def post(self, challenge_slug):
challenge = get_challenge_or_404(challenge_slug, instance_type=False,
abort_if_inactive=False)
parser = reqparse.RequestParser()
parser.add_argument('run', required=True,
help="Bulk inserts require a Run ID")
parser.add_argument('tasks', type=JsonTasks, required=True,
help="Bulk inserts require tasks")
run = args['run']
tasks = args['tasks'].data
results = []
for t in tasks:
task = Task(challenge.slug, t['id'])
task.instruction = t['text']
task.location = t['location']
task.manifest = t['manifest']
task.run = run
results.append(marshal(task), task_fields)
db.session.add(task)
db.session.flush()
action = Action(task.id, "created")
db.session.add(action)
# This is going to be a bit challenge specific
action = Action(task.id, "available")
db.session.add(action)
db.session.commit()
return jsonify(tasks=results)
def load_fixtures():
"""Load some fixture data into the database."""
from maproulette.models import Task, Challenge, User
from random import randrange, random
# Create a user
u = User()
u.osm_id = 8909
u.osm_username = '******'
session.add(u)
for x in range(1, 11):
c = Challenge()
c.name = "Challenge {}".format(x)
c.instruction = "Challenge {} Instruction".format(x)
session.add(c)
for x in range(1, 10000):
t = Task()
t.challenge_id = randrange(1, 11)
t.geometry = 'POINT({lon} {lat})'.format(lon=random() * 360 - 180,
lat=random() * 180 - 90)
session.add(t)
session.commit()
def put(self, slug, identifier):
"""Create or update one task. By default, the
geometry must be supplied as WKB, but this can
be overridden by adding ?geoformat=geojson to
the URL"""
task_geometries = []
# Get the posted data
taskdata = json.loads(request.data)
exists = task_exists(slug, identifier)
app.logger.debug("taskdata: %s" % (taskdata,))
# abort if the taskdata does not contain geometries and it's a new task
if not 'geometries' in taskdata:
if not exists:
abort(400)
else:
# extract the geometries
geometries = taskdata.pop('geometries')
app.logger.debug("geometries: %s" % (geometries,))
app.logger.debug("features: %s" % (geometries['features'],))
# parse the geometries
for feature in geometries['features']:
app.logger.debug(feature)
osmid = feature['properties'].get('osmid')
shape = asShape(feature['geometry'])
t = TaskGeometry(osmid, shape)
task_geometries.append(t)
# there's two possible scenarios:
# 1. An existing task gets an update, in that case
# we only need the identifier
# 2. A new task is inserted, in this case we need at
# least an identifier and encoded geometries.
# now we check if the task exists
if exists:
# if it does, update it
app.logger.debug('existing task')
task = get_task_or_404(slug, identifier)
if not task.update(taskdata, task_geometries):
abort(400)
else:
# if it does not, create it
app.logger.debug('new task')
new_task = Task(slug, identifier)
new_task.update(taskdata, task_geometries)
return {}
def geojson_to_task(slug, feature):
"""converts one geojson feature to a task.
This will only work in a limited number of cases, where:
* The geometry is one single Point or Linestring feature,
* The OSM ID of the feature is in the id field of the JSON,
and you are OK with the following:
* The description cannot be set at the task level
* The identifier will be slug-osmid"""
# check for id and geometries
if 'id' not in feature:
app.logger.debug('no id in this feature, skipping')
return None
if 'geometry' not in feature:
app.logger.debug('no geometries in feature, skipping')
return None
# generate an identifier
osmid = feature['id']
identifier = '{slug}-{osmid}'.format(
slug=slug,
osmid=osmid)
# find, or create a task
task = Task.query.filter(
Task.challenge_slug == slug).filter(
Task.identifier == identifier).first()
if task is None:
task = Task(slug, identifier)
app.logger.debug('creating task {identifier}'.format(
identifier=identifier))
else:
app.logger.debug('updating task {identifier}'.format(
identifier=identifier))
# clear existing geometries
task.geometries = []
# get the geometry
geom = feature['geometry']
shape = asShape(geom)
try:
g = TaskGeometry(osmid, shape)
task.geometries.append(g)
return task
except Exception as e:
app.logger.debug("task could not be created, {}".format(e))
return None
def json_to_task(slug, data, task=None, identifier=None):
"""Parse task json coming in through the admin api"""
app.logger.debug(data)
if identifier is None and task is None:
if 'identifier' not in data:
raise Exception('no identifier given')
identifier = data['identifier']
if task is None:
# create the task if none was passed in
try:
task = Task(slug, identifier)
except Exception as e:
app.logger.warn(e)
raise e
else:
# delete existing task geometries
task.geometries = []
# check for instruction
if 'instruction' in data:
task.instruction = data['instruction']
# check for status
if 'status' in data:
task.status = data['status']
# extract the task geometries
if 'geometries' in data:
geometries = data.pop('geometries')
# parse the geometries
app.logger.debug(geometries)
for feature in geometries['features']:
osmid = None
if 'properties' in feature and feature['properties'].get('osmid'):
osmid = feature['properties'].get('osmid')
app.logger.debug(feature)
shape = asShape(feature['geometry'])
g = TaskGeometry(shape, osmid)
task.geometries.append(g)
return task
def json_to_task(slug, data, task=None, identifier=None):
"""Parse task json coming in through the admin api"""
app.logger.debug(data)
if identifier is None and task is None:
if 'identifier' not in data:
raise Exception('no identifier given')
identifier = data['identifier']
if task is None:
# create the task if none was passed in
try:
task = Task(slug, identifier)
except Exception as e:
app.logger.warn(e)
raise e
else:
# delete existing task geometries
task.geometries = []
# check for instruction
if 'instruction' in data:
task.instruction = data['instruction']
# check for status
if 'status' in data:
task.status = data['status']
# extract the task geometries
if 'geometries' in data:
geometries = data.pop('geometries')
# parse the geometries
app.logger.debug(geometries)
for feature in geometries['features']:
osmid = None
if 'properties' in feature and feature['properties'].get('osmid'):
osmid = feature['properties'].get('osmid')
app.logger.debug(feature)
shape = asShape(feature['geometry'])
g = TaskGeometry(shape, osmid)
task.geometries.append(g)
return task
def post(self, challenge_slug):
challenge = get_challenge_or_404(challenge_slug, instance_type=False,
abort_if_inactive=False)
parser = reqparse.RequestParser()
parser.add_argument('run', required=True,
help="Bulk inserts require a Run ID")
parser.add_argument('tasks', type=JsonTasks, required=True,
help="Bulk inserts require tasks")
run = args['run']
tasks = args['tasks'].data
results = []
for t in tasks:
task = Task(challenge.slug, t['id'])
task.instruction = t['text']
task.location = t['location']
task.manifest = t['manifest']
task.run = run
results.append(marshal(task), task_fields)
db.session.add(task)
db.session.flush()
action = Action(task.id, "created")
db.session.add(action)
# This is going to be a bit challenge specific
action = Action(task.id, "available")
db.session.add(action)
db.session.commit()
return jsonify(tasks=results)
def geojson_to_task(slug, feature):
"""converts one geojson feature to a task.
This will only work in a limited number of cases, where:
* The geometry is one single Point or Linestring feature,
* The OSM ID of the feature is in the id field of the JSON,
and you are OK with the following:
* The description cannot be set at the task level
* The identifier will be slug-osmid"""
# check for id and geometries
if 'id' not in feature:
app.logger.debug('no id in this feature, skipping')
return None
if 'geometry' not in feature:
app.logger.debug('no geometries in feature, skipping')
return None
# generate an identifier
osmid = feature['id']
identifier = '{slug}-{osmid}'.format(slug=slug, osmid=osmid)
# find, or create a task
task = Task.query.filter(Task.challenge_slug == slug).filter(
Task.identifier == identifier).first()
if task is None:
task = Task(slug, identifier)
app.logger.debug(
'creating task {identifier}'.format(identifier=identifier))
else:
app.logger.debug(
'updating task {identifier}'.format(identifier=identifier))
# clear existing geometries
task.geometries = []
# get the geometry
geom = feature['geometry']
shape = asShape(geom)
try:
g = TaskGeometry(osmid, shape)
task.geometries.append(g)
return task
except Exception, e:
app.logger.debug("task could not be created, {}".format(e))
return None
def load_sampledata(path):
identifier = 0
tasks = []
actions = []
c = Challenge('test')
c.title = 'Just a test challenge'
with open(path, 'rb') as filehandle:
q = json.load(filehandle)
for feature in q['features']:
identifier += 1
coordinates = feature['geometry']['coordinates']
shape = Point(coordinates[0], coordinates[1])
properties = feature['properties']
t = Task('test',identifier)
t.location = dumps(shape)
t.run = 1
a = Action(t.id, "created")
tasks.append(t)
print tasks
feedengine = create_engine('postgresql://*****:*****@localhost/maproulette')
Session = sessionmaker(bind=feedengine)
session = Session()
session.add(c)
session.commit()
for t in tasks:
session.add(t)
for a in actions:
session.add(a)
c.active = True
session.commit()
def parse_task_json(data, slug, identifier, commit=True):
"""Parse task json coming in through the admin api"""
task_geometries = []
exists = task_exists(slug, identifier)
# abort if the taskdata does not contain geometries and it's a new task
if not 'geometries' in data:
if not exists:
abort(400)
else:
# extract the geometries
geometries = data.pop('geometries')
# parse the geometries
for feature in geometries['features']:
osmid = feature['properties'].get('osmid')
shape = asShape(feature['geometry'])
t = TaskGeometry(osmid, shape)
task_geometries.append(t)
# there's two possible scenarios:
# 1. An existing task gets an update, in that case
# we only need the identifier
# 2. A new task is inserted, in this case we need at
# least an identifier and encoded geometries.
# now we check if the task exists
if exists:
# if it does, update it
task = get_task_or_404(slug, identifier)
if not task.update(data, task_geometries, commit=commit):
abort(400)
else:
# if it does not, create it
new_task = Task(slug, identifier)
new_task.update(data, task_geometries, commit=commit)
return True
def put(self, challenge_slug, task_id):
challenge = get_challenge_or_404(challenge_slug, instance_type=False,
abort_if_inactive=False)
task = Task.query(Task.identifier == task_id). \
filter(Task.challenge_slug == challenge.slug).first()
if task:
action = Action(task.id, "modified")
db.session.add(action)
else:
task = Task(challenge.slug, task_id)
db.session.add(task)
db.session.flush()
action = Action(task.id, "created")
db.session.add(action)
action = Action(task.id, "available")
db.session.add(action)
parser = reqparse.RequestParser()
parser.add_argument('run', required=True,
help="New tasks must include a Run ID")
parser.add_argument('text', dest='instruction')
parser.add_argument('location', type=GeoPoint,
help="Location must be in the form lon|lat")
parser.add_argument('manifest', type=JsonData,
help="Manifest must be valid JSON")
args = parser.parse_args()
if request.form.get('run'):
task['run'] = request.form['run']
if request.form.get('text'):
task['instruction'] = request.form['text']
if request.form.get('location'):
# WILL THIS WORK???
task['location'] = request.form['location']
if request.form.get('manifest'):
task['manifest'] = request.form['manifest']
# LET'S HOPE ADDING IT TWICE DOESN'T BREAK ANYTHING
db.session.add(task)
db.commit()
return task
def json_to_task(slug, data, task=None, identifier=None):
"""Parse task json coming in through the admin api"""
if identifier is None and task is None:
if not 'identifier' in data:
raise Exception('no identifier given')
identifier = data['identifier']
if task is None:
# create the task if none was passed in
try:
task = Task(slug, identifier)
except Exception, e:
app.logger.warn(e.message)
raise e
def put(self, challenge_slug, task_id):
challenge = get_challenge_or_404(challenge_slug, instance_type=False,
abort_if_inactive=False)
task = Task.query(Task.identifier == task_id). \
filter(Task.challenge_slug == challenge.slug).first()
if task:
action = Action(task.id, "modified")
db.session.add(action)
else:
task = Task(challenge.slug, task_id)
db.session.add(task)
db.session.flush()
action = Action(task.id, "created")
db.session.add(action)
action = Action(task.id, "available")
db.session.add(action)
parser = reqparse.RequestParser()
parser.add_argument('run', required=True,
help="New tasks must include a Run ID")
parser.add_argument('text', dest='instruction')
parser.add_argument('location', type=GeoPoint,
help="Location must be in the form lon|lat")
parser.add_argument('manifest', type=JsonData,
help="Manifest must be valid JSON")
args = parser.parse_args()
if request.form.get('run'):
task['run'] = request.form['run']
if request.form.get('text'):
task['instruction'] = request.form['text']
if request.form.get('location'):
# WILL THIS WORK???
task['location'] = request.form['location']
if request.form.get('manifest'):
task['manifest'] = request.form['manifest']
# LET'S HOPE ADDING IT TWICE DOESN'T BREAK ANYTHING
db.session.add(task)
db.commit()
return task
def create_testdata(challenges=10, tasks=100, users=10):
"""Creates test data in the database"""
import uuid
import random
from maproulette import db
from maproulette.models import User, Challenge, Task, TaskGeometry, Action
from shapely.geometry import Point, LineString, box
# statuses to use
statuses = ['available',
'skipped',
'fixed',
'deleted',
'alreadyfixed',
'falsepositive']
# challenge default strings
challenge_help_test = "Sample challenge *help* text"
challenge_instruction_test = "Challenge instruction text"
task_instruction_text = "Task instruction text"
# delete old tasks and challenges
db.session.query(TaskGeometry).delete()
db.session.query(Action).delete()
db.session.query(Task).delete()
db.session.query(Challenge).delete()
db.session.query(User).delete()
db.session.commit()
# create users
for uid in range(int(users)):
user = User()
user.id = uid
user.display_name = 'Test User {uid}'.format(uid=uid)
db.session.add(user)
db.session.commit()
# create ten challenges
for i in range(1, int(challenges) + 1):
print "Generating Test Challenge #%d" % i
minx = -120
maxx = -40
miny = 20
maxy = 50
challengepoly = None
slug = "test%d" % i
title = "Test Challenge %d" % i
challenge = Challenge(slug, title)
challenge.difficulty = random.choice([1, 2, 3])
challenge.active = True
challenge.blurb = "This is test challenge number %d" % i
challenge.description = "This describes challenge %d in detail" % i
challenge.help = challenge_help_test
challenge.instruction = challenge_instruction_test
# have bounding boxes for all but the first two challenges.
if i > 2:
minx = random.randrange(-120, -40)
miny = random.randrange(20, 50)
maxx = minx + 1
maxy = miny + 1
challengepoly = box(minx, miny, maxx, maxy)
print "\tChallenge has a bounding box of ", challengepoly
challenge.polygon = challengepoly
db.session.add(challenge)
# add some tasks to the challenge
print "\tGenerating %i tasks for challenge %i" % (int(tasks), i)
# generate NUM_TASKS random tasks
for j in range(int(tasks)):
# generate a unique identifier
identifier = str(uuid.uuid4())
# create two random points not too far apart
task_geometries = []
p1 = Point(
random.randrange(minx, maxx) + random.random(),
random.randrange(miny, maxy) + random.random())
p2 = Point(
p1.x + (random.random() * random.choice((1, -1)) * 0.01),
p1.y + (random.random() * random.choice((1, -1)) * 0.01))
# create a linestring connecting the two points
# no constructor for linestring from points?
l1 = LineString([(p1.x, p1.y), (p2.x, p2.y)])
# add the first point and the linestring to the task's geometries
task_geometries.append(TaskGeometry(p1))
# set a linestring for every other challenge
if not j % 2:
task_geometries.append(TaskGeometry(l1))
# instantiate the task and register it with challenge 'test'
# Initialize a task with its challenge slug and persistent ID
task = Task(challenge.slug, identifier, task_geometries)
# because we are not using the API, we need to call set_location
# explicitly to set the task's location
task.set_location()
# generate random string for the instruction
task.instruction = task_instruction_text
# set a status
action = Action(random.choice(statuses),
user_id=random.choice(range(int(users))))
task.append_action(action)
# add the task to the session
db.session.add(task)
# commit the generated tasks and the challenge to the database.
db.session.commit()
maxy = miny + 1
challengepoly = box(minx, miny, maxx, maxy)
print "\tChallenge has a bounding box of ", challengepoly
challenge.polygon = challengepoly
db.session.add(challenge)
# add some tasks to the challenge
print "\tGenerating %i tasks for challenge %i" % (NUM_TASKS, i)
# generate NUM_TASKS random tasks
for j in range(NUM_TASKS):
# generate a unique identifier
identifier = str(uuid.uuid4())
# instantiate the task and register it with challenge 'test'
# Initialize a task with its challenge slug and persistent ID
task = Task(challenge.slug, identifier)
# create two random points not too far apart
p1 = Point(
random.randrange(minx, maxx) + random.random(),
random.randrange(miny, maxy) + random.random())
p2 = Point(
p1.x + (random.random() * random.choice((1, -1)) * 0.01),
p1.y + (random.random() * random.choice((1, -1)) * 0.01))
# create a linestring connecting the two points
# no constructor for linestring from points?
l1 = LineString([(p1.x, p1.y), (p2.x, p2.y)])
# generate some random 'osm ids'
osmids = [random.randrange(1000000, 1000000000) for _ in range(2)]
# add the first point and the linestring to the task's geometries
task.geometries.append(TaskGeometry(osmids[0], p1))
task.geometries.append(TaskGeometry(osmids[1], l1))
def create_testdata(challenges=10, tasks=100, users=10):
"""Creates test data in the database"""
import uuid
import random
from maproulette import db
from maproulette.models import User, Challenge, Task, TaskGeometry, Action
from shapely.geometry import Point, LineString, box
# statuses to use
statuses = ['available',
'skipped',
'fixed',
'deleted',
'alreadyfixed',
'falsepositive']
# challenge default strings
challenge_help_test = "Sample challenge *help* text"
challenge_instruction_test = "Challenge instruction text"
task_instruction_text = "Task instruction text"
# delete old tasks and challenges
db.session.query(TaskGeometry).delete()
db.session.query(Action).delete()
db.session.query(Task).delete()
db.session.query(Challenge).delete()
db.session.query(User).delete()
db.session.commit()
# create users
for uid in range(int(users)):
user = User()
user.id = uid
user.display_name = 'Test User {uid}'.format(uid=uid)
db.session.add(user)
db.session.commit()
# create ten challenges
for i in range(1, int(challenges) + 1):
print "Generating Test Challenge #%d" % i
minx = -120
maxx = -40
miny = 20
maxy = 50
challengepoly = None
slug = "test%d" % i
title = "Test Challenge %d" % i
challenge = Challenge(slug, title)
challenge.difficulty = random.choice([1, 2, 3])
challenge.active = True
challenge.blurb = "This is test challenge number %d" % i
challenge.description = "This describes challenge %d in detail" % i
challenge.help = challenge_help_test
challenge.instruction = challenge_instruction_test
# have bounding boxes for all but the first two challenges.
if i > 2:
minx = random.randrange(-120, -40)
miny = random.randrange(20, 50)
maxx = minx + 1
maxy = miny + 1
challengepoly = box(minx, miny, maxx, maxy)
print "\tChallenge has a bounding box of ", challengepoly
challenge.polygon = challengepoly
db.session.add(challenge)
# add some tasks to the challenge
print "\tGenerating %i tasks for challenge %i" % (int(tasks), i)
# generate NUM_TASKS random tasks
for j in range(int(tasks)):
# generate a unique identifier
identifier = str(uuid.uuid4())
# create two random points not too far apart
task_geometries = []
p1 = Point(
random.randrange(minx, maxx) + random.random(),
random.randrange(miny, maxy) + random.random())
p2 = Point(
p1.x + (random.random() * random.choice((1, -1)) * 0.01),
p1.y + (random.random() * random.choice((1, -1)) * 0.01))
# create a linestring connecting the two points
# no constructor for linestring from points?
l1 = LineString([(p1.x, p1.y), (p2.x, p2.y)])
# generate some random 'osm ids'
osmids = [random.randrange(1000000, 1000000000) for _ in range(2)]
# add the first point and the linestring to the task's geometries
task_geometries.append(TaskGeometry(osmids[0], p1))
# set a linestring for every other challenge
if not j % 2:
task_geometries.append(TaskGeometry(osmids[1], l1))
# instantiate the task and register it with challenge 'test'
# Initialize a task with its challenge slug and persistent ID
task = Task(challenge.slug, identifier, task_geometries)
# because we are not using the API, we need to call set_location
# explicitly to set the task's location
task.set_location()
# generate random string for the instruction
task.instruction = task_instruction_text
# set a status
action = Action(random.choice(statuses),
user_id=random.choice(range(int(users))))
task.append_action(action)
# add the task to the session
db.session.add(task)
# commit the generated tasks and the challenge to the database.
db.session.commit()
def create_testdata():
"""Creates test data in the database"""
import uuid
import random
from maproulette.models import db, Challenge, Task, TaskGeometry, Action
from shapely.geometry import Point, LineString, box
num_challenges = 10
num_tasks = 100
# the gettysburg address
challenge_help_test = "Sample challenge *help* text"
challenge_instruction_test = "Challenge instruction text"
task_instruction_text = "Task instruction text"
# delete old tasks and challenges
db.session.query(TaskGeometry).delete()
db.session.query(Action).delete()
db.session.query(Task).delete()
db.session.query(Challenge).delete()
db.session.commit()
for i in range(1, num_challenges + 1):
print "Generating Test Challenge #%d" % i
minx = -120
maxx = -40
miny = 20
maxy = 50
challengepoly = None
slug = "test%d" % i
title = "Test Challenge %d" % i
challenge = Challenge(slug, title)
challenge.difficulty = random.choice([1, 2, 3])
challenge.active = True
challenge.blurb = "This is test challenge number %d" % i
challenge.description = "This describes test challenge %d in detail" % i
challenge.help = challenge_help_test
challenge.instruction = challenge_instruction_test
# have bounding boxes for all but the first two challenges.
if i > 2:
minx = random.randrange(-120, -40)
miny = random.randrange(20, 50)
maxx = minx + 1
maxy = miny + 1
challengepoly = box(minx, miny, maxx, maxy)
print "\tChallenge has a bounding box of ", challengepoly
challenge.polygon = challengepoly
db.session.add(challenge)
# add some tasks to the challenge
print "\tGenerating %i tasks for challenge %i" % (num_tasks, i)
# generate NUM_TASKS random tasks
for j in range(num_tasks):
# generate a unique identifier
identifier = str(uuid.uuid4())
# instantiate the task and register it with challenge 'test'
# Initialize a task with its challenge slug and persistent ID
task = Task(challenge.slug, identifier)
# create two random points not too far apart
p1 = Point(random.randrange(minx, maxx) + random.random(), random.randrange(miny, maxy) + random.random())
p2 = Point(
p1.x + (random.random() * random.choice((1, -1)) * 0.01),
p1.y + (random.random() * random.choice((1, -1)) * 0.01),
)
# create a linestring connecting the two points
# no constructor for linestring from points?
l1 = LineString([(p1.x, p1.y), (p2.x, p2.y)])
# generate some random 'osm ids'
osmids = [random.randrange(1000000, 1000000000) for _ in range(2)]
# add the first point and the linestring to the task's geometries
task.geometries.append(TaskGeometry(osmids[0], p1))
task.geometries.append(TaskGeometry(osmids[1], l1))
# and add the first point as the task's location
task.location = p1
# generate random string for the instruction
task.instruction = task_instruction_text
# add the task to the session
db.session.add(task)
# commit the generated tasks and the challenge to the database.
db.session.commit()
