def get_dashboard(user, dashId=None):
"""
Gets a specific dashbaord for the user. If dashId is provided it looks it up.
If dashId is not provided or the dashboard does not exist, it gets the user's
default dashboard. If that dashboard does not exist, it first looks for a
user-modified child of the public Default dashboard. Finally it will retrieve
the public default dashboard if no others exist.
"""
dashboard = None
if dashId:
dashboard = Dashboard.objects(id=dashId).first()
if not dashboard:
return {
'success': False,
'message': "The dashboard you selected no longer exists."
}
elif user.defaultDashboard:
try:
dashboard = Dashboard.objects(id=user.defaultDashboard).first()
except:
user.defaultDashboard = None
user.save()
if not dashboard:
dashboard = Dashboard.objects(name="Default",
analystId__not__exists=1,
isPublic=True).first()
cloneOfDefault = Dashboard.objects(parent=dashboard.id,
analystId=user.id).first()
if cloneOfDefault:
dashboard = cloneOfDefault
dashId = dashboard.id
tables = []
savedTables = SavedSearch.objects(dashboard=dashId, isPinned=True)
for table in savedTables:
tables.append(createTableObject(user, table=table))
otherDashboardIds = []
otherDashboards = {}
for dash in Dashboard.objects(id__ne=dashId, analystId=user.id):
otherDashboardIds.append(dash.id)
otherDashboards[dash.id] = dash.name
otherSearches = []
for search in SavedSearch.objects(dashboard__in=otherDashboardIds,
isPinned=True):
otherSearches.append({
"id": search.id,
"dash": otherDashboards[search.dashboard],
"name": search.name
})
return {
"success": True,
"tables": tables,
"dashboards": getDashboardsForUser(user),
"currentDash": str(dashId),
'parentHasChanged': dashboard.hasParentChanged,
'parent': dashboard.parent,
'dashTheme': dashboard.theme,
"otherSearches": otherSearches,
"userId": dashboard.analystId
}
def updateChildren(parentId, deletingParent=False):
"""
Sets field 'hasParentChanged' to true on all dashboards that are clones of
the changing dashboard.
If the dashboard is being deleted(or private) then it unsets the parent field.
"""
Dashboard.objects(parent=parentId).update(set__hasParentChanged=True)
if deletingParent:
Dashboard.objects(parent=parentId).update(unset__parent=1)
def updateChildren(parentId, deletingParent=False):
"""
Sets field 'hasParentChanged' to true on all dashboards that are clones of
the changing dashboard.
If the dashboard is being deleted(or private) then it unsets the parent field.
"""
Dashboard.objects(parent=parentId).update(set__hasParentChanged=True)
if deletingParent:
Dashboard.objects(parent=parentId).update(unset__parent=1)
def renameDashboard(id, name, userId):
"""
Renames the given dashboard
"""
if not name:
return "You must give a name to the dashboard."
if Dashboard.objects(name=name, analystId=userId):
return "You already have a dashboard with that name."
Dashboard.objects(id=id).update(set__name=name)
return True
def renameDashboard(id, name, userId):
"""
Renames the given dashboard
"""
if not name:
return "You must give a name to the dashboard."
if Dashboard.objects(name=name, analystId=userId):
return "You already have a dashboard with that name."
Dashboard.objects(id=id).update(set__name=name)
return True
def ignore_parent(request, id):
"""
Ajax call to ignore that the parent of the dashboard has been changed.
Called from dashboard.html
"""
try:
Dashboard.objects(id=id).update(set__hasParentChanged=False)
except:
return respondWithError("An error occured while updating dashboard. Please try again later.", True)
return respondWithSuccess("success")
def get_dashboard(user,dashId=None):
"""
Gets a specific dashbaord for the user. If dashId is provided it looks it up.
If dashId is not provided or the dashboard does not exist, it gets the user's
default dashboard. If that dashboard does not exist, it first looks for a
user-modified child of the public Default dashboard. Finally it will retrieve
the public default dashboard if no others exist.
"""
dashboard = None
if dashId:
dashboard = Dashboard.objects(id=dashId).first()
if not dashboard:
return {'success': False,
'message': "The dashboard you selected no longer exists."}
elif user.defaultDashboard:
try:
dashboard = Dashboard.objects(id=user.defaultDashboard).first()
except:
user.defaultDashboard = None
user.save()
if not dashboard:
dashboard = Dashboard.objects(name="Default", analystId__not__exists=1, isPublic=True).first()
if dashboard:
cloneOfDefault = Dashboard.objects(parent=dashboard.id, analystId=user.id).first()
if cloneOfDefault:
dashboard = cloneOfDefault
else:
return {'success': False,
'message': "No Default Dashboard. Run 'manage.py create_default_dashboard' to create."}
dashId = dashboard.id
tables = []
savedTables = SavedSearch.objects(dashboard=dashId, isPinned=True)
for table in savedTables:
tables.append(createTableObject(user, table=table))
otherDashboardIds = []
otherDashboards = {}
for dash in Dashboard.objects(id__ne=dashId, analystId=user.id):
otherDashboardIds.append(dash.id)
otherDashboards[dash.id] = dash.name
otherSearches = []
for search in SavedSearch.objects(dashboard__in=otherDashboardIds, isPinned=True) :
otherSearches.append({
"id":search.id,
"dash":otherDashboards[search.dashboard],
"name":search.name
})
return {"success": True,
"tables": tables,
"dashboards": getDashboardsForUser(user),
"currentDash": str(dashId),
'parentHasChanged':dashboard.hasParentChanged,
'parent':dashboard.parent,
'dashTheme':dashboard.theme,
"otherSearches":otherSearches,
"userId": dashboard.analystId}
def create_dashboard(drop=False):
from crits.dashboards.dashboard import SavedSearch, Dashboard
if drop:
Dashboard.drop_collection()
SavedSearch.drop_collection()
defaultDashboard = Dashboard.objects(name="Default", analystId__not__exists=1 , isPublic=True).first()
if not defaultDashboard:
defaultDashboard = Dashboard()
defaultDashboard.name = "Default"
defaultDashboard.isPublic = True
defaultDashboard.save()
for title in ["Counts", "Top Campaigns","Recent Indicators",
"Recent Emails", "Recent Samples"]:
savedSearch = SavedSearch()
savedSearch.name = title
savedSearch.dashboard = defaultDashboard.id
savedSearch.isDefaultOnDashboard = True
savedSearch.tableColumns = getColumnsForTable(title)
if title == "Counts":
savedSearch.sizex = 10
elif title == "Top Campaigns":
savedSearch.sizex = 25
elif title == "Counts":
savedSearch.sizey = 13
elif title == "Recent Indicators":
savedSearch.row = 15
elif title == "Recent Emails":
savedSearch.row = 23
elif title == "Recent Samples":
savedSearch.row = 31
savedSearch.save()
print "Default Dashboard Created."
else:
print "Default Dashboard already exists."
def changeTheme(id, theme):
"""
Changes theme of the dashboard.
CURRENTLY UNUSED.
"""
try:
Dashboard.objects(id=id).update(set__theme=theme)
except Exception as e:
print e
return False
return "Dashboard updated successfully."
def changeTheme(id, theme):
"""
Changes theme of the dashboard.
CURRENTLY UNUSED.
"""
try:
Dashboard.objects(id=id).update(set__theme=theme)
except Exception as e:
print e
return False
return "Dashboard updated successfully."
def delete_table(userId, id):
"""
Deletes a table from the db. Only can be called via the saved_search.html
"""
try:
savedSearch = SavedSearch.objects(id=id).first()
tableName = savedSearch.name
doDelete = True
message = tableName + " deleted successfully!"
if savedSearch.isDefaultOnDashboard:
dashboards = []
for dash in Dashboard.objects(analystId=userId):
dashboards.append(dash.id)
if SavedSearch.objects(dashboard__in=dashboards,
isDefaultOnDashboard=True,
name=tableName).count() == 1:
savedSearch.col = 1
savedSearch.row = 1
savedSearch.isPinned = False
savedSearch.save()
doDelete = False
message = tableName + " is now hidden."
if doDelete:
dashId = savedSearch.dashboard
savedSearch.delete()
deleteDashboardIfEmpty(dashId)
except Exception as e:
print e
return {
'success': False,
'message':
"Search could not be found. Please refresh and try again."
}
return {'success': True, 'message': message, 'wasDeleted': doDelete}
def deleteDashboard(id):
"""
Deletes the dashboard with the given id and updates clones of it.
Also deletes all saved searches affiliated with it
"""
try:
dashboard = Dashboard.objects(id=id).first()
name = dashboard.name
if dashboard.isPublic:
updateChildren(id, deletingParent=True)
SavedSearch.objects(dashboard=id).delete()
Dashboard.objects(id=id).delete()
except Exception as e:
print e
return False
return name
def save_new_dashboard(request):
"""
Ajax call to save the dashboard and the positioning and width of the
tables on it. Called from the dashboard.html
"""
data = json.loads(request.POST.get('data', ''))
userId = request.POST.get('userId', None)
dashboardWidth = request.POST.get('dashboardWidth', None)
dashId = request.POST.get('dashId', None)
user = request.user
clone = False
if not dashId:
return respondWithError(
"Error finding dashboard. Please refresh and try again.", True)
else:
dashboard = Dashboard.objects(id=dashId).first()
if dashboard.isPublic and dashboard.analystId != user.id:
dashboard = cloneDashboard(userId, dashboard)
if not dashboard:
return respondWithError(
"You already have a dashboard with that name.", True)
clone = True
if not user.defaultDashboard:
setDefaultDashboard(user, dashboard.id)
elif dashboard.isPublic:
updateChildren(dashboard.id)
for table in data:
tableId = ""
if "id" in table:
tableId = table['id']
isDefault = False
if table['isDefault'] == "True":
isDefault = True
left = ""
if 'left' in table:
left = table['left'].replace('px', '')
top = ""
if 'top' in table:
top = table['top'].replace('px', '')
sortBy = None
if 'sortDirection' in table and 'sortField' in table:
sortBy = {
'field': table['sortField'],
'direction': table['sortDirection']
}
response = save_data(userId,
table['columns'],
table['tableName'],
tableId=tableId,
left=left,
top=top,
width=table['width'],
isDefaultOnDashboard=isDefault,
dashboardWidth=dashboardWidth,
sortBy=sortBy,
dashboard=dashboard,
clone=clone)
if not response['success']:
return httpResponse(response)
return respondWithSuccess("Dashboard saved successfully!")
def deleteDashboard(id):
"""
Deletes the dashboard with the given id and updates clones of it.
Also deletes all saved searches affiliated with it
"""
try:
dashboard = Dashboard.objects(id=id).first()
name = dashboard.name
if dashboard.isPublic:
updateChildren(id, deletingParent=True)
SavedSearch.objects(dashboard=id).delete()
Dashboard.objects(id=id).delete()
except Exception as e:
print e
return False
return name
def delete_table(userId, id):
"""
Deletes a table from the db. Only can be called via the saved_search.html
"""
try:
savedSearch = SavedSearch.objects(id=id).first()
tableName = savedSearch.name
doDelete = True
message = tableName+" deleted successfully!"
if savedSearch.isDefaultOnDashboard:
dashboards = []
for dash in Dashboard.objects(analystId=userId):
dashboards.append(dash.id)
if SavedSearch.objects(dashboard__in=dashboards, isDefaultOnDashboard=True, name=tableName).count() == 1:
savedSearch.col = 1
savedSearch.row = 1
savedSearch.isPinned = False
savedSearch.save()
doDelete = False
message = tableName+" is now hidden."
if doDelete:
dashId = savedSearch.dashboard
savedSearch.delete()
deleteDashboardIfEmpty(dashId)
except Exception as e:
print e
return {'success': False,
'message': "Search could not be found. Please refresh and try again."}
return {'success': True,'message': message, 'wasDeleted': doDelete}
def generate_search_for_saved_table(user, id=None, request=None):
"""
Called by edit_save_search in views.py. This is for editing a previously
saved table or one of the default dashboard tables
"""
from crits.core.handlers import data_query
response = {}
savedSearch = None
try:
savedSearch = SavedSearch.objects(id=id).first()
if not savedSearch:
response['Result'] = "ERROR"
response[
'Message'] = "Error finding table, please try again later."
return response
except:
savedSearch = SavedSearch()
savedSearch.isDefaultOnDashboard = True
savedSearch.name = id.replace("_", " ")
id = None
results = []
records = []
term = ""
url = ""
if not savedSearch.isDefaultOnDashboard:
objType = get_obj_type_from_string(savedSearch.objType)
resp = get_query_without_request(objType, user, savedSearch.searchTerm,
"global")
if resp['Result'] == "ERROR":
return resp
formatted_query = resp['query']
term = resp['term']
resp = data_query(objType, user, query=formatted_query, count=True)
results.append({'count': resp['count'], 'name': savedSearch.objType})
else:
results = {
"name": savedSearch.name,
"count": str(len(records)),
"type": get_obj_name_from_title(savedSearch.name)
}
#special url to get the records of a default dashboard since their queries are different
url = reverse(
"crits.dashboards.views.get_dashboard_table_data",
kwargs={"tableName": str(savedSearch.name.replace(" ", "_"))})
args = {'term': term, 'results': results, 'dataUrl': url, 'Result': "OK"}
if savedSearch:
args.update({
'tableId': id,
'tableName': savedSearch.name,
'columns': savedSearch.tableColumns,
'sortBy': savedSearch.sortBy,
'sizex': savedSearch.sizex,
'maxRows': savedSearch.maxRows,
'isDefaultOnDashboard': savedSearch.isDefaultOnDashboard,
})
if savedSearch.dashboard:
args["currentDash"] = str(savedSearch.dashboard)
args["dashtheme"] = Dashboard.objects(
id=savedSearch.dashboard).first().theme
return args
def generate_search_for_saved_table(user, id=None,request=None):
"""
Called by edit_save_search in views.py. This is for editing a previously
saved table or one of the default dashboard tables
"""
from crits.core.handlers import data_query
response = {}
savedSearch = None
try:
savedSearch = SavedSearch.objects(id=id).first()
if not savedSearch:
response['Result'] = "ERROR"
response['Message'] = "Error finding table, please try again later."
return response
except:
savedSearch = SavedSearch()
savedSearch.isDefaultOnDashboard = True
savedSearch.name = id.replace("_", " ")
id = None
results = []
records = []
term = ""
url = ""
if not savedSearch.isDefaultOnDashboard:
objType = get_obj_type_from_string(savedSearch.objType)
resp = get_query_without_request(objType, user, savedSearch.searchTerm, "global")
if resp['Result'] == "ERROR":
return resp
formatted_query = resp['query']
term = resp['term']
resp = data_query(objType, user, query=formatted_query, count=True)
results.append({'count': resp['count'],
'name': savedSearch.objType})
else:
results = {"name":savedSearch.name,
"count":str(len(records)),
"type":get_obj_name_from_title(savedSearch.name)}
#special url to get the records of a default dashboard since their queries are different
url = reverse("crits-dashboards-views-get_dashboard_table_data",
kwargs={"tableName":str(savedSearch.name.replace(" ", "_"))})
args = {'term': term,
'results': results,
'dataUrl':url,
'Result': "OK"
}
if savedSearch:
args.update({'tableId':id,
'tableName': savedSearch.name,
'columns': savedSearch.tableColumns,
'sortBy': savedSearch.sortBy,
'sizex' : savedSearch.sizex,
'maxRows': savedSearch.maxRows,
'isDefaultOnDashboard': savedSearch.isDefaultOnDashboard,
})
if savedSearch.dashboard:
args["currentDash"] = str(savedSearch.dashboard)
args["dashtheme"] = Dashboard.objects(id=savedSearch.dashboard).first().theme
return args
def save_search(request):
"""
Ajax call to save the table. Only called from the saved_search.html
"""
dashId = request.GET.get('dashId', None)
newDashName = request.GET.get('newDashName', None)
tableId = request.GET.get("tableId", None)
errorMessage = None
clone = False
try:
if newDashName:
newDash = createNewDashboard(request.user.id, newDashName)
if not newDash:
raise(Exception, "Dashboard already exists")
dashboard = newDash
elif dashId:
dashboard = Dashboard.objects(id=dashId).first()
if dashboard.isPublic and dashboard.analystId != request.user.id:
newDash = cloneDashboard(request.user.id, dashboard, cloneSearches = True, skip=tableId)
dashboard = newDash
clone = True
newDashName = newDash.name
elif dashboard.isPublic:
updateChildren(dashboard.id)
else:
errorMessage = "Error finding dashboard. Please refresh and try again."
except Exception as e:
print e
errorMessage = "You already have a dashboard with that name."
if errorMessage:
return respondWithError(errorMessage, True)
userId = request.GET.get('userId', None)
tableName = request.GET.get('tableName', None)
searchTerm = request.GET.get('query', None)
objType = request.GET.get('object_type', None)
columns = json.loads(request.GET.get("columns", ""))
sortBy = request.GET.get("sortBy", None)
isDefault = request.GET.get("isDefaultOnDashboard", "False")
sizex = request.GET.get("sizex", None)
maxRows = request.GET.get("maxRows", None)
if isDefault.lower() == "true":
isDefault = True
else:
isDefault = False
if sortBy:
sortBy = json.loads(sortBy)
response = save_data(userId, columns, tableName, searchTerm, objType, sortBy,
tableId, sizex=sizex, isDefaultOnDashboard=isDefault,
maxRows=maxRows,
dashboard=dashboard, clone=clone)
if newDashName:
response["newDashId"] = str(newDash.id)
response["newDashName"] = newDash.name
response["isClone"] = clone
response["newDashUrl"] = reverse("crits.dashboards.views.dashboard",
kwargs={"dashId":newDash.id})
return httpResponse(response)
def save_new_dashboard(request):
"""
Ajax call to save the dashboard and the positioning and width of the
tables on it. Called from the dashboard.html
"""
data = json.loads(request.POST.get('data', ''))
userId = request.POST.get('userId', None)
dashId = request.POST.get('dashId', None)
user = request.user
clone = False
if not dashId:
return respondWithError(
"Error finding dashboard. Please refresh and try again.", True)
else:
dashboard = Dashboard.objects(id=dashId).first()
if dashboard.isPublic and dashboard.analystId != user.id:
dashboard = cloneDashboard(userId, dashboard)
if not dashboard:
return respondWithError(
"You already have a dashboard with that name.", True)
clone = True
if not user.defaultDashboard:
setDefaultDashboard(user, dashboard.id)
elif dashboard.isPublic:
updateChildren(dashboard.id)
for table in data:
isDefault = False
if table['isDefault'].lower() == "true":
isDefault = True
sortBy = None
if 'sortDirection' in table and 'sortField' in table:
sortBy = {
'field': table['sortField'],
'direction': table['sortDirection']
}
response = save_data(userId,
table['columns'],
table['tableName'],
tableId=table['id'],
isDefaultOnDashboard=isDefault,
sortBy=sortBy,
dashboard=dashboard,
clone=clone,
row=table['row'],
grid_col=table['col'],
sizex=table['sizex'],
sizey=table['sizey'])
if not response['success']:
return httpResponse(response)
return httpResponse({
"success": True,
"clone": clone,
"dashId": str(dashboard.id),
"message": "Dashboard saved successfully!"
})
def setDefaultDashboard(user, dashId):
"""
Sets the users default dashboard
"""
try:
name = Dashboard.objects(id=dashId).first().name
user.defaultDashboard = dashId
user.save()
return name
except:
return False
def setDefaultDashboard(user, dashId):
"""
Sets the users default dashboard
"""
try:
name = Dashboard.objects(id=dashId).first().name
user.defaultDashboard = dashId
user.save()
return name
except:
return False
def createNewDashboard(userId, name):
"""
Creates a new dashboard for the user
"""
if Dashboard.objects(analystId=userId, name=name):
return
newDash = Dashboard()
newDash.name = name
newDash.analystId = userId
newDash.save()
return newDash
def cloneDashboard(userId, dashboard, cloneSearches=False, skip=None):
"""
Clones a public dashboard to a user-modified version of if.
cloneSearches will clone all affiliated searches with the dashboard.
Skip will skip a specific table if cloning searches
"""
if Dashboard.objects(analystId=userId, name=dashboard.name):
return
newDash = Dashboard()
newDash.name = dashboard.name
newDash.theme = dashboard.theme
newDash.analystId = userId
newDash.parent = dashboard.id
newDash.save()
if cloneSearches:
for search in SavedSearch.objects(dashboard=dashboard.id):
if skip != str(search.id):
cloneSavedSearch(search, newDash.id)
return newDash
def save_new_dashboard(request):
"""
Ajax call to save the dashboard and the positioning and width of the
tables on it. Called from the dashboard.html
"""
data = json.loads(request.POST.get("data", ""))
userId = request.POST.get("userId", None)
dashId = request.POST.get("dashId", None)
user = request.user
clone = False
if not dashId:
return respondWithError("Error finding dashboard. Please refresh and try again.", True)
else:
dashboard = Dashboard.objects(id=dashId).first()
if dashboard.isPublic and dashboard.analystId != user.id:
dashboard = cloneDashboard(userId, dashboard)
if not dashboard:
return respondWithError("You already have a dashboard with that name.", True)
clone = True
if not user.defaultDashboard:
setDefaultDashboard(user, dashboard.id)
elif dashboard.isPublic:
updateChildren(dashboard.id)
for table in data:
isDefault = False
if table["isDefault"].lower() == "true":
isDefault = True
sortBy = None
if "sortDirection" in table and "sortField" in table:
sortBy = {"field": table["sortField"], "direction": table["sortDirection"]}
response = save_data(
userId,
table["columns"],
table["tableName"],
tableId=table["id"],
isDefaultOnDashboard=isDefault,
sortBy=sortBy,
dashboard=dashboard,
clone=clone,
row=table["row"],
grid_col=table["col"],
sizex=table["sizex"],
sizey=table["sizey"],
)
if not response["success"]:
return httpResponse(response)
return httpResponse(
{"success": True, "clone": clone, "dashId": str(dashboard.id), "message": "Dashboard saved successfully!"}
)
def save_new_dashboard(request):
"""
Ajax call to save the dashboard and the positioning and width of the
tables on it. Called from the dashboard.html
"""
data = json.loads(request.POST.get('data', ''))
userId = request.POST.get('userId', None)
dashboardWidth = request.POST.get('dashboardWidth', None)
dashId = request.POST.get('dashId', None)
user = request.user
clone = False
if not dashId:
return respondWithError("Error finding dashboard. Please refresh and try again.", True)
else:
dashboard = Dashboard.objects(id=dashId).first()
if dashboard.isPublic and dashboard.analystId != user.id:
dashboard = cloneDashboard(userId, dashboard)
if not dashboard:
return respondWithError("You already have a dashboard with that name.", True)
clone = True
if not user.defaultDashboard:
setDefaultDashboard(user, dashboard.id)
elif dashboard.isPublic:
updateChildren(dashboard.id)
for table in data:
tableId = ""
if "id" in table:
tableId = table['id']
isDefault = False
if table['isDefault'] == "True":
isDefault = True
left = ""
if 'left' in table:
left = table['left'].replace('px','')
top = ""
if 'top' in table:
top = table['top'].replace('px','')
sortBy = None
if 'sortDirection' in table and 'sortField' in table:
sortBy = {'field':table['sortField'],'direction':table['sortDirection']}
response = save_data(userId, table['columns'], table['tableName'],
tableId=tableId, left=left, top=top, width=table['width'],
isDefaultOnDashboard=isDefault, dashboardWidth=dashboardWidth,
sortBy=sortBy, dashboard=dashboard, clone=clone)
if not response['success']:
return httpResponse(response)
return respondWithSuccess("Dashboard saved successfully!")
def createNewDashboard(userId, name):
"""
Creates a new dashboard for the user
"""
if Dashboard.objects(analystId=userId,name=name):
return
newDash = Dashboard()
newDash.name = name
newDash.analystId = userId
newDash.save()
return newDash
def getDashboardsForUser(user):
"""
Gets all the users dashboards and public dashboards. It will then remove
all public dashboards that have been cloned by the user
"""
dashboards = Dashboard.objects(Q(analystId=user.id) | Q(isPublic=True))
parents = []
userDashboards = []
#get all id's of parent dashboards
for dash in dashboards:
if dash.parent:
parents.append(dash.parent)
#remove any parent from the list to prevent duplicate dashboards
for dash in dashboards:
if not dash.id in parents:
userDashboards.append(dash)
return userDashboards
def getDashboardsForUser(user):
"""
Gets all the users dashboards and public dashboards. It will then remove
all public dashboards that have been cloned by the user
"""
dashboards = Dashboard.objects(Q(analystId=user.id) | Q(isPublic=True))
parents = []
userDashboards = []
#get all id's of parent dashboards
for dash in dashboards:
if dash.parent:
parents.append(dash.parent)
#remove any parent from the list to prevent duplicate dashboards
for dash in dashboards:
if not dash.id in parents:
userDashboards.append(dash)
return userDashboards
def cloneDashboard(userId, dashboard, cloneSearches=False, skip=None):
"""
Clones a public dashboard to a user-modified version of if.
cloneSearches will clone all affiliated searches with the dashboard.
Skip will skip a specific table if cloning searches
"""
if Dashboard.objects(analystId=userId,name=dashboard.name):
return
newDash = Dashboard()
newDash.name = dashboard.name
newDash.theme = dashboard.theme
newDash.analystId = userId
newDash.parent = dashboard.id
newDash.save()
if cloneSearches:
for search in SavedSearch.objects(dashboard = dashboard.id):
if skip != str(search.id):
cloneSavedSearch(search, newDash.id)
return newDash
def get_saved_searches_list(user):
"""
Returns all user dashboards and their affiliated saved searches.
"""
dashboards = []
for dash in Dashboard.objects(analystId=user.id):
tables = []
for table in SavedSearch.objects(dashboard=dash.id):
if table.isDefaultOnDashboard:
table.searchTerm = ""
table.objType = ""
tables.append(table)
tempDash = {
"name": dash.name,
"id": dash.id,
"theme": dash.theme,
'isPublic': dash.isPublic,
"tables": tables
}
if dash.parent:
tempDash['isModified'] = True
dashboards.append(tempDash)
return {"dashboards": dashboards}
def get_saved_searches_list(user):
"""
Returns all user dashboards and their affiliated saved searches.
"""
dashboards = []
for dash in Dashboard.objects(analystId=user.id):
tables = []
for table in SavedSearch.objects(dashboard=dash.id):
if table.isDefaultOnDashboard:
table.searchTerm = ""
table.objType = ""
tables.append(table)
tempDash = {
"name":dash.name,
"id": dash.id,
"theme":dash.theme,
'isPublic':dash.isPublic,
"tables": tables
}
if dash.parent:
tempDash['isModified'] = True
dashboards.append(tempDash)
return {"dashboards": dashboards}
def setPublic(id, makePublic):
"""
Sets the dashboards visibility to public or private
"""
try:
dashboard = Dashboard.objects(id=id).first()
if makePublic and Dashboard.objects(name=dashboard.name, isPublic=True):
return "There already exists a public dashboard with that name. "\
"You must rename your dashboard before making it public."
Dashboard.objects(id=id).update(set__isPublic=makePublic)
#if making a dashboard private, clear all parent-child relationships
if not makePublic:
updateChildren(id, deletingParent=True)
else:#if making public, remove parent
Dashboard.objects(id=id).update(unset__parent=1)
except Exception as e:
print e
return "An error occured while updating table. Please try again later."
return True
def setPublic(id, makePublic):
"""
Sets the dashboards visibility to public or private
"""
try:
dashboard = Dashboard.objects(id=id).first()
if makePublic and Dashboard.objects(name=dashboard.name, isPublic=True):
return "There already exists a public dashboard with that name. "\
"You must rename your dashboard before making it public."
Dashboard.objects(id=id).update(set__isPublic=makePublic)
#if making a dashboard private, clear all parent-child relationships
if not makePublic:
updateChildren(id, deletingParent=True)
else:#if making public, remove parent
Dashboard.objects(id=id).update(unset__parent=1)
except Exception as e:
print e
return "An error occured while updating table. Please try again later."
return True
def deleteDashboardIfEmpty(dashId):
"""
Checks if a dashboard has saved searches. Deletes it if it doesn't.
"""
if not SavedSearch.objects(dashboard=dashId):
Dashboard.objects(id=dashId).delete()
def deleteDashboardIfEmpty(dashId):
"""
Checks if a dashboard has saved searches. Deletes it if it doesn't.
"""
if not SavedSearch.objects(dashboard=dashId):
Dashboard.objects(id=dashId).delete()
