* Add a DAO for RegistryLock objects
* Add an index on verification code and remove old file
* Move to v4
* Use camelCase in index names
* Javadoc fixes
* Allow alteration of RegistryLock objects in-place
* save, load-modify, read in separate transactions
* Change the creation timestamp to be a CreateAutoTimestamp
* Add persistence.xml to the war files
* Always use the DummyJpaTransactionManager
Use the DJTM until we get all of the dependencies set up for all of the
environments.
This shouldn't affect any of the unit tests, these use the
JpaTransactionManagerRule to set up a local database and connection.
This fixes the App Engine build.
* Implement CreateAutoTimestampConverter
Implement a JPA-based converter for CreateAutoTimestamp, allowing us to
persist instances of this class.
Note that converters appear to be required to convert to and from database
types that are generally known to JDBC. For example, conversion to Timestamp
works, conversion to OffsetDateTime does not (even though this works through
the JDBC interface directly).
* Improve error handling for environment property
Improve the error messages that we get for a bad or missing environment
property. Move the property processing into the main build so that we do it
only once and configure all of the appengine deployment tasks to check that a
project has been defined and print a friendly error if it hasn't.
Note that even if the check isn't configured, this change prevents deployment
because the gcpProject will be set to null. It just won't print as useful an
error message.
Tested: ran appengineDeployAll with and without the environment property, ran
"build" to verify that we don't get any complaints for non-deployment targets.
* Changes for review.
* Changes for review
* Changes for review.
* Changes for review.
* Give JpaTransactionManagerRule more parameters
Allow users of the rule to add annotated classes and properties, both useful
for testing.
* Change in response to review.
* Changes for review.
* Move test EntityManagerFactory create method
Move the test create method into the JpaTransactionManagerRuleTest.
* Remove nomulus SQL dialect from G.S.S.Command
Remove NomulusPostgreSQLDialect from GenerateSqlSchemaCommand (it has been
moved to its own top-level class).
* Add maven-publish task for SQL schema jar
Add task to publish SQL schema jar with flyway scripts and
golden schema to a maven repo. This will be used
for pre-release testing in the future.
This task is not part of build and needs to be invoked explicitly.
User needs to provide schema_jar_repo and schema_version
properties.
* Merge branch 'master' of https://github.com/google/nomulus into publish-schema-jar
* Add maven-publish task for SQL schema jar
Add task to publish SQL schema jar with flyway scripts and
golden schema to a maven repo. This will be used
for pre-release testing in the future.
This task is not part of build and needs to be invoked explicitly.
User needs to provide schema_jar_repo and schema_version
properties.
Export of cl/270900150.
To refer to a KMS key or key ring, we should use the stable `.self_link`. Using `.id` instead provides an unstable identifier which may change (and it will change in the upcoming update of the google provider to 2.9.1). A change in the identifier will cause Terraform to destroy and recreate the key. Destroying the key means all data associated with it is lost; the key cannot be recreated.
This CL replaces `.id` with `.self_link`, so all of those problems will not happen. In addition, `prevent_destroy` protects the key against delete-and-recreate in general.
* Upgrade to Truth 1.0
Refactored fail(...) to assertWithMessage().fail().
Upgraded com.google.monitoring-client family of dependencies to 1.0.6
Also fixed bad use of io.StringIO (on binary buffer) recently introduced to
google-java-format-diff.py.
For some reason tools.jar (which we don't need in the runtime in the first
place) gets exploded readonly, causing subsequent builds to fail since they
can't overwrite it. This hack makes it writable at the end of explodeWar.
* Fix dependency-locking config
Reenable dependency locking after a bug errorneouly turned it off.
Removed the guava-related workaround that forcefully resolve to
the -jre distribution.
Enabled locking for buildSrc by updating its property file.
Updated all lock files.
* Output command test output as well as consuming it
CommandTestCase currently consumes stdout & stderr for the command being
tested. Unfortunately, this results in us not being able to see the command
output. Add an output splitter so that output gets written to the original
stream in addition to being captured.
A simpler approach would be to print the captured data after command
completion. However, this won't work for tests that become hung and also
won't display results in real-time.
Tested: Ran a command test with verboseTestOutput=true, verified that standard
output was visible.
* Save and restore original stdout/err in cmd tests
We have to restore the original stdout/stderr print streams otherwise we end
up nesting them across tests which eventually causes the RDE tests to OOM.
* Add RegistryLock schema to Flyway deployment folder
Added creation script of RegistryLock to Flyway deployment folder.
Fixed previous scripts (PremiumList- and ClaimsList-related) for
FK name change (cause by table name changes: names are quoted now).
We should consider generating foreign key names by ourselves.
Since the alpha database is empty, we dropped and recreated the schema.
Added instructions on how to submit new database incremental changes
in the README file.
Updated RegistryLock.java, removing unnecessary annotations:
- For most fields, the 'name=' property is no longer necessary not that
the naming strategy is in place. The exceptions are the two used in
the unique index.
- The @Column annotation is implicit.
* Force Gradle to use jre version of Guava
Guava is often specified by version only by other
dependencies. In such cases, Gradle usually resolves
it to the '-android' version, which lacks the collection
classes.
We use custom resolution strategy to force the selection
of the '-jre' version.
* Add schema deployment tests
Updated flyway schema script files so that they reflect what is
currently deployed in alpha: ClaimsList and PremiumList related
elements.
Put post-schema-push pg_dump output in nomulus.golden.sql as the
authoritative schema. Also added test to verify that the schema
pushed by flyway will result in exactly the golden schema.
Upgraded testcontainers to 1.12.1.
Added a custom Truth subject for better diffing of multi-line
text blocks.
Removed claims_list.sql and premium_list.sql, as we do not have use for
them.
* Add schema deployment tests
Updated flyway schema script files so that they reflect what is
currently deployed in alpha: ClaimsList and PremiumList related
elements.
Put post-schema-push pg_dump output in nomulus.golden.sql as the
authoritative schema. Also added test to verify that the schema
pushed by flyway will result in exactly the golden schema.
Upgraded testcontainers to 1.12.1.
Added a custom Truth subject for better diffing of multi-line
text blocks.
Removed claims_list.sql and premium_list.sql, as we do not have use for
them.
* Add schema deployment tests
Updated flyway schema script files so that they reflect what is
currently deployed in alpha: ClaimsList and PremiumList related
elements.
Put post-schema-push pg_dump output in nomulus.golden.sql as the
authoritative schema. Also added test to verify that the schema
pushed by flyway will result in exactly the golden schema.
Upgraded testcontainers to 1.12.1.
Added a custom Truth subject for better diffing of multi-line
text blocks.
Removed claims_list.sql and premium_list.sql, as we do not have use for
them.
* Regenerate schema using tools command
Rerun GenerateSqlSchemaCommand to pick up RegistryLock
and naming strategy change.
Also updated a new license term which seems to just pop up.
* Add RegistryLock SQL schema
* Refactor a bit
* Move registrylock -> domain
* Clearing up lock workflow
* Add more docs and remove LockStatus
* Responses to CR
* Add repoId javadoc
* Add registry lock to persistence xml file
* Quote rather than backtick
* Remove unnecessary check
* File TODO
* Remove uniqueness constraint on verification code
* Remove import
* add index
* Add to SQL generation task
* Move fields around to be the same order as Hibernate's generated sql
* Use Flyway to deploy SQL schema to non-prod
Added Gradle tasks to deploy and drop schema in alpha
using Flyway.
Updated ClaimsList.java so that Hibernate-generated
schema would use the right types.
Using 'varchar(255)' instead of 'text' for string columns
for now. We will need to investigate how to force Hibernate
to use the desired types in all cases.
* Use Flyway to deploy SQL schema to non-prod
Added Gradle tasks to deploy and drop schema in alpha
using Flyway.
Updated ClaimsList.java so that Hibernate-generated
schema would use the right types.
Using 'varchar(255)' instead of 'text' for string columns
for now. We will need to investigate how to force Hibernate
to use the desired types in all cases.Added Gradle tasks to deploy and drop schema in alpha
using Flyway.
Updated ClaimsList.java so that Hibernate-generated
schema would use the right types.
Using 'varchar(255)' instead of 'text' for string columns
for now. We will need to investigate how to force Hibernate
to use the desired types in all cases.
* Use Flyway to deploy SQL schema to non-prod
Added Gradle tasks to deploy and drop schema in alpha
using Flyway.
Corrected the type of ClaimsEntry's revision_id column.
It should be plain int8, not bigserial.
Make GenerateSqlSchemaCommand use a custom dialect that
converts all varchar type to 'text' and timestamp to
'timestamptz'.
* Use Flyway to deploy SQL schema to non-prod
Added Gradle tasks to deploy and drop schema in alpha
using Flyway.
Use a custome dialect in GenerateSqlSchemaCommand to
convert varchar type to 'text' and timestamp to 'timestamptz'.
Corrected ClaimsEntry's revision_id column type to int8.
This column tracks parent table's primary key and should
not be bigserial.
* Use Flyway to deploy SQL schema to non-prod
Added Gradle tasks to deploy and drop schema in alpha
using Flyway.
Use a custome dialect in GenerateSqlSchemaCommand to
convert varchar type to 'text' and timestamp to 'timestamptz'.
Corrected ClaimsEntry's revision_id column type to int8.
This column tracks parent table's primary key and should
not be bigserial.
* Use Flyway to deploy SQL schema to non-prod
Added Gradle tasks to deploy and drop schema in alpha
using Flyway.
Use a custome dialect in GenerateSqlSchemaCommand to
convert varchar type to 'text' and timestamp to 'timestamptz'.
Corrected ClaimsEntry's revision_id column type to int8.
This column tracks parent table's primary key and should
not be bigserial.
* Re-add other schema classes
* Add Cloud SQL schema for premium lists
This won't work quite yet, pending a solution for the type translator issue
(which will be needed for the currency field, and potentially others).
* Generate basic schema for all of DomainBase
Generate a basic schema for DomainBase and everything that is part of it.
This still isn't complete, in particular it lacks:
- Correct conversions for problematic types (e.g. DateTime, Key...)
- Schema generation for history records.
- Name translation.
* Make parameter names in generate_sql_schema command consistent
The rest of the nomulus commands use underscores for delimiting words in
parameter names, so this should too.
Also fixed capitalization of some proper nouns.
* Move EntityManagerFactoryProviderTest to fragile
* Add EMF Provider Test to docker tests
Add EntityManagerFactoryProviderTest to the docker incompatible test patterns
and use the latter list to compose the fragile tests.
* Start postgresql container in generate_sql_schema
Add a --start-postgresql option to the nomulus generate_sql_schema command so
that users don't have to start their own docker container to run it.
* Made default behavior be to give guidance
* Don't write TX records for domains deleted in autorenew grace period
When the project was originally being designed, we envisioned have a purely
point-in-time architecture that would allow the system to run indefinitely
without requiring any background batch jobs. That is, you could create a domain,
and 10 years later you could infer every autorenewal billing event that should
have happened during those 10 years, without ever having to run any code that
would go through and retroactively create those events as they happened.
This ended up being very complicated, especially when it came to generating
invoices, so we gave up on it and instead wrote the
ExpandRecurringBillingEventsAction mapreduce, which would run as a cronjob and
periodically expand the recurring billing information into actual one-time
billing events. This made the invoicing scripts MUCH less complicated since they
only had to tabulate one-time billing events that had actually occurred over the
past month, rather than perform complicated logic to infer every one-time event
over an arbitrarily long period.
I bring this up because this architectural legacy explains why billing events
are more complicated than could otherwise be explained from current
requirements. This is why, for instance, when a domain is deleted during the 45
day autorenewal period, the ExpandRecurringBillingEventsAction will still write
out a history entry (and corresponding billing events) on the 45th day, because
it needs to be offset by the cancellation billing event for the autorenew grace
period that was already written out synchronously as part of the delete flow.
This no longer really makes sense, and it would be simpler to just not write out
these phantom history entries and billing events at all, but it would be a
larger modification to fix this, so I'm not touching it here.
Instead, what I have done is to simply not write out the DomainTransactionRecord
in the mapreduce if the recurring billing event has already been canceled
(i.e. because the domain was deleted or transferred). This seems inconsistent
but actually does make sense, because domain transaction records are never
written out speculatively (unlike history entries and billing events); they
correspond only to actions that have actually happen. This is because they were
architected much more recently than billing events, and don't use the
point-in-time hierarchy.
So, here's a full accounting of how DomainTransactionRecords work as of this commit:
1. When a domain is created, one is written out.
2. When a domain is explicitly renewed, one is written out.
3. When a domain is autorenewed, one is written out at the end of the grace period.
4. When a domain is deleted (in all cases), a record is written out recording the
deletion.
5. When a domain is deleted in the add grace period, an offsetting record is
written out with a negative number of years, in addition to the deletion record.
6. When a domain is deleted in the renewal grace period, an offsetting record is
likely written out in addition.
7. When a domain is deleted in the autorenew grace period, there is no record that
needs to be offset because no code ran at the exact time of the autorenew, so
NO additional record should be written out by the expand mapreduce.
*THIS IS CHANGED AS OF THIS COMMIT*.
8. When a domain is transferred, all existing grace periods are cancelled and
corresponding cancelling records are written out. Note that transfers include a
mandatory, irrevocable 1 year renewal.
9. In the rare event that a domain is restored, all recurring events are
re-created, and there is a 1 year mandatory renewal as part of the restore with
corresponding record written out.
So, in summary, billing events and history entries are often written out
speculatively, and can subsequently be canceled, but the same is not true of
domain transaction records. Domain transaction records are only written out as
part of a corresponding action (which for autorenewals is the expand recurring
cronjob).
* rm unused import
* Remove the "showAllOutput" property from the build
It doesn't work very well and has been superseded by "verboseTestOutput",
which does the same thing and more.
* Remove 'value' from RDAP link responses
* Change application type to rdap+json
* Merge remote-tracking branch 'origin/master' into removeValueRdap
* CR response
