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RUNNING$ go run main.goTESTINGPOST$ curl -X POST http://localhost:8080/users/ \-H "Content-Type: application/json" \-d '{"name": "bob", "email": "bob@
RUNNING$ go run main.goTESTINGPOST$ curl -X POST http://localhost:8080/users/ \-H "Content-Type: application/json" \-d '{"name": "bob", "email": "bob@
.├── main.go ├── database/│ └── mongodb.go ├── models/│ └── user.go └── repository/ └── user_repo.go
.├── main.go ├── database/│ └── mongodb.go ├── models/│ └── user.go └── repository/ └── user_repo.go
Here’s a clear, structured explanation of how your FastAPI + MongoDB app works, piece by piece, so you can see how every file fits together and how th
Here’s a clear, structured explanation of how your FastAPI + MongoDB app works, piece by piece, so you can see how every file fits together and how th
RUNNING:# File: "requirements.txt"fastapiuvicornpymongopydantic$ pip install -r requirements.txt$ uvicorn main:app --reloadTESTING:POST /data{"data":
RUNNING:# File: "requirements.txt"fastapiuvicornpymongopydantic$ pip install -r requirements.txt$ uvicorn main:app --reloadTESTING:POST /data{"data":
Here’s a clear, structured explanation of what your code does — from reading the manifest to applying it to the cluster — so you fully understand ever
Here’s a clear, structured explanation of what your code does — from reading the manifest to applying it to the cluster — so you fully understand ever
RUNNING1. $ go mod tidy2. $ go run main.goTESTING$ kubectl get pod,svc -l app=demoNAME READY STATUS RESTARTS AGEpod/example-pod 1/1 Run
RUNNING1. $ go mod tidy2. $ go run main.goTESTING$ kubectl get pod,svc -l app=demoNAME READY STATUS RESTARTS AGEpod/example-pod 1/1 Run
// File: manifest.yamlapiVersion: v1kind: Podmetadata: name: example-pod labels: app: demospec: containers: - name: nginx image: nginx:1.21-alpine
// File: manifest.yamlapiVersion: v1kind: Podmetadata: name: example-pod labels: app: demospec: containers: - name: nginx image: nginx:1.21-alpine
Here’s a clear, structured explanation of what your Go program does, how it interacts with Kubernetes, and why your shell commands work — without repe
Here’s a clear, structured explanation of what your Go program does, how it interacts with Kubernetes, and why your shell commands work — without repe
RUNNING:new-pod/$ go build -o new-pod .new-pod/$ ./new-podOUTPUTPod "example-pod" created in namespace "default"TESTING:$ kubectl get pods -n defaultN
RUNNING:new-pod/$ go build -o new-pod .new-pod/$ ./new-podOUTPUTPod "example-pod" created in namespace "default"TESTING:$ kubectl get pods -n defaultN
Here’s a clear, structured explanation of what your code does — from top to bottom, including how it interacts with Kubernetes and why each step matte
Here’s a clear, structured explanation of what your code does — from top to bottom, including how it interacts with Kubernetes and why each step matte