This moves the new pipeline's invoice generation to the billing bucket, under the 'invoices/yyyy-MM' subdirectory.
This also changes the invoice e-mail to use a multipart message that attaches the invoice to the e-mail, to guarantee the correct MIME type and download.
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Created by MOE: https://github.com/google/moe
MOE_MIGRATED_REVID=181746191
This closes the end-to-end billing pipeline, allowing us to share generated detail reports with registrars via Drive and e-mail the invoicing team a link to the generated invoice.
This also factors out the email configs from ICANN reporting into the common 'misc' config, since we'll likely need alert e-mails for future periodic tasks.
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Created by MOE: https://github.com/google/moe
MOE_MIGRATED_REVID=180805972
This makes a few cosmetic changes that prepares the pipeline for production.
Namely:
- Converts file names to include the input yearMonth, mostly mirroring the original invoicing pipeline.
- Factors out the yearMonth logic from the reporting module to the more common backend module. We will likely use the default yearMonth logic in other backend tasks (such as spec11 reporting).
- Adds the "withTemplateCompatability" flag to the Bigquery read, which allows multiple uses of the same template.
- Adds the 'billing' task queue, which retries up to 5 times every 3 minutes, which is about the rate we desire for checking if the pipeline is complete.
- Adds a shell 'invoicing upload' class, which tests the retry semantics we want for post-generation work (e-mailing the invoice to crr-tech, and publishing detail reports)
While this cl may look big, it's mostly just a refactor and setting up boilerplate needed to frame the upload logic.
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Created by MOE: https://github.com/google/moe
MOE_MIGRATED_REVID=179849586
This establishes a fully functional pipeline which generates detail reports for each registrar_tld pair from Bigquery. The main features:
1. Deserialization from AVRO GenericRecord (from Bigquery) into BillingEvent, a POJO we control. This is especially valuable to enable intrinsic type-safety at the start of the pipeline.
2. Addition of .sql files containing the queries used to generate detail reports. These will later be templated to enable general usage.
3. Multi-file-writing within a single TextIO transform, which writes BillingEvents to different files based on their registrar_tld key combo.
This also upgrades the Beam core SDK referenced in repositories.bzl to 2.2.0 and returns the definitions to alphabetical order, to facilitate use of the check_bazel_deps.py script.
The final steps are:
- Converting this to a Nomulus command
- Templating the .sql queries
- @Injecting the @Config values for a given project
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Created by MOE: https://github.com/google/moe
MOE_MIGRATED_REVID=178124838
This serves as proof-of-concept to verify we can use Beam for our invoice generation use case. Namely, it checks that we can:
- Deploy a Beam template to GCS
- Read from Bigquery within the template
- Run the template from App Engine
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Created by MOE: https://github.com/google/moe
MOE_MIGRATED_REVID=175755390
This is the initial commit of the new billing system, rewritten as an Apache
Beam pipeline. This contains a basic end-to-end pipeline as proof of concept,
and boilerplate for GenerateInvoicesAction, which will eventually be our
automated invoice generation endpoint.
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Created by MOE: https://github.com/google/moe
MOE_MIGRATED_REVID=174184171
