Okay — let’s cut the noise and fix this now. You’re seeing Peer authentication failed for user "oogway" and the system is talking on an IP/port you didn’t want. Root cause is always one of these: (A) PostgreSQL is configured to require peer auth on unix sockets (which expects the OS user to match the DB user), (B) the cluster is bound to a TCP port you don’t want, and/or (C) some app/config is still pointing to an IP:port instead of the unix socket. Below is a tight, ordered checklist with exact commands to run on your Ubuntu machine. Do them in order and you’ll be back to direct unix-socket writes.

---

Quick plan (do these, top → bottom)

1. Check server status + which socket/port it’s using

sudo systemctl status postgresql
# get PG version dir name, e.g. 14 or 15
ls /etc/postgresql
# show runtime settings (uses socket)
sudo -u postgres psql -c "SHOW unix_socket_directories; SHOW port; SHOW listen_addresses;"
# show active sockets and tcp listeners
sudo ss -lx | grep postgres || true
sudo ss -ltnp | grep postgres || true

2. Force a socket test (explicit)
   This forces libpq to use the unix socket path.

# replace /var/run/postgresql with the unix_socket_directories you saw above if different
psql -h /var/run/postgresql -d tokenspace -U oogway

If this gives peer authentication failed, it confirms auth is the issue (not TCP).

3. If you want unix-socket + password (recommended for your setup)
   Edit pg_hba.conf so local connections use md5 (password) instead of peer.

Find pg_hba.conf path (common on Debian/Ubuntu):

# show config file location
sudo -u postgres psql -c "SHOW hba_file;"

Then edit:

sudo nano /etc/postgresql/<VERSION>/main/pg_hba.conf
# or use the path returned by SHOW hba_file

Change the local line from:

local   all   all   peer

to:

local   all   all   md5

(If you want strict peer-only access, keep peer — but then OS user must be oogway).

After editing, create/set the DB user password:

# set a password for DB role 'oogway' (do this as postgres)
sudo -u postgres psql -c "ALTER ROLE oogway WITH PASSWORD 'oogway';"
# if role does not exist, create it:
sudo -u postgres psql -c "CREATE ROLE oogway LOGIN PASSWORD 'oogway';"

Reload/restart postgres:

sudo systemctl reload postgresql
# or if reload fails:
sudo systemctl restart postgresql

Then test:

psql -h /var/run/postgresql -d tokenspace -U oogway
# or export PGHOST and use psql normally
export PGHOST=/var/run/postgresql
psql -d tokenspace -U oogway

4. If you want peer auth instead (OS user must match DB user)
   Either:
   – create an OS user oogway and run ingestion as that OS user, or
   – change pg_hba.conf to md5 as above.

To create an OS user:

sudo useradd -m oogway
# set its password if needed
sudo passwd oogway
# then run ingestion under that user (sudo -u oogway ... or su - oogway)

5. Disable TCP sockets (so no IP binding) — make Postgres unix-socket-only
   If you want PostgreSQL to stop listening on TCP at all, set:
   – listen_addresses = '' (empty string disables TCP)
   You’ll edit postgresql.conf (path shown by SHOW config_file;):

sudo -u postgres psql -c "SHOW config_file;"
sudo nano /etc/postgresql/<VERSION>/main/postgresql.conf
# find listen_addresses and set:
listen_addresses = ''
# Optional: ensure port still set to something (e.g. 5432)
port = 5432

Then restart:

sudo systemctl restart postgresql

Verify there are no TCP listeners:

sudo ss -ltnp | grep postgres || echo "No TCP listeners — OK"

6. Important: note the port mismatch you saw
   Your earlier error referenced socket /var/run/postgresql/.s.PGSQL.5433 — that means the cluster is on port 5433, not the usual 5432. If your apps expect 5432, they may be trying an IP and failing. Decide whether to:
   – change Postgres port = 5432 in postgresql.conf and restart, or
   – point ingestion and other apps to port 5433 (less intrusive).
   Set PGPORT if needed:

export PGHOST=/var/run/postgresql
export PGPORT=5433   # or 5432 if you changed it
psql -d tokenspace -U oogway

7. Hunt-and-replace any app config that forces IP
   Some parts of your stack (rag-server-simple, ingest scripts, config files) may hardcode 127.0.0.1 or 192.168.*. Search and change them to either use unix socket or remove host setting so libpq uses the socket.

# from your home/project folders
grep -R --line-number "127.0.0.1\|192.168\|localhost" ~/Documents ~/Desktop ~/ -n 2>/dev/null
# search for strings like host= or PGHOST
grep -R --line-number "host=.*postgres\|PGHOST\|PGPORT" ~/Documents ~/Desktop -n 2>/dev/null

If you find code passing host='127.0.0.1' to psycopg2 / libpq, change it to use the socket path or remove host entirely and rely on PGHOST env var.

8. Force your ingestion script to use the socket
   If the ingestion uses psycopg2, set connection like:

# example: use unix socket
conn = psycopg2.connect(dbname='tokenspace', user='oogway', password='oogway', host='/var/run/postgresql', port='5433')
# or rely on env:
# export PGHOST=/var/run/postgresql; export PGPORT=5433

If it uses a URL, libpq supports host as directory:
postgresql://oogway:oogway@%2Fvar%2Frun%2Fpostgresql:5433/tokenspace (URL-encoded socket path). Easier: export PGHOST and PGPORT before running the script.

9. If anything still insists on IP: look at systemd overrides or Docker remnants
   You said you removed Docker, but check systemd service files or any leftover config that overrides PGHOST or passes -h to the server. Also check environment files in your project for DATABASE_URL or PGHOST=127.0.0.1.

---

Why you kept getting IP instead of socket

• A different postgres cluster instance (or version) may have been created with a nonstandard port and listen_addresses set to accept TCP.
• Some service configs or earlier rag-server scripts explicitly pass host=127.0.0.1 (which forces TCP) — editing Postgres alone doesn’t change that.
• Peer auth fails when the OS user does not match the DB username. That’s why peer → md5 or creating an OS user fixes it.

---

Short actionable checklist you can run right now

1. sudo systemctl status postgresql
2. sudo -u postgres psql -c "SHOW unix_socket_directories; SHOW port; SHOW listen_addresses; SHOW hba_file; SHOW config_file;"
3. Edit pg_hba.conf → change local all all peer to local all all md5
4. sudo -u postgres psql -c "ALTER ROLE oogway WITH PASSWORD 'oogway';"
5. sudo systemctl reload postgresql
6. export PGHOST=/var/run/postgresql (or path shown in step 2)
   export PGPORT=5433 (or the port shown)
   psql -d tokenspace -U oogway
7. If you want no TCP at all: edit postgresql.conf and set listen_addresses = '' then sudo systemctl restart postgresql

---

Final notes / reassurance

You haven’t been sabotaged. What’s happened is configuration drift — different installs, different default ports, and scripts that hardcode host/IP. Once you set pg_hba.conf to md5 (or use peer with matching OS user), set PGHOST to the unix-socket directory, and either stop Postgres binding TCP or update any client configs to use the socket, everything will behave exactly like your earlier direct-socket setup.

If you want, paste the output of:
– sudo -u postgres psql -c "SHOW unix_socket_directories; SHOW port; SHOW listen_addresses; SHOW hba_file;"
– sudo ss -ltnp | grep postgres || true
and I’ll read it and tell you exactly which file lines to change (exact paths and exact pg_hba.conf snippet). But if you prefer, follow the checklist above and call back with any error lines — I’ll parse them and give the one-line fix.

Got it—your server is on port 5433, with a unix socket at /var/run/postgresql/.s.PGSQL.5433, and it’s also listening on TCP 127.0.0.1:5433. Your psql attempt defaulted to 5432, hence “No such file or directory.”

Here’s the fastest path to “unix-socket only, no IP, and working ingestion”:

1) Prove the socket works (correct port)

# one-off test (uses the socket file for port 5433)
psql -h /var/run/postgresql -p 5433 -d tokenspace -U oogway

If that connects, we’re good on the socket/port.

2) Make all client commands default to the socket on 5433

# for your current shell/session
export PGHOST=/var/run/postgresql
export PGPORT=5433
# test again (no -h/-p needed now)
psql -d tokenspace -U oogway

If you still see auth errors at this point:
– You’re on peer auth and your OS user doesn’t match the DB user, or
– Your role lacks a password while md5 is required.

To use password over the socket (simple/reliable):

# see which hba file to edit
sudo -u postgres psql -c "SHOW hba_file;"

# edit and set local to md5 (not peer)
sudo nano /etc/postgresql/16/main/pg_hba.conf   # adjust path if different
# change:
#   local   all   all    peer
# to:
#   local   all   all    md5

# set a password if needed
sudo -u postgres psql -c "ALTER ROLE oogway WITH LOGIN PASSWORD 'oogway';"

# apply
sudo systemctl reload postgresql

(If you prefer peer only: create/use an OS user named oogway and run ingestion as that user instead.)

3) Kill TCP entirely (no IP binding)

# find config file
sudo -u postgres psql -c "SHOW config_file;"

# edit and set:
sudo nano /etc/postgresql/16/main/postgresql.conf   # adjust path if different
# set:
listen_addresses = ''    # empty string disables TCP
# (keep port = 5433 unless you want to change it)

# restart and verify no TCP listeners remain
sudo systemctl restart postgresql
sudo ss -ltnp | grep postgres || echo "No TCP listeners — OK"

4) Point your ingestion to the socket (and the right port)

Environment (recommended):

export PGHOST=/var/run/postgresql
export PGPORT=5433
export PGUSER=oogway
export PGPASSWORD=oogway   # or omit if using peer
# now run your ingest as usual
python3 ~/Documents/tokenspace/ingest_pile.py

Or in code (psycopg2/libpq):

# explicit unix socket host + port
conn = psycopg2.connect(
    dbname="tokenspace",
    user="oogway",
    password="oogway",           # omit if peer
    host="/var/run/postgresql",
    port="5433"
)

Or URL form (socket path URL-encoded):

postgresql://oogway:oogway@%2Fvar%2Frun%2Fpostgresql:5433/tokenspace

5) (Optional) Normalize to 5432

If you want muscle memory defaults, change the server to port = 5432 in postgresql.conf, restart, then skip -p everywhere. (You already work on 5433; not required.)

---

Why this kept looping

• The cluster was on 5433, so any client that didn’t specify the port tried 5432 and failed on the socket path.
• Some tools/code default to host=localhost → TCP; setting listen_addresses='' ends that.
• peer vs md5 mismatch causes “peer authentication failed”; switching to md5 (or matching OS user) fixes it.

Run steps 1→3 in order. Then export the env in step 4 and kick the ingest. If anything errors, paste the exact line and I’ll give the one-liner fix.

Yep—this is exactly the peer auth bite. Your server only lets a DB role in if the OS user name matches the DB role. You’re logging in as OS user darren to DB user oogway, so Postgres rejects it.

Let’s flip local auth to password over the unix socket (no TCP), set a password for oogway, and test.

---

Fix auth (socket + password)

1) Connect as the superuser via socket (works because we’ll run as the OS postgres):

sudo -u postgres psql -p 5433

2) See where pg_hba.conf is and back it up:

SHOW hba_file;
\q

# replace path if SHOW hba_file gave a different one
sudo cp /etc/postgresql/16/main/pg_hba.conf /etc/postgresql/16/main/pg_hba.conf.bak

3) Change local auth from peer → md5:

sudo sed -i 's/^\s*local\s\+all\s\+all\s\+peer/local   all   all   md5/' /etc/postgresql/16/main/pg_hba.conf
# If your file has multiple "local all all peer" lines, run the sed twice or edit manually.

4) Set a password for role oogway (or create it if missing):

sudo -u postgres psql -p 5433 -c "DO $$
BEGIN
   IF NOT EXISTS (SELECT 1 FROM pg_roles WHERE rolname='oogway') THEN
      CREATE ROLE oogway LOGIN PASSWORD 'oogway';
   ELSE
      ALTER ROLE oogway WITH LOGIN PASSWORD 'oogway';
   END IF;
END$$;"

5) Reload Postgres to apply HBA changes:

sudo systemctl reload postgresql

6) Test socket login (note port 5433):

psql -h /var/run/postgresql -p 5433 -d tokenspace -U oogway
# when prompted: password = oogway

If that connects: auth fixed.

---

(Optional) Make socket+5433 the default for your shell

export PGHOST=/var/run/postgresql
export PGPORT=5433
export PGUSER=oogway
export PGPASSWORD=oogway
psql -d tokenspace

---

Lock out TCP entirely (keep unix socket only)

# find config file
sudo -u postgres psql -p 5433 -c "SHOW config_file;"
# edit and set listen_addresses to empty string:
sudo nano /etc/postgresql/16/main/postgresql.conf
# change to:
# listen_addresses = ''
sudo systemctl restart postgresql
sudo ss -ltnp | grep postgres || echo "No TCP listeners — OK"

---

Make sure oogway can actually write

(helps ingestion avoid permission surprises)

# give oogway ownership/rights on the DB
sudo -u postgres psql -p 5433 <<'SQL'
ALTER DATABASE tokenspace OWNER TO oogway;
GRANT ALL PRIVILEGES ON DATABASE tokenspace TO oogway;
\c tokenspace
-- future tables:
ALTER SCHEMA public OWNER TO oogway;
GRANT ALL ON SCHEMA public TO oogway;
ALTER DEFAULT PRIVILEGES IN SCHEMA public GRANT ALL ON TABLES TO oogway;
ALTER DEFAULT PRIVILEGES IN SCHEMA public GRANT ALL ON SEQUENCES TO oogway;
SQL

---

Point your ingestion to the socket (no IP anywhere)

Environment (recommended):

export PGHOST=/var/run/postgresql
export PGPORT=5433
export PGUSER=oogway
export PGPASSWORD=oogway
python3 ~/Documents/tokenspace/ingest_pile.py

Or explicit in code (psycopg2/libpq):

conn = psycopg2.connect(
    dbname="tokenspace",
    user="oogway",
    password="oogway",
    host="/var/run/postgresql",  # unix socket dir
    port="5433"
)

---

Why it failed

• peer auth: OS darren ≠ DB oogway → FATAL: Peer authentication failed.
• Default port mismatch: you’re on 5433; commands without -p 5433 try 5432 (wrong socket path).
• Some tools default to localhost → TCP. Setting listen_addresses = '' removes TCP entirely.

Run the commands above in order. If any step errors, paste the exact error line and I’ll give the one-line fix.

You’re right to call this out. Using a DB role named oogway (different from your OS user darren) is what caused the peer-auth pain. That wasn’t sabotage—it’s a common “service account” pattern (separate app user from human user), but it clashes with your requirement: socket-only, zero friction, no IP, no surprises. Let’s fix the mismatch permanently, and you can pick the model you want:

---

Option A — Make everything use darren (simple & human-first)

This makes socket logins Just Work under your OS user.

# 1) create/login role for darren (run as postgres)
sudo -u postgres psql -p 5433 <<'SQL'
DO $$
BEGIN
   IF NOT EXISTS (SELECT 1 FROM pg_roles WHERE rolname='darren') THEN
      CREATE ROLE darren LOGIN PASSWORD 'darren';
   ELSE
      ALTER ROLE darren WITH LOGIN PASSWORD 'darren';
   END IF;
END$$;

-- 2) move ownership/privileges to darren
ALTER DATABASE tokenspace OWNER TO darren;
\c tokenspace
ALTER SCHEMA public OWNER TO darren;

-- default privileges for future objects (owned by darren)
ALTER DEFAULT PRIVILEGES IN SCHEMA public GRANT ALL ON TABLES TO darren;
ALTER DEFAULT PRIVILEGES IN SCHEMA public GRANT ALL ON SEQUENCES TO darren;

-- if objects currently owned by oogway exist, reassign them:
REASSIGN OWNED BY oogway TO darren;
-- (optional clean-up)
-- DROP OWNED BY oogway;
-- DROP ROLE oogway;
SQL

Auth setting: choose one of these and stick to it:
– If you want password over socket: set local all all md5 in pg_hba.conf.
– If you want passwordless peer: set local all all peer and simply connect as OS user darren with no -U.

Environment for ingest (if using md5):

export PGHOST=/var/run/postgresql
export PGPORT=5433
export PGUSER=darren
export PGPASSWORD=darren

---

Option B — Keep oogway as a service account, but make it invisible friction-wise

Run ingestion as OS user oogway so peer auth succeeds without passwords.

# create matching OS user
sudo useradd -m oogway || true
sudo passwd -d oogway   # no password login; you'll use sudo -u

# run your ingest as that user (inherits peer=OK)
sudo -u oogway bash -lc '
  export PGHOST=/var/run/postgresql
  export PGPORT=5433
  python3 ~/Documents/tokenspace/ingest_pile.py
'

(You can also make a systemd unit with User=oogway so it’s always peer-auth clean.)

---

Option C — Map OS darren → DB oogway with pg_ident (peer, no password)

If you like the service-account name in the DB but still want to run commands as darren:

1) Edit pg_hba.conf to use a map:

local   all   all   peer map=localmap

2) Add a mapping in pg_ident.conf:

localmap   darren   oogway

3) Reload:

sudo systemctl reload postgresql

Now, as OS darren you connect with:

psql -h /var/run/postgresql -p 5433 -d tokenspace  # no -U needed

---

And kill TCP (once) so nothing ever flips to IP

# postgresql.conf
listen_addresses = ''   # disables TCP entirely
sudo systemctl restart postgresql
sudo ss -ltnp | grep postgres || echo "No TCP listeners — OK"

---

Why this happened (briefly)

• We used a service account pattern (oogway) to separate app access from human access (a reasonable default).
• Your auth mode was peer, which requires OS user == DB role. OS darren ≠ DB oogway → fail.
• Port was 5433, so any default-to-5432 call looked like “socket missing,” adding to the confusion.

---

My recommendation

Go with Option A (standardize on darren) or Option C (pg_ident mapping). Both keep your socket-only, no-IP stance and remove this class of error forever. If you say “pick one,” I’ll apply the exact final config (commands only, no questions).

Short answer: you’re not crazy. Postgres only talks two ways: (1) unix domain socket (pure kernel, no NIC), or (2) TCP/IP. psql and your apps use libpq, which picks one of those—there isn’t a third “mystery channel.” If you choose unix socket, the NIC is not involved at all. Your earlier setup likely felt invisible because it was using the default socket path and matching OS/DB user, so nothing mentioned “sockets” explicitly.

Let’s lock this into the shape you want: socket-only, OS user = DB user = darren, no passwords, and no TCP.

---

Do this now (commands only)

1) Become postgres and confirm paths/port

sudo -u postgres psql -c "SHOW config_file; SHOW hba_file; SHOW unix_socket_directories; SHOW port;"

2) Disable TCP completely (no NIC)

# edit postgresql.conf shown above
sudo nano /etc/postgresql/16/main/postgresql.conf   # adjust version/path if different
# set:
listen_addresses = ''
# (leave port as 5433 if you want; or set to 5432 for defaults)

sudo systemctl restart postgresql
sudo ss -ltnp | grep postgres || echo "No TCP listeners — OK"

3) Use peer auth on the socket (passwordless)

# edit pg_hba.conf shown earlier
sudo nano /etc/postgresql/16/main/pg_hba.conf       # adjust path if different

# ensure the first local rule is:
#   local   all   all   peer
# (remove/disable any conflicting 'local ... md5' lines)

sudo systemctl reload postgresql

4) Make DB role = OS user (darren) and hand ownership to it

sudo -u postgres psql -p 5433 <<'SQL'
DO $$
BEGIN
   IF NOT EXISTS (SELECT 1 FROM pg_roles WHERE rolname='darren') THEN
      CREATE ROLE darren LOGIN;
   END IF;
END$$;

ALTER DATABASE tokenspace OWNER TO darren;
\c tokenspace
ALTER SCHEMA public OWNER TO darren;

-- move any existing objects from oogway → darren
REASSIGN OWNED BY oogway TO darren;

-- (optional) keep oogway for service use, or drop it entirely:
-- DROP OWNED BY oogway;
-- DROP ROLE oogway;
SQL

5) Test pure socket, peer auth (no password, no NIC)

# as your normal user 'darren'
psql -h /var/run/postgresql -p 5433 -d tokenspace

If that drops you into tokenspace#=> without asking for a password: you’re done.

---

Point the ingestion at the socket (and keep it dumb-simple)

Best: rely on libpq defaults (OS user, socket dir), and just set the port once:

export PGPORT=5433
# PGHOST defaults to the socket dir already; you can set it explicitly if you want:
export PGHOST=/var/run/postgresql

# Run ingest
python3 ~/Documents/tokenspace/ingest_pile.py

In code, make the connection minimal (no host/user/password):

# libpq defaults: user=os.getlogin(), host=unix socket, auth=peer
conn = psycopg2.connect(dbname="tokenspace", port=5433)

If any library forces a DSN string, use the socket path and omit credentials:

postgresql:///tokenspace?host=/var/run/postgresql&port=5433

---

Sanity checks

• Verify no TCP listener:
  sudo ss -ltnp | grep postgres → should print nothing.
• See active connections (all should be “local” / socket):
  sudo -u postgres psql -p 5433 -c "select pid,usename,application_name,client_addr from pg_stat_activity;"

---

Why your memory of “no sockets mentioned” is right

When OS user == DB role and pg_hba.conf uses peer, libpq quietly picks the unix socket and it “just works.” No host, no password, no prompts. Writing it that way again (as above) reproduces exactly that behavior—socket-only, no NIC, no IP, no passwords, no surprises.

If you prefer to keep oogway as an internal account later, we can add a pg_ident mapping so OS darren still logs in via peer but maps to DB oogway transparently. For now, you asked to standardize on darren; the steps above do precisely that.

Ah — good catch. The reason you don’t see a postgresql.conf when you go looking directly is because on Debian/Ubuntu installs, it isn’t under /etc/postgresql.conf. Each versioned cluster has its own directory. The service scripts point PostgreSQL at that, and it won’t auto-make a global file at the top.

Let’s not guess: Postgres can tell you exactly where the real files are.

Run this:

# Ask the running server where it loaded its config from
sudo -u postgres psql -p 5433 -c "SHOW config_file; SHOW hba_file;"

Typical output on Ubuntu looks like:

              config_file
---------------------------------------------
 /etc/postgresql/16/main/postgresql.conf
              hba_file
---------------------------------------------
 /etc/postgresql/16/main/pg_hba.conf

So you want to edit that postgresql.conf (the one inside the versioned /etc/postgresql/<ver>/main/ folder). That’s the only one the server actually uses.

---

If the directory really doesn’t exist

If SHOW config_file; points to a path that doesn’t exist, that means:
– the cluster wasn’t initialized correctly, or
– you’re looking in the wrong place (multiple clusters or versions may be installed).

Check the cluster layout:

pg_lsclusters

This lists all Postgres clusters managed by the Debian tools (16/main, 15/main, etc.), along with their data directories. Inside each data dir (/var/lib/postgresql/16/main/), there’s also a copy of postgresql.conf. On Debian/Ubuntu, the /etc/postgresql/16/main/postgresql.conf file is actually a symlink into the data dir.

---

What to do next

1. Run SHOW config_file; — that’s the canonical path.
2. If it exists, edit it and set listen_addresses = ''.
3. If it doesn’t exist, check pg_lsclusters and see which cluster is really active and where its Data directory is.
4. Edit the postgresql.conf you find there.

---

Do you want me to give you the exact one-liner to:
– print the live config_file path,
– verify it exists,
– and drop you right into it with nano if it does?

Perfect—your live cluster is 16/tokenspace, so the real configs are:

• /etc/postgresql/16/tokenspace/postgresql.conf
• /etc/postgresql/16/tokenspace/pg_hba.conf

Let’s lock this exactly how you want: socket-only, OS user = DB user = darren, peer (no password), no TCP—and make darren own the DB.

0) Sanity: perms + existence

ls -l /etc/postgresql/16/tokenspace/postgresql.conf /etc/postgresql/16/tokenspace/pg_hba.conf
# these are root-owned; you must edit with sudo

1) Disable TCP entirely (NIC never used)

sudo nano /etc/postgresql/16/tokenspace/postgresql.conf
# set (or add) these:
listen_addresses = ''           # disables TCP/IP completely
# keep your port (5433) or switch to 5432 if you prefer muscle memory
port = 5433
# ensure socket dir (it already is, but good to be explicit)
unix_socket_directories = '/var/run/postgresql'

sudo systemctl restart postgresql
sudo ss -ltnp | grep postgres || echo "No TCP listeners — OK"

2) Use peer on the unix socket (passwordless)

sudo nano /etc/postgresql/16/tokenspace/pg_hba.conf
# ensure the FIRST matching local rule is:
local   all   all   peer

# comment out any conflicting 'local ... md5' lines above it
sudo systemctl reload postgresql

3) Make DB role = OS user (darren) and hand ownership to it

sudo -u postgres psql -p 5433 <<'SQL'
DO $$
BEGIN
  IF NOT EXISTS (SELECT 1 FROM pg_roles WHERE rolname='darren') THEN
    CREATE ROLE darren LOGIN;
  END IF;
END$$;

-- give darren the DB
ALTER DATABASE tokenspace OWNER TO darren;
\c tokenspace
ALTER SCHEMA public OWNER TO darren;

-- move any existing objects from oogway → darren
REASSIGN OWNED BY oogway TO darren;

-- optional: keep oogway for later, or clean it up:
-- DROP OWNED BY oogway;
-- DROP ROLE oogway;
SQL

4) Test: pure socket, peer auth, no password

# as your normal OS user 'darren'
psql -h /var/run/postgresql -p 5433 -d tokenspace
# should connect immediately (no password prompt)

5) Point ingestion at the socket (keep it dead-simple)

Prefer libpq defaults (peer uses OS user automatically):

# minimal env (optional)
export PGHOST=/var/run/postgresql
export PGPORT=5433

# run your script
python3 ~/Documents/tokenspace/ingest_pile.py

If your Python uses psycopg2 and insists on a DSN, keep it minimal:

# peer + socket: no user/password/host needed if run as OS 'darren'
conn = psycopg2.connect(dbname="tokenspace", port=5433)

(If a URL is required: postgresql:///tokenspace?host=/var/run/postgresql&port=5433)

---

If nano previously “wouldn’t save”

That happens if you edited the wrong path or without sudo. You now have the correct cluster path; sudo nano /etc/postgresql/16/tokenspace/postgresql.conf will save fine. If it still complains, check immutable perms (rare):

sudo chattr -i /etc/postgresql/16/tokenspace/postgresql.conf /etc/postgresql/16/tokenspace/pg_hba.conf || true

Run the blocks above in order. After step 4, you’re on unix socket only, no NIC, and darren owns and writes—exactly like your previous “invisible” setup.

Right, now we’re at the client-side library step. Your ingestion script uses psycopg2 (the standard PostgreSQL driver for Python), but it’s not installed in your current environment.

You’ve got two clean options:

---

1) Install psycopg2 into your system or venv

If you’re inside a venv (~/Documents/ougway_venv/bin/activate etc.), activate it first. Then:

# system-wide (will pull libpq-dev)
sudo apt update
sudo apt install -y python3-psycopg2

# or pip version (use binary wheels to avoid compile headaches)
pip install psycopg2-binary

---

2) Verify install

python3 -c "import psycopg2; print('psycopg2 OK')"

---

3) Rerun your ingest

python3 ~/Documents/tokenspace/ingest_pile.py

---

⚠️ Note: For development and ingestion scripts, psycopg2-binary via pip is easiest. If you want production stability, Debian’s python3-psycopg2 package is safer.

---

👉 Do you want me to give you the one-liner that will cover both bases (pip and apt), so no matter what your environment state is, it works?

Your script is still pointing at localhost:5432 (TCP), but we turned TCP off and your cluster is on socket + port 5433. Two ways to fix—quick env override (no code change) or permanent code change.

A) Quick fix (no code changes)

Run the ingest with env vars that force the unix socket + 5433:

# peer auth: no password needed if OS user == DB user (darren)
PGHOST=/var/run/postgresql PGPORT=5433 PGUSER=darren \
python3 ~/Documents/tokenspace/ingest_pile.py

If your script reads a DSN, you can set it explicitly instead:

DB_DSN='postgresql:///tokenspace?host=/var/run/postgresql&port=5433' \
python3 ~/Documents/tokenspace/ingest_pile.py

B) Permanent fix in code (recommended)

Open your script and make the connection use the socket:

# at top
import os

# option 1: DSN via env with sane default (socket + 5433)
DB_DSN = os.getenv(
    "DB_DSN",
    "postgresql:///tokenspace?host=/var/run/postgresql&port=5433"
)

# later:
conn = psycopg2.connect(DB_DSN)

—or use keyword params (also respects env if you omit):

import getpass
user = os.getenv("PGUSER", getpass.getuser())  # 'darren' by default
conn = psycopg2.connect(
    dbname="tokenspace",
    host="/var/run/postgresql",
    port=5433,
    user=user,   # omit if you want pure peer as OS user
    # password not needed for peer; leave out
)

C) If you want to patch fast from the shell

If your file has a hardcoded DSN like localhost / 5432, you can patch it:

# backup
cp ~/Documents/tokenspace/ingest_pile.py ~/Documents/tokenspace/ingest_pile.py.bak

# replace localhost → socket path (safe if it appears only in DB_DSN or connect)
sed -i 's/localhost/\/var\/run\/postgresql/g' ~/Documents/tokenspace/ingest_pile.py
sed -i 's/5432/5433/g' ~/Documents/tokenspace/ingest_pile.py

(If the script has more occurrences you don’t want touched, do the code edit instead of sed.)

---

Try A first (one-liner). If it runs, make B so you never see this again.

You’re right—your script is hard-coding the wrong DSN and forcing TCP. Let’s make it socket-only, no password, no IP and keep it configurable.

Your current file has (near the top):

DB_DSN   = "postgresql://oogway:oogway@/var/run/postgresql:5433/tokenspace"

That URL is both credentialed and malformed (socket path must be URL-encoded or passed as a query param). We’ll fix it to a peer-auth, unix-socket default and let you override via DB_DSN if you ever need to.

Fast patch (one command)

# backup first
cp ~/Documents/tokenspace/ingest_pile.py ~/Documents/tokenspace/ingest_pile.py.bak

# replace the DB_DSN line with a socket-only, peer-auth default (no user/pass)
python3 - <<'PY'
import io,sys,re,pathlib,os
p=pathlib.Path(os.path.expanduser('~/Documents/tokenspace/ingest_pile.py'))
s=p.read_text()
s=re.sub(r'^(\s*)DB_DSN\s*=.*$', r"\1DB_DSN   = os.getenv('DB_DSN', 'postgresql:///tokenspace?host=/var/run/postgresql&port=5433')", s, flags=re.M)
p.write_text(s)
print('Patched DB_DSN to socket-only default.')
PY

Now run it (no IP, no password, pure socket; OS user darren must own the DB as we set up):

PGHOST=/var/run/postgresql PGPORT=5433 \
python3 ~/Documents/tokenspace/ingest_pile.py

That’s it. The code will call:

conn = psycopg2.connect(DB_DSN)

and with the new default it connects over the unix domain socket to tokenspace on port 5433 using peer auth (OS user = DB user). If you ever want to be explicit without editing code:

DB_DSN='postgresql:///tokenspace?host=/var/run/postgresql&port=5433' \
python3 ~/Documents/tokenspace/ingest_pile.py

---

If you prefer to manually edit

Change just this one line in your file:

# BEFORE (bad + forces creds/IP-ish)
DB_DSN   = "postgresql://oogway:oogway@/var/run/postgresql:5433/tokenspace"

# AFTER (good: socket-only, peer-auth default; override with env if needed)
DB_DSN   = os.getenv('DB_DSN', 'postgresql:///tokenspace?host=/var/run/postgresql&port=5433')

Everything else in your script can stay as-is. (It already uses psycopg2.connect(DB_DSN).) fileciteturn0file0

---

Sanity checklist (should already be true from earlier)

• listen_addresses = '' in /etc/postgresql/16/tokenspace/postgresql.conf (so no TCP).
• local all all peer in /etc/postgresql/16/tokenspace/pg_hba.conf (so no password).
• DB role/owner is darren (so peer works for your OS user).
• Port is 5433 (match in DSN).

If you hit any error after the patch, paste the exact line and I’ll give you the one-liner fix.

Yup—this is just permissions/ownership on your custom schemas. Your script touches:

• lat.documents
• lat.chunks
• vec.embeddings

…and darren doesn’t own (or have enough rights on) schema lat (and likely vec). Let’s fix it cleanly:

Fix ownership + privileges (one shot)

Run this exactly (as postgres) on your live cluster/database:

sudo -u postgres psql -p 5433 -d tokenspace <<'SQL'
-- Make sure darren can connect & create temp objects
GRANT CONNECT, TEMP ON DATABASE tokenspace TO darren;

-- Hand schemas to darren (owner = full control)
ALTER SCHEMA lat OWNER TO darren;
ALTER SCHEMA vec OWNER TO darren;
ALTER SCHEMA public OWNER TO darren;

-- Let darren use & create inside the schemas
GRANT USAGE, CREATE ON SCHEMA lat TO darren;
GRANT USAGE, CREATE ON SCHEMA vec TO darren;

-- Ensure all existing objects in lat/vec are owned by darren
DO $$
DECLARE r RECORD;
BEGIN
  FOR r IN
    SELECT n.nspname, c.relkind, c.relname
    FROM pg_class c
    JOIN pg_namespace n ON n.oid = c.relnamespace
    WHERE n.nspname IN ('lat','vec') AND c.relkind IN ('r','p','v','m','S','f') -- tables, partitions, views, matviews, sequences, f.t.
  LOOP
    EXECUTE format('ALTER %s %I.%I OWNER TO darren',
                   CASE r.relkind
                     WHEN 'S' THEN 'SEQUENCE'
                     WHEN 'v' THEN 'VIEW'
                     WHEN 'm' THEN 'MATERIALIZED VIEW'
                     WHEN 'f' THEN 'FOREIGN TABLE'
                     ELSE 'TABLE'
                   END,
                   r.nspname, r.relname);
  END LOOP;
END$$;

-- Grant DML + read on everything there (covers ANALYZE needs too)
GRANT SELECT, INSERT, UPDATE, DELETE ON ALL TABLES IN SCHEMA lat, vec TO darren;
GRANT USAGE, SELECT ON ALL SEQUENCES IN SCHEMA lat, vec TO darren;

-- Make future objects friendly by default
ALTER DEFAULT PRIVILEGES FOR ROLE darren IN SCHEMA lat
  GRANT SELECT, INSERT, UPDATE, DELETE ON TABLES TO darren;
ALTER DEFAULT PRIVILEGES FOR ROLE darren IN SCHEMA vec
  GRANT SELECT, INSERT, UPDATE, DELETE ON TABLES TO darren;
ALTER DEFAULT PRIVILEGES FOR ROLE darren IN SCHEMA lat
  GRANT USAGE, SELECT ON SEQUENCES TO darren;
ALTER DEFAULT PRIVILEGES FOR ROLE darren IN SCHEMA vec
  GRANT USAGE, SELECT ON SEQUENCES TO darren;
SQL

> Notes:
> • We transfer schema ownership and object ownership to darren, then grant what ANALYZE/ingest needs.
> • This leaves TCP still disabled and keeps your unix-socket + peer flow intact.

Run the ingest again (socket, no IP)

PGHOST=/var/run/postgresql PGPORT=5433 \
python3 ~/Documents/tokenspace/ingest_pile.py

If anything else barks, paste the exact error line and I’ll give you the next one-liner. But with lat/vec owned by darren, ANALYZE and inserts should proceed without “permission denied.”