def mutate(root, args, context, info):
discussion_id = context.matchdict['discussion_id']
tag_id = args.get('id')
tag_id = int(Node.from_global_id(tag_id)[1])
# The tag to replace or edit
tag = models.Keyword.get(tag_id)
require_instance_permission(CrudPermissions.UPDATE, tag, context)
# The context of the mutation (Extract...)
taggable = None
taggable_id = args.get('taggable_id', None)
if taggable_id:
taggable_node = Node.from_global_id(taggable_id)
taggable_id = int(taggable_node[1])
taggable = models.TaggableEntity.get_taggable_from_id(
taggable_node[0], taggable_id)
db = tag.db
value = args.get('value')
updated_tag = tag
# The desired tag. None if not exists
input_tag = models.Keyword.get_tag(value, discussion_id, db)
if input_tag and taggable:
# If we have an input_tag and taggable is not null,
# we replace the current tag by the input_tag
taggable.replace_tag(tag, input_tag)
updated_tag = input_tag
elif input_tag:
# We can not change the value of the tag by an already existing tag value
raise Exception("Tag already exists!")
else:
# If it's a new value, we replace the value of the current tag
tag.value = value
db.flush()
return UpdateTag(tag=updated_tag)
class MusicQuery(ObjectType):
genre = Node.Field(GenreNode)
genres = DjangoFilterConnectionField(GenreNode)
label = Node.Field(LabelNode)
labels = DjangoFilterConnectionField(LabelNode)
artist = Node.Field(ArtistNode)
artists = DjangoFilterConnectionField(ArtistNode)
album = Node.Field(AlbumNode)
albums = DjangoFilterConnectionField(AlbumNode)
def mutate(root, args, context, info):
cls = models.TokenVoteSpecification
vote_spec_id = args.get('id')
vote_spec_id = int(Node.from_global_id(vote_spec_id)[1])
title_entries = args.get('title_entries')
instructions_entries = args.get('instructions_entries')
exclusive_categories = args.get('exclusive_categories')
token_categories = args.get('token_categories')
with cls.default_db.no_autoflush as db:
vote_spec = cls.get(vote_spec_id)
require_instance_permission(CrudPermissions.UPDATE, vote_spec, context)
update_langstring_from_input_entries(
vote_spec, 'title', title_entries)
update_langstring_from_input_entries(
vote_spec, 'instructions', instructions_entries)
vote_spec.is_custom = args.get('is_custom')
vote_spec.exclusive_categories = exclusive_categories
existing_token_categories = {
token_category.id: token_category for token_category in vote_spec.token_categories}
updated_token_categories = set()
if token_categories and (not vote_spec.criterion_idea_id or vote_spec.is_custom):
for idx, token_category_input in enumerate(token_categories):
if not token_category_input.get('id', '-1').startswith('-'):
id_ = int(Node.from_global_id(token_category_input['id'])[1])
updated_token_categories.add(id_)
token_category = models.TokenCategorySpecification.get(id_)
update_langstring_from_input_entries(
token_category, 'name', token_category_input['title_entries'])
token_category.total_number = token_category_input.get('total_number')
token_category.color = token_category_input.get('color')
else:
title_ls = langstring_from_input_entries(
token_category_input.get('title_entries', None))
total_number = token_category_input.get('total_number')
typename = token_category_input.get('typename', 'category{}'.format(idx + 1))
color = token_category_input.get('color')
vote_spec.token_categories.append(
models.TokenCategorySpecification(
total_number=total_number,
typename=typename, name=title_ls,
color=color)
)
# remove token categories that are not in token_categories input
for token_category_id in set(existing_token_categories.keys()
).difference(updated_token_categories):
db.delete(existing_token_categories[token_category_id])
db.flush()
return UpdateTokenVoteSpecification(vote_specification=vote_spec)
def mutate(root, args, context, info):
cls = models.TokenVoteSpecification
vote_spec_id = args.get('id')
vote_spec_id = int(Node.from_global_id(vote_spec_id)[1])
title_entries = args.get('title_entries')
instructions_entries = args.get('instructions_entries')
exclusive_categories = args.get('exclusive_categories')
token_categories = args.get('token_categories')
with cls.default_db.no_autoflush as db:
vote_spec = cls.get(vote_spec_id)
require_instance_permission(CrudPermissions.UPDATE, vote_spec, context)
update_langstring_from_input_entries(
vote_spec, 'title', title_entries)
update_langstring_from_input_entries(
vote_spec, 'instructions', instructions_entries)
vote_spec.is_custom = args.get('is_custom')
vote_spec.exclusive_categories = exclusive_categories
existing_token_categories = {
token_category.id: token_category for token_category in vote_spec.token_categories}
updated_token_categories = set()
if token_categories and (not vote_spec.criterion_idea_id or vote_spec.is_custom):
for idx, token_category_input in enumerate(token_categories):
if not token_category_input.get('id', '-1').startswith('-'):
id_ = int(Node.from_global_id(token_category_input['id'])[1])
updated_token_categories.add(id_)
token_category = models.TokenCategorySpecification.get(id_)
update_langstring_from_input_entries(
token_category, 'name', token_category_input['title_entries'])
token_category.total_number = token_category_input.get('total_number')
token_category.color = token_category_input.get('color')
else:
title_ls = langstring_from_input_entries(
token_category_input.get('title_entries', None))
total_number = token_category_input.get('total_number')
typename = token_category_input.get('typename', 'category{}'.format(idx + 1))
color = token_category_input.get('color')
vote_spec.token_categories.append(
models.TokenCategorySpecification(
total_number=total_number,
typename=typename, name=title_ls,
color=color)
)
# remove token categories that are not in token_categories input
for token_category_id in set(existing_token_categories.keys()
).difference(updated_token_categories):
db.delete(existing_token_categories[token_category_id])
db.flush()
return UpdateTokenVoteSpecification(vote_specification=vote_spec)
def mutate(root, args, context, info):
options = args.get('options')
if options is not None:
cls = models.SelectField
else:
cls = models.TextField
field_id = args.get('id')
field_id = int(Node.from_global_id(field_id)[1])
field = cls.get(field_id)
require_instance_permission(CrudPermissions.UPDATE, field, context)
with cls.default_db.no_autoflush as db:
title_entries = args.get('title_entries')
if len(title_entries) == 0:
raise Exception('field titleEntries needs at least one entry')
update_langstring_from_input_entries(field, 'title', title_entries)
field.order = args['order']
field.required = args['required']
field.hidden = args['hidden']
if options is not None:
existing_options = {
option.id: option
for option in field.options
}
updated_options = set()
for option_input in options:
if not option_input.get('id', '-1').startswith('-'):
# update the option
id_ = int(Node.from_global_id(option_input['id'])[1])
updated_options.add(id_)
option = models.SelectFieldOption.get(id_)
update_langstring_from_input_entries(
option, 'label', option_input['label_entries'])
option.order = option_input['order']
else:
# create the option
label_ls = langstring_from_input_entries(
option_input.get('label_entries', None))
order = option_input.get('order')
field.options.append(
models.SelectFieldOption(label=label_ls,
order=order))
# remove options that are not in options input
for option_id in set(
existing_options.keys()).difference(updated_options):
db.delete(existing_options[option_id])
db.flush()
return UpdateTextField(field=field)
def mutate(root, args, context, info):
options = args.get('options')
if options is not None:
cls = models.SelectField
else:
cls = models.TextField
field_id = args.get('id')
field_id = int(Node.from_global_id(field_id)[1])
field = cls.get(field_id)
require_instance_permission(CrudPermissions.UPDATE, field, context)
with cls.default_db.no_autoflush as db:
title_entries = args.get('title_entries')
if len(title_entries) == 0:
raise Exception(
'field titleEntries needs at least one entry')
update_langstring_from_input_entries(field, 'title', title_entries)
field.order = args['order']
field.required = args['required']
field.hidden = args['hidden']
if options is not None:
existing_options = {
option.id: option for option in field.options}
updated_options = set()
for option_input in options:
if not option_input.get('id', '-1').startswith('-'):
# update the option
id_ = int(Node.from_global_id(option_input['id'])[1])
updated_options.add(id_)
option = models.SelectFieldOption.get(id_)
update_langstring_from_input_entries(
option, 'label', option_input['label_entries'])
option.order = option_input['order']
else:
# create the option
label_ls = langstring_from_input_entries(
option_input.get('label_entries', None))
order = option_input.get('order')
field.options.append(
models.SelectFieldOption(
label=label_ls, order=order)
)
# remove options that are not in options input
for option_id in set(existing_options.keys()
).difference(updated_options):
db.delete(existing_options[option_id])
db.flush()
return UpdateTextField(field=field)
def mutate(root, args, context, info):
cls = models.TokenVoteSpecification
require_cls_permission(CrudPermissions.CREATE, cls, context)
vote_session_id = args.get('vote_session_id')
vote_session_id = int(Node.from_global_id(vote_session_id)[1])
title_entries = args.get('title_entries')
instructions_entries = args.get('instructions_entries')
exclusive_categories = args.get('exclusive_categories')
token_categories = args.get('token_categories')
is_custom = args.get('is_custom')
with cls.default_db.no_autoflush as db:
vote_session = db.query(models.VoteSession).get(vote_session_id)
title_ls = langstring_from_input_entries(title_entries)
instructions_ls = langstring_from_input_entries(instructions_entries)
vote_spec = cls(
title=title_ls,
instructions=instructions_ls,
exclusive_categories=exclusive_categories,
is_custom=is_custom
)
proposal_id = args.get('proposal_id')
if proposal_id:
proposal_id = int(Node.from_global_id(proposal_id)[1])
proposal = models.VoteProposal.get(proposal_id)
vote_spec.criterion_idea = proposal
vote_spec_template_id = args.get('vote_spec_template_id')
if vote_spec_template_id:
vote_spec_template_id = int(Node.from_global_id(vote_spec_template_id)[1])
vote_spec.vote_spec_template_id = vote_spec_template_id
if token_categories and (not vote_spec.criterion_idea_id or vote_spec.is_custom):
for idx, token_category in enumerate(token_categories):
title_ls = langstring_from_input_entries(
token_category.get('title_entries', None))
total_number = token_category.get('total_number')
typename = token_category.get('typename', 'category{}'.format(idx + 1))
color = token_category.get('color')
vote_spec.token_categories.append(
models.TokenCategorySpecification(
total_number=total_number,
typename=typename, name=title_ls,
color=color)
)
db.add(vote_spec)
vote_session.vote_specifications.append(vote_spec)
db.flush()
return CreateTokenVoteSpecification(vote_specification=vote_spec)
def mutate(root, args, context, info):
cls = models.TokenVoteSpecification
require_cls_permission(CrudPermissions.CREATE, cls, context)
vote_session_id = args.get('vote_session_id')
vote_session_id = int(Node.from_global_id(vote_session_id)[1])
title_entries = args.get('title_entries')
instructions_entries = args.get('instructions_entries')
exclusive_categories = args.get('exclusive_categories')
token_categories = args.get('token_categories')
is_custom = args.get('is_custom')
with cls.default_db.no_autoflush as db:
vote_session = db.query(models.VoteSession).get(vote_session_id)
title_ls = langstring_from_input_entries(title_entries)
instructions_ls = langstring_from_input_entries(instructions_entries)
vote_spec = cls(
title=title_ls,
instructions=instructions_ls,
exclusive_categories=exclusive_categories,
is_custom=is_custom
)
proposal_id = args.get('proposal_id')
if proposal_id:
proposal_id = int(Node.from_global_id(proposal_id)[1])
proposal = models.VoteProposal.get(proposal_id)
vote_spec.criterion_idea = proposal
vote_spec_template_id = args.get('vote_spec_template_id')
if vote_spec_template_id:
vote_spec_template_id = int(Node.from_global_id(vote_spec_template_id)[1])
vote_spec.vote_spec_template_id = vote_spec_template_id
if token_categories and (not vote_spec.criterion_idea_id or vote_spec.is_custom):
for idx, token_category in enumerate(token_categories):
title_ls = langstring_from_input_entries(
token_category.get('title_entries', None))
total_number = token_category.get('total_number')
typename = token_category.get('typename', 'category{}'.format(idx + 1))
color = token_category.get('color')
vote_spec.token_categories.append(
models.TokenCategorySpecification(
total_number=total_number,
typename=typename, name=title_ls,
color=color)
)
db.add(vote_spec)
vote_session.vote_specifications.append(vote_spec)
db.flush()
return CreateTokenVoteSpecification(vote_specification=vote_spec)
class Query(ObjectType):
reporter = Node.Field(ReporterNode,
description='Retrieve a single Reporter node.')
reporters = DjangoFilterConnectionField(
ReporterNode, description='Return a connection of Reporter.')
publication = Node.Field(PublicationNode,
description='Retrieve a single Publication node.')
publications = DjangoFilterConnectionField(
PublicationNode, description='Return a connection of Publication.')
article = Node.Field(ArticleNode,
description='Retrieve a single Article node.')
articles = DjangoFilterConnectionField(
ArticleNode, description='Return a connection of Article.')
def mutate(root, args, context, info):
cls = models.ProfileField
discussion_id = context.matchdict['discussion_id']
user_id = context.authenticated_userid
agent_profile = models.AgentProfile.get(user_id)
require_instance_permission(CrudPermissions.UPDATE, agent_profile, context)
with cls.default_db.no_autoflush as db:
for field_info in args.get('data'):
profile_field_id = field_info['id']
profile_field_id = int(Node.from_global_id(profile_field_id)[1])
profile_field = cls.get(profile_field_id)
if profile_field:
require_instance_permission(CrudPermissions.UPDATE, profile_field, context)
profile_field.value_data = field_info['value_data']
else:
configurable_field_id = field_info['configurable_field_id']
configurable_field_id = int(Node.from_global_id(configurable_field_id)[1])
configurable_field = models.AbstractConfigurableField.get(configurable_field_id)
if configurable_field.identifier == ConfigurableFieldIdentifiersEnum.FULLNAME.value:
agent_profile.real_name_p = field_info['value_data']['value']
elif configurable_field.identifier == ConfigurableFieldIdentifiersEnum.EMAIL.value:
agent_profile.preferred_email = field_info['value_data']['value']
elif configurable_field.identifier == ConfigurableFieldIdentifiersEnum.USERNAME.value:
username = field_info['value_data']['value']
# same errors than in assembl/views/api2/auth.py
if db.query(models.Username).filter(
models.Username.user_id != agent_profile.id).filter(
func.lower(models.Username.username) == username.lower()).count():
error = _("We already have a user with this username.")
raise Exception(context.localizer.translate(error))
if len(username) > 20:
error = _("The username must be less than 20 characters.")
raise Exception(context.localizer.translate(error))
agent_profile.username_p = username
elif configurable_field.identifier == ConfigurableFieldIdentifiersEnum.CUSTOM.value:
require_cls_permission(CrudPermissions.CREATE, cls, context)
profile_field = cls(
agent_profile=agent_profile,
configurable_field_id=configurable_field_id,
discussion_id=discussion_id,
value_data=field_info['value_data']
)
db.add(profile_field)
db.flush()
profile_fields = get_query(cls, context).filter(cls.discussion_id == discussion_id)
return UpdateProfileFields(profile_fields=profile_fields)
def mutate(root, args, context, info):
cls = models.GaugeVoteSpecification
vote_spec_id = args.get('id')
vote_spec_id = int(Node.from_global_id(vote_spec_id)[1])
title_entries = args.get('title_entries')
instructions_entries = args.get('instructions_entries')
choices = args.get('choices')
with cls.default_db.no_autoflush as db:
vote_spec = cls.get(vote_spec_id)
require_instance_permission(CrudPermissions.UPDATE, vote_spec,
context)
update_langstring_from_input_entries(vote_spec, 'title',
title_entries)
update_langstring_from_input_entries(vote_spec, 'instructions',
instructions_entries)
vote_spec.is_custom = args.get('is_custom')
existing_choices = {
choice.id: choice
for choice in vote_spec.choices
}
updated_choices = set()
for idx, choice_input in enumerate(choices):
if not choice_input.get('id', '-1').startswith('-'):
# update the choice
id_ = int(Node.from_global_id(choice_input['id'])[1])
updated_choices.add(id_)
choice = models.GaugeChoiceSpecification.get(id_)
update_langstring_from_input_entries(
choice, 'label', choice_input['label_entries'])
choice.value = choice_input['value']
else:
# create a choice
label_ls = langstring_from_input_entries(
choice_input.get('label_entries', None))
value = choice_input.get('value')
vote_spec.choices.append(
models.GaugeChoiceSpecification(label=label_ls,
value=value))
# remove choices that are not in choices input
for choice_id in set(
existing_choices.keys()).difference(updated_choices):
db.delete(existing_choices[choice_id])
db.flush()
return UpdateGaugeVoteSpecification(vote_specification=vote_spec)
def mutate(root, args, context, info):
idea_id = args.get('idea_id')
idea_id = int(Node.from_global_id(idea_id)[1])
idea = models.Idea.get(idea_id)
discussion_id = context.matchdict["discussion_id"]
discussion = models.Discussion.get(discussion_id)
if idea is None:
raise Exception(
"A vote session requires an idea associated to it, check ideaId value")
if idea.get_associated_phase() is not None:
if idea.message_view_override != MessageView.voteSession.value:
raise Exception(
"A vote session can only be created or edited if the view of the associated idea is of type voteSession")
db = idea.db
vote_session = db.query(models.VoteSession).filter(models.VoteSession.idea_id == idea_id).first()
if vote_session is None:
require_cls_permission(CrudPermissions.CREATE, models.VoteSession, context)
vote_session = models.VoteSession(discussion=discussion, idea=idea)
else:
require_instance_permission(CrudPermissions.UPDATE, vote_session, context)
if args.get('see_current_votes', None) is not None:
vote_session.see_current_votes = args['see_current_votes']
db = vote_session.db
update_langstrings(vote_session, langstrings_defs, args)
db.add(vote_session)
db.flush()
return UpdateVoteSession(vote_session=vote_session)
def mutate(root, args, context, info):
model = models.User
discussion_id = context.matchdict['discussion_id']
discussion = models.Discussion.get(discussion_id)
user_id = context.authenticated_userid or Everyone
global_id = args.get('id')
id_ = int(Node.from_global_id(global_id)[1])
user = model.get(id_)
# Global permission check. Permission is checked in the preferences setter
# Is it necessary?
permissions = get_permissions(user_id, discussion_id)
allowed = user.user_can(
user_id, CrudPermissions.UPDATE, permissions)
if not allowed:
raise HTTPUnauthorized("You don't have the authorization to update this haversting locale. If you think it's an error, please reconnect to assembl.")
with model.default_db.no_autoflush as db:
preferences = user.get_preferences_for_discussion(discussion)
# Permission check in the preferences setter
# See models.user_key_value and models.preferences preference_data_list
preferences['harvesting_translation'] = args.get('translation')
db.flush()
return UpdateHarvestingTranslationPreference(
preferences=preferences)
def mutate(root, args, context, info):
EMBED_ATTACHMENT = models.AttachmentPurpose.EMBED_ATTACHMENT.value
discussion_id = context.matchdict['discussion_id']
discussion = models.Discussion.get(discussion_id)
post_id = args.get('post_id')
post_id = int(Node.from_global_id(post_id)[1])
post = models.Post.get(post_id)
cls = models.PostAttachment
require_cls_permission(CrudPermissions.CREATE, cls, context)
# add uploaded file as an attachment to the post
attachment = args.get('file')
if attachment is not None:
filename = os.path.basename(context.POST[attachment].filename)
mime_type = context.POST[attachment].type
document = models.File(
discussion=discussion,
mime_type=mime_type,
title=filename)
document.add_file_data(context.POST[attachment].file)
attachment = models.PostAttachment(
document=document,
discussion=discussion,
creator_id=context.authenticated_userid,
post=post,
title=filename,
attachmentPurpose=EMBED_ATTACHMENT
)
post.db.add(attachment)
post.db.flush()
return AddPostAttachment(post=post)
def mutate(root, args, context, info):
cls = models.VoteProposal
require_cls_permission(CrudPermissions.CREATE, cls, context)
vote_session_id = args.get('vote_session_id')
vote_session_id = int(Node.from_global_id(vote_session_id)[1])
vote_session = models.VoteSession.get(vote_session_id)
title_entries = args.get('title_entries')
description_entries = args.get('description_entries')
discussion_id = context.matchdict['discussion_id']
discussion = models.Discussion.get(discussion_id)
with cls.default_db.no_autoflush as db:
title_ls = langstring_from_input_entries(title_entries)
description_ls = langstring_from_input_entries(description_entries)
if vote_session is None:
raise Exception(
"A vote session is required before creating a proposal")
idea = vote_session.idea
proposal = cls(
discussion_id=discussion_id,
discussion=discussion,
title=title_ls,
description=description_ls
)
db.add(proposal)
order = len(idea.get_children()) + 1.0
db.add(
models.IdeaLink(source=idea, target=proposal,
order=args.get('order', order)))
db.flush()
return CreateProposal(proposal=proposal)
class Query(graphene.ObjectType):
node = Node.Field()
allAwss = MongoengineConnectionField(AWS)
allAzures = MongoengineConnectionField(Azure)
sortAWSByHost = MongoengineConnectionField(AWS)
sortAzureByHost = MongoengineConnectionField(Azure)
sortAWSByName = MongoengineConnectionField(AWS)
sortAzureByName = MongoengineConnectionField(Azure)
fetchAWSData = graphene.String()
fetchAzureData = graphene.String()
allAwsImages = MongoengineConnectionField(AWSImage)
allAzureImages = MongoengineConnectionField(AzureImage)
def resolve_sortAWSByHost(self, info, **args):
return AwsModel.objects().order_by("-isFavorite", "host")
def resolve_sortAzureByHost(self, info, **args):
return AzureModel.objects().order_by("-isFavorite", "host")
def resolve_sortAWSByName(self, info, **args):
return AwsModel.objects().order_by("-isFavorite", "name")
def resolve_sortAzureByName(self, info, **args):
return AzureModel.objects().order_by("-isFavorite", "name")
def resolve_fetchAWSData(self, info):
init_aws()
return "Success"
def resolve_fetchAzureData(self, info):
init_azure()
return "Success"
class Query(graphene.ObjectType):
node = Node.Field()
reporter = graphene.Field(ReporterNode)
article = graphene.Field(ArticleNode)
def resolve_reporter(self, *args, **kwargs):
return Reporter(id=1, first_name='ABA', last_name='X')
def test_mutation_add_extract_comment(admin_user, graphql_request, idea_in_thread_phase, top_post_in_thread_phase, extract_post_1_to_subidea_1_1):
from graphene.relay import Node
raw_id = int(Node.from_global_id(top_post_in_thread_phase)[1])
from assembl.models import Post
post = Post.get(raw_id)
post.extracts.append(extract_post_1_to_subidea_1_1)
post.db.flush()
extract_id = extract_post_1_to_subidea_1_1.graphene_id()
idea_id = idea_in_thread_phase
res = schema.execute(u"""
mutation createPost {
createPost(
ideaId:"%s",
extractId:"%s",
subject:"Manger des choux à la crème",
body:"Je recommande de manger des choux à la crème, c'est très bon, et ça permet de maintenir l'industrie de la patisserie française."
) {
post {
... on Post {
parentExtractId
}
}
}
}
""" % (idea_id, extract_id), context_value=graphql_request)
assert res.data['createPost']['post']['parentExtractId'] == extract_id
class Query(graphene.ObjectType):
node = Node.Field()
reporter = graphene.Field(ReporterNode)
all_articles = SQLAlchemyConnectionField(ArticleNode.connection)
def resolve_reporter(self, _info):
return session.query(Reporter).first()
def mutate(root, args, context, info):
cls = models.VoteProposal
require_cls_permission(CrudPermissions.CREATE, cls, context)
vote_session_id = args.get('vote_session_id')
vote_session_id = int(Node.from_global_id(vote_session_id)[1])
vote_session = models.VoteSession.get(vote_session_id)
title_entries = args.get('title_entries')
description_entries = args.get('description_entries')
discussion_id = context.matchdict['discussion_id']
discussion = models.Discussion.get(discussion_id)
with cls.default_db.no_autoflush as db:
title_ls = langstring_from_input_entries(title_entries)
description_ls = langstring_from_input_entries(description_entries)
if vote_session is None:
raise Exception(
"A vote session is required before creating a proposal")
idea = vote_session.idea
proposal = cls(discussion_id=discussion_id,
discussion=discussion,
title=title_ls,
description=description_ls)
db.add(proposal)
order = len(idea.get_children()) + 1.0
db.add(
models.IdeaLink(source=idea,
target=proposal,
order=args.get('order', order)))
db.flush()
return CreateProposal(proposal=proposal)
def mutate(root, args, context, info):
cls = models.LandingPageModule
configuration = args.get('configuration')
order = args.get('order')
enabled = args.get('enabled')
module_id = args.get('id')
module_id = int(Node.from_global_id(module_id)[1])
require_instance_permission(CrudPermissions.UPDATE, cls.get(module_id),
context)
with cls.default_db.no_autoflush as db:
module = db.query(models.LandingPageModule).filter(
models.LandingPageModule.id == module_id).one()
module.enabled = enabled
module.order = order
module.configuration = configuration
title_entries = args.get('title_entries')
update_langstring_from_input_entries(module, 'title',
title_entries)
subtitle_entries = args.get('subtitle_entries')
update_langstring_from_input_entries(module, 'subtitle',
subtitle_entries)
db.flush()
return UpdateLandingPageModule(landing_page_module=module)
class Query(graphene.ObjectType):
node = Node.Field()
bikes = MongoengineConnectionField(BikeType)
shop_list = graphene.List(ShopType)
def resolve_shop_list(self, info):
return Shop.objects.all()
class Query(graphene.ObjectType):
node = Node.Field() # required by Relay spec
courses = graphene.List(Course,
required=False,
description='Returns all courses')
course = graphene.Field(
Course,
id=graphene.ID(required=True),
required=False,
description='Returns course by id',
)
# assignment = graphene.Field(
# Assignment,
# id=graphene.ID(required=True),
# required=False,
# description='Returns assignment by id',
# )
def resolve_courses(self, info):
return [c for c in COURSES]
def resolve_course(self, info, id):
object_type, object_id = from_global_id(id)
if object_type != 'Course':
raise graphql.GraphQLError('Bad course id')
return [c for c in COURSES if c.id == object_id][0]
def test_graphql_cors_request(discussion, test_webrequest, admin_user, test_app, test_session, graphql_registry):
from assembl.views import create_get_route
get_route = create_get_route(test_webrequest, discussion)
old_pref = discussion.preferences['graphql_valid_cors']
cors_headers = "https://mycoolsite.com,https://myothercoolsite.net" # no space between comma, just as graphql view
discussion.preferences['graphql_valid_cors'] = cors_headers.split(",")
test_session.flush()
route = get_route('graphql')
query = graphql_registry['userQuery']
parameters = {
"query": query,
"variables": {
"id": admin_user.graphene_id()
}
}
resp = test_app.post(
route,
xhr=True,
content_type='application/json',
params=json.dumps(parameters)
)
assert resp.status_code == 200
has_cors_headers = 'Access-Control-Allow-Origin' in [r[0] for r in resp.headerlist]
body = json.loads(resp.body)
user_id = int(Node.from_global_id(body['data']['user']['id'])[1])
assert user_id == admin_user.id
assert has_cors_headers
cors_header_list = [x[1] for x in resp.headerlist if x[0] == 'Access-Control-Allow-Origin'][0]
assert cors_header_list == cors_headers
discussion.preferences['graphql_valid_cors'] = old_pref
test_session.flush()
def post_published_for_bright_mirror_participant(
request, test_session, discussion, admin_user, participant1_user,
bright_mirror):
from assembl.models import Post, Idea, LangString, IdeaRelatedPostLink, PublicationStates
from graphene.relay import Node
idea_id = bright_mirror
raw_id = int(Node.from_global_id(idea_id)[1])
idea = Idea.get(raw_id)
p = Post(
discussion=discussion, creator=participant1_user,
subject=LangString.create(u"Published by participant"),
body=LangString.create(u"A simple published fiction by participant"),
type='post', publication_state=PublicationStates.PUBLISHED,
message_id="*****@*****.**",
creation_date = datetime.utcnow())
idc = IdeaRelatedPostLink(
idea=idea,
creator=admin_user,
content=p)
test_session.add(p)
test_session.add(idc)
test_session.flush()
def fin():
print "finalizer post_published_for_bright_mirror"
test_session.delete(p)
test_session.delete(idc)
test_session.flush()
request.addfinalizer(fin)
return p
def mutate(root, args, context, info):
user_id = context.authenticated_userid or Everyone
post_id = args.get('post_id')
post_id = int(Node.from_global_id(post_id)[1])
post = models.Post.get(post_id)
discussion_id = context.matchdict['discussion_id']
permissions = get_permissions(user_id, discussion_id)
require_instance_permission(CrudPermissions.DELETE, post, context)
# Same logic as in assembl/views/api2/post.py:delete_post_instance
# Remove extracts associated to this post
extracts_to_remove = post.db.query(models.Extract).filter(
models.Extract.content_id == post.id).all()
for extract in extracts_to_remove:
extract.delete()
if user_id == post.creator_id and P_DELETE_MY_POST in permissions:
cause = models.PublicationStates.DELETED_BY_USER
elif P_DELETE_POST in permissions:
cause = models.PublicationStates.DELETED_BY_ADMIN
post.delete_post(cause)
post.db.flush()
return DeletePost(post=post)
def mutate(root, args, context, info):
idea_id = args.get('idea_id')
idea_id = int(Node.from_global_id(idea_id)[1])
idea = models.Idea.get(idea_id)
discussion_id = context.matchdict["discussion_id"]
discussion = models.Discussion.get(discussion_id)
if idea is None:
raise Exception(
"A vote session requires an idea associated to it, check ideaId value"
)
if idea.get_associated_phase() is not None:
if idea.message_view_override != MessageView.voteSession.value:
raise Exception(
"A vote session can only be created or edited if the view of the associated idea is of type voteSession"
)
db = idea.db
vote_session = db.query(models.VoteSession).filter(
models.VoteSession.idea_id == idea_id).first()
if vote_session is None:
require_cls_permission(CrudPermissions.CREATE, models.VoteSession,
context)
vote_session = models.VoteSession(discussion=discussion, idea=idea)
else:
require_instance_permission(CrudPermissions.UPDATE, vote_session,
context)
if args.get('see_current_votes', None) is not None:
vote_session.see_current_votes = args['see_current_votes']
db = vote_session.db
update_langstrings(vote_session, langstrings_defs, args)
db.add(vote_session)
db.flush()
return UpdateVoteSession(vote_session=vote_session)
def test_node_for_vote(self):
link = LinkModel.objects.create(description='Test', url='http://a.com')
user = create_test_user()
vote = VoteModel.objects.create(link_id=link.pk, user_id=user.pk)
vote_gid = Node.to_global_id('Vote', vote.pk)
query = '''
query {
node(id: "%s") {
id
...on Vote {
link {
url
}
}
}
}
''' % vote_gid
expected = {
'node': {
'id': vote_gid,
'link': {
'url': 'http://a.com',
}
}
}
schema = graphene.Schema(query=Query)
result = schema.execute(query)
self.assertIsNone(result.errors, msg=format_graphql_errors(result.errors))
self.assertEqual(result.data, expected, msg='\n'+repr(expected)+'\n'+repr(result.data))
def test_mutation_create_discussion_phase_empty_identifier(graphql_request, discussion_with_2_phase_interface_v2, graphql_registry):
res = schema.execute(
graphql_registry['createDiscussionPhase'],
context_value=graphql_request,
variable_values={
"lang": u"en",
"identifier": None,
"titleEntries": [
{ "localeCode": "en", "value": u"My new phase" }
],
"start": '2018-01-20T09:01:00.000001Z',
"end": '2018-05-20T00:00:00.100001Z',
"order": 1.0
}
)
assert res.errors is None
phase = res.data['createDiscussionPhase']['discussionPhase']
assert phase['id']
assert phase['identifier'] == Node.from_global_id(phase['id'])[1]
assert phase['title'] == u'My new phase'
assert phase['titleEntries'][0]['localeCode'] == u'en'
assert phase['titleEntries'][0]['value'] == u'My new phase'
assert phase['start'] == u'2018-01-20T09:01:00.000001+00:00'
assert phase['end'] == u'2018-05-20T00:00:00.100001+00:00'
assert phase['order'] == 1.0
class Query(graphene.ObjectType):
node = Node.Field()
reporter = graphene.Field(ReporterNode)
article = graphene.Field(ArticleNode)
def resolve_reporter(self, info):
return Reporter(id=1, first_name="ABA", last_name="X")
def mutate(root, args, context, info):
cls = models.Section
section_id = args.get('id')
section_id = int(Node.from_global_id(section_id)[1])
section = cls.get(section_id)
require_instance_permission(CrudPermissions.UPDATE, section, context)
with cls.default_db.no_autoflush as db:
title_entries = args.get('title_entries')
if title_entries is not None and len(title_entries) == 0:
raise Exception(
'section titleEntries needs at least one entry')
# Better to have this message than
# 'NoneType' object has no attribute 'owner_object'
# when creating the saobj below if title=None
update_langstring_from_input_entries(
section, 'title', title_entries)
kwargs = {}
kwargs['url'] = args.get('url', None)
kwargs['order'] = args.get('order', 10.0)
for attr, value in kwargs.items():
setattr(section, attr, value)
db.flush()
return UpdateSection(section=section)
def mutate(root, args, context, info):
require_cls_permission(CrudPermissions.CREATE, models.Extract, context)
discussion_id = context.matchdict['discussion_id']
user_id = context.authenticated_userid or Everyone
post_id = args.get('post_id')
post_id = int(Node.from_global_id(post_id)[1])
post = models.Post.get(post_id)
new_extract = models.Extract(creator_id=user_id,
owner_id=user_id,
discussion_id=discussion_id,
body=args.get('body'),
important=args.get('important', False),
content=post)
post.db.add(new_extract)
range = models.TextFragmentIdentifier(
extract=new_extract,
xpath_start=args.get('xpath_start'),
offset_start=args.get('offset_start'),
xpath_end=args.get('xpath_end'),
offset_end=args.get('offset_end'))
post.db.add(range)
post.db.flush()
return AddPostExtract(post=post)
def test_get_long_title_on_idea(graphql_request, idea_in_thread_phase):
# This is the "What you need to know"
idea_id = idea_in_thread_phase
from graphene.relay import Node
raw_id = int(Node.from_global_id(idea_id)[1])
from assembl.models import Idea
idea = Idea.get(raw_id)
idea.long_title = u'What you need to know'
idea.db.flush()
res = schema.execute(u"""
query Idea($lang: String!, $id: ID!) {
idea: node(id: $id) {
... on Idea {
title(lang: $lang)
longTitle
description(lang: $lang)
imgUrl
}
}
}
""",
context_value=graphql_request,
variable_values={
"id": idea_id,
"lang": u'en',
})
assert json.loads(json.dumps(res.data)) == {
u'idea': {
u'title': u'Understanding the dynamics and issues',
u'longTitle': u'What you need to know',
u'description': u'',
u'imgUrl': None
}
}
def test_node_for_user(self):
user = create_test_user()
user_gid = Node.to_global_id('User', user.pk)
query = '''
query {
node(id: "%s") {
id
...on User {
name
}
}
}
''' % user_gid
expected = {
'node': {
'id': user_gid,
'name': user.name,
}
}
schema = graphene.Schema(query=Query)
result = schema.execute(query)
self.assertIsNone(result.errors,
msg=format_graphql_errors(result.errors))
self.assertEqual(result.data,
expected,
msg='\n' + repr(expected) + '\n' + repr(result.data))
def test_no_announcement_on_ideas(graphql_request, idea_with_en_fr):
from graphene.relay import Node
idea_id = idea_with_en_fr.id
node_id = Node.to_global_id('Idea', idea_id)
res = schema.execute(u"""
query Idea($id: ID!, $lang: String!){
idea: node(id: $id) {
... on Idea {
announcement {
title(lang: $lang)
body(lang: $lang)
}
}
}
}""",
context_value=graphql_request,
variable_values={
"id": node_id,
"lang": "en"
})
assert json.loads(json.dumps(res.data)) == {
u'idea': {
u'announcement': None
}
}
def mutate(root, args, context, info):
cls = models.Section
discussion_id = context.matchdict['discussion_id']
user_id = context.authenticated_userid or Everyone
section_id = args.get('id')
section_id = int(Node.from_global_id(section_id)[1])
section = cls.get(section_id)
permissions = get_permissions(user_id, discussion_id)
allowed = section.user_can(user_id, CrudPermissions.UPDATE,
permissions)
if not allowed:
raise HTTPUnauthorized()
with cls.default_db.no_autoflush as db:
title_entries = args.get('title_entries')
if title_entries is not None and len(title_entries) == 0:
raise Exception(
'section titleEntries needs at least one entry')
# Better to have this message than
# 'NoneType' object has no attribute 'owner_object'
# when creating the saobj below if title=None
update_langstring_from_input_entries(section, 'title',
title_entries)
kwargs = {}
kwargs['url'] = args.get('url', None)
kwargs['order'] = args.get('order', 10.0)
for attr, value in kwargs.items():
setattr(section, attr, value)
db.flush()
return UpdateSection(section=section)
def post_draft_for_bright_mirror(
request, test_session, discussion, moderator_user,
bright_mirror):
from assembl.models import Post, Idea, LangString, IdeaRelatedPostLink, PublicationStates
from graphene.relay import Node
idea_id = bright_mirror
raw_id = int(Node.from_global_id(idea_id)[1])
idea = Idea.get(raw_id)
p = Post(
discussion=discussion, creator=moderator_user,
subject=LangString.create(u"Draft"),
body=LangString.create(u"A simple draft fiction"),
type='post', publication_state=PublicationStates.DRAFT,
message_id="*****@*****.**",
creation_date = datetime.utcnow() - timedelta(days=7))
idc = IdeaRelatedPostLink(
idea=idea,
creator=moderator_user,
content=p)
test_session.add(p)
test_session.add(idc)
test_session.flush()
def fin():
print "finalizer post_draft_for_bright_mirror"
test_session.delete(p)
test_session.delete(idc)
test_session.flush()
request.addfinalizer(fin)
return p
def mutate(root, args, context, info):
model = models.User
discussion_id = context.matchdict['discussion_id']
discussion = models.Discussion.get(discussion_id)
user_id = context.authenticated_userid or Everyone
global_id = args.get('id')
id_ = int(Node.from_global_id(global_id)[1])
user = model.get(id_)
# Global permission check. Permission is checked in the preferences setter
# Is it necessary?
permissions = get_permissions(user_id, discussion_id)
allowed = user.user_can(user_id, CrudPermissions.UPDATE, permissions)
if not allowed:
raise HTTPUnauthorized(
"The authenticated user can't update this harvesting locale")
with model.default_db.no_autoflush as db:
preferences = user.get_preferences_for_discussion(discussion)
# Permission check in the preferences setter
# See models.user_key_value and models.preferences preference_data_list
preferences['harvesting_translation'] = args.get('translation')
db.flush()
return UpdateHarvestingTranslationPreference(preferences=preferences)
def mutate(root, args, context, info):
discussion_id = context.matchdict['discussion_id']
discussion = models.Discussion.get(discussion_id)
user_id = context.authenticated_userid or Everyone
post_id = args.get('post_id')
post_id = int(Node.from_global_id(post_id)[1])
post = models.Content.get(post_id)
permissions = get_permissions(user_id, discussion_id)
allowed = SentimentOfPost.user_can_cls(
user_id, CrudPermissions.CREATE, permissions)
if not allowed:
raise HTTPUnauthorized()
sentiment_type = args.get('type')
if SentimentTypes.LIKE.name == sentiment_type:
sentiment = LikeSentimentOfPost(
post=post, discussion=discussion, actor_id=user_id)
elif SentimentTypes.DISAGREE.name == sentiment_type:
sentiment = DisagreeSentimentOfPost(
post=post, discussion=discussion, actor_id=user_id)
elif SentimentTypes.DONT_UNDERSTAND.name == sentiment_type:
sentiment = DontUnderstandSentimentOfPost(
post=post, discussion=discussion, actor_id=user_id)
elif SentimentTypes.MORE_INFO.name == sentiment_type:
sentiment = MoreInfoSentimentOfPost(
post=post, discussion=discussion, actor_id=user_id)
sentiment = sentiment.handle_duplication(
permissions=permissions, user_id=user_id)
sentiment.db.add(sentiment)
sentiment.db.flush()
return AddSentiment(post=post)
def mutate(root, args, context, info):
cls = models.Section
section_id = args.get('id')
section_id = int(Node.from_global_id(section_id)[1])
section = cls.get(section_id)
require_instance_permission(CrudPermissions.UPDATE, section, context)
with cls.default_db.no_autoflush as db:
title_entries = args.get('title_entries')
if title_entries is not None and len(title_entries) == 0:
raise Exception(
'section titleEntries needs at least one entry')
# Better to have this message than
# 'NoneType' object has no attribute 'owner_object'
# when creating the saobj below if title=None
update_langstring_from_input_entries(section, 'title',
title_entries)
kwargs = {}
kwargs['url'] = args.get('url', None)
kwargs['order'] = args.get('order', 10.0)
for attr, value in kwargs.items():
setattr(section, attr, value)
db.flush()
return UpdateSection(section=section)
def mutate(root, args, context, info):
discussion_id = context.matchdict['discussion_id']
taggable = None
post = None
taggable_id = args.get('taggable_id', None)
if taggable_id:
taggable_node = Node.from_global_id(taggable_id)
taggable_id = int(taggable_node[1])
taggable = models.TaggableEntity.get_taggable_from_id(
taggable_node[0], taggable_id)
if isinstance(taggable, models.Post):
post = taggable
require_instance_permission(CrudPermissions.CREATE, taggable, context)
value = args.get('value').lower()
db = taggable.db
tag = models.Keyword.get_tag(value, discussion_id, db)
if not tag:
tag = models.Keyword(value=value, discussion_id=discussion_id)
if tag not in taggable.tags:
taggable.tags = taggable.tags + [tag]
db.flush()
return AddTag(tag=tag, post=post)
def mutate(root, args, context, info):
cls = models.Idea
require_cls_permission(CrudPermissions.CREATE, cls, context)
vote_session_id = args.get('vote_session_id')
vote_session_id = int(Node.from_global_id(vote_session_id)[1])
vote_session = models.VoteSession.get(vote_session_id)
title_entries = args.get('title_entries')
description_entries = args.get('description_entries')
discussion_id = context.matchdict['discussion_id']
discussion = models.Discussion.get(discussion_id)
with cls.default_db.no_autoflush as db:
title_ls = langstring_from_input_entries(title_entries)
description_ls = langstring_from_input_entries(description_entries)
proposal = cls(discussion_id=discussion_id,
discussion=discussion,
title=title_ls,
description=description_ls)
db.add(proposal)
phase = vote_session.discussion_phase
root_thematic = get_root_thematic_for_phase(phase)
if root_thematic is None:
raise Exception(
"There is no root thematic for this vote session.")
order = len(root_thematic.get_children()) + 1.0
db.add(
models.IdeaLink(source=root_thematic,
target=proposal,
order=args.get('order', order)))
db.flush()
return CreateProposal(proposal=proposal)
def mutate(root, args, context, info):
discussion_id = context.matchdict['discussion_id']
user_id = context.authenticated_userid or Everyone
post_id = args.get('post_id')
post_id = int(Node.from_global_id(post_id)[1])
post = models.Post.get(post_id)
permissions = get_permissions(user_id, discussion_id)
allowed = post.user_can(user_id, CrudPermissions.DELETE, permissions)
if not allowed:
raise HTTPUnauthorized()
# Same logic as in assembl/views/api2/post.py:delete_post_instance
# Remove extracts associated to this post
extracts_to_remove = post.db.query(
models.Extract).filter(models.Extract.content_id == post.id).all()
for extract in extracts_to_remove:
extract.delete()
if user_id == post.creator_id and P_DELETE_MY_POST in permissions:
cause = models.PublicationStates.DELETED_BY_USER
elif P_DELETE_POST in permissions:
cause = models.PublicationStates.DELETED_BY_ADMIN
post.delete_post(cause)
post.db.flush()
return DeletePost(post=post)
def mutate(root, args, context, info):
cls = models.GaugeVoteSpecification
vote_spec_id = args.get('id')
vote_spec_id = int(Node.from_global_id(vote_spec_id)[1])
title_entries = args.get('title_entries')
instructions_entries = args.get('instructions_entries')
choices = args.get('choices')
with cls.default_db.no_autoflush as db:
vote_spec = cls.get(vote_spec_id)
require_instance_permission(CrudPermissions.UPDATE, vote_spec, context)
update_langstring_from_input_entries(
vote_spec, 'title', title_entries)
update_langstring_from_input_entries(
vote_spec, 'instructions', instructions_entries)
vote_spec.is_custom = args.get('is_custom')
existing_choices = {
choice.id: choice for choice in vote_spec.choices}
updated_choices = set()
for idx, choice_input in enumerate(choices):
if not choice_input.get('id', '-1').startswith('-'):
# update the choice
id_ = int(Node.from_global_id(choice_input['id'])[1])
updated_choices.add(id_)
choice = models.GaugeChoiceSpecification.get(id_)
update_langstring_from_input_entries(
choice, 'label', choice_input['label_entries'])
choice.value = choice_input['value']
else:
# create a choice
label_ls = langstring_from_input_entries(
choice_input.get('label_entries', None))
value = choice_input.get('value')
vote_spec.choices.append(
models.GaugeChoiceSpecification(
label=label_ls, value=value)
)
# remove choices that are not in choices input
for choice_id in set(existing_choices.keys()
).difference(updated_choices):
db.delete(existing_choices[choice_id])
db.flush()
return UpdateGaugeVoteSpecification(vote_specification=vote_spec)
def mutate(root, args, context, info):
proposal_id = args.get('id')
proposal_id = int(Node.from_global_id(proposal_id)[1])
proposal = models.VoteProposal.get(proposal_id)
require_instance_permission(CrudPermissions.DELETE, proposal, context)
proposal.is_tombstone = True
proposal.db.flush()
return DeleteProposal(success=True)
def mutate(root, args, context, info):
extract_id = args.get('extract_id')
extract_id = int(Node.from_global_id(extract_id)[1])
extract = models.Extract.get(extract_id)
require_instance_permission(CrudPermissions.UPDATE, extract, context)
# Publish the extract
extract.extract_state = models.ExtractStates.PUBLISHED.value
extract.db.flush()
return ConfirmExtract(success=True)
def resolve_vote_session(self, args, context, info):
discussion_id = context.matchdict['discussion_id']
discussion = models.Discussion.get(discussion_id)
idea_id = args.get('idea_id')
idea_id = int(Node.from_global_id(idea_id)[1])
vote_session = discussion.db.query(models.VoteSession).filter(models.VoteSession.idea_id == idea_id).first()
if vote_session is not None:
require_instance_permission(CrudPermissions.READ, vote_session, context)
return vote_session
def mutate(root, args, context, info):
resource_id = args.get('resource_id')
resource_id = int(Node.from_global_id(resource_id)[1])
resource = models.Resource.get(resource_id)
require_instance_permission(CrudPermissions.DELETE, resource, context)
resource.db.delete(resource)
resource.db.flush()
return DeleteResource(success=True)
def mutate(root, args, context, info):
post_id = args.get('post_id')
post_id = int(Node.from_global_id(post_id)[1])
post = models.Post.get(post_id)
require_instance_permission(CrudPermissions.DELETE, post, context)
post.undelete_post()
post.db.flush()
return UndeletePost(post=post)
def mutate(root, args, context, info):
cls = models.GaugeVoteSpecification
require_cls_permission(CrudPermissions.CREATE, cls, context)
vote_session_id = args.get('vote_session_id')
vote_session_id = int(Node.from_global_id(vote_session_id)[1])
title_entries = args.get('title_entries')
instructions_entries = args.get('instructions_entries')
choices = args.get('choices')
with cls.default_db.no_autoflush as db:
vote_session = db.query(models.VoteSession).get(vote_session_id)
title_ls = langstring_from_input_entries(title_entries)
instructions_ls = langstring_from_input_entries(instructions_entries)
vote_spec = cls(
title=title_ls,
instructions=instructions_ls,
is_custom=args.get('is_custom')
)
proposal_id = args.get('proposal_id')
if proposal_id:
proposal_id = int(Node.from_global_id(proposal_id)[1])
proposal = models.VoteProposal.get(proposal_id)
vote_spec.criterion_idea = proposal
vote_spec_template_id = args.get('vote_spec_template_id')
if vote_spec_template_id:
vote_spec_template_id = int(Node.from_global_id(vote_spec_template_id)[1])
vote_spec.vote_spec_template_id = vote_spec_template_id
for idx, choice in enumerate(choices):
label_ls = langstring_from_input_entries(
choice['label_entries'])
value = choice['value']
vote_spec.choices.append(
models.GaugeChoiceSpecification(
label=label_ls, value=value)
)
db.add(vote_spec)
vote_session.vote_specifications.append(vote_spec)
db.flush()
return CreateGaugeVoteSpecification(vote_specification=vote_spec)
def mutate(root, args, context, info):
require_cls_permission(CrudPermissions.CREATE, models.TokenIdeaVote, context)
discussion_id = context.matchdict['discussion_id']
discussion = models.Discussion.get(discussion_id)
user_id = context.authenticated_userid
vote_value = args.get('vote_value')
proposal_id = args.get('proposal_id')
proposal_id = int(Node.from_global_id(proposal_id)[1])
proposal = models.Idea.get(proposal_id)
token_category_id = args.get('token_category_id')
token_category_id = int(Node.from_global_id(token_category_id)[1])
token_category = models.TokenCategorySpecification.get(token_category_id)
vote_spec_id = args.get('vote_spec_id')
vote_spec_id = int(Node.from_global_id(vote_spec_id)[1])
vote_spec = models.AbstractVoteSpecification.get(vote_spec_id)
vote = models.TokenIdeaVote.query.filter_by(
vote_spec_id=vote_spec.id, tombstone_date=None, voter_id=user_id,
token_category_id=token_category_id).first()
if vote_value == 0:
if vote is not None:
vote.is_tombstone = True
else:
if vote is None or vote.vote_value != vote_value:
vote = models.TokenIdeaVote(
discussion=discussion,
vote_spec=vote_spec,
widget=vote_spec.widget,
voter_id=user_id,
idea=proposal,
vote_value=vote_value,
token_category=token_category)
permissions = get_permissions(user_id, discussion_id)
vote = vote.handle_duplication(
permissions=permissions, user_id=user_id)
vote.db.add(vote)
proposal.db.flush()
return AddTokenVote(vote_specification=vote_spec)
def mutate(root, args, context, info):
extract_id = args.get('extract_id')
extract_id = int(Node.from_global_id(extract_id)[1])
extract = models.Extract.get(extract_id)
require_instance_permission(CrudPermissions.UPDATE, extract, context)
extract.important = args.get('important', False)
extract.extract_action = getattr(
models.ExtractActionVocabulary.Enum, args.get('extract_action', ''), None)
extract.extract_nature = getattr(
models.ExtractNatureVocabulary.Enum, args.get('extract_nature', ''), None)
body = args.get('body', None)
if body:
extract.body = body
if args.get('idea_id'):
idea_id = int(Node.from_global_id(args.get('idea_id'))[1])
extract.idea_id = idea_id
extract.db.flush()
return UpdateExtract(extract=extract)
def mutate(root, args, context, info):
discussion_id = context.matchdict['discussion_id']
extract_id = args.get('id')
extract_id = int(Node.from_global_id(extract_id)[1])
extract = models.Extract.get(extract_id)
require_instance_permission(CrudPermissions.UPDATE, extract, context)
db = extract.db
tags = models.Keyword.get_tags(args.get('tags', []), discussion_id, db)
extract.tags = tags['new_tags'] + tags['tags']
db.flush()
return UpdateExtractTags(tags=extract.tags)
def mutate(root, args, context, info):
section_id = args.get('section_id')
section_id = int(Node.from_global_id(section_id)[1])
section = models.Section.get(section_id)
if section.section_type != SectionTypesEnum.CUSTOM.value:
return DeleteSection(success=False)
require_instance_permission(CrudPermissions.DELETE, section, context)
section.db.delete(section)
section.db.flush()
return DeleteSection(success=True)
def mutate(root, args, context, info):
status = False
require_cls_permission(CrudPermissions.CREATE, models.Extract, context)
discussion_id = context.matchdict['discussion_id']
# Retrieve the user id
user_id = context.authenticated_userid or Everyone
extracts = args.get('extracts')
status = True
extract_nature = args.get('extract_nature', None)
extract_nature = models.ExtractNatureVocabulary.Enum(extract_nature) if extract_nature else None
extract_state = args.get('extract_state', None)
# Add all of extracts
for extract in extracts:
post_id = extract.get('post_id')
post_id = int(Node.from_global_id(post_id)[1])
post = models.Post.get(post_id) if post_id else None
if not post:
continue
db = post.db
extract_hash = models.Extract.get_extract_hash(
extract.get('lang'),
extract.get('xpath_start'),
extract.get('xpath_end'),
extract.get('offset_start'),
extract.get('offset_end'),
post_id)
exist = db.query(exists().where(models.Extract.extract_hash == extract_hash)).scalar()
if not exist:
new_extract = models.Extract(
creator_id=user_id,
owner_id=user_id,
discussion_id=discussion_id,
body=extract.get('body'),
important=extract.get('important', False),
content=post,
extract_nature=extract_nature,
extract_state=extract_state,
extract_hash=extract_hash
)
new_extract.lang = extract.get('lang')
db.add(new_extract)
range = models.TextFragmentIdentifier(
extract=new_extract,
xpath_start=extract.get('xpath_start'),
offset_start=extract.get('offset_start'),
xpath_end=extract.get('xpath_end'),
offset_end=extract.get('offset_end'))
db.add(range)
db.flush()
return AddPostsExtract(status=status)
def mutate(root, args, context, info):
extract_id = args.get('extract_id')
extract_id = int(Node.from_global_id(extract_id)[1])
extract = models.Extract.get(extract_id)
require_instance_permission(CrudPermissions.DELETE, extract, context)
for fragment in extract.text_fragment_identifiers:
fragment.delete()
extract.tags = []
extract.delete()
extract.db.flush()
return DeleteExtract(success=True)
def mutate(root, args, context, info):
cls = models.ProfileField
discussion_id = context.matchdict['discussion_id']
user_id = context.authenticated_userid
agent_profile = models.AgentProfile.get(user_id)
require_instance_permission(CrudPermissions.UPDATE, agent_profile, context)
with cls.default_db.no_autoflush as db:
for field_info in args.get('data'):
profile_field_id = field_info['id']
profile_field_id = int(Node.from_global_id(profile_field_id)[1])
profile_field = cls.get(profile_field_id)
if profile_field:
require_instance_permission(CrudPermissions.UPDATE, profile_field, context)
profile_field.value_data = field_info['value_data']
else:
configurable_field_id = field_info['configurable_field_id']
configurable_field_id = int(Node.from_global_id(configurable_field_id)[1])
configurable_field = models.AbstractConfigurableField.get(configurable_field_id)
if configurable_field.identifier == ConfigurableFieldIdentifiersEnum.FULLNAME.value:
agent_profile.real_name_p = field_info['value_data']['value']
elif configurable_field.identifier == ConfigurableFieldIdentifiersEnum.EMAIL.value:
agent_profile.preferred_email = field_info['value_data']['value']
elif configurable_field.identifier == ConfigurableFieldIdentifiersEnum.USERNAME.value:
agent_profile.username_p = field_info['value_data']['value']
elif configurable_field.identifier == ConfigurableFieldIdentifiersEnum.CUSTOM.value:
require_cls_permission(CrudPermissions.CREATE, cls, context)
profile_field = cls(
agent_profile=agent_profile,
configurable_field_id=configurable_field_id,
discussion_id=discussion_id,
value_data=field_info['value_data']
)
db.add(profile_field)
db.flush()
profile_fields = get_query(cls, context).filter(cls.discussion_id == discussion_id)
return UpdateProfileFields(profile_fields=profile_fields)
def mutate(root, args, context, info):
cls = models.AbstractConfigurableField
field_id = args.get('id')
field_id = int(Node.from_global_id(field_id)[1])
field = cls.get(field_id)
require_instance_permission(CrudPermissions.DELETE, field, context)
with cls.default_db.no_autoflush as db:
db.query(models.ProfileField).filter(
models.ProfileField.configurable_field_id == field_id).delete()
db.flush()
db.delete(field)
db.flush()
return DeleteTextField(success=True)
