from turbot.blocks import (
section_block, text_block, button_block, actions_block, divider_block
)
-import turbot.slack
-from turbot.sheets import sheets_create, sheets_create_for_puzzle
+from turbot.hunt import find_hunt_for_hunt_id
+from turbot.sheets import (
+ sheets_create, sheets_create_for_puzzle, sheets_create_folder
+)
from turbot.slack import slack_send_message, slack_channel_members
+from turbot.channel import channel_url
from boto3.dynamodb.conditions import Key
TURBOT_USER_ID = 'U01B9QM4P9R'
lambda_success = {'statusCode': 200}
lambda_error = {'statusCode': 400}
-def channel_url(channel_id):
- return "https://halibutthatbass.slack.com/archives/{}".format(channel_id)
-
-def puzzle_block(puzzle):
- name = puzzle['name']
- status = puzzle['status']
- solution = puzzle['solution']
- channel_id = puzzle['channel_id']
- url = puzzle.get('url', None)
- sheet_url = puzzle.get('sheet_url', None)
- state = puzzle.get('state', None)
- status_emoji = ''
- solution_str = ''
+def hunt_link_block(turb, hunt):
- if status == 'solved':
- status_emoji = ":ballot_box_with_check:"
- else:
- status_emoji = ":white_square:"
-
- if len(solution):
- solution_str = "*`" + '`, `'.join(solution) + "`*"
-
- links = []
- if url:
- links.append("<{}|Puzzle>".format(url))
- if sheet_url:
- links.append("<{}|Sheet>".format(sheet_url))
-
- state_str = ''
- if state:
- state_str = "\n{}".format(state)
-
- puzzle_text = "{}{} <{}|{}> ({}){}".format(
- status_emoji, solution_str,
- channel_url(channel_id), name,
- ', '.join(links), state_str
- )
-
- return section_block(text_block(puzzle_text))
-
-def hunt_block(turb, hunt):
name = hunt['name']
- hunt_id = hunt['hunt_id']
channel_id = hunt['channel_id']
- response = turb.table.query(
- KeyConditionExpression=(
- Key('hunt_id').eq(hunt_id) &
- Key('SK').begins_with('puzzle-')
- )
- )
- puzzles = response['Items']
+ hunt_link = "*<{}|{}>*".format(channel_url(channel_id), name)
- hunt_text = "*<{}|{}>*".format(channel_url(channel_id), name)
-
- return [
- section_block(text_block(hunt_text)),
- *[puzzle_block(puzzle) for puzzle in puzzles],
- divider_block()
- ]
+ return section_block(text_block(hunt_link))
def home(turb, user_id):
"""Returns a view to be published as the turbot home tab for user_id
except Exception:
hunts = []
- hunt_blocks = []
+ my_hunt_blocks = []
+ available_hunt_blocks = []
for hunt in hunts:
if not hunt['active']:
continue
- if user_id not in slack_channel_members(turb.slack_client,
- hunt['channel_id']):
- continue
- hunt_blocks += hunt_block(turb, hunt)
-
- if len(hunt_blocks):
- hunt_blocks = [
- section_block(text_block("*Hunts you belong to*")),
+ if user_id in slack_channel_members(turb.slack_client,
+ hunt['channel_id']):
+ my_hunt_blocks.append(hunt_link_block(turb, hunt))
+ else:
+ available_hunt_blocks.append(hunt_link_block(turb, hunt))
+
+ if len(my_hunt_blocks):
+ my_hunt_blocks = [
+ section_block(text_block("*Hunts you belong to:*")),
divider_block(),
- * hunt_blocks
+ * my_hunt_blocks
]
else:
- hunt_blocks = [
+ my_hunt_blocks.append([
section_block(text_block("You do not belong to any hunts"))
+ ])
+
+ if len(available_hunt_blocks):
+ available_hunt_blocks = [
+ section_block(text_block("*Hunts you can join:*")),
+ divider_block(),
+ * available_hunt_blocks
]
return {
"type": "home",
"blocks": [
- * hunt_blocks,
+ * my_hunt_blocks,
+ * available_hunt_blocks,
actions_block(button_block("New hunt", "new_hunt"))
]
}
.format(channel_id) + "Letting Slack retry this event")
return lambda_error
- item = response['Items'][0]
+ hunt = response['Items'][0]
- if 'sheet_url' in item:
+ if 'sheet_url' in hunt:
print("Info: channel_id {} already has sheet_url {}. Exiting."
- .format(channel_id, item['sheet_url']))
+ .format(channel_id, hunt['sheet_url']))
return lambda_success
# Before launching into sheet creation, indicate that we're doing this
# in the database. This way, if we take too long to create the sheet
# and Slack retries the event, that next event will see this 'pending'
# string and cleanly return (eliminating all future retries).
- item['sheet_url'] = 'pending'
- turb.table.put_item(Item=item)
+ hunt['sheet_url'] = 'pending'
+ turb.table.put_item(Item=hunt)
# Also, let the channel users know what we are up to
slack_send_message(
turb.slack_client, channel_id,
- "Welcome to the channel for the {} hunt! ".format(item['name'])
- + "Please wait a minute or two while I create some backend resources.")
+ "Welcome to the channel for the {} hunt! ".format(hunt['name'])
+ + "Please wait a moment or two while I create some backend resources.")
- # Create a sheet for the hunt
- sheet = sheets_create(turb, item['name'])
+ # Create a new folder within Google drive for the hunt in two parts:
- # Update the database with the URL of the sheet
- item['sheet_url'] = sheet['url']
- turb.table.put_item(Item=item)
+ # ... first, a top-level folder named for the hunt
+ hunt_folder = sheets_create_folder(turb, hunt['hunt_id'])
+
+ # ... second, a folder within that named "turbot"
+ #
+ # The concept here is that non-turbot related content could
+ # be placed adjacent to the turbot folder.
+ hunt['folder_id'] = sheets_create_folder(turb, "turbot",
+ parents = [hunt_folder])
+
+ # Create a sheet for the hunt
+ sheet = sheets_create(turb, hunt['name'], hunt['folder_id'])
+ hunt['sheet_url'] = sheet['url']
# Message the channel with the URL of the sheet
slack_send_message(turb.slack_client, channel_id,
"Sheet created for this hunt: {}".format(sheet['url']))
- # Mark the hunt as active in the database
- item['active'] = True
- turb.table.put_item(Item=item)
+ # Mark the hunt as active now
+ hunt['active'] = True
+
+ # Update the database with all the changes we have made to the hunt
+ turb.table.put_item(Item=hunt)
# Message the hunt channel that the database is ready
slack_send_message(
turb.slack_client, channel_id,
"Thank you for waiting. This hunt is now ready to begin! "
- + "Use `/puzzle` to create puzzles for the hunt.")
+ + "Type `/new` to create a puzzle for the hunt and `/help` for help.")
return lambda_success
.format(channel_id, puzzle['sheet_url']))
return lambda_success
+ # We need hunt from the database to know which folder to create
+ # the sheet in.
+ hunt = find_hunt_for_hunt_id(turb, puzzle['hunt_id'])
+
# Before launching into sheet creation, indicate that we're doing this
# in the database. This way, if we take too long to create the sheet
# and Slack retries the event, that next event will see this 'pending'
turb.table.put_item(Item=puzzle)
# Create a sheet for the puzzle
- sheet = sheets_create_for_puzzle(turb, puzzle)
+ sheet = sheets_create_for_puzzle(turb, puzzle, hunt['folder_id'])
# Update the database with the URL of the sheet
puzzle['sheet_url'] = sheet['url']
# Get the new sheet_url into the channel description
set_channel_description(turb, puzzle)
- # Lookup and invite all users from this hunt to this new puzzle
- # hunts_table = turb.db.Table('hunts')
- # response = hunts_table.scan(
- # FilterExpression='hunt_id = :hunt_id',
- # ExpressionAttributeValues={':hunt_id': hunt_id}
- # )
- #
- # if 'Items' in response:
- if False:
- hunt_channel_id = response['Items'][0]['channel_id']
-
- # Find all members of the hunt channel
- members = turbot.slack.slack_channel_members(turb.slack_client,
- hunt_channel_id)
-
- # Filter out Turbot's own ID to avoid inviting itself
- members = [m for m in members if m != TURBOT_USER_ID]
-
- slack_send_message(
- turb.slack_client, channel_id,
- "Inviting all members from the hunt channel: "
- + "<#{}>".format(hunt_channel_id))
-
- # Invite those members to the puzzle channel (in chunks of 500)
- cursor = 0
- while cursor < len(members):
- turb.slack_client.conversations_invite(
- channel=channel_id,
- users=members[cursor:cursor + 500])
- cursor += 500
-
# And finally, give a welcome message with some documentation
# on how to update the state of the puzzle in the database.
welcome_msg = (
"Welcome! This channel is the primary place to "
+ "discuss things as the team works together to solve the "
- + "puzzle '{}'. ".format(puzzle['name'])
+ + "puzzle \"{}\". ".format(puzzle['name'])
)
if 'url' in puzzle:
welcome_msg += (
"See the <{}|puzzle itself> ".format(puzzle['url'])
- + "for what was originally presented to us."
+ + "for what was originally presented to us. "
)
- sheet_msg = (
- "Actual puzzle solving work will take place within the following "
- + "<{}|shared spreadsheet> ".format(puzzle['sheet_url'])
+ welcome_msg += (
+ "Actual puzzle solving work will take place within the following " +
+ "<{}|shared spreadsheet> ".format(puzzle['sheet_url']) +
+ "\n\n"
+ "Common commands for updating the puzzle are `/state NEW STATE`, " +
+ "`/tag NEW_TAG`, and `/solved SOLUTION` . See `/help` for details " +
+ "and for additional commands."
)
- state_msg = (
- "Whenever the status of the puzzle progress changes "
- + "significantly, please type `/state` with a brief message "
- + "explaining where things stand. This could be something "
- + "like `/state Grid is filled. Need insight for extraction.` "
- + "or `/state Nathan has printed this and is cutting/assembling`. "
- + "It's especially important to put information in `/state` "
- + "when you step away from a puzzle so the next team members "
- + "to arrive will know what is going on."
- )
+ turb.slack_client.chat_postMessage(channel=channel_id, text=welcome_msg)
- solved_msg = (
- "When a puzzle has been solved, submitted, and the solution is "
- + "confirmed, please type `/solved THE PUZZLE ANSWER HERE`. All "
- + "information given in `/state` and `/solved` will be presented "
- + "in this channel's topic as well as in the hunt overview "
- + "(which is available by selecting \"Turbot\" from the Slack "
- + "list of members)."
+ # Finally, finally, notify the hunt channel about the new puzzle
+ hunt = find_hunt_for_hunt_id(turb, puzzle['hunt_id'])
+ slack_send_message(
+ turb.slack_client, hunt['channel_id'],
+ "New puzzle available: <{}|{}>".format(
+ puzzle['channel_url'],
+ puzzle['name'])
)
- turb.slack_client.chat_postMessage(
- channel=channel_id,
- text="New puzzle: {}".format(['name']),
- blocks=[
- section_block(text_block(welcome_msg)),
- section_block(text_block(sheet_msg)),
- section_block(text_block(state_msg)),
- section_block(text_block(solved_msg))
- ])
-
return lambda_success
def channel_created(turb, event):