pytrilogyt 0.0.22

Simple Declarative Data Pipelines

Combine the simplicity of Trilogy with the tools of modern orchestration, such as DBT and Dagster.

Compile your models to ETL scripts to run on demand. Rebuild, run, and test easily.

Translates 'Persist' statements in Trilogy to scheduled ETL jobs.

Currently supported backends:

• trilogy (optimize a Trilogy model, execute in memory)
• dbt (optimize a Trilogy model, translate it to a DBT project, optionally execute with dbt CLI)
• dagster (optimize a trilogy model, translate it to a dagster project, optionally execute with dagster CLI)

Flags

--optimize=X - Any CTE used at least X times in calculating final model outputs will be materialized for reuse.

Install

pip install pytrilogyt

How to Run

trilogyt <preql_path> <output_path> --run

Trilogy

Optimize and (optionally) execute a trilogy script (or set of scripts)

trilogyt trilogy trilogy/scripts trilogy/build bigquery --run

DBT

For dbt, the output_path should be the root of the dbt project, where the dbt_project.yml file exists.

An example command:

trilogyt dbt dbt/trilogy/ dbt bigquery --run

Each source .preql file will be built into a separate DBT sub folder with one model per persist statement. If optimization is enabled (default), there will be optional "optimization" tables that can be imported and depended on.

17:12:37  Running with dbt=1.7.4
17:12:38  Registered adapter: bigquery=1.7.2
17:12:38  Found 4 models, 4 tests, 0 sources, 0 exposures, 0 metrics, 447 macros, 0 groups, 0 semantic models
17:12:38
17:12:40  Concurrency: 4 threads (target='dev')
17:12:40
17:12:41  1 of 4 START sql view model dbt_test.customers ................................. [RUN]
17:12:41  2 of 4 START sql table model dbt_test.customers_preql_preqlt_gen_model ......... [RUN]
17:12:41  3 of 4 START sql table model dbt_test.my_first_dbt_model ....................... [RUN]
17:12:42  1 of 4 OK created sql view model dbt_test.customers ............................ [CREATE VIEW (0 processed) in 1.09s]
17:12:43  3 of 4 OK created sql table model dbt_test.my_first_dbt_model .................. [CREATE TABLE (2.0 rows, 0 processed) in 2.78s]
17:12:43  4 of 4 START sql view model dbt_test.my_second_dbt_model ....................... [RUN]
17:12:44  2 of 4 OK created sql table model dbt_test.customers_preql_preqlt_gen_model .... [CREATE TABLE (100.0 rows, 4.3 KiB processed) in 3.55s]
17:12:44  4 of 4 OK created sql view model dbt_test.my_second_dbt_model .................. [CREATE VIEW (0 processed) in 1.10s]
17:12:44
17:12:44  Finished running 2 view models, 2 table models in 0 hours 0 minutes and 6.37 seconds (6.37s).
17:12:45  
17:12:45  Completed successfully
17:12:45
17:12:45  Done. PASS=4 WARN=0 ERROR=0 SKIP=0 TOTAL=4
customers: success
my_first_dbt_model: success
customers_preql_preqlt_gen_model: success
my_second_dbt_model: success

Dagster

For Dagster, each source .preql file will be built as a model, with one entrypoint script that imports all resources. If optimization is enabled (default), there will be optional "optimization" tables that can be imported and depended on.

An example command:

trilogyt dagster dbt/models/core/ ./dbt bigquery --run

From IO

Write-Output native """constant x <-5; persist into static as static select x;""" | trilogyt <output_path> bigquery