làm sao để nhẹ nhàng đầu óc
Tạo vào: 28 tháng 10, 2025
Trả lời bằng GPT-5 Thinking bởi Chat01
Tạo vào: 28 tháng 10, 2025
Trả lời bằng GPT-5 Thinking bởi Chat01
làm sao để nhẹ nhàng đầu óc
Bạn muốn “nhẹ đầu” — đây là vài cách đơn giản, làm ngay được, không cần dụng cụ:
Nếu bạn muốn, mình có thể soạn một “routine” 10 phút/ngày theo lịch của bạn (ví dụ nhắc thở lúc 15:00). Bạn thích buổi sáng, trưa hay tối?
điều cần làm gì mỗi sáng để đầu óc tỉnh táo và đầy năng lương
give me Move with mobility exercises, push-ups, or a brisk walk 20
image sample
{"prompt":"Create a clean instructional poster titled "Move – 20 Quick Morning Moves". Arrange a 4x5 grid (20 equal panels) on a white background. Use simple, consistent vector line-art illustrations with minimal accent lines. Show an inclusive, neutral adult figure demonstrating each move with safe form. Number each panel 1–20 and include a short 2–4 word caption under each panel. The panels should be:\n\n1. Neck circles\n2. Shoulder CARs\n3. Thoracic open book\n4. Cat–cow\n5. Hip circles (CARs)\n6. World’s greatest stretch (lunge + twist)\n7. 90/90 hip switches\n8. Ankle dorsiflexion (wall rocks)\n9. Incline push-up\n10. Knee push-up\n11. Standard push-up\n12. Wide push-up\n13. Diamond push-up\n14. Shoulder-tap push-up\n15. Tall posture\n16. Arm swing\n17. Midfoot strike\n18. Cadence 120–130 spm\n19. Slight forward lean\n20. Short stride, push back\n\nEmphasize neutral spine, elbows ~45° on standard push-up, and natural walking posture. Keep typography clean and legible. No logos or brand marks. High-resolution, printable quality.","size":"1536x1536","n":1,"transparent_background":false}

làm sao lấy cảm hứng làm việc
làm sao lấy cảm hứng làm việc
Dưới đây là “bộ kích nổ cảm hứng” gọn – làm ngay được, không cần chờ hứng:
Nếu bạn muốn, mình có thể tạo một routine sáng 10 phút đúng giờ bạn chọn (nhắc: dọn bàn → thở → việc mở màn). Chỉ cần nói thời gian bạn thích là sáng, trưa hay chiều.
how to build postgresql ha with patroni and pgboucer
Great choice—Patroni gives you automated PostgreSQL failover, and PgBouncer keeps connections fast and stable. Here’s a concise, battle-tested way to build it.
pg-leader.service.consul) always points to the Patroni leader, based on health checks to Patroni /read-write. PgBouncer resolves this name and reconnects after TTL expires, so apps don’t need to know which node is primary. (Runbooks)Patroni handles leader election & failover using a distributed store (etcd/Consul/K8s). (Patroni)
Patroni’s REST API exposes /read-write, /master, etc., which return HTTP 200 only on the writable primary. Use these for health checks and routing. (Patroni)
PgBouncer config + auth options are here; hostnames are cached perdns_max_ttl, so DNS-based leader switching works without reloads. (PgBouncer)
/etc/patroni.yml (change names/IPs as needed):
yamlscope: pg-ha name: pg1 restapi: listen: 0.0.0.0:8008 connect_address: 10.0.0.11:8008 etcd: hosts: 10.0.0.21:2379,10.0.0.22:2379,10.0.0.23:2379 postgresql: listen: 0.0.0.0:5432 connect_address: 10.0.0.11:5432 data_dir: /var/lib/postgresql/15/main bin_dir: /usr/lib/postgresql/15/bin parameters: wal_level: replica max_wal_senders: 20 hot_standby: "on" authentication: replication: username: repl password: replpass superuser: username: postgres password: superpass pg_hba: - host all all 0.0.0.0/0 scram-sha-256 - host replication repl 0.0.0.0/0 scram-sha-256
Bootstrap the first node, then start Patroni on the others; verify with patronictl list. (Patroni docs cover installation and bootstrap details.) (Patroni)
Register each Patroni node in Consul with a health check that hits the local Patroni API:
hclservice { name = "pg-primary" port = 5432 check { name = "patroni-read-write" http = "http://127.0.0.1:8008/read-write" interval = "2s" timeout = "1s" } tags = ["leader"] }
Clients resolve pg-primary.service.consul → Consul only returns the node whose /read-write is HTTP 200 (the leader). (Runbooks)
Install PgBouncer on two small instances (or on each app host). Example /etc/pgbouncer/pgbouncer.ini:
ini[databases] appdb = host=pg-primary.service.consul port=5432 dbname=appdb [pgbouncer] listen_addr = 0.0.0.0 listen_port = 6432 pool_mode = transaction max_client_conn = 1000 default_pool_size = 50 dns_max_ttl = 5 server_tls_sslmode = prefer ; Auth: either file or auth_query auth_type = scram-sha-256 auth_file = /etc/pgbouncer/userlist.txt ; or use auth_user + auth_query with a SECURITY DEFINER function
Notes:
dns_max_ttl=5 lets PgBouncer re-resolve the hostname quickly after a failover. (PgBouncer caches DNS per this setting; hostnames resolve at connection time.) (PgBouncer)auth_file (SCRAM) or auth_user+auth_query to avoid managing many passwords by hand. (PgBouncer)pgbouncer:6432.Optional: If you prefer templating PgBouncer config from Patroni state, Patroni ships example templates (confd) you can adapt. (GitHub)
/read-write → DNS for pg-primary.service.consul now resolves to the new leader. (Crunchy Data)dns_max_ttl and client retry logic as needed.) (PgBouncer)If you use HAProxy instead of Consul/VIP, point PgBouncer at HAProxy; HAProxy itself targets the Patroni nodes using /master//read-write checks. (Percona)
On K8s, run Patroni with kubernetes.use_endpoints: true. Expose a Leader Service (selects the pod annotated as leader), and point PgBouncer at that service DNS. (Patroni)
psql -h pgbouncer -p 6432 -d appdb -U appuserSHOW POOLS; SHOW STATS;patronictl switchover and watch PgBouncer logs; apps should continue with brief retries. (dbi services)/read-write. (Crunchy Data)pgbouncer.ini above; start; point apps to it. (PgBouncer)If you want, tell me your environment (VMs vs K8s, how many nodes, TLS requirements), and I’ll output exact config files for your setup.