def do_get_component_info(self):
target_id = self.param_dict.get("target_id", str())
da_object = DAComponent(target_id, self.component)
self.context["component_info"] = "welcome to " + str(
da_object.get_component_count())
return self.context
def __init__(self, **kwargs):
self.param_dict = kwargs
self.context = self.param_dict.get("context", dict())
self.component = self.param_dict.get("component", str())
self.visualize = self.param_dict.get("visualize", str())
self.profile_id = self.param_dict.get("profile_id", str())
self.auto_fields = self.param_dict.get("auto_fields", dict())
if self.auto_fields and isinstance(self.auto_fields, str):
self.auto_fields = json.loads(self.auto_fields)
self.broker_visuals = BrokerVisuals(**kwargs)
self.da_object = DAComponent(self.profile_id, self.component)
da_dict = dict(publication=Publication,
person=Person,
sample=Sample,
source=Source,
profile=Profile,
datafile=DataFile,
submission=Submission,
annotation=Annotation,
cgcore=CGCore,
metadata_template=MetadataTemplate)
if self.component in da_dict:
self.da_object = da_dict[self.component](self.profile_id)
def get_display_name(self):
"""
sets display name for Dataset
:return:
"""
profile = DAComponent(component="profile").get_record(
self.submission_record.get("profile_id", str()))
return profile.get("title", str())
def generate_copo_form(component=str(), target_id=str(), component_dict=dict(), message_dict=dict(), profile_id=str(),
**kwargs):
# message_dict templates are defined in the lookup dictionary: "MESSAGES_LKUPS"
label_dict = get_labels()
da_object = DAComponent(component=component, profile_id=profile_id)
if component in da_dict:
da_object = da_dict[component](profile_id)
form_value = component_dict
# get record, if in edit mode
if target_id:
form_value = da_object.get_record(target_id)
form_schema = list()
# get schema fields
for f in da_object.get_component_schema(**kwargs):
if f.get("show_in_form", True):
# if required, resolve data source for select-type controls,
# i.e., if a callback is defined on the 'option_values' field
if "option_values" in f or f.get("control", "text") in ["copo-lookup", "copo-lookup2"]:
f['data'] = form_value.get(f["id"].split(".")[-1], str())
f["option_values"] = get_control_options(f)
# resolve values for unique items...
# if a list of unique items is provided with the schema, use it, else dynamically
# generate unique items based on the component records
if "unique" in f and not f.get("unique_items", list()):
f["unique_items"] = generate_unique_items(component=component, profile_id=profile_id,
elem_id=f["id"].split(".")[-1], record_id=target_id, **kwargs)
# filter based on sample type
if component == "sample" and not filter_sample_type(form_value, f):
continue
form_schema.append(f)
if form_value:
form_value["_id"] = str(target_id)
else:
form_value = str()
return dict(component_name=component,
form_label=label_dict.get(component, dict()).get("label", str()),
form_value=form_value,
target_id=target_id,
form_schema=form_schema,
form_message=message_dict,
)
def resolve_copo_datafile_id_data(data, elem):
resolved_data = dict()
da_object = DAComponent(component="datafile")
if data:
datafile = da_object.get_record(data)
resolved_data["recordLabel"] = datafile.get("name", str())
resolved_data["recordID"] = data
return resolved_data
def generate_attributes(component, target_id):
da_object = DAComponent(component=component)
if component in da_dict:
da_object = da_dict[component]()
# get and filter schema elements based on displayable columns
schema = [x for x in da_object.get_schema().get("schema_dict") if x.get("show_as_attribute", False)]
# build db column projection
projection = [(x["id"].split(".")[-1], 1) for x in schema]
# account for description metadata in datafiles
if component == "datafile":
projection.append(('description', 1))
filter_by = dict(_id=ObjectId(target_id))
record = da_object.get_all_records_columns(projection=dict(projection), filter_by=filter_by)
result = dict()
if len(record):
record = record[0]
if component == "sample": # filter based on sample type
sample_types = [s_t['value'] for s_t in d_utils.get_sample_type_options()]
sample_type = record.get("sample_type", str())
schema = [x for x in schema if sample_type in x.get("specifications", sample_types)]
for x in schema:
x['id'] = x["id"].split(".")[-1]
if component == "datafile":
key_split = "___0___"
attributes = record.get("description", dict()).get("attributes", dict())
stages = record.get("description", dict()).get("stages", list())
datafile_attributes = dict()
datafile_items = list()
for st in stages:
for item in st.get("items", list()):
if str(item.get("hidden", False)).lower() == "false":
atrib_val = attributes.get(st["ref"], dict()).get(item["id"], str())
item["id"] = st["ref"] + key_split + item["id"]
datafile_attributes[item["id"]] = atrib_val
datafile_items.append(item)
record.update(datafile_attributes)
schema = schema + datafile_items
result = resolve_display_data(schema, record)
return result
def get_resolve(self, component=str()):
da_object = DAComponent(component=component)
message_display_templates = d_utils.json_to_pytype(
lkup.MESSAGES_LKUPS["message_templates"])["templates"]
lookup_messages = d_utils.json_to_pytype(
lkup.MESSAGES_LKUPS["lookup_messages"])["properties"]
component_dict = dict()
message_dict = dict()
resolved_dict = self.publication_metadata()
if resolved_dict.get("status") == "success":
message_dict = message_display_templates.get("success", dict())
message_dict["text"] = lookup_messages.get(
"doi_metadata_crosscheck", str()).get("text", str())
for f in da_object.get_schema().get("schema"):
data_dict = resolved_dict.get("data", dict())
key = f.id.split(".")[-1]
if key in data_dict:
val = data_dict[key]
# reconcile schema type mismatch
if isinstance(val, list) and f.type == "string":
val = ','.join(str(e)
for e in val) # account for numbers
if isinstance(val, str) and f.type == "object":
object_type_control = d_utils.object_type_control_map(
).get(f.control.lower(), str())
if object_type_control == "ontology_annotation":
object_schema = d_utils.get_db_json_schema(
object_type_control)
value_dict = dict(annotationValue=val)
for k in object_schema:
object_schema[k] = value_dict.get(
k,
d_utils.default_jsontype(
object_schema.get(k, dict()).get(
"type", "object")))
val = object_schema
component_dict[key] = val
if key not in component_dict: # set default values based on type
component_dict[key] = d_utils.default_jsontype(f.type)
else:
error_list = resolved_dict.get("error", list())
message_dict = message_display_templates.get("danger", dict())
message_dict["text"] = '; '.join(
str(e) for e in error_list) + lookup_messages.get(
"doi_metadata_error", str()).get("text", str())
return dict(component_dict=component_dict, message_dict=message_dict)
def generate_unique_items(component=str(), profile_id=str(), elem_id=str(), record_id=str(), **kwargs):
da_object = DAComponent(component=component, profile_id=profile_id)
action_type = kwargs.get("action_type", str())
component_records = list()
all_records = da_object.get_all_records()
if action_type == "cloning":
component_records = [x[elem_id] for x in all_records if elem_id in x]
else:
component_records = [x[elem_id] for x in all_records if elem_id in x and not str(x["_id"]) == record_id]
return component_records
def generate_copo_form(component=str(), target_id=str(), component_dict=dict(), message_dict=dict(), profile_id=str()):
# message_dict templates are defined in the lookup dictionary, "MESSAGES_LKUPS"
label_dict = dict(publication=dict(label="Publication", clonable=False),
person=dict(label="Person", clonable=False),
sample=dict(label="Sample", clonable=False),
source=dict(label="Source", clonable=True),
profile=dict(label="Profile", clonable=False),
annotation=dict(label="Annotation", clonable=False),
)
da_object = DAComponent(component=component, profile_id=profile_id)
form_value = component_dict
# get record, if in edit mode
if target_id:
form_value = da_object.get_record(target_id)
form_schema = list()
# get schema fields
for f in da_object.get_schema().get("schema_dict"):
if f.get("show_in_form", True):
# if required, resolve data source for select-type controls,
# i.e., if a callback is defined on the 'option_values' field
if "option_values" in f:
f["option_values"] = get_control_options(f)
# filter based on sample type
if component == "sample" and not filter_sample_type(form_value, f):
continue
form_schema.append(f)
# get all records: used in the UI for 'cloning' and other purposes
component_records = generate_component_records(component, profile_id)
# if label_dict.get(component, dict()).get("clonable", False):
# component_records = generate_component_records(component, profile_id)
return dict(component_name=component,
form_label=label_dict.get(component, dict()).get("label", str()),
form_value=form_value,
target_id=target_id,
form_schema=form_schema,
form_message=message_dict,
component_records=component_records,
clonable=label_dict.get(component, dict()).get("clonable", False),
)
def generate_component_records(component=str(), profile_id=str()):
da_object = DAComponent(component=component, profile_id=profile_id)
component_records = list()
for record in da_object.get_all_records():
rec_dict = dict(_id=str(record["_id"]))
for f in da_object.get_schema().get("schema_dict"):
if f.get("show_in_form", True):
key_split = f["id"].split(".")[-1]
rec_dict[key_split] = record.get(key_split, d_utils.default_jsontype(f.get("type", str())))
component_records.append(rec_dict)
return component_records
def __init__(self, **kwargs):
self.param_dict = kwargs
self.context = self.param_dict.get("context", dict())
self.component = self.param_dict.get("component", str())
self.visualize = self.param_dict.get("visualize", str())
self.profile_id = self.param_dict.get("profile_id", str())
self.auto_fields = self.param_dict.get("auto_fields", dict())
if self.auto_fields and isinstance(self.auto_fields, str):
self.auto_fields = ast.literal_eval(self.auto_fields)
self.broker_visuals = BrokerVisuals(**kwargs)
self.da_object = DAComponent(self.profile_id, self.component)
da_dict = dict(
publication=Publication,
person=Person,
sample=Sample,
source=Source,
profile=Profile,
datafile=DataFile,
submission=Submission,
annotation=Annotation
)
if da_dict.get(self.component):
self.da_object = da_dict[self.component](self.profile_id)
def get_resolve(self, component=str()):
da_object = DAComponent(component=component)
message_display_templates = d_utils.json_to_pytype(lkup.MESSAGES_LKUPS["message_templates"])["templates"]
lookup_messages = d_utils.json_to_pytype(lkup.MESSAGES_LKUPS["lookup_messages"])["properties"]
component_dict = dict()
message_dict = dict()
resolved_dict = self.publication_metadata()
if resolved_dict.get("status") == "success":
message_dict = message_display_templates.get("success", dict())
message_dict["text"] = lookup_messages.get("doi_metadata_crosscheck", str()).get("text", str())
for f in da_object.get_schema().get("schema"):
data_dict = resolved_dict.get("data", dict())
key = f.id.split(".")[-1]
if key in data_dict:
val = data_dict[key]
# reconcile schema type mismatch
if isinstance(val, list) and f.type == "string":
val = ','.join(str(e) for e in val) # account for numbers
if isinstance(val, str) and f.type == "object":
object_type_control = d_utils.control_to_schema_name(f.control.lower())
if object_type_control == "ontology_annotation":
object_schema = d_utils.get_isa_schema(object_type_control)
value_dict = dict(annotationValue=val
)
for k in object_schema:
object_schema[k] = value_dict.get(k, d_utils.default_jsontype(
object_schema.get(k, dict()).get("type", "object")))
val = object_schema
component_dict[key] = val
if key not in component_dict: # set default values based on type
component_dict[key] = d_utils.default_jsontype(f.type)
else:
error_list = resolved_dict.get("error", list())
message_dict = message_display_templates.get("danger", dict())
message_dict["text"] = '; '.join(
str(e) for e in error_list) + lookup_messages.get("doi_metadata_error", str()).get("text", str())
return dict(component_dict=component_dict,
message_dict=message_dict
)
def generate_component_records(component=str(), profile_id=str(), label_key=str(), **kwargs):
da_object = DAComponent(component=component, profile_id=profile_id)
if component in da_dict:
da_object = da_dict[component](profile_id)
component_records = list()
schema = da_object.get_component_schema(**kwargs)
# if label_key is not provided, we will assume the first element in the schema to be the label_key
if not label_key:
label_key = schema[0]["id"].split(".")[-1] if schema else ''
for record in da_object.get_all_records(**kwargs):
option = dict(value=str(record["_id"]), label=record.get(label_key, "N/A"))
component_records.append(option)
return component_records
def generate_table_columns(component=str()):
da_object = DAComponent(component=component)
# get and filter schema elements based on displayable columns
schema = [x for x in da_object.get_schema().get("schema_dict") if x.get("show_in_table", True)]
columns = list()
columns.append(dict(data="record_id", visible=False))
detail_dict = dict(className='summary-details-control detail-hover-message', orderable=False, data=None,
title='', defaultContent='', width="5%")
columns.insert(0, detail_dict)
# get indexed fields - only fields that are indexed can be ordered when using server-side processing
indexed_fields = list()
for k, v in da_object.get_collection_handle().index_information().items():
indexed_fields.append(v['key'][0][0])
for x in schema:
x["id"] = x["id"].split(".")[-1]
orderable = False
if x["id"] in indexed_fields:
orderable = True
columns.append(dict(data=x["id"], title=x["label"], orderable=orderable))
# add column for annotation control
if component == "datafile":
special_dict = dict(className='annotate-datafile', orderable=False, data=None,
title='', width="1%",
defaultContent='<span title="Annotate datafile" style="cursor: '
'pointer;" class="copo-tooltip">'
'<i class="ui icon violet write" aria-hidden="true"></i></span>')
columns.append(special_dict)
return columns
def get_record_data(record_object=dict(), component=str()):
# This function is targeted for tabular record display for a single row data
schema = DAComponent(component=component).get_schema().get("schema_dict")
row = list()
for f in schema:
if f.get("show_in_table", True):
row.append(resolve_control_output(record_object, f))
row.append(str(record_object["_id"])) # last element in a row exposes the id of the record
return_dict = dict(row_data=row,
table_id=table_id_dict.get(component, str())
)
return return_dict
def generate_copo_table_data(profile_id=str(), component=str()):
# This method generates the 'json' for building an UI table
# instantiate data access object
da_object = DAComponent(profile_id, component)
# get records
records = da_object.get_all_records()
columns = list()
dataSet = list()
displayable_fields = list()
# headers
for f in da_object.get_schema().get("schema_dict"):
if f.get("show_in_table", True):
displayable_fields.append(f)
columns.append(dict(title=f["label"]))
columns.append(dict(title=str())) # extra 'blank' header for record actions column
# data
for rec in records:
row = list()
for df in displayable_fields:
row.append(resolve_control_output(rec, df))
row.append(str(rec["_id"])) # last element in a row exposes the id of the record
dataSet.append(row)
# define action buttons
button_templates = d_utils.get_button_templates()
common_btn_dict = dict(row_btns=[button_templates['edit_row'], button_templates['delete_row']],
global_btns=[button_templates['delete_global']])
sample_info = copy.deepcopy(button_templates['info_row'])
sample_info["text"] = "Sample Attributes"
buttons_dict = dict(publication=common_btn_dict,
person=common_btn_dict,
sample=dict(row_btns=[sample_info, button_templates['edit_row'],
button_templates['delete_row']],
global_btns=[button_templates['add_new_samples_global'],
button_templates['delete_global']]),
source=common_btn_dict,
profile=common_btn_dict,
annotation=common_btn_dict,
metadata_template=common_btn_dict,
datafile=dict(
row_btns=[button_templates['info_row'], button_templates['describe_row'],
button_templates['delete_row']],
global_btns=[button_templates['describe_global'],
button_templates['undescribe_global']])
)
action_buttons = dict(row_btns=buttons_dict.get(component).get("row_btns"),
global_btns=buttons_dict.get(component).get("global_btns")
)
return_dict = dict(columns=columns,
dataSet=dataSet,
table_id=table_id_dict.get(component, str()),
action_buttons=action_buttons
)
return return_dict
class BrokerDA:
def __init__(self, **kwargs):
self.param_dict = kwargs
self.context = self.param_dict.get("context", dict())
self.component = self.param_dict.get("component", str())
self.visualize = self.param_dict.get("visualize", str())
self.profile_id = self.param_dict.get("profile_id", str())
self.auto_fields = self.param_dict.get("auto_fields", dict())
if self.auto_fields and isinstance(self.auto_fields, str):
self.auto_fields = ast.literal_eval(self.auto_fields)
self.broker_visuals = BrokerVisuals(**kwargs)
self.da_object = DAComponent(self.profile_id, self.component)
da_dict = dict(
publication=Publication,
person=Person,
sample=Sample,
source=Source,
profile=Profile,
datafile=DataFile,
submission=Submission,
annotation=Annotation
)
if da_dict.get(self.component):
self.da_object = da_dict[self.component](self.profile_id)
def set_extra_params(self, extra_param):
for k, v in extra_param.items():
self.param_dict[k] = v
def do_copo_schemas(self):
copo_schemas = dict(
ontology_schema=d_utils.get_copo_schema("ontology_annotation"),
comment_schema=d_utils.get_copo_schema("comment"),
characteristics_schema=d_utils.get_copo_schema("material_attribute_value"),
source_schema=d_utils.get_copo_schema("source")
)
self.context["copo_schemas"] = copo_schemas
return self.context
def do_save_edit(self):
kwargs = dict()
kwargs["target_id"] = self.param_dict.get("target_id", str())
record_object = self.da_object.save_record(self.auto_fields, **kwargs)
# process visualisation context
self.broker_visuals.set_extra_params(dict(record_object=record_object))
visualize_dict = dict(profiles_counts=self.broker_visuals.do_profiles_counts,
sources_json=self.broker_visuals.get_sources_json,
sources_json_and_last_record_id=self.broker_visuals.get_sources_json_last_record_id,
last_record=self.broker_visuals.get_last_record,
get_profile_count=self.broker_visuals.get_profile_count
)
if self.visualize in visualize_dict:
self.context = visualize_dict[self.visualize]()
elif self.param_dict.get("target_id", str()):
self.context = self.broker_visuals.do_table_data()
else:
self.context = self.broker_visuals.do_row_data()
return self.context
def do_delete(self):
target_ids = [ObjectId(i) for i in self.param_dict.get("target_ids")]
self.da_object.get_collection_handle().update_many(
{"_id": {"$in": target_ids}}, {"$set": {"deleted": d_utils.get_deleted_flag()}}
)
self.context = self.broker_visuals.do_table_data()
return self.context
def do_form(self):
target_id = self.param_dict.get("target_id")
component_dict = self.param_dict.get("component_dict", dict())
message_dict = self.param_dict.get("message_dict", dict())
self.context["form"] = htags.generate_copo_form(self.component, target_id, component_dict, message_dict,
self.profile_id)
self.context["form"]["visualize"] = self.param_dict.get("visualize")
return self.context
def do_doi(self):
id_handle = self.param_dict.get("id_handle")
id_type = self.param_dict.get("id_type")
doi_resolve = DOI2Metadata(id_handle, id_type).get_resolve(self.component)
self.set_extra_params(dict(target_id=str(),
component_dict=doi_resolve.get("component_dict", dict()),
message_dict=doi_resolve.get("message_dict", dict()))
)
return self.do_form()
def do_initiate_submission(self):
kwarg = dict(datafile_ids=self.param_dict.get("datafile_ids", list()))
self.context["submission_token"] = str(self.da_object.save_record(dict(), **kwarg).get("_id", str()))
return self.context
def do_user_email(self):
user_id = self.param_dict.get("user_id", str())
user_email = self.param_dict.get("user_email", str())
user = User.objects.get(pk=int(user_id))
user.email = user_email
user.save()
return self.context
def generate_server_side_table_records(profile_id=str(), component=str(), request=dict()):
# function generates component records for building an UI table using server-side processing
# - please note that for effective data display,
# all array and object-type fields (e.g., characteristics) are deferred to sub-table display.
# please define such in the schema as "show_in_table": false and "show_as_attribute": true
data_set = list()
n_size = int(request.get("length", 10)) # assumes 10 records per page if length not set
draw = int(request.get("draw", 1))
start = int(request.get("start", 0))
# instantiate data access object
da_object = DAComponent(profile_id, component)
return_dict = dict()
records_total = da_object.get_collection_handle().count(
{'profile_id': profile_id, 'deleted': data_utils.get_not_deleted_flag()})
# retrieve and process records
filter_by = dict()
if component == "datafile":
# get all active bundles in the profile
existing_bundles = Description().get_all_records_columns(projection=dict(_id=1),
filter_by=dict(profile_id=profile_id,
component=component))
existing_bundles = [str(x["_id"]) for x in existing_bundles]
records_total = da_object.get_collection_handle().count({"$and": [
{"profile_id": profile_id, 'deleted': data_utils.get_not_deleted_flag()},
{"$or": [
{"description_token": {"$in": [None, False, ""]}},
{"description_token": {"$nin": existing_bundles}}]}
]})
filter_by = {"$or": [
{"description_token": {"$in": [None, False, ""]}},
{"description_token": {"$nin": existing_bundles}}]}
# get and filter schema elements based on displayable columns
schema = [x for x in da_object.get_schema().get("schema_dict") if x.get("show_in_table", True)]
# build db column projection
projection = [(x["id"].split(".")[-1], 1) for x in schema]
# order by
sort_by = request.get('order[0][column]', '0')
sort_by = request.get('columns[' + sort_by + '][data]', '')
sort_direction = request.get('order[0][dir]', 'asc')
sort_by = '_id' if not sort_by else sort_by
sort_direction = 1 if sort_direction == 'asc' else -1
# search
search_term = request.get('search[value]', '').strip()
records = da_object.get_all_records_columns_server(sort_by=sort_by, sort_direction=sort_direction,
search_term=search_term, projection=dict(projection),
limit=n_size, skip=start, filter_by=filter_by)
records_filtered = records_total
if search_term:
records_filtered = da_object.get_collection_handle().count(
{'profile_id': profile_id, 'deleted': data_utils.get_not_deleted_flag(),
'name': {'$regex': search_term, "$options": 'i'}})
if records:
df = pd.DataFrame(records)
df['record_id'] = df._id.astype(str)
df["DT_RowId"] = df.record_id
df.DT_RowId = 'row_' + df.DT_RowId
df = df.drop('_id', axis='columns')
for x in schema:
x["id"] = x["id"].split(".")[-1]
df[x["id"]] = df[x["id"]].apply(resolve_control_output_apply, args=(x,)).astype(str)
data_set = df.to_dict('records')
return_dict["records_total"] = records_total
return_dict["records_filtered"] = records_filtered
return_dict["data_set"] = data_set
return_dict["draw"] = draw
return return_dict
class BrokerDA:
def __init__(self, **kwargs):
self.param_dict = kwargs
self.context = self.param_dict.get("context", dict())
self.component = self.param_dict.get("component", str())
self.visualize = self.param_dict.get("visualize", str())
self.profile_id = self.param_dict.get("profile_id", str())
self.auto_fields = self.param_dict.get("auto_fields", dict())
if self.auto_fields and isinstance(self.auto_fields, str):
self.auto_fields = json.loads(self.auto_fields)
self.broker_visuals = BrokerVisuals(**kwargs)
self.da_object = DAComponent(self.profile_id, self.component)
da_dict = dict(publication=Publication,
person=Person,
sample=Sample,
source=Source,
profile=Profile,
datafile=DataFile,
submission=Submission,
annotation=Annotation,
cgcore=CGCore,
metadata_template=MetadataTemplate)
if self.component in da_dict:
self.da_object = da_dict[self.component](self.profile_id)
def set_extra_params(self, extra_param):
for k, v in extra_param.items():
self.param_dict[k] = v
def do_form_control_schemas(self):
"""
function returns object type control schemas used in building form controls
:return:
"""
copo_schemas = dict()
for k, v in d_utils.object_type_control_map().items():
copo_schemas[k] = d_utils.get_copo_schema(v)
self.context["copo_schemas"] = copo_schemas
return self.context
def do_save_edit(self):
kwargs = dict()
kwargs["target_id"] = self.param_dict.get("target_id", str())
# set report parameter
status = "success" # 'success', 'warning', 'info', 'danger' - modelled after bootstrap alert classes
action_type = "add"
report_metadata = dict()
if self.param_dict.get("target_id", str()):
action_type = "edit"
record_object = self.da_object.save_record(self.auto_fields, **kwargs)
if not record_object:
status = "danger"
if action_type == "add":
report_metadata[
"message"] = "New " + self.component + " record created!"
if status != "success":
report_metadata[
"message"] = "There was a problem creating the " + self.component + " record!"
elif action_type == "edit":
report_metadata["message"] = "Record updated!"
if status != "success":
report_metadata[
"message"] = "There was a problem updating the " + self.component + " record!"
report_metadata["status"] = status
self.context["action_feedback"] = report_metadata
# process visualisation context,
# set extra parameters which will be passed along to the visualize object
self.broker_visuals.set_extra_params(
dict(record_object=record_object,
data_source=self.param_dict.get("data_source", str())))
# build dictionary of executable tasks/functions
visualize_dict = dict(
profiles_counts=self.broker_visuals.do_profiles_counts,
created_component_json=self.broker_visuals.
get_created_component_json,
last_record=self.broker_visuals.get_last_record,
get_profile_count=self.broker_visuals.get_profile_count)
if self.visualize in visualize_dict:
self.context = visualize_dict[self.visualize]()
elif self.param_dict.get("target_id", str()):
self.context = self.broker_visuals.do_table_data()
else:
self.context = self.broker_visuals.do_row_data()
return self.context
def do_delete(self):
target_ids = [ObjectId(i) for i in self.param_dict.get("target_ids")]
# if ever it was needed to re-implement 'soft' delete uncomment the following lines and
# comment out the 'hard' delete query
# soft delete
# self.da_object.get_collection_handle().update_many(
# {"_id": {"$in": target_ids}}, {"$set": {"deleted": d_utils.get_deleted_flag()}}
# )
# hard delete
self.da_object.get_collection_handle().remove(
{'_id': {
'$in': target_ids
}})
self.context = self.broker_visuals.do_table_data()
return self.context
def do_form(self):
target_id = self.param_dict.get("target_id")
component_dict = self.param_dict.get("component_dict", dict())
message_dict = self.param_dict.get("message_dict", dict())
kwargs = dict()
kwargs["referenced_field"] = self.param_dict.get(
"referenced_field", str())
kwargs["referenced_type"] = self.param_dict.get(
"referenced_type", str())
self.context["form"] = htags.generate_copo_form(
self.component, target_id, component_dict, message_dict,
self.profile_id, **kwargs)
self.context["form"]["visualize"] = self.param_dict.get("visualize")
return self.context
def do_form_and_component_records(self):
# generates form, and in addition returns records of the form component, this could, for instance, be
# used for cloning of a record
kwargs = dict()
kwargs["referenced_field"] = self.param_dict.get(
"referenced_field", str())
kwargs["referenced_type"] = self.param_dict.get(
"referenced_type", str())
self.context = self.do_form()
self.context["component_records"] = htags.generate_component_records(
self.component, self.profile_id, **kwargs)
return self.context
def do_doi(self):
id_handle = self.param_dict.get("id_handle")
id_type = self.param_dict.get("id_type")
doi_resolve = DOI2Metadata(id_handle,
id_type).get_resolve(self.component)
self.set_extra_params(
dict(target_id=str(),
component_dict=doi_resolve.get("component_dict", dict()),
message_dict=doi_resolve.get("message_dict", dict())))
return self.do_form()
def do_initiate_submission(self):
kwarg = dict(datafile_ids=self.param_dict.get("datafile_ids", list()))
self.context["submission_token"] = str(
self.da_object.save_record(dict(), **kwarg).get("_id", str()))
return self.context
def do_user_email(self):
user_id = self.param_dict.get("user_id", str())
user_email = self.param_dict.get("user_email", str())
user = User.objects.get(pk=int(user_id))
user.email = user_email
user.save()
return self.context
def do_component_record(self):
self.context["component_record"] = self.da_object.get_record(
self.param_dict.get("target_id"))
return self.context
def component_form_record(self):
target_id = self.param_dict.get("target_id")
component_dict = self.param_dict.get("component_dict", dict())
message_dict = self.param_dict.get("message_dict", dict())
kwargs = dict()
kwargs["referenced_field"] = self.param_dict.get(
"referenced_field", str())
kwargs["referenced_type"] = self.param_dict.get(
"referenced_type", str())
kwargs["action_type"] = self.param_dict.get("action_type", str())
form_value = htags.generate_copo_form(self.component, target_id,
component_dict, message_dict,
self.profile_id, **kwargs)
self.context["component_record"] = form_value["form_value"]
self.context["component_schema"] = form_value["form_schema"]
return self.context
def do_sanitise_submissions(self):
records = self.da_object.get_all_records()
for submission in records:
if "bundle_meta" not in submission:
bundle_meta = list()
for file_id in submission.get("bundle", list()):
datafile = DataFile().get_record(file_id)
if datafile:
upload_status = False
if str(submission.get("complete",
False)).lower() == 'true':
upload_status = True
bundle_meta.append(
dict(file_id=file_id,
file_path=datafile.get(
"file_location", str()),
upload_status=upload_status))
submission["bundle_meta"] = bundle_meta
submission['target_id'] = str(submission.pop('_id'))
self.da_object.save_record(dict(), **submission)
self.context["sanitise_status"] = True
return self.context
def do_clone_description_bundle(self):
"""
function creates a new description by cloning an existing (specified) bundle
:return:
"""
target_id = self.param_dict.get("target_id", str())
bundle_name = self.param_dict.get("bundle_name", str())
result = dict(status="success", message="")
if Description().get_description_handle().find({
"name": {
'$regex': "^" + bundle_name + "$",
"$options": 'i'
}
}).count() >= 1:
result["status"] = "error"
result["message"] = "Bundle name must be unique"
self.context["result"] = result
return self.context
# retrieve clone target
description = Description().GET(target_id)
# new bundle being created
try:
bundle = Description().create_description(
profile_id=self.profile_id,
component=self.component,
name=bundle_name,
stages=description.get('stages', list()),
attributes=description.get('attributes', dict()),
meta=description.get('meta', dict()))
result["data"] = dict(id=str(bundle["_id"]), name=bundle["name"])
except Exception as e:
message = "Couldn't create bundle: " + bundle_name + " " + str(e)
result["status"] = "error"
result["message"] = message
self.context["result"] = result
return self.context
def create_rename_description_bundle(self):
"""
function creates a new description bundle or renames an existing one
:return:
"""
target_id = self.param_dict.get("target_id", str())
bundle_name = self.param_dict.get("bundle_name", str())
result = dict(status="success", message="")
if Description().get_description_handle().find({
"name": {
'$regex': "^" + bundle_name + "$",
"$options": 'i'
}
}).count() >= 1:
result["status"] = "error"
result["message"] = "Bundle name must be unique"
elif target_id:
# updating existing bundle
Description().edit_description(target_id, {"name": bundle_name})
try:
Description().edit_description(target_id,
{"name": bundle_name})
except Exception as e:
message = "Couldn't update bundle: " + bundle_name + " " + str(
e)
result["status"] = "error"
result["message"] = message
else:
# new bundle being created
try:
bundle = Description().create_description(
profile_id=self.profile_id,
component=self.component,
name=bundle_name)
result["data"] = dict(id=str(bundle["_id"]),
name=bundle["name"])
except Exception as e:
message = "Couldn't create bundle: " + bundle_name + " " + str(
e)
result["status"] = "error"
result["message"] = message
self.context["result"] = result
return self.context
def generate_table_records(profile_id=str(), component=str()):
# function generates component records for building an UI table - please note that for effective tabular display,
# all array and object-type fields (e.g., characteristics) are deferred to sub-table display.
# please define such in the schema as "show_in_table": false and "show_as_attribute": true
columns = list()
data_set = list()
# instantiate data access object
da_object = DAComponent(profile_id, component)
# get and filter schema elements based on displayable columns
schema = [x for x in da_object.get_schema().get("schema_dict") if x.get("show_in_table", True)]
# build db column projection
projection = [(x["id"].split(".")[-1], 1) for x in schema]
# retrieve and process records
if component == "submission":
records = da_object.get_all_records_columns(sort_by="date_created", sort_direction=1,
projection=dict(projection))
else:
records = da_object.get_all_records_columns(projection=dict(projection))
if len(records):
df = pd.DataFrame(records)
df['s_n'] = df.index
df['record_id'] = df._id.astype(str)
df["DT_RowId"] = df.record_id
df.DT_RowId = 'row_' + df.DT_RowId
df = df.drop('_id', axis='columns')
if component == "submission":
df["special_repositories"] = df["repository"]
columns.append(dict(data="special_repositories", visible=False))
columns.append(dict(data="record_id", visible=False))
detail_dict = dict(className='summary-details-control detail-hover-message', orderable=False, data=None,
title='', defaultContent='', width="5%")
columns.insert(0, detail_dict)
df_columns = list(df.columns)
for x in schema:
x["id"] = x["id"].split(".")[-1]
columns.append(dict(data=x["id"], title=x["label"]))
if x["id"] not in df_columns:
df[x["id"]] = str()
df[x["id"]] = df[x["id"]].fillna('')
df[x["id"]] = df[x["id"]].apply(resolve_control_output_apply, args=(x,))
data_set = df.to_dict('records')
return_dict = dict(dataSet=data_set,
columns=columns
)
# do check for custom repos here
if component == "submission":
correct_repos = list()
user = ThreadLocal.get_current_user()
repo_ids = user.userdetails.repo_submitter
all_repos = Repository().get_by_ids(repo_ids)
for repo in all_repos:
for r_id in repo_ids:
if r_id == str(repo["_id"]):
correct_repos.append(repo)
for repo in correct_repos:
repo["_id"] = str(repo["_id"])
return_dict["repos"] = correct_repos
return return_dict
def generate_copo_table_data(profile_id=str(), component=str()):
# This method generates the 'json' for building an UI table
# instantiate data access object
da_object = DAComponent(profile_id, component)
# get records
records = da_object.get_all_records()
columns = list()
dataSet = list()
# headers
for f in da_object.get_schema().get("schema_dict"):
if f.get("show_in_table", True):
columns.append(dict(title=f["label"]))
columns.append(dict(title=str())) # extra 'blank' header for record actions column
# data
for rec in records:
row = list()
for f in da_object.get_schema().get("schema_dict"):
if f.get("show_in_table", True):
row.append(resolve_control_output(rec, f))
row.append(str(rec["_id"])) # last element in a row exposes the id of the record
dataSet.append(row)
# define action buttons
button_templates = d_utils.get_button_templates()
common_btn_dict = dict(row_btns=[button_templates['edit_row'], button_templates['delete_row']],
global_btns=[button_templates['delete_global']])
sample_info = copy.deepcopy(button_templates['info_row'])
sample_info["text"] = "Sample Attributes"
buttons_dict = dict(publication=common_btn_dict,
person=common_btn_dict,
sample=dict(row_btns=[sample_info, button_templates['edit_row'],
button_templates['delete_row']],
global_btns=[button_templates['add_new_samples_global'],
button_templates['delete_global']]),
source=common_btn_dict,
profile=common_btn_dict,
annotation=common_btn_dict,
datafile=dict(
row_btns=[button_templates['info_row'], button_templates['describe_row'],
button_templates['delete_row']],
global_btns=[button_templates['describe_global'],
button_templates['undescribe_global']])
)
action_buttons = dict(row_btns=buttons_dict.get(component).get("row_btns"),
global_btns=buttons_dict.get(component).get("global_btns")
)
return_dict = dict(columns=columns,
dataSet=dataSet,
table_id=table_id_dict.get(component, str()),
action_buttons=action_buttons
)
return return_dict