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# frozen_string_literal: true
class UpdateVulnerabilityReadsTriggerToSetHasIssue < Gitlab::Database::Migration[2.1]
enable_lock_retries!
def up
execute(<<~SQL)
CREATE OR REPLACE FUNCTION insert_or_update_vulnerability_reads()
RETURNS trigger
LANGUAGE plpgsql
AS $$
DECLARE
severity smallint;
state smallint;
report_type smallint;
resolved_on_default_branch boolean;
present_on_default_branch boolean;
namespace_id bigint;
has_issues boolean;
BEGIN
IF (NEW.vulnerability_id IS NULL AND (TG_OP = 'INSERT' OR TG_OP = 'UPDATE')) THEN
RETURN NULL;
END IF;
IF (TG_OP = 'UPDATE' AND OLD.vulnerability_id IS NOT NULL AND NEW.vulnerability_id IS NOT NULL) THEN
RETURN NULL;
END IF;
SELECT
vulnerabilities.severity, vulnerabilities.state, vulnerabilities.report_type, vulnerabilities.resolved_on_default_branch, vulnerabilities.present_on_default_branch
INTO
severity, state, report_type, resolved_on_default_branch, present_on_default_branch
FROM
vulnerabilities
WHERE
vulnerabilities.id = NEW.vulnerability_id;
IF present_on_default_branch IS NOT true THEN
RETURN NULL;
END IF;
SELECT
projects.namespace_id
INTO
namespace_id
FROM
projects
WHERE
projects.id = NEW.project_id;
SELECT
EXISTS (SELECT 1 FROM vulnerability_issue_links WHERE vulnerability_issue_links.vulnerability_id = NEW.vulnerability_id)
INTO
has_issues;
INSERT INTO vulnerability_reads (vulnerability_id, namespace_id, project_id, scanner_id, report_type, severity, state, resolved_on_default_branch, uuid, location_image, cluster_agent_id, casted_cluster_agent_id, has_issues)
VALUES (NEW.vulnerability_id, namespace_id, NEW.project_id, NEW.scanner_id, report_type, severity, state, resolved_on_default_branch, NEW.uuid::uuid, NEW.location->>'image', NEW.location->'kubernetes_resource'->>'agent_id', CAST(NEW.location->'kubernetes_resource'->>'agent_id' AS bigint), has_issues)
ON CONFLICT(vulnerability_id) DO NOTHING;
RETURN NULL;
END
$$
SQL
execute(<<~SQL)
CREATE OR REPLACE FUNCTION insert_vulnerability_reads_from_vulnerability()
RETURNS trigger
LANGUAGE plpgsql
AS $$
DECLARE
scanner_id bigint;
uuid uuid;
location_image text;
cluster_agent_id text;
casted_cluster_agent_id bigint;
namespace_id bigint;
has_issues boolean;
BEGIN
SELECT
v_o.scanner_id, v_o.uuid, v_o.location->>'image', v_o.location->'kubernetes_resource'->>'agent_id', CAST(v_o.location->'kubernetes_resource'->>'agent_id' AS bigint), projects.namespace_id
INTO
scanner_id, uuid, location_image, cluster_agent_id, casted_cluster_agent_id, namespace_id
FROM
vulnerability_occurrences v_o
INNER JOIN projects ON projects.id = v_o.project_id
WHERE
v_o.vulnerability_id = NEW.id
LIMIT 1;
SELECT
EXISTS (SELECT 1 FROM vulnerability_issue_links WHERE vulnerability_issue_links.vulnerability_id = NEW.id)
INTO
has_issues;
INSERT INTO vulnerability_reads (vulnerability_id, namespace_id, project_id, scanner_id, report_type, severity, state, resolved_on_default_branch, uuid, location_image, cluster_agent_id, casted_cluster_agent_id, has_issues)
VALUES (NEW.id, namespace_id, NEW.project_id, scanner_id, NEW.report_type, NEW.severity, NEW.state, NEW.resolved_on_default_branch, uuid::uuid, location_image, cluster_agent_id, casted_cluster_agent_id, has_issues)
ON CONFLICT(vulnerability_id) DO NOTHING;
RETURN NULL;
END
$$
SQL
end
def down
execute(<<~SQL)
CREATE OR REPLACE FUNCTION insert_or_update_vulnerability_reads() RETURNS trigger
LANGUAGE plpgsql
AS $$
DECLARE
severity smallint;
state smallint;
report_type smallint;
resolved_on_default_branch boolean;
present_on_default_branch boolean;
namespace_id bigint;
BEGIN
IF (NEW.vulnerability_id IS NULL AND (TG_OP = 'INSERT' OR TG_OP = 'UPDATE')) THEN
RETURN NULL;
END IF;
IF (TG_OP = 'UPDATE' AND OLD.vulnerability_id IS NOT NULL AND NEW.vulnerability_id IS NOT NULL) THEN
RETURN NULL;
END IF;
SELECT
vulnerabilities.severity, vulnerabilities.state, vulnerabilities.report_type, vulnerabilities.resolved_on_default_branch, vulnerabilities.present_on_default_branch
INTO
severity, state, report_type, resolved_on_default_branch, present_on_default_branch
FROM
vulnerabilities
WHERE
vulnerabilities.id = NEW.vulnerability_id;
IF present_on_default_branch IS NOT true THEN
RETURN NULL;
END IF;
SELECT
projects.namespace_id
INTO
namespace_id
FROM
projects
WHERE
projects.id = NEW.project_id;
INSERT INTO vulnerability_reads (vulnerability_id, namespace_id, project_id, scanner_id, report_type, severity, state, resolved_on_default_branch, uuid, location_image, cluster_agent_id, casted_cluster_agent_id)
VALUES (NEW.vulnerability_id, namespace_id, NEW.project_id, NEW.scanner_id, report_type, severity, state, resolved_on_default_branch, NEW.uuid::uuid, NEW.location->>'image', NEW.location->'kubernetes_resource'->>'agent_id', CAST(NEW.location->'kubernetes_resource'->>'agent_id' AS bigint))
ON CONFLICT(vulnerability_id) DO NOTHING;
RETURN NULL;
END
$$;
SQL
execute(<<~SQL)
CREATE OR REPLACE FUNCTION insert_vulnerability_reads_from_vulnerability() RETURNS trigger
LANGUAGE plpgsql
AS $$
DECLARE
scanner_id bigint;
uuid uuid;
location_image text;
cluster_agent_id text;
casted_cluster_agent_id bigint;
namespace_id bigint;
BEGIN
SELECT
v_o.scanner_id, v_o.uuid, v_o.location->>'image', v_o.location->'kubernetes_resource'->>'agent_id', CAST(v_o.location->'kubernetes_resource'->>'agent_id' AS bigint), projects.namespace_id
INTO
scanner_id, uuid, location_image, cluster_agent_id, casted_cluster_agent_id, namespace_id
FROM
vulnerability_occurrences v_o
INNER JOIN projects ON projects.id = v_o.project_id
WHERE
v_o.vulnerability_id = NEW.id
LIMIT 1;
INSERT INTO vulnerability_reads (vulnerability_id, namespace_id, project_id, scanner_id, report_type, severity, state, resolved_on_default_branch, uuid, location_image, cluster_agent_id, casted_cluster_agent_id)
VALUES (NEW.id, namespace_id, NEW.project_id, scanner_id, NEW.report_type, NEW.severity, NEW.state, NEW.resolved_on_default_branch, uuid::uuid, location_image, cluster_agent_id, casted_cluster_agent_id)
ON CONFLICT(vulnerability_id) DO NOTHING;
RETURN NULL;
END
$$;
SQL
end
end
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