Thanks to @haraldkoch for starting this, @McNetic for picking it up.
* Added DS record type
* Added DS for cloudflare provider with tests
* Removed DS validation, fixed parse test
* Added generated files
* Added dnsimple ds record
* Regenerated documentation matrix
* rebased and regenerated
* Updated integration tests
* Rebase and regenerate
* Enable DS record type for provider desec
* Added DS record type
* Added DS for cloudflare provider with tests
* Removed DS validation, fixed parse test
* Added generated files
* Added dnsimple ds record
* Regenerated documentation matrix
* rebased and regenerated
* Updated integration tests
* Rebase and regenerate
* Enable DS record type for provider desec
* Rebase and fixes
Co-authored-by: Robert Koch <robert@kochie.io>
Co-authored-by: Nicolai Ehemann <nicolai.ehemann@enerko-informatik.de>
* Add AUTODNSSEC, implement for DNSimple
There are two models for DNSSEC in DNS management: either dnscontrol
manages all the DNSSEC records and has to be invoked regularly for
re-signing, or the provider manages DNSSEC automatically and dnscontrol
is not involved beyond saying "yeah, do that".
This implements the latter, as a model, and for one provider.
Potentially we could tune/configure options for DNSSEC such as
algorithm, but DNSimple don't expose that API so I haven't implemented
it.
This minimal model should be something which maps into other providers
cleanly.
* Fix missing CanAutoDNSSEC on provider
* Validation fix for master broken
This is broken in master and causing Travis in my branch to fail. The
validation tool runs with `gofmt -s` to require "simplify", and so
rejects an ignored second bound variable to range iteration.
* Correct wire in the AUTODNSSEC validation step
* Add GetZoneRecords to DNSProvider interface
* dnscontrol now uses ufave/cli/v2
* NEW: get-zones.md
* HasRecordTypeName should be a method on models.Records not models.DomainConfig
* Implement BIND's GetZoneRecords
* new WriteZoneFile implemented
* go mod vendor
* Update docs to use get-zone instead of convertzone
* Add CanGetZone capability and update all providers.
* Get all zones for a provider at once (#626)
* implement GetZoneRecords for cloudflare
* munge cloudflare ttls
* Implement GetZoneRecords for cloudflare (#625)
Co-authored-by: Craig Peterson <192540+captncraig@users.noreply.github.com>
* Switched to v2 go.mod
Also set GO111MODULE=on in build stuff to always use Go modules
even when in GOPATH.
* Ensure go.mod, go.sum, and vendor are up to date
* Attempt to fix Azure pipelines
* Add set -e to properly fail on exit (it didn't seem to be
propagating properly before).
* Set workingDirectory for GoFmt and GoGen (this might be why it
fails unlike compile and unitests).
* Another attempt to fix Azure Pipelines
* Use the Go env template for all go-related jobs.
* Completely fixed Azure Pipelines
* Added a display name to GoFmt for consistency.
* Fixed diffs for GoFmt and GoGen.
* Show git status for checks.
* Drop GOPATH for tests
TODO: Do the same for integration tests.
* Drop GOPATH for integration tests
* Show more diffs
* Regenerate provider support matrix
This wasn't done in #590...
* Stable comparison of metadata (#239)
Iterating over a map in Go never produces twice the same ordering.
Thus when comparing two metadata map with more than one key, the
`differ` is always finding differences.
To properly compare records metadata, we need to iterate the maps
in a deterministic way.
Signed-off-by: Brice Figureau <brice@daysofwonder.com>
* Support for Route53 ALIAS record type (#239)
Route53 ALIAS doesn't behave like a regular ALIAS, and is much more
limited as its target can only be some specific AWS resources or
another record in the same zone.
According to #239, this change adds a new directive R53_ALIAS which
implements this specific alias. This record type can only be used
with the Route53 provider.
This directive usage looks like this:
```js
D("example.com", REGISTRAR, DnsProvider("ROUTE53"),
R53_ALIAS("foo1", "A", "bar") // record in same zone
R53_ALIAS("foo2", "A",
"blahblah.elasticloadbalancing.us-west-1.amazonaws.com",
R53_ZONE('Z368ELLRRE2KJ0')) // ELB in us-west-1
```
Unfortunately, Route53 requires indicating the hosted zone id
where the target is defined (those are listed in AWS documentation,
see the R53_ALIAS documentation for links).
