:
actor = session.db.get("user_id") or session.db.get("user_name")
handle = session.db.get("user_name") or actor
return actor, handle
def _open_user_list(self, main_controller, session, actor, handle, list_type):
account_name = session.get_name()
own_actor = session.db.get("user_id") or session.db.get("user_name")
own_handle = session.db.get("user_name")
if actor == own_actor or (own_handle and actor == own_handle):
name = "followers" if list_type == "followers" else "following"
index = main_controller.view.search(name, account_name)
if index is not None:
main_controller.view.change_buffer(index)
return
list_name = f"{handle}-{list_type}"
if main_controller.search_buffer(list_name, account_name):
index = main_controller.view.search(list_name, account_name)
if index is not None:
main_controller.view.change_buffer(index)
return
title = _("Followers for {user}").format(user=handle) if list_type == "followers" else _("Following for {user}").format(user=handle)
from pubsub import pub
pub.sendMessage(
"createBuffer",
buffer_type="FollowersBuffer" if list_type == "followers" else "FollowingBuffer",
session_type="blueski",
buffer_title=title,
parent_tab=main_controller.view.search(account_name, account_name),
start=True,
kwargs=dict(parent=main_controller.view.nb, name=list_name, session=session, actor=actor)
)
def delete(self, buffer, controller):
"""Standard action for delete key / menu item"""
item = buffer.get_item()
if not item: return
uri = getattr(item, "uri", None) or (item.get("post", {}).get("uri") if isinstance(item, dict) else None)
if not uri: return
import wx
if wx.MessageBox(_("Are you sure you want to delete this post?"), _("Delete post"), wx.YES_NO | wx.ICON_QUESTION) == wx.YES:
if buffer.session.delete_post(uri):
import output
output.speak(_("Post deleted."))
# Refresh buffer
if hasattr(buffer, "start_stream"):
buffer.start_stream(mandatory=True, play_sound=False)
else:
import output
output.speak(_("Failed to delete post."))