cloud infra
Install foundry: obs.nagee.dev
Add foundry + dns
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README.md
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README.md
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1. Update `SERVICES` in `configure/operations/services.py` with your new service
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2. Run `mise run op-add-service`
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### Foundry and SigNoz
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This is experimental, so was installed manually.
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First, foundry was installed using the instructions here https://github.com/SigNoz/foundry
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I did have to do the following to get foundryctl to work and I followed the prerequesites here: https://github.com/SigNoz/foundry/tree/main/docs/examples/systemd/binary#prerequisites
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I changed the storage option to sqlite instead of postgresql.
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# Secrets
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`infra_do_space_json`:
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1. Go to
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configure/operations/postgresql.py
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configure/operations/postgresql.py
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from pyinfra import host, state
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from pyinfra.facts.server import LinuxName
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from pyinfra.operations import apt, files, postgresql, python
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if host.get_fact(LinuxName) != "Ubuntu":
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# Raises an exception mid-deploy
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python.raise_exception(
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name="Ensure we are Ubuntu",
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exception=NotImplementedError,
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args=("`postgresql.py` only works on Ubuntu",),
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)
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apt.packages(packages=["postgresql"], update=True, cache_time=3600)
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# Example from pyinfra:
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# # Setup a PostgreSQL role & database
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# #
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# postgresql.role(
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# name="Create the PostgreSQL role",
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# role="pyinfra",
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# password="somepassword",
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# superuser=True,
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# login=True,
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# sudo_user="postgres",
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# )
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# postgresql.database(
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# name="Create the pyinfra_stuff database",
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# database="pyinfra_stuff",
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# owner="pyinfra",
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# encoding="UTF8",
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# sudo_user="postgres",
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# )
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# # Upload & import a SQL file into the pyinfra_stuff database
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# #
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# filename = "files/a_db.sql"
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# temp_filename = state.get_temp_filename(filename)
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# files.put(
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# name="Upload the a_db.sql file",
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# src=filename,
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# dest=temp_filename,
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# )
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# postgresql.load(
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# name="Import the uploaded a_db.sql file",
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# src=temp_filename,
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# database="pyinfra_stuff",
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# sudo_user="postgres",
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# )
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# # Now duplicate the pyinfra_stuff database -> pyinfra_stuff_copy
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# #
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# postgresql.database(
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# name="Create the pyinfra_stuff_copy database",
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# database="pyinfra_stuff_copy",
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# sudo_user="postgres",
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# )
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# dump_filename = state.get_temp_filename("psql_dump")
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# postgresql.dump(
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# name="Dump the pyinfra_stuff database",
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# dest=dump_filename,
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# database="pyinfra_stuff",
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# sudo_user="postgres",
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# )
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# postgresql.load(
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# name="Import the pyinfra_stuff dump into pyinfra_stuff_copy",
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# src=dump_filename,
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# database="pyinfra_stuff_copy",
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# sudo_user="postgres",
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# )
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configure/operations/release.py
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configure/operations/release.py
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return bool(file_exists)
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def service_definition_exists(conf: SystemdServiceConf) -> bool | None:
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from pyinfra.facts.files import File as FileFact
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from pyinfra import host
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file_exists = host.get_fact(FileFact, str(conf.service_definition_path))
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return bool(file_exists)
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def service_running(conf: SystemdServiceConf) -> bool | None:
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from pyinfra.facts.systemd import SystemdStatus
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systemd.service(service=conf.service_name, daemon_reload=True)
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def stop_service(conf: SystemdServiceConf):
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from pyinfra.operations import systemd
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···
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if not executable_exists(conf):
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install_executable(conf)
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needs_full_restart = True
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if needs_full_restart:
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start_service(conf)
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else:
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configure/operations/services.py
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configure/operations/services.py
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}
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"""),
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),
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# Experimental!
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Service(
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name="obs",
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subdomain="obs",
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port=8080,
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envs=[Env.PROD],
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systemd_config=None, # currently handled manually!
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caddy_config=f"reverse_proxy localhost:8080",
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),
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]
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)
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+10
provision/dns.tf
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provision/dns.tf
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}
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// point obs.nagee.dev to the app server
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resource "porkbun_dns_record" "obs_nagee_dev" {
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domain = "nagee.dev"
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subdomain = "obs"
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type = "A"
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content = digitalocean_droplet.app_1.ipv4_address
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ttl = 600
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}
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resource "porkbun_dns_record" "bluesky_handle" {
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domain = "nagee.dev"
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subdomain = "_atproto"