def create(solEnvDetails):
logger.debug("solutionEnvironment::create: %s", solEnvDetails)
# Remove the id
solEnvDetails.pop("id", None)
# Does the solution environment exist?
existing_sol_env = (db.session.query(SolutionEnvironment).filter(
SolutionEnvironment.solutionId == solEnvDetails["solutionId"],
SolutionEnvironment.environmentId == solEnvDetails["environmentId"],
).one_or_none())
schema = SolutionEnvironmentSchema()
# Does sol_env exist?
if existing_sol_env is not None:
logger.debug("solutionEnvironment::update: %s", existing_sol_env)
existing_sol_env.isActive = solEnvDetails.get("isActive", True)
existing_sol_env.lastUpdated = ModelTools.get_utc_timestamp()
db.session.merge(existing_sol_env)
db.session.commit()
data = schema.dump(existing_sol_env)
return data, 201
else:
logger.debug("solutionEnvironment::create: %s", solEnvDetails)
sol_env_change = schema.load(solEnvDetails, session=db.session)
sol_env_change.isActive = solEnvDetails.get("isActive", True)
sol_env_change.lastUpdated = ModelTools.get_utc_timestamp()
db.session.add(sol_env_change)
db.session.commit()
data = schema.dump(sol_env_change)
return data, 201
def update(settingsDetails):
"""
Updates an existing settings entry in the system settings.
:param settingsDetails: details to update
:return: updated settings
"""
user = security.get_valid_user_from_token(dbsession=db.session)
logger.debug(f"Logged in user {user}")
if not (user and user.isLZAdmin):
return abort(401, "JWT not valid or user is not a Landing Zone Admin")
s: SystemSettings = (db.session.query(SystemSettings).filter(
SystemSettings.userId == user.id).one_or_none())
if s is not None:
s.username = settingsDetails["username"]
s.token = settingsDetails["token"]
s.lastUpdated = ModelTools.get_utc_timestamp()
db.session.merge(s)
db.session.commit()
resultSchema = SystemSettingsResultSchema()
data = resultSchema.dump(s)
return data, 200
return abort(404, "System settings not found")
def lzenv_app_deployment(lzenv, dbs, sol, app_id, app):
workspace_resource_key = "project-id-workspace"
workspace_resource = (dbs.query(SolutionResource).filter(
SolutionResource.solutionId == sol.id,
SolutionResource.key == workspace_resource_key,
).one_or_none())
if not workspace_resource:
logger.error(
"deployment_create: This application deployment %s is missing the workspaceProjectId, resourceKey: %s, skipping...",
app_id,
workspace_resource_key,
)
if workspace_resource:
workspaceProjectId = workspace_resource.value
resource_key = f"project-id-{lzenv.name.lower()}"
solution_resource = (dbs.query(SolutionResource).filter(
SolutionResource.solutionId == sol.id,
SolutionResource.key == resource_key,
).one_or_none())
if not solution_resource:
logger.error(
"deployment_create: This application deployment %s is missing the projectId, resourceKey: %s, skipping...",
app_id,
resource_key,
)
if solution_resource:
projectId = solution_resource.value
app_deployment = (dbs.query(ApplicationDeployment).filter(
ApplicationDeployment.solutionId == sol.id,
ApplicationDeployment.applicationId == app_id,
ApplicationDeployment.lzEnvironmentId == lzenv.id,
).one_or_none())
if not app_deployment:
schema = ApplicationDeploymentSchema(many=False)
app_deployment_dict = {}
app_deployment_dict["applicationId"] = app_id
app_deployment_dict["lastUpdated"] = ModelTools.get_utc_timestamp()
app_deployment_dict["deploymentState"] = DeploymentStatus.PENDING
app_deployment_dict["taskId"] = None
app_deployment_dict["solutionId"] = app.solutionId
app_deployment_dict["deploymentProjectId"] = projectId
app_deployment_dict["lzEnvironmentId"] = lzenv.id
app_deployment_dict["workspaceProjectId"] = workspaceProjectId
app_deployment = schema.load(app_deployment_dict,
session=db.session)
dbs.add(app_deployment)
else:
# Allow re-deployment of a previously unsuccessful deployment
if app_deployment.deploymentState != DeploymentStatus.SUCCESS:
app_deployment.deploymentState = DeploymentStatus.PENDING
app_deployment.taskId = None
def serialize_pre_load(self, data, **kwargs):
logger.debug("TeamSchem::pre_load::serialize_pre_load: %s", data)
data["lastUpdated"] = ModelTools.get_utc_timestamp()
if "isActive" not in data:
data["isActive"] = True
if data.get("accessRequestedById") == 0:
data["accessRequestedById"] = None
if data.get("cloudIdentityGroup") is None:
data["cloudIdentityGroup"] = ""
return data
def update(oid, teamDetails):
"""
Updates an existing team in the team list
:param id: id of the team to update in the team list
:param team: team to update
:return: updated team.
"""
app.logger.debug(pformat(teamDetails))
if teamDetails.get("id") and teamDetails.get("id") != int(oid):
abort(400, "Id mismatch in path and body")
# Does the team exist in team list?
existing_team = db.session.query(Team).filter(Team.id == oid).one_or_none()
# Does team exist?
if existing_team is not None:
schema = TeamSchema()
update_team = schema.load(teamDetails, session=db.session)
update_team.name = teamDetails.get("name", existing_team.name)
update_team.description = teamDetails.get("description",
existing_team.description)
update_team.cloudIdentityGroup = teamDetails.get(
"cloudIdentityGroup", existing_team.cloudIdentityGroup)
update_team.businessUnitId = teamDetails.get(
"businessUnitId", existing_team.businessUnitId)
update_team.accessRequestedById = teamDetails.get(
"accessRequestedById", existing_team.accessRequestedById)
update_team.lastUpdated = ModelTools.get_utc_timestamp()
update_team.isActive = teamDetails.get("isActive",
existing_team.isActive)
db.session.merge(update_team)
try:
db.session.commit()
except exc.IntegrityError as err:
db.session.rollback()
app.logger.debug(str(err))
if "Duplicate entry" in str(err):
return abort(400, "Team already exists")
else:
return abort(400, "Unknown Integrity Error adding team")
except Exception as err:
db.session.rollback()
app.logger.debug(str(err))
return abort(400, "Unknown error adding team")
# return the updted team in the response
data = schema.dump(update_team)
return data, 200
# otherwise, nope, deployment doesn't exist, so that's an error
abort(404, "Team not found")
def serialize_pre_load(self, data, **kwargs):
logger.debug("ApplicationSchema::pre_load::serialize_pre_load: %s", data)
data["lastUpdated"] = ModelTools.get_utc_timestamp()
if "isActive" not in data:
data["isActive"] = True
if "isFavourite" not in data:
data["isFavourite"] = False
if "resources" in data:
data["resources"] = json.dumps(data["resources"])
else:
data["resources"] = "[]"
return data
def deployment_update(oid, solutionDeploymentDetails):
"""
Updates an existing solutions in the solutions list with the deployed status.
:param key: id of the solution
:param solutionDetails: solution details to update
:return: updated solution
"""
logger.debug(solutionDeploymentDetails)
# Does the solutions exist in solutions list?
existing_solution = (db.session.query(Solution).filter(
Solution.id == oid).one_or_none())
# Does solutions exist?
if existing_solution is not None:
schema = SolutionSchema(many=False)
update_solution = schema.load(solutionDeploymentDetails,
session=db.session)
update_solution.id = oid
update_solution.lastUpdated = ModelTools.get_utc_timestamp()
update_solution.deployed = solutionDeploymentDetails.get(
"deployed", existing_solution.deployed)
update_solution.deploymentState = solutionDeploymentDetails.get(
"deploymentState", existing_solution.deploymentState)
update_solution.statusId = solutionDeploymentDetails.get(
"statusId", existing_solution.statusId)
update_solution.statusCode = solutionDeploymentDetails.get(
"statusCode", existing_solution.statusCode)
update_solution.statusMessage = solutionDeploymentDetails.get(
"statusMessage", existing_solution.statusMessage)
update_solution.taskId = solutionDeploymentDetails.get(
"taskId", existing_solution.taskId)
update_solution.deploymentFolderId = solutionDeploymentDetails.get(
"deploymentFolderId", existing_solution.deploymentFolderId)
update_solution.isSandbox = solutionDeploymentDetails.get(
"isSandbox", existing_solution.isSandbox)
db.session.merge(update_solution)
db.session.commit()
# return the updted solutions in the response
schema = SolutionDeploymentSchema(many=False)
data = schema.dump(update_solution)
return data, 200
# otherwise, nope, deployment doesn't exist, so that's an error
else:
abort(404, f"Solution {oid} not found")
def update_activator_metadata_platforms(platforms, activator_metadata_id, dbsession):
for platform in platforms:
platform = (
dbsession.query(ActivatorMetadataPlatform)
.filter(
ActivatorMetadataPlatform.activatorMetadataId == activator_metadata_id,
ActivatorMetadataPlatform.platformId == platform.get("id"),
)
.one_or_none()
)
platform.lastUpdated = ModelTools.get_utc_timestamp()
platform.isActive = True
dbsession.add(platform)
dbsession.flush()
def delete(oid, dbsession):
logger.debug("delete: %s", oid)
na = (dbsession.query(NotificationActivator).filter(
NotificationActivator.notificationId == oid,
NotificationActivator.isActive).one_or_none())
if na:
na.isActive = False
na.lastUpdated = ModelTools.get_utc_timestamp()
nt = (dbsession.query(NotificationTeam).filter(
NotificationTeam.notificationId == oid,
NotificationTeam.isActive).one_or_none())
if nt:
nt.isActive = False
nt.lastUpdated = ModelTools.get_utc_timestamp()
nad = (dbsession.query(NotificationApplicationDeployment).filter(
NotificationApplicationDeployment.notificationId == oid,
NotificationApplicationDeployment.isActive,
).one_or_none())
if nt:
nad.isActive = False
nad.lastUpdated = ModelTools.get_utc_timestamp()
nsd = (dbsession.query(NotificationSolutionDeployment).filter(
NotificationSolutionDeployment.notificationId == oid,
NotificationSolutionDeployment.isActive,
).one_or_none())
if nt:
nsd.isActive = False
nsd.lastUpdated = ModelTools.get_utc_timestamp()
n = (dbsession.query(Notification).filter(
Notification.id == oid, Notification.isActive).one_or_none())
if n:
n.isActive = False
n.lastUpdated = ModelTools.get_utc_timestamp()
def create_activator_metadata_platforms(dbs, act_metadata_yml,
activator_metadata_id):
schema = ActivatorMetadataPlatformSchema()
platforms = act_metadata_yml["platforms"]
for p in platforms:
actPlatformDetails = {}
actPlatformDetails["activatorMetadataId"] = activator_metadata_id
actPlatformDetails["platformId"] = (dbs.query(Platform).filter(
Platform.value == p).one_or_none()).id
actPlatformDetails["lastUpdated"] = ModelTools.get_utc_timestamp()
actPlatformDetails["isActive"] = True
activator_metadata_platform = schema.load(actPlatformDetails,
session=dbs)
dbs.add(activator_metadata_platform)
dbs.flush()
def create_activator_metadata(dbs, act_metadata_yml, activator_id, url):
schema = ActivatorMetadataSchema()
actMetaDetails = {}
actMetaDetails["activatorId"] = activator_id
actMetaDetails["name"] = act_metadata_yml["name"]
actMetaDetails["description"] = act_metadata_yml["description"]
actMetaDetails["category"] = act_metadata_yml["category"]
actMetaDetails["activatorLink"] = url
actMetaDetails["typeId"] = (dbs.query(Type).filter(
Type.value == act_metadata_yml["type"]).one_or_none()).id
actMetaDetails["lastUpdated"] = ModelTools.get_utc_timestamp()
actMetaDetails["latestVersion"] = act_metadata_yml["latestVersion"]
activator_metadata = schema.load(actMetaDetails, session=dbs)
dbs.add(activator_metadata)
dbs.flush()
return activator_metadata
def update_activator_metadata(activator_id, act_metadata, dbsession):
actMetaDetails = (
dbsession.query(ActivatorMetadata)
.filter(ActivatorMetadata.activatorId == activator_id)
.one_or_none()
)
if actMetaDetails:
actMetaDetails.name = act_metadata.get("name")
actMetaDetails.description = act_metadata.get("description")
actMetaDetails.category = act_metadata.get("category")
actMetaDetails.activatorLink = act_metadata.get("activatorLink")
actMetaDetails.typeId = act_metadata.get("typeId")
actMetaDetails.lastUpdated = ModelTools.get_utc_timestamp()
actMetaDetails.latestVersion = act_metadata.get("latestVersion")
dbsession.merge(actMetaDetails)
dbsession.flush()
return actMetaDetails
def serialize_pre_load(self, data, **kwargs):
logger.debug("ActivatorSchema::pre_load::serialize_pre_load: %s", data)
data["lastUpdated"] = ModelTools.get_utc_timestamp()
if "isActive" not in data:
data["isActive"] = True
if "isFavourite" not in data:
data["isFavourite"] = False
if "envs" in data:
data["envs"] = json.dumps(data["envs"])
if "regions" in data:
data["regions"] = json.dumps(data["regions"])
if "hosting" in data:
data["hosting"] = json.dumps(data["hosting"])
if "apiManagement" in data:
data["apiManagement"] = json.dumps(data["apiManagement"])
if data.get("accessRequestedById") == 0:
data["accessRequestedById"] = None
return data
def create_activator_environment(activatorId, list_of_environment, dbsession):
"""
Args:
activatorId ([int]): [The Activator id]
list_of_environment ([list]): [A list of Environment ids]
1. Logically delete all active LZEnvironment ids for this activator
2. Reactivate the activator environment relaionship that are in this list: list_of_environment
3. Create the activator-environment rows that are not in this list.
"""
# Inactivates the active activator-environment for this activator (activatorId)
environment_list = (dbsession.query(ActivatorEnvironment).filter(
ActivatorEnvironment.activatorId == activatorId,
ActivatorEnvironment.isActive,
).all())
for environment in environment_list:
environment.isActive = False
dbsession.flush()
for environment in list_of_environment:
existing_act_environment = (
dbsession.query(ActivatorEnvironment).filter(
ActivatorEnvironment.activatorId == activatorId,
ActivatorEnvironment.envId == environment,
).one_or_none())
if existing_act_environment:
existing_act_environment.isActive = True
dbsession.merge(existing_act_environment)
else:
new_act_environment = ActivatorEnvironment(
activatorId=activatorId,
envId=environment,
lastUpdated=ModelTools.get_utc_timestamp(),
isActive=True,
)
dbsession.add(new_act_environment)
logger.debug(
"Added Activator Environment: {new_act_environment} to transaction."
)
return dbsession
def update(oid, solutionDetails):
"""
Updates an existing solutions in the solutions list.
:param key: key of the solutions to update in the solutions list
:param solutions: solutions to update
:return: updated solutions
"""
logger.debug("update::solutionDetails: %s", solutionDetails)
with db_session() as dbs:
# Does the solutions exist in solutions list?
existing_solution = dbs.query(Solution).filter(
Solution.id == oid).one_or_none()
# Does solutions exist?
if existing_solution is not None:
solutionDetails["id"] = oid
envs = solutionDetails.get("environments")
# Remove envs as it's processed separately, but in the same transaction.
if "environments" in solutionDetails:
del solutionDetails["environments"]
solution_extension.create_solution_environments(oid,
envs,
dbsession=dbs)
schema = SolutionSchema(many=False)
new_solution = schema.load(solutionDetails, session=dbs)
new_solution.lastUpdated = ModelTools.get_utc_timestamp()
dbs.merge(new_solution)
dbs.commit()
new_solution = solution_extension.expand_solution(new_solution,
dbsession=dbs)
# return the updted solutions in the response
schema = ExtendedSolutionSchema(many=False)
data = schema.dump(new_solution)
logger.debug("data: %s", data)
return data, 200
# otherwise, nope, deployment doesn't exist, so that's an error
else:
abort(404, f"Solution {oid} not found")
def serialize_pre_load(self, data, **kwargs):
logger.debug("SolutionSchema::pre_load::serialize_pre_load: %s", data)
data["lastUpdated"] = ModelTools.get_utc_timestamp()
if "isActive" not in data:
data["isActive"] = True
if "isFavourite" not in data:
data["isFavourite"] = False
if "name" in data:
data["name"] = data["name"][:Solution.name.type.length]
if data.get("ciId") == 0:
data["ciId"] = None
if data.get("cdId") == 0:
data["cdId"] = None
if data.get("sourceControlId") == 0:
data["sourceControlId"] = None
if data.get("isSandbox"):
data["ciId"] = None
data["cdId"] = None
data["sourceControlId"] = None
return data
def deployment_create(solutionDeploymentDetails):
"""
This function queries a solution forwards the request to the DaC
:param solution: id
:return: 201 on success
: 404 if solution not found
: 500 if other failure
"""
logger.debug(pformat(solutionDeploymentDetails))
oid = solutionDeploymentDetails["id"]
sol = db.session.query(Solution).filter(Solution.id == oid).one_or_none()
if sol is None:
abort(404, f"Solution with id {oid} not found".format(id=oid))
if sol.deploymentState == DeploymentStatus.SUCCESS:
resp_json = {"id": oid, "deploymentState": sol.deploymentState}
else:
schema = SolutionSchema(many=False)
update_solution = schema.load(solutionDeploymentDetails,
session=db.session)
update_solution.id = oid
update_solution.lastUpdated = ModelTools.get_utc_timestamp()
update_solution.deployed = False
update_solution.deploymentState = DeploymentStatus.PENDING
update_solution.taskId = None
db.session.merge(update_solution)
db.session.commit()
resp_json = {
"id": oid,
"deploymentState": update_solution.deploymentState
}
# This step is in a separate thread.
db.session.close()
executor.submit(start_deployment, sol.id)
return make_response(resp_json, 200)
def deployment_update(app_id, lzEnvId, applicationDeploymentDetails,
dbsession):
"""
Updates an existing applications in the application list with the deployed status.
:param key: id of the application
:param solutionDetails: application details to update
:return: updated application
"""
logger.debug(
"deployment_update::applicationDeploymentDetails: %s",
applicationDeploymentDetails,
)
# Does the application exist in application list?
existing_application_deployment = (
dbsession.query(ApplicationDeployment).filter(
ApplicationDeployment.applicationId == app_id,
ApplicationDeployment.lzEnvironmentId == lzEnvId,
).one_or_none())
# Does the application deployment exist?
if existing_application_deployment:
existing_application_deployment.lastUpdated = ModelTools.get_utc_timestamp(
)
if "deploymentState" in applicationDeploymentDetails:
existing_application_deployment.deploymentState = (
applicationDeploymentDetails["deploymentState"])
if "taskId" in applicationDeploymentDetails:
existing_application_deployment.taskId = applicationDeploymentDetails[
"taskId"]
dbsession.merge(existing_application_deployment)
else:
logger.debug(
"deployment_update::existing application deployment not found, %s, %s",
app_id,
lzEnvId,
)
def create_solution_environments(solutionId, list_of_env_ids, dbsession):
"""
Args:
solutionId ([int]): [The Solution id]
list_of_env_ids ([list]): [A list of LZEnvironment ids]
1. Logically delete all active solution environments for this solution
2. Reactivate the solution env relationship that are in this list: list_of_env_ids
3. Create the solution env that are not in this list.
"""
# Inactivates the active solution environments for this Solution (solutionId)
envs = (dbsession.query(SolutionEnvironment).filter(
SolutionEnvironment.solutionId == solutionId,
SolutionEnvironment.isActive).all())
for env in envs:
env.isActive = False
dbsession.flush()
for env in list_of_env_ids:
existing_sol_env = (dbsession.query(SolutionEnvironment).filter(
SolutionEnvironment.solutionId == solutionId,
SolutionEnvironment.environmentId == env,
).one_or_none())
if existing_sol_env:
existing_sol_env.isActive = True
dbsession.merge(existing_sol_env)
else:
new_env_solution = SolutionEnvironment(
solutionId=solutionId,
environmentId=env,
lastUpdated=ModelTools.get_utc_timestamp(),
isActive=True,
)
dbsession.add(new_env_solution)
logger.debug(
"Added solution environment: {new_env_solution} to transaction.")
def create_activator_cd(activatorId, list_of_cd, dbsession):
"""
Args:
activatorId ([int]): [The Activator id]
list_of_cd ([list]): [A list of CD ids]
1. Logically delete all active CD ids for this activator
2. Reactivate the activator cd relaionship that are in this list: list_of_cd
3. Create the activator-cd rows that are not in this list.
"""
# Inactivates the active activator-cd for this activator (activatorId)
cd_list = (dbsession.query(ActivatorCD).filter(
ActivatorCD.activatorId == activatorId, ActivatorCD.isActive).all())
for cd in cd_list:
cd.isActive = False
dbsession.flush()
for cd in list_of_cd:
existing_act_cd = (dbsession.query(ActivatorCD).filter(
ActivatorCD.activatorId == activatorId,
ActivatorCD.cdId == cd).one_or_none())
if existing_act_cd:
existing_act_cd.isActive = True
dbsession.merge(existing_act_cd)
else:
new_act_cd = ActivatorCD(
activatorId=activatorId,
cdId=cd,
lastUpdated=ModelTools.get_utc_timestamp(),
isActive=True,
)
dbsession.add(new_act_cd)
logger.debug("Added Activator CD: {new_act_cd} to transaction.")
return dbsession
def create_activator_ci(activatorId, list_of_ci, dbsession):
"""
Args:
activatorId ([int]): [The Activator id]
list_of_ci ([list]): [A list of CI ids]
1. Logically delete all active CI ids for this activator
2. Reactivate the activator ci relaionship that are in this list: list_of_ci
3. Create the activator-ci rows that are not in this list.
"""
# Inactivates the active activator-ci for this activator (activatorId)
ci_list = (dbsession.query(ActivatorCI).filter(
ActivatorCI.activatorId == activatorId, ActivatorCI.isActive).all())
for ci in ci_list:
ci.isActive = False
dbsession.flush()
for ci in list_of_ci:
existing_act_ci = (dbsession.query(ActivatorCI).filter(
ActivatorCI.activatorId == activatorId,
ActivatorCI.ciId == ci).one_or_none())
if existing_act_ci:
existing_act_ci.isActive = True
dbsession.merge(existing_act_ci)
else:
new_act_ci = ActivatorCI(
activatorId=activatorId,
ciId=ci,
lastUpdated=ModelTools.get_utc_timestamp(),
isActive=True,
)
dbsession.add(new_act_ci)
logger.debug("Added Activator CI: {new_act_ci} to transaction.")
return dbsession
def create(teamDetails):
"""
Creates a new team in the team list
based on the passed in team data
:param team: team to create in team structure
:return: 201 on success, 406 on team exists.
"""
# Remove id as it's created automatically
if "id" in teamDetails:
del teamDetails["id"]
# Does the team exist already?
schema = TeamSchema(many=False)
new_team = schema.load(teamDetails, session=db.session)
new_team.lastUpdated = ModelTools.get_utc_timestamp()
app.logger.debug(f"new_team: {new_team} type: {type(new_team)}")
db.session.add(new_team)
try:
db.session.commit()
except exc.IntegrityError as err:
db.session.rollback()
app.logger.debug(str(err))
if "Duplicate entry" in str(err):
return abort(400, "Team already exists")
else:
return abort(400, "Unknown Integrity Error adding team")
except Exception as err:
db.session.rollback()
app.logger.debug(str(err))
return abort(400, "Unknown error adding team")
# Serialize and return the newly created deployment
# in the response
data = schema.dump(new_team)
return data, 201
def setActivatorStatus(activatorDetails):
"""
Update the activator status.
: return: The activator that was changed
"""
logger.info(pformat(activatorDetails))
with db_session() as dbs:
# Does the activator to delete exist?
existing_activator = (
dbs.query(Activator)
.filter(Activator.id == activatorDetails["id"], Activator.isActive)
.one_or_none()
)
# if found?
if existing_activator is not None:
schema = ActivatorSchema()
updated_activator = schema.load(activatorDetails, session=dbs)
updated_activator.lastUpdated = ModelTools.get_utc_timestamp()
dbs.merge(updated_activator)
# Expand Activator
updated_activator = activator_extension.expand_activator(
updated_activator, dbs
)
activator_schema = ExtendedActivatorSchema()
data = activator_schema.dump(updated_activator)
# Create notifications
if (
updated_activator.status != "Available"
and updated_activator.accessRequestedById
):
full_name = (
(updated_activator.accessRequestedBy.firstName or "")
+ " "
+ (updated_activator.accessRequestedBy.lastName or "")
)
message = f"{full_name} has requested access to activator #{updated_activator.id}"
notify_admins(
message=message,
activatorId=updated_activator.id,
fromUserId=updated_activator.accessRequestedById,
)
elif (
updated_activator.status == "Available"
and updated_activator.accessRequestedById
):
activator_name = (
f"Activator {updated_activator.id} ({updated_activator.name})"
)
message = f"Access to {activator_name} has been granted."
notify_user(
message,
activatorId=updated_activator.id,
toUserId=updated_activator.accessRequestedById,
)
return data, 200
# Otherwise, nope, activator to update was not found
else:
actid = activatorDetails["id"]
abort(404, f"Activator id {actid} not found")
def serialize_pre_load(self, data, **kwargs):
logger.debug("UserSchema::pre_load::serialize_pre_load: %s", data)
data["lastUpdated"] = ModelTools.get_utc_timestamp()
return data
def check_credentials(login_details):
"""
Responds to a request for /api/login.
:return: json string of user details
"""
authorization = connexion.request.headers.get("Authorization")
if authorization:
logger.debug("Authorization: %s", authorization)
token = authorization.split(" ")[1]
claims = security.decode_token(token)
logger.debug("Claims: %s", claims)
existing_user = (
db.session.query(User)
.filter(User.email == claims.get("email"))
.one_or_none()
)
if not existing_user:
userDetails = {
"email": claims.get("email"),
"firstName": claims.get("given_name"),
"lastName": claims.get("family_name"),
}
with db_session() as dbs:
schema = UserSchema()
new_user = schema.load(userDetails, session=dbs)
dbs.add(new_user)
login_details["username"] = claims.get("email")
login_details["password"] = os.environ.get("EC_PASSWORD", pw_backup)
logger.info(
"Login Details: {}".format(pformat(ModelTools.redact_dict(login_details)))
)
username = login_details.get("username")
password = login_details.get("password")
is_active_user = False
with db_session() as dbs:
user = (
dbs.query(User).filter(User.email == username, User.isActive).one_or_none()
)
if user:
is_active_user = True
is_valid_password = False
if os.environ.get("EC_PASSWORD", pw_backup) == password:
is_valid_password = True
schema = ExtendedLoginSchema(many=False)
if is_active_user and is_valid_password:
logger.debug("LOGIN accepted!")
teams_resp = team.read_list_by_user_id(user.id)
if teams_resp[1] == HTTPStatus.OK:
user.teams = teams_resp[0]
else:
logger.info("No teams found for user {user.id}")
data = schema.dump(user)
return data, 200
logger.warning("LOGIN FAILED!")
abort(401, "Unauthorised! {}".format(ModelTools.redact_dict(login_details)))
def create(notification, typeId, dbsession):
# if id is zero or None (null), we create a a new notification otherwise
# we update an existing notification.
oid = notification.get("id", None)
logger.debug("oid: %s", oid)
notification["typeId"] = typeId
notification["lastUpdated"] = ModelTools.get_utc_timestamp()
logger.debug("create notification: %s", notification)
if not oid:
# Insert
if notification.get("isActive", None) is None:
notification["isActive"] = True
if notification.get("isRead", None) is None:
notification["isRead"] = False
if notification.get("typeId") == 1:
tmp_notification = {}
tmp_notification["typeId"] = notification.get("typeId")
tmp_notification["message"] = notification.get("message")
tmp_notification["isActive"] = notification.get("isActive", True)
tmp_notification["isRead"] = notification.get("isRead")
tmp_notification["importance"] = notification.get("importance")
tmp_notification["toUserId"] = notification.get("toUserId")
tmp_notification["fromUserId"] = notification.get("fromUserId")
tmp_notification["lastUpdated"] = ModelTools.get_utc_timestamp()
aSchema = NotificationSchema()
new_notification = aSchema.load(tmp_notification,
session=dbsession)
dbsession.add(new_notification)
dbsession.flush()
naSchema = NotificationActivatorSchema()
notificationActivator = {}
notificationActivator["notificationId"] = new_notification.id
notificationActivator["activatorId"] = notification.get(
"activatorId")
notificationActivator[
"lastUpdated"] = ModelTools.get_utc_timestamp()
notificationActivator["isActive"] = notification.get(
"isActive", True)
logger.debug("notificationActivator: %s", notificationActivator)
new_na = naSchema.load(notificationActivator, session=dbsession)
dbsession.add(new_na)
elif notification.get("typeId") == 2:
tmp_notification = {}
tmp_notification["typeId"] = notification.get("typeId")
tmp_notification["message"] = notification.get("message")
tmp_notification["isActive"] = notification.get("isActive", True)
tmp_notification["isRead"] = notification.get("isRead")
tmp_notification["importance"] = notification.get("importance")
tmp_notification["toUserId"] = notification.get("toUserId")
tmp_notification["fromUserId"] = notification.get("fromUserId")
tmp_notification["lastUpdated"] = ModelTools.get_utc_timestamp()
aSchema = NotificationSchema()
new_notification = aSchema.load(tmp_notification,
session=dbsession)
dbsession.add(new_notification)
dbsession.flush()
naSchema = NotificationTeamSchema()
notificationTeam = {}
notificationTeam["notificationId"] = new_notification.id
notificationTeam["teamId"] = notification.get("teamId")
notificationTeam["lastUpdated"] = ModelTools.get_utc_timestamp()
notificationTeam["isActive"] = notification.get("isActive", True)
new_na = naSchema.load(notificationTeam, session=dbsession)
dbsession.add(new_na)
elif notification.get("typeId") == 3:
tmp_notification = {}
tmp_notification["typeId"] = notification.get("typeId")
tmp_notification["message"] = notification.get("message")
tmp_notification["isActive"] = notification.get("isActive", True)
tmp_notification["isRead"] = notification.get("isRead")
tmp_notification["importance"] = notification.get("importance")
tmp_notification["toUserId"] = notification.get("toUserId")
tmp_notification["fromUserId"] = notification.get("fromUserId")
tmp_notification["lastUpdated"] = ModelTools.get_utc_timestamp()
aSchema = NotificationSchema()
new_notification = aSchema.load(tmp_notification,
session=dbsession)
dbsession.add(new_notification)
dbsession.flush()
nadSchema = NotificationApplicationDeploymentSchema()
notificationApplicationDeployment = {}
notificationApplicationDeployment[
"notificationId"] = new_notification.id
notificationApplicationDeployment[
"applicationId"] = notification.get("applicationId")
notificationApplicationDeployment[
"lastUpdated"] = ModelTools.get_utc_timestamp()
notificationApplicationDeployment["isActive"] = notification.get(
"isActive", True)
new_na = nadSchema.load(notificationApplicationDeployment,
session=dbsession)
dbsession.add(new_na)
elif notification.get("typeId") == 4:
tmp_notification = {}
tmp_notification["typeId"] = notification.get("typeId")
tmp_notification["message"] = notification.get("message")
tmp_notification["isActive"] = notification.get("isActive", True)
tmp_notification["isRead"] = notification.get("isRead")
tmp_notification["importance"] = notification.get("importance")
tmp_notification["toUserId"] = notification.get("toUserId")
tmp_notification["fromUserId"] = notification.get("fromUserId")
tmp_notification["lastUpdated"] = ModelTools.get_utc_timestamp()
aSchema = NotificationSchema()
new_notification = aSchema.load(tmp_notification,
session=dbsession)
dbsession.add(new_notification)
dbsession.flush()
nsdSchema = NotificationSolutionDeploymentSchema()
notificationSolutionDeployment = {}
notificationSolutionDeployment[
"notificationId"] = new_notification.id
notificationSolutionDeployment["solutionId"] = notification.get(
"solutionId")
notificationSolutionDeployment[
"lastUpdated"] = ModelTools.get_utc_timestamp()
notificationSolutionDeployment["isActive"] = notification.get(
"isActive", True)
new_na = nsdSchema.load(notificationSolutionDeployment,
session=dbsession)
dbsession.add(new_na)
else:
logger.error(
"Unknown notification type, the transaction will be rolled back for this notification!"
)
dbsession.rollback()
else:
# Update
aSchema = NotificationSchema()
if notification.get("typeId") == 1:
notification.pop("typeId")
updated_notification = aSchema.load(notification,
session=dbsession)
dbsession.merge(updated_notification)
dbsession.flush()
notificationActivator = (
dbsession.query(NotificationActivator).filter(
NotificationActivator.notificationId ==
updated_notification.id).one())
notificationActivator.lastUpdated = ModelTools.get_utc_timestamp()
notificationActivator.isActive = notification.get(
"isActive", notificationActivator.isActive)
dbsession.merge(notificationActivator)
elif notification.get("typeId") == 2:
notification.pop("typeId")
updated_notification = aSchema.load(notification,
session=dbsession)
dbsession.merge(updated_notification)
dbsession.flush()
notificationTeam = (dbsession.query(NotificationTeam).filter(
NotificationTeam.notificationId ==
updated_notification.id).one())
notificationTeam.lastUpdated = ModelTools.get_utc_timestamp()
notificationTeam.isActive = notification.get(
"isActive", notificationTeam.isActive)
dbsession.merge(notificationTeam)
elif notification.get("typeId") == 3:
notification.pop("typeId")
updated_notification = aSchema.load(notification,
session=dbsession)
dbsession.merge(updated_notification)
dbsession.flush()
notificationApplicationDeployment = (
dbsession.query(NotificationApplicationDeployment).filter(
NotificationApplicationDeployment.notificationId ==
updated_notification.id).one())
notificationApplicationDeployment.lastUpdated = (
ModelTools.get_utc_timestamp())
notificationApplicationDeployment.isActive = notification.get(
"isActive", notificationApplicationDeployment.isActive)
dbsession.merge(notificationApplicationDeployment)
elif notification.get("typeId") == 4:
notification.pop("typeId")
updated_notification = aSchema.load(notification,
session=dbsession)
dbsession.merge(updated_notification)
dbsession.flush()
notificationSolutionDeployment = (
dbsession.query(NotificationSolutionDeployment).filter(
NotificationSolutionDeployment.notificationId ==
updated_notification.id).one())
notificationSolutionDeployment.lastUpdated = ModelTools.get_utc_timestamp(
)
notificationSolutionDeployment.isActive = notification.get(
"isActive", notificationSolutionDeployment.isActive)
dbsession.merge(notificationSolutionDeployment)
else:
logger.error(
"typeId is missing, the transaction will be rolled back for this notification!"
)
dbsession.rollback()
logger.debug("processed: %s", notification)
return notification
def create(solutionDetails):
"""
This function creates a new solution in the solutions list
based on the passed in solutions data
:param solution: solution to create in solutions list
:return: 201 on success, 406 on solutions exists
"""
data = None
with db_session() as dbs:
# Defaults
if solutionDetails.get("isActive") is None:
solutionDetails["isActive"] = True
if solutionDetails.get("isFavourite") is None:
solutionDetails["isFavourite"] = False
if solutionDetails.get("deployed") is None:
solutionDetails["deployed"] = False
if solutionDetails.get("deploymentState") is None:
solutionDetails["deploymentState"] = ""
if solutionDetails.get("statusId") is None:
solutionDetails["statusId"] = 0
if solutionDetails.get("statusCode") is None:
solutionDetails["statusCode"] = ""
if solutionDetails.get("statusMessage") is None:
solutionDetails["statusMessage"] = ""
if solutionDetails.get("isSandbox") is None:
solutionDetails["isSandbox"] = False
# Remove applications because Solutions don't have
# any applications when they are first created
if "applications" in solutionDetails:
del solutionDetails["applications"]
# we don't need the id, the is generated automatically on the database
if "id" in solutionDetails:
del solutionDetails["id"]
solutionDetails["lastUpdated"] = ModelTools.get_utc_timestamp()
envs = solutionDetails.get("environments")
# Removing this as the below schema is not expecting this field.
if "environments" in solutionDetails:
del solutionDetails["environments"]
schema = SolutionSchema(many=False)
new_solution = schema.load(solutionDetails, session=dbs)
new_solution.lastUpdated = ModelTools.get_utc_timestamp()
dbs.add(new_solution)
dbs.flush()
if envs:
solution_extension.create_solution_environments(new_solution.id,
envs,
dbsession=dbs)
new_solution = solution_extension.expand_solution(new_solution,
dbsession=dbs)
schema = ExtendedSolutionSchema()
data = schema.dump(new_solution)
# Serialize and return the newly created solution
# in the response
return data, 201
