def post(self):
"""
Create a new organization.
"""
user = get_authenticated_user()
org_data = request.get_json()
existing = None
try:
existing = model.organization.get_organization(org_data["name"])
except model.InvalidOrganizationException:
pass
if not existing:
existing = model.user.get_user(org_data["name"])
if existing:
msg = "A user or organization with this name already exists"
raise request_error(message=msg)
if features.MAILING and not org_data.get("email"):
raise request_error(message="Email address is required")
# If recaptcha is enabled, then verify the user is a human.
if features.RECAPTCHA:
recaptcha_response = org_data.get("recaptcha_response", "")
result = recaptcha2.verify(app.config["RECAPTCHA_SECRET_KEY"],
recaptcha_response, get_request_ip())
if not result["success"]:
return {
"message":
"Are you a bot? If not, please revalidate the captcha."
}, 400
is_possible_abuser = ip_resolver.is_ip_possible_threat(
get_request_ip())
try:
model.organization.create_organization(
org_data["name"],
org_data.get("email"),
user,
email_required=features.MAILING,
is_possible_abuser=is_possible_abuser,
)
return "Created", 201
except model.DataModelException as ex:
raise request_error(exception=ex)
def get_repository_build(self, uuid):
try:
build = model.build.get_repository_build(uuid)
except model.InvalidRepositoryBuildException as e:
raise InvalidRepositoryBuildException(str(e))
repo_namespace = build.repository_namespace_user_username
repo_name = build.repository_name
can_read = ReadRepositoryPermission(repo_namespace, repo_name).can()
can_write = ModifyRepositoryPermission(repo_namespace, repo_name).can()
can_admin = AdministerRepositoryPermission(repo_namespace,
repo_name).can()
job_config = get_job_config(build.job_config)
phase, status, error = _get_build_status(build)
url = userfiles.get_file_url(self.resource_key,
get_request_ip(),
requires_cors=True)
return RepositoryBuild(
build.uuid, build.logs_archived,
repo_namespace, repo_name, can_write, can_read,
_create_user(build.pull_robot), build.resource_key,
BuildTrigger(build.trigger.uuid, build.trigger.service.name,
_create_user(build.trigger.pull_robot), can_read,
can_admin,
True), build.display_name, build.display_name,
build.started, job_config, phase, status, error, url)
def get_image_layer(namespace, repository, image_id, headers):
permission = ReadRepositoryPermission(namespace, repository)
repository_ref = registry_model.lookup_repository(namespace, repository, kind_filter="image")
logger.debug("Checking repo permissions")
if permission.can() or (repository_ref is not None and repository_ref.is_public):
if repository_ref is None:
abort(404)
legacy_image = registry_model.get_legacy_image(repository_ref, image_id, include_blob=True)
if legacy_image is None:
abort(404, "Image %(image_id)s not found", issue="unknown-image", image_id=image_id)
path = legacy_image.blob.storage_path
image_pulled_bytes.labels("v1").inc(legacy_image.blob.compressed_size)
try:
logger.debug("Looking up the direct download URL for path: %s", path)
direct_download_url = store.get_direct_download_url(
legacy_image.blob.placements, path, get_request_ip()
)
if direct_download_url:
logger.debug("Returning direct download URL")
resp = redirect(direct_download_url)
return resp
# Close the database handle here for this process before we send the long download.
database.close_db_filter(None)
logger.debug("Streaming layer data")
return Response(store.stream_read(legacy_image.blob.placements, path), headers=headers)
except (IOError, AttributeError):
logger.exception("Image layer data not found")
abort(404, "Image %(image_id)s not found", issue="unknown-image", image_id=image_id)
abort(403)
def decorated(*args, **kwargs):
if namespace_name_kwarg:
namespace_name = kwargs[namespace_name_kwarg]
else:
namespace_name = args[0]
region_blacklist = registry_model.get_cached_namespace_region_blacklist(
model_cache, namespace_name
)
if region_blacklist:
# Resolve the IP information and block if on the namespace's blacklist.
remote_ip = get_request_ip()
resolved_ip_info = ip_resolver.resolve_ip(remote_ip)
logger.debug("Resolved IP information for IP %s: %s", remote_ip, resolved_ip_info)
if (
resolved_ip_info
and resolved_ip_info.country_iso_code
and resolved_ip_info.country_iso_code in region_blacklist
):
if error_class:
raise error_class()
abort(403, "Pulls of this data have been restricted geographically")
return wrapped(*args, **kwargs)
def download_url(cls, package_name, digest):
blobpath = cls.upload_url(digest)
locations = model.get_blob_locations(digest)
if not locations:
raise_package_not_found(package_name, digest)
return storage.get_direct_download_url(locations, blobpath,
get_request_ip())
def log_action(kind,
user_or_orgname,
metadata=None,
repo=None,
repo_name=None):
if not metadata:
metadata = {}
oauth_token = get_validated_oauth_token()
if oauth_token:
metadata["oauth_token_id"] = oauth_token.id
metadata[
"oauth_token_application_id"] = oauth_token.application.client_id
metadata["oauth_token_application"] = oauth_token.application.name
performer = get_authenticated_user()
if repo_name is not None:
repo = data_model.repository.get_repository(user_or_orgname, repo_name)
logs_model.log_action(
kind,
user_or_orgname,
repository=repo,
performer=performer,
ip=get_request_ip(),
metadata=metadata,
)
def buildlogs(build_uuid):
found_build = model.build.get_repository_build(build_uuid)
if not found_build:
abort(403)
repo = found_build.repository
has_permission = ModifyRepositoryPermission(repo.namespace_user.username,
repo.name).can()
if features.READER_BUILD_LOGS and not has_permission:
if ReadRepositoryPermission(
repo.namespace_user.username,
repo.name).can() or model.repository.repository_is_public(
repo.namespace_user.username, repo.name):
has_permission = True
if not has_permission:
abort(403)
# If the logs have been archived, just return a URL of the completed archive
if found_build.logs_archived:
return redirect(
log_archive.get_file_url(found_build.uuid, get_request_ip()))
_, logs = build_logs.get_log_entries(found_build.uuid, 0)
response = jsonify({"logs": [log for log in logs]})
response.headers[
"Content-Disposition"] = "attachment;filename=" + found_build.uuid + ".json"
return response
def build_status_view(build_obj):
phase, status, error = _get_build_status(build_obj)
repo_namespace = build_obj.repository.namespace_user.username
repo_name = build_obj.repository.name
can_read = ReadRepositoryPermission(repo_namespace, repo_name).can()
can_write = ModifyRepositoryPermission(repo_namespace, repo_name).can()
can_admin = AdministerRepositoryPermission(repo_namespace, repo_name).can()
job_config = get_job_config(build_obj)
resp = {
'id':
build_obj.uuid,
'phase':
phase,
'started':
format_date(build_obj.started),
'display_name':
build_obj.display_name,
'status':
status or {},
'subdirectory':
job_config.get('build_subdir', ''),
'dockerfile_path':
job_config.get('build_subdir', ''),
'context':
job_config.get('context', ''),
'tags':
job_config.get('docker_tags', []),
'manual_user':
job_config.get('manual_user', None),
'is_writer':
can_write,
'trigger':
trigger_view(build_obj.trigger, can_read, can_admin, for_build=True),
'trigger_metadata':
job_config.get('trigger_metadata', None) if can_read else None,
'resource_key':
build_obj.resource_key,
'pull_robot':
user_view(build_obj.pull_robot) if build_obj.pull_robot else None,
'repository': {
'namespace': repo_namespace,
'name': repo_name
},
'error':
error,
}
if can_write or features.READER_BUILD_LOGS:
if build_obj.resource_key is not None:
resp['archive_url'] = user_files.get_file_url(
build_obj.resource_key, get_request_ip(), requires_cors=True)
elif job_config.get('archive_url', None):
resp['archive_url'] = job_config['archive_url']
return resp
def build_status_view(build_obj):
phase, status, error = _get_build_status(build_obj)
repo_namespace = build_obj.repository.namespace_user.username
repo_name = build_obj.repository.name
can_read = ReadRepositoryPermission(repo_namespace, repo_name).can()
can_write = ModifyRepositoryPermission(repo_namespace, repo_name).can()
can_admin = AdministerRepositoryPermission(repo_namespace, repo_name).can()
job_config = get_job_config(build_obj)
resp = {
"id":
build_obj.uuid,
"phase":
phase,
"started":
format_date(build_obj.started),
"display_name":
build_obj.display_name,
"status":
status or {},
"subdirectory":
job_config.get("build_subdir", ""),
"dockerfile_path":
job_config.get("build_subdir", ""),
"context":
job_config.get("context", ""),
"tags":
job_config.get("docker_tags", []),
"manual_user":
job_config.get("manual_user", None),
"is_writer":
can_write,
"trigger":
trigger_view(build_obj.trigger, can_read, can_admin, for_build=True),
"trigger_metadata":
job_config.get("trigger_metadata", None) if can_read else None,
"resource_key":
build_obj.resource_key,
"pull_robot":
user_view(build_obj.pull_robot) if build_obj.pull_robot else None,
"repository": {
"namespace": repo_namespace,
"name": repo_name
},
"error":
error,
}
if can_write or features.READER_BUILD_LOGS:
if build_obj.resource_key is not None:
resp["archive_url"] = user_files.get_file_url(
build_obj.resource_key, get_request_ip(), requires_cors=True)
elif job_config.get("archive_url", None):
resp["archive_url"] = job_config["archive_url"]
return resp
def post(self):
""" Create a new organization. """
user = get_authenticated_user()
org_data = request.get_json()
existing = None
try:
existing = model.organization.get_organization(org_data['name'])
except model.InvalidOrganizationException:
pass
if not existing:
existing = model.user.get_user(org_data['name'])
if existing:
msg = 'A user or organization with this name already exists'
raise request_error(message=msg)
if features.MAILING and not org_data.get('email'):
raise request_error(message='Email address is required')
# If recaptcha is enabled, then verify the user is a human.
if features.RECAPTCHA:
recaptcha_response = org_data.get('recaptcha_response', '')
result = recaptcha2.verify(app.config['RECAPTCHA_SECRET_KEY'],
recaptcha_response, get_request_ip())
if not result['success']:
return {
'message':
'Are you a bot? If not, please revalidate the captcha.'
}, 400
is_possible_abuser = ip_resolver.is_ip_possible_threat(
get_request_ip())
try:
model.organization.create_organization(
org_data['name'],
org_data.get('email'),
user,
email_required=features.MAILING,
is_possible_abuser=is_possible_abuser)
return 'Created', 201
except model.DataModelException as ex:
raise request_error(exception=ex)
def delete_service_key(service, kid):
jwt_header = request.headers.get(JWT_HEADER_NAME, "")
match = jwtutil.TOKEN_REGEX.match(jwt_header)
if match is None:
abort(400)
encoded_jwt = match.group(1)
signer_kid = _signer_kid(encoded_jwt)
signer_key = _lookup_service_key(service, signer_kid, approved_only=False)
self_signed = kid == signer_kid
approved_key_for_service = signer_key.approval is not None
if self_signed or approved_key_for_service:
_validate_jwt(encoded_jwt, signer_key.jwk, service)
try:
model.delete_service_key(kid)
except ServiceKeyDoesNotExist:
abort(404)
logs_model.log_action(
"service_key_delete",
ip=get_request_ip(),
metadata={
"kid": kid,
"signer_kid": signer_key.kid,
"service": service,
"name": signer_key.name,
"user_agent": request.headers.get("User-Agent"),
"ip": get_request_ip(),
},
)
return make_response("", 204)
abort(403)
def post(self):
"""
Request a password recovery email.
"""
def redact(value):
threshold = max((len(value) / 3) - 1, 1)
v = ""
for i in range(0, len(value)):
if i < threshold or i >= len(value) - threshold:
v = v + value[i]
else:
v = v + "\u2022"
return v
recovery_data = request.get_json()
# If recaptcha is enabled, then verify the user is a human.
if features.RECAPTCHA:
recaptcha_response = recovery_data.get("recaptcha_response", "")
result = recaptcha2.verify(app.config["RECAPTCHA_SECRET_KEY"],
recaptcha_response, get_request_ip())
if not result["success"]:
return {
"message":
"Are you a bot? If not, please revalidate the captcha."
}, 400
email = recovery_data["email"]
user = model.user.find_user_by_email(email)
if not user:
return {
"status": "sent",
}
if user.organization:
send_org_recovery_email(user,
model.organization.get_admin_users(user))
return {
"status": "org",
"orgemail": email,
"orgname": redact(user.username),
}
confirmation_code = model.user.create_reset_password_email_code(email)
send_recovery_email(email, confirmation_code)
return {
"status": "sent",
}
def delete_service_key(service, kid):
jwt_header = request.headers.get(JWT_HEADER_NAME, '')
match = jwtutil.TOKEN_REGEX.match(jwt_header)
if match is None:
abort(400)
encoded_jwt = match.group(1)
signer_kid = _signer_kid(encoded_jwt)
signer_key = _lookup_service_key(service, signer_kid, approved_only=False)
self_signed = kid == signer_kid
approved_key_for_service = signer_key.approval is not None
if self_signed or approved_key_for_service:
_validate_jwt(encoded_jwt, signer_key.jwk, service)
try:
model.delete_service_key(kid)
except ServiceKeyDoesNotExist:
abort(404)
logs_model.log_action('service_key_delete',
ip=get_request_ip(),
metadata={
'kid': kid,
'signer_kid': signer_key.kid,
'service': service,
'name': signer_key.name,
'user_agent':
request.headers.get('User-Agent'),
'ip': get_request_ip(),
})
return make_response('', 204)
abort(403)
def get_image_layer(namespace, repository, image_id, headers):
permission = ReadRepositoryPermission(namespace, repository)
repository_ref = registry_model.lookup_repository(namespace,
repository,
kind_filter='image')
logger.debug('Checking repo permissions')
if permission.can() or (repository_ref is not None
and repository_ref.is_public):
if repository_ref is None:
abort(404)
legacy_image = registry_model.get_legacy_image(repository_ref,
image_id,
include_blob=True)
if legacy_image is None:
abort(404,
'Image %(image_id)s not found',
issue='unknown-image',
image_id=image_id)
path = legacy_image.blob.storage_path
metric_queue.pull_byte_count.Inc(legacy_image.blob.compressed_size,
labelvalues=['v1'])
try:
logger.debug('Looking up the direct download URL for path: %s',
path)
direct_download_url = store.get_direct_download_url(
legacy_image.blob.placements, path, get_request_ip())
if direct_download_url:
logger.debug('Returning direct download URL')
resp = redirect(direct_download_url)
return resp
# Close the database handle here for this process before we send the long download.
database.close_db_filter(None)
logger.debug('Streaming layer data')
return Response(store.stream_read(legacy_image.blob.placements,
path),
headers=headers)
except (IOError, AttributeError):
logger.exception('Image layer data not found')
abort(404,
'Image %(image_id)s not found',
issue='unknown-image',
image_id=image_id)
abort(403)
def post(self):
""" Request a password recovery email."""
def redact(value):
threshold = max((len(value) / 3) - 1, 1)
v = ''
for i in range(0, len(value)):
if i < threshold or i >= len(value) - threshold:
v = v + value[i]
else:
v = v + u'\u2022'
return v
recovery_data = request.get_json()
# If recaptcha is enabled, then verify the user is a human.
if features.RECAPTCHA:
recaptcha_response = recovery_data.get('recaptcha_response', '')
result = recaptcha2.verify(app.config['RECAPTCHA_SECRET_KEY'],
recaptcha_response, get_request_ip())
if not result['success']:
return {
'message':
'Are you a bot? If not, please revalidate the captcha.'
}, 400
email = recovery_data['email']
user = model.user.find_user_by_email(email)
if not user:
return {
'status': 'sent',
}
if user.organization:
send_org_recovery_email(user,
model.organization.get_admin_users(user))
return {
'status': 'org',
'orgemail': email,
'orgname': redact(user.username),
}
confirmation_code = model.user.create_reset_password_email_code(email)
send_recovery_email(email, confirmation_code)
return {
'status': 'sent',
}
def captcha_func():
recaptcha_response = request.values.get("recaptcha_response", "")
result = recaptcha2.verify(app.config["RECAPTCHA_SECRET_KEY"],
recaptcha_response, get_request_ip())
if not result["success"]:
abort(400)
# Save that the captcha was verified.
session["captcha_verified"] = int(time.time())
# Redirect to the normal OAuth flow again, so that the user can now create an account.
csrf_token = generate_csrf_token(OAUTH_CSRF_TOKEN_NAME)
login_scopes = login_service.get_login_scopes()
auth_url = login_service.get_auth_url(url_scheme_and_hostname, "",
csrf_token, login_scopes)
return redirect(auth_url)
def download_blob(namespace_name, repo_name, digest):
# Find the blob.
blob = registry_model.get_cached_repo_blob(model_cache, namespace_name, repo_name, digest)
if blob is None:
raise BlobUnknown()
# Build the response headers.
headers = {"Docker-Content-Digest": digest}
# If our storage supports range requests, let the client know.
if storage.get_supports_resumable_downloads(blob.placements):
headers["Accept-Ranges"] = "bytes"
image_pulled_bytes.labels("v2").inc(blob.compressed_size)
# Short-circuit by redirecting if the storage supports it.
path = blob.storage_path
logger.debug("Looking up the direct download URL for path: %s", path)
direct_download_url = storage.get_direct_download_url(blob.placements, path, get_request_ip())
if direct_download_url:
logger.debug("Returning direct download URL")
resp = redirect(direct_download_url)
resp.headers.extend(headers)
return resp
# Close the database connection before we stream the download.
logger.debug("Closing database connection before streaming layer data")
headers.update(
{
"Content-Length": blob.compressed_size,
"Content-Type": BLOB_CONTENT_TYPE,
}
)
with database.CloseForLongOperation(app.config):
# Stream the response to the client.
return Response(
storage.stream_read(blob.placements, path),
headers=headers,
)
def download_blob(namespace_name, repo_name, digest):
# Find the blob.
blob = registry_model.get_cached_repo_blob(model_cache, namespace_name,
repo_name, digest)
if blob is None:
raise BlobUnknown()
# Build the response headers.
headers = {'Docker-Content-Digest': digest}
# If our storage supports range requests, let the client know.
if storage.get_supports_resumable_downloads(blob.placements):
headers['Accept-Ranges'] = 'bytes'
metric_queue.pull_byte_count.Inc(blob.compressed_size, labelvalues=['v2'])
# Short-circuit by redirecting if the storage supports it.
path = blob.storage_path
logger.debug('Looking up the direct download URL for path: %s', path)
direct_download_url = storage.get_direct_download_url(
blob.placements, path, get_request_ip())
if direct_download_url:
logger.debug('Returning direct download URL')
resp = redirect(direct_download_url)
resp.headers.extend(headers)
return resp
# Close the database connection before we stream the download.
logger.debug('Closing database connection before streaming layer data')
with database.CloseForLongOperation(app.config):
# Stream the response to the client.
return Response(
storage.stream_read(blob.placements, path),
headers=headers.update({
'Content-Length': blob.compressed_size,
'Content-Type': BLOB_CONTENT_TYPE,
}),
)
def get_logs_or_log_url(build):
# If the logs have been archived, just return a URL of the completed archive
if build.logs_archived:
return {
"logs_url":
log_archive.get_file_url(build.uuid,
get_request_ip(),
requires_cors=True)
}
start = int(request.args.get("start", 0))
try:
count, logs = build_logs.get_log_entries(build.uuid, start)
except BuildStatusRetrievalError:
count, logs = (0, [])
response_obj = {}
response_obj.update({
"start": start,
"total": count,
"logs": [log for log in logs],
})
return response_obj
def post(self):
if SuperUserPermission().can():
body = request.get_json()
key_name = body.get('name', '')
if not validate_service_key_name(key_name):
raise InvalidRequest('Invalid service key friendly name: %s' %
key_name)
# Ensure we have a valid expiration date if specified.
expiration_date = body.get('expiration', None)
if expiration_date is not None:
try:
expiration_date = datetime.utcfromtimestamp(
float(expiration_date))
except ValueError as ve:
raise InvalidRequest('Invalid expiration date: %s' % ve)
if expiration_date <= datetime.now():
raise InvalidRequest(
'Expiration date cannot be in the past')
# Create the metadata for the key.
user = get_authenticated_user()
metadata = body.get('metadata', {})
metadata.update({
'created_by': 'Quay Superuser Panel',
'creator': user.username,
'ip': get_request_ip(),
})
# Generate a key with a private key that we *never save*.
(private_key,
key_id) = pre_oci_model.generate_service_key(body['service'],
expiration_date,
metadata=metadata,
name=key_name)
# Auto-approve the service key.
pre_oci_model.approve_service_key(key_id,
user,
ServiceKeyApprovalType.SUPERUSER,
notes=body.get('notes', ''))
# Log the creation and auto-approval of the service key.
key_log_metadata = {
'kid': key_id,
'preshared': True,
'service': body['service'],
'name': key_name,
'expiration_date': expiration_date,
'auto_approved': True,
}
log_action('service_key_create', None, key_log_metadata)
log_action('service_key_approve', None, key_log_metadata)
return jsonify({
'kid':
key_id,
'name':
key_name,
'service':
body['service'],
'public_key':
private_key.publickey().exportKey('PEM'),
'private_key':
private_key.exportKey('PEM'),
})
raise Unauthorized()
def post(self):
if SuperUserPermission().can():
body = request.get_json()
key_name = body.get("name", "")
if not validate_service_key_name(key_name):
raise InvalidRequest("Invalid service key friendly name: %s" % key_name)
# Ensure we have a valid expiration date if specified.
expiration_date = body.get("expiration", None)
if expiration_date is not None:
try:
expiration_date = datetime.utcfromtimestamp(float(expiration_date))
except ValueError as ve:
raise InvalidRequest("Invalid expiration date: %s" % ve)
if expiration_date <= datetime.now():
raise InvalidRequest("Expiration date cannot be in the past")
# Create the metadata for the key.
user = get_authenticated_user()
metadata = body.get("metadata", {})
metadata.update(
{
"created_by": "Quay Superuser Panel",
"creator": user.username,
"ip": get_request_ip(),
}
)
# Generate a key with a private key that we *never save*.
(private_key, key_id) = pre_oci_model.generate_service_key(
body["service"], expiration_date, metadata=metadata, name=key_name
)
# Auto-approve the service key.
pre_oci_model.approve_service_key(
key_id, user, ServiceKeyApprovalType.SUPERUSER, notes=body.get("notes", "")
)
# Log the creation and auto-approval of the service key.
key_log_metadata = {
"kid": key_id,
"preshared": True,
"service": body["service"],
"name": key_name,
"expiration_date": expiration_date,
"auto_approved": True,
}
log_action("service_key_create", None, key_log_metadata)
log_action("service_key_approve", None, key_log_metadata)
return jsonify(
{
"kid": key_id,
"name": key_name,
"service": body["service"],
"public_key": private_key.publickey().exportKey("PEM").decode("ascii"),
"private_key": private_key.exportKey("PEM").decode("ascii"),
}
)
raise Unauthorized()
def start_build(repository, prepared_build, pull_robot_name=None):
# Ensure that builds are only run in image repositories.
if repository.kind.name != "image":
raise Exception(
"Attempt to start a build for application repository %s" %
repository.id)
# Ensure the repository isn't in mirror or read-only mode.
if repository.state != RepositoryState.NORMAL:
raise Exception(
("Attempt to start a build for a non-normal repository: %s %s" %
(repository.id, repository.state)))
# Ensure that disabled triggers are not run.
if prepared_build.trigger is not None and not prepared_build.trigger.enabled:
raise BuildTriggerDisabledException
if repository.namespace_user.maximum_queued_builds_count is not None:
queue_item_canonical_name = [repository.namespace_user.username]
alive_builds = dockerfile_build_queue.num_alive_jobs(
queue_item_canonical_name)
if alive_builds >= repository.namespace_user.maximum_queued_builds_count:
logger.debug(
"Prevented queueing of build under namespace %s due to reaching max: %s",
repository.namespace_user.username,
repository.namespace_user.maximum_queued_builds_count,
)
raise MaximumBuildsQueuedException()
host = app.config["SERVER_HOSTNAME"]
repo_path = "%s/%s/%s" % (host, repository.namespace_user.username,
repository.name)
new_token = model.token.create_access_token(
repository,
"write",
kind="build-worker",
friendly_name="Repository Build Token")
logger.debug(
"Creating build %s with repo %s tags %s",
prepared_build.build_name,
repo_path,
prepared_build.tags,
)
job_config = {
"docker_tags":
prepared_build.tags,
"registry":
host,
"build_subdir":
prepared_build.subdirectory,
"context":
prepared_build.context,
"trigger_metadata":
prepared_build.metadata or {},
"is_manual":
prepared_build.is_manual,
"manual_user":
get_authenticated_user().username
if get_authenticated_user() else None,
"archive_url":
prepared_build.archive_url,
}
with app.config["DB_TRANSACTION_FACTORY"](db):
build_request = model.build.create_repository_build(
repository,
new_token,
job_config,
prepared_build.dockerfile_id,
prepared_build.build_name,
prepared_build.trigger,
pull_robot_name=pull_robot_name,
)
pull_creds = model.user.get_pull_credentials(
pull_robot_name) if pull_robot_name else None
json_data = json.dumps({
"build_uuid": build_request.uuid,
"pull_credentials": pull_creds
})
queue_id = dockerfile_build_queue.put(
[repository.namespace_user.username, repository.name],
json_data,
retries_remaining=3)
build_request.queue_id = queue_id
build_request.save()
# Add the build to the repo's log and spawn the build_queued notification.
event_log_metadata = {
"build_id":
build_request.uuid,
"docker_tags":
prepared_build.tags,
"repo":
repository.name,
"namespace":
repository.namespace_user.username,
"is_manual":
prepared_build.is_manual,
"manual_user":
get_authenticated_user().username
if get_authenticated_user() else None,
}
if prepared_build.trigger:
event_log_metadata["trigger_id"] = prepared_build.trigger.uuid
event_log_metadata[
"trigger_kind"] = prepared_build.trigger.service.name
event_log_metadata["trigger_metadata"] = prepared_build.metadata or {}
logs_model.log_action(
"build_dockerfile",
repository.namespace_user.username,
ip=get_request_ip(),
metadata=event_log_metadata,
repository=repository,
)
# TODO: remove when more endpoints have been converted to using interfaces
repo = AttrDict({
"namespace_name": repository.namespace_user.username,
"name": repository.name,
})
spawn_notification(
repo,
"build_queued",
event_log_metadata,
subpage="build/%s" % build_request.uuid,
pathargs=["build", build_request.uuid],
)
return build_request
def put_service_key(service, kid):
metadata = {"ip": get_request_ip()}
rotation_duration = request.args.get("rotation", None)
expiration_date = request.args.get("expiration", None)
if expiration_date is not None:
try:
expiration_date = datetime.utcfromtimestamp(float(expiration_date))
except ValueError:
logger.exception("Error parsing expiration date on key")
abort(400)
try:
jwk = request.get_json()
except ValueError:
logger.exception("Error parsing JWK")
abort(400)
jwt_header = request.headers.get(JWT_HEADER_NAME, "")
match = jwtutil.TOKEN_REGEX.match(jwt_header)
if match is None:
logger.error("Could not find matching bearer token")
abort(400)
encoded_jwt = match.group(1)
_validate_jwk(jwk)
signer_kid = _signer_kid(encoded_jwt, allow_none=True)
if kid == signer_kid or signer_kid is None:
# The key is self-signed. Create a new instance and await approval.
_validate_jwt(encoded_jwt, jwk, service)
model.create_service_key("",
kid,
service,
jwk,
metadata,
expiration_date,
rotation_duration=rotation_duration)
logs_model.log_action(
"service_key_create",
ip=get_request_ip(),
metadata={
"kid": kid,
"preshared": False,
"service": service,
"name": "",
"expiration_date": expiration_date,
"user_agent": request.headers.get("User-Agent"),
"ip": get_request_ip(),
},
)
return make_response("", 202)
# Key is going to be rotated.
metadata.update({"created_by": "Key Rotation"})
signer_key = _lookup_service_key(service, signer_kid)
signer_jwk = signer_key.jwk
_validate_jwt(encoded_jwt, signer_jwk, service)
try:
model.replace_service_key(signer_key.kid, kid, jwk, metadata,
expiration_date)
except ServiceKeyDoesNotExist:
abort(404)
logs_model.log_action(
"service_key_rotate",
ip=get_request_ip(),
metadata={
"kid": kid,
"signer_kid": signer_key.kid,
"service": service,
"name": signer_key.name,
"expiration_date": expiration_date,
"user_agent": request.headers.get("User-Agent"),
"ip": get_request_ip(),
},
)
return make_response("", 200)
def start_build(repository, prepared_build, pull_robot_name=None):
# Ensure that builds are only run in image repositories.
if repository.kind.name != 'image':
raise Exception(
'Attempt to start a build for application repository %s' %
repository.id)
# Ensure the repository isn't in mirror or read-only mode.
if repository.state != RepositoryState.NORMAL:
raise Exception(
('Attempt to start a build for a non-normal repository: %s %s' %
(repository.id, repository.state)))
# Ensure that disabled triggers are not run.
if prepared_build.trigger is not None and not prepared_build.trigger.enabled:
raise BuildTriggerDisabledException
if repository.namespace_user.maximum_queued_builds_count is not None:
queue_item_canonical_name = [repository.namespace_user.username]
alive_builds = dockerfile_build_queue.num_alive_jobs(
queue_item_canonical_name)
if alive_builds >= repository.namespace_user.maximum_queued_builds_count:
logger.debug(
'Prevented queueing of build under namespace %s due to reaching max: %s',
repository.namespace_user.username,
repository.namespace_user.maximum_queued_builds_count)
raise MaximumBuildsQueuedException()
host = app.config['SERVER_HOSTNAME']
repo_path = '%s/%s/%s' % (host, repository.namespace_user.username,
repository.name)
new_token = model.token.create_access_token(
repository,
'write',
kind='build-worker',
friendly_name='Repository Build Token')
logger.debug('Creating build %s with repo %s tags %s',
prepared_build.build_name, repo_path, prepared_build.tags)
job_config = {
'docker_tags':
prepared_build.tags,
'registry':
host,
'build_subdir':
prepared_build.subdirectory,
'context':
prepared_build.context,
'trigger_metadata':
prepared_build.metadata or {},
'is_manual':
prepared_build.is_manual,
'manual_user':
get_authenticated_user().username
if get_authenticated_user() else None,
'archive_url':
prepared_build.archive_url
}
with app.config['DB_TRANSACTION_FACTORY'](db):
build_request = model.build.create_repository_build(
repository,
new_token,
job_config,
prepared_build.dockerfile_id,
prepared_build.build_name,
prepared_build.trigger,
pull_robot_name=pull_robot_name)
pull_creds = model.user.get_pull_credentials(
pull_robot_name) if pull_robot_name else None
json_data = json.dumps({
'build_uuid': build_request.uuid,
'pull_credentials': pull_creds
})
queue_id = dockerfile_build_queue.put(
[repository.namespace_user.username, repository.name],
json_data,
retries_remaining=3)
build_request.queue_id = queue_id
build_request.save()
# Add the queueing of the build to the metrics queue.
metric_queue.repository_build_queued.Inc(
labelvalues=[repository.namespace_user.username, repository.name])
# Add the build to the repo's log and spawn the build_queued notification.
event_log_metadata = {
'build_id':
build_request.uuid,
'docker_tags':
prepared_build.tags,
'repo':
repository.name,
'namespace':
repository.namespace_user.username,
'is_manual':
prepared_build.is_manual,
'manual_user':
get_authenticated_user().username if get_authenticated_user() else None
}
if prepared_build.trigger:
event_log_metadata['trigger_id'] = prepared_build.trigger.uuid
event_log_metadata[
'trigger_kind'] = prepared_build.trigger.service.name
event_log_metadata['trigger_metadata'] = prepared_build.metadata or {}
logs_model.log_action('build_dockerfile',
repository.namespace_user.username,
ip=get_request_ip(),
metadata=event_log_metadata,
repository=repository)
# TODO: remove when more endpoints have been converted to using interfaces
repo = AttrDict({
'namespace_name': repository.namespace_user.username,
'name': repository.name,
})
spawn_notification(repo,
'build_queued',
event_log_metadata,
subpage='build/%s' % build_request.uuid,
pathargs=['build', build_request.uuid])
return build_request
def put_service_key(service, kid):
metadata = {'ip': get_request_ip()}
rotation_duration = request.args.get('rotation', None)
expiration_date = request.args.get('expiration', None)
if expiration_date is not None:
try:
expiration_date = datetime.utcfromtimestamp(float(expiration_date))
except ValueError:
logger.exception('Error parsing expiration date on key')
abort(400)
try:
jwk = request.get_json()
except ValueError:
logger.exception('Error parsing JWK')
abort(400)
jwt_header = request.headers.get(JWT_HEADER_NAME, '')
match = jwtutil.TOKEN_REGEX.match(jwt_header)
if match is None:
logger.error('Could not find matching bearer token')
abort(400)
encoded_jwt = match.group(1)
_validate_jwk(jwk)
signer_kid = _signer_kid(encoded_jwt, allow_none=True)
if kid == signer_kid or signer_kid is None:
# The key is self-signed. Create a new instance and await approval.
_validate_jwt(encoded_jwt, jwk, service)
model.create_service_key('',
kid,
service,
jwk,
metadata,
expiration_date,
rotation_duration=rotation_duration)
logs_model.log_action('service_key_create',
ip=get_request_ip(),
metadata={
'kid': kid,
'preshared': False,
'service': service,
'name': '',
'expiration_date': expiration_date,
'user_agent':
request.headers.get('User-Agent'),
'ip': get_request_ip(),
})
return make_response('', 202)
# Key is going to be rotated.
metadata.update({'created_by': 'Key Rotation'})
signer_key = _lookup_service_key(service, signer_kid)
signer_jwk = signer_key.jwk
_validate_jwt(encoded_jwt, signer_jwk, service)
try:
model.replace_service_key(signer_key.kid, kid, jwk, metadata,
expiration_date)
except ServiceKeyDoesNotExist:
abort(404)
logs_model.log_action('service_key_rotate',
ip=get_request_ip(),
metadata={
'kid': kid,
'signer_kid': signer_key.kid,
'service': service,
'name': signer_key.name,
'expiration_date': expiration_date,
'user_agent': request.headers.get('User-Agent'),
'ip': get_request_ip(),
})
return make_response('', 200)
def post(self):
"""
Create a new user.
"""
if app.config["AUTHENTICATION_TYPE"] != "Database":
abort(404)
user_data = request.get_json()
invite_code = user_data.get("invite_code", "")
existing_user = model.user.get_nonrobot_user(user_data["username"])
if existing_user:
raise request_error(message="The username already exists")
# Ensure an e-mail address was specified if required.
if features.MAILING and not user_data.get("email"):
raise request_error(message="Email address is required")
# If invite-only user creation is turned on and no invite code was sent, return an error.
# Technically, this is handled by the can_create_user call below as well, but it makes
# a nicer error.
if features.INVITE_ONLY_USER_CREATION and not invite_code:
raise request_error(message="Cannot create non-invited user")
# Ensure that this user can be created.
blacklisted_domains = app.config.get("BLACKLISTED_EMAIL_DOMAINS", [])
if not can_create_user(user_data.get("email"), blacklisted_domains=blacklisted_domains):
raise request_error(
message="Creation of a user account for this e-mail is disabled; please contact an administrator"
)
# If recaptcha is enabled, then verify the user is a human.
if features.RECAPTCHA:
recaptcha_response = user_data.get("recaptcha_response", "")
result = recaptcha2.verify(
app.config["RECAPTCHA_SECRET_KEY"], recaptcha_response, get_request_ip()
)
if not result["success"]:
return {"message": "Are you a bot? If not, please revalidate the captcha."}, 400
is_possible_abuser = ip_resolver.is_ip_possible_threat(get_request_ip())
try:
prompts = model.user.get_default_user_prompts(features)
new_user = model.user.create_user(
user_data["username"],
user_data["password"],
user_data.get("email"),
auto_verify=not features.MAILING,
email_required=features.MAILING,
is_possible_abuser=is_possible_abuser,
prompts=prompts,
)
email_address_confirmed = handle_invite_code(invite_code, new_user)
if features.MAILING and not email_address_confirmed:
confirmation_code = model.user.create_confirm_email_code(new_user)
send_confirmation_email(new_user.username, new_user.email, confirmation_code)
return {"awaiting_verification": True}
else:
success, headers = common_login(new_user.uuid)
if not success:
return {"message": "Could not login. Is your account inactive?"}, 403
return user_view(new_user), 200, headers
except model.user.DataModelException as ex:
raise request_error(exception=ex)
def track_and_log(event_name,
repo_obj,
analytics_name=None,
analytics_sample=1,
**kwargs):
repo_name = repo_obj.name
namespace_name = repo_obj.namespace_name
metadata = {
"repo": repo_name,
"namespace": namespace_name,
"user-agent": request.user_agent.string,
}
metadata.update(kwargs)
is_free_namespace = False
if hasattr(repo_obj, "is_free_namespace"):
is_free_namespace = repo_obj.is_free_namespace
# Add auth context metadata.
analytics_id = "anonymous"
auth_context = get_authenticated_context()
if auth_context is not None:
analytics_id, context_metadata = auth_context.analytics_id_and_public_metadata(
)
metadata.update(context_metadata)
# Publish the user event (if applicable)
logger.debug("Checking publishing %s to the user events system",
event_name)
if auth_context and auth_context.has_nonrobot_user:
logger.debug("Publishing %s to the user events system", event_name)
user_event_data = {
"action": event_name,
"repository": repo_name,
"namespace": namespace_name,
}
event = userevents.get_event(auth_context.authed_user.username)
event.publish_event_data("docker-cli", user_event_data)
# Save the action to mixpanel.
if random.random() < analytics_sample:
if analytics_name is None:
analytics_name = event_name
logger.debug("Logging the %s to analytics engine", analytics_name)
request_parsed = urlparse(request.url_root)
extra_params = {
"repository": "%s/%s" % (namespace_name, repo_name),
"user-agent": request.user_agent.string,
"hostname": request_parsed.hostname,
}
analytics.track(analytics_id, analytics_name, extra_params)
# Add the resolved information to the metadata.
logger.debug("Resolving IP address %s", get_request_ip())
resolved_ip = ip_resolver.resolve_ip(get_request_ip())
if resolved_ip is not None:
metadata["resolved_ip"] = resolved_ip._asdict()
logger.debug("Resolved IP address %s", get_request_ip())
# Log the action to the database.
logger.debug("Logging the %s to logs system", event_name)
try:
logs_model.log_action(
event_name,
namespace_name,
performer=get_authenticated_user(),
ip=get_request_ip(),
metadata=metadata,
repository=repo_obj,
is_free_namespace=is_free_namespace,
)
logger.debug("Track and log of %s complete", event_name)
except ReadOnlyModeException:
pass