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About Collectors
Collectors are extractors that are developed and managed by you (A customer of K).
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Python 3.6 - 3.9
Access to K landing directory
Access to Postgres (see section below)
Postgres Access
Log into Redshift as a Superuser. Superuser access is required to complete the following steps.
Create a Redshift user. This user MUST be either (one or the other below, we generally recommend 2.)
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Be a Superuser. Refer to https://docs.aws.amazon.com/redshift/latest/dg/r_superusers.html to view all required data.
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ALTER USER <kada user> CREATEUSER; -- GRANTS SUPERUSER |
Be a Database user with:
Unrestricted SYSLOG ACCESS refer to https://docs.aws.amazon.com/redshift/latest/dg/c_visibility-of-data.html. This will allow full access to the STL tables for the user.
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ALTER USER <kada user> SYSLOG ACCESS UNRESTRICTED; -- GRANTS READ ACCESS |
Select Access to existing and future tables in all Schemas for each Database you want K to ingest.
List all existing Schema in the Database by running
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SELECT DISTINCT schema_name FROM svv_all_tables; -- LIST ALL SCHEMAS |
For each schema above do the following to allow the user select access to all tables inside the Schema and any new tables created in the schema thereafter.
You also must do this for ANY new schemas created in the Database to ensure K has view of it.
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GRANT USAGE ON SCHEMA <schema name> TO <kada user>;
GRANT SELECT ON ALL TABLES IN SCHEMA <schema name> TO <kada user>;
ALTER DEFAULT PRIVILEGES IN SCHEMA <schema name> GRANT SELECT ON TABLES TO <kada user>; |
PG Catalog
The PG tables are granted per database but generally all users should have access to them on DB creation. In the event the user doesn’t have access, explicit grants will need to be done per new DB in Postgres.
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GRANT USAGE ON SCHEMA pg_catalog TO <kada user>;
GRANT SELECT ON ALL TABLES IN SCHEMA pg_catalog TO <kada user>; |
The user used for the extraction must also be able to connect to the the databases needed for extraction.
PG Tables
These tables are per database in Postgres
pg_class
pg_user
pg_group
pg_namespace
pg_proc
pg_database
System Tables
These tables can be accessed in any database and reads from the leader node in Postgres
svv_all_columns
svv_all_tables
svv_tables
svv_external_tables
svv_external_schemas
stl_query
stl_querytext
stl_ddltext
stl_utilitytext
stl_query_metrics
stl_sessions
stl_connection_log
Databases
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dev (The extractor uses the dev database as a test access point)
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The user used for the extractor will need access to a number of pg_catalog tables outlined below
PG Catalog
Generally all users should have access to the pg_catalog tables on DB creation. In the event the user doesn’t have access, explicit grants will need to be done per new DB in Postgres.
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GRANT USAGE ON SCHEMA pg_catalog TO <kada user>;
GRANT SELECT ON ALL TABLES IN SCHEMA pg_catalog TO <kada user>; |
The user used for the extraction must also be able to connect to the the databases needed for extraction.
PG Tables
These tables are per database in Postgres
pg_class
pg_namespace
pg_proc
pg_database
pg_language
pg_type
pg_collation
pg_depend
pg_sequence
Databases
All other databases that you want onboarded
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Note that visibility of entries in these tables will depend on if the user has SELECT access to the table, so make sure SELECT is granted to the <kada user> for all tables within the database. You may need to re-apply this grant if schemas are dropped, you may also wish to apply a default grant on the schema so future tables can be visible.
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Step 1: Create the Source in K
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