1.
AI & ML Services
❱
1.1.
AI Building Blocks
1.2.
AI Hub
1.3.
AI Platform
1.4.
Cloud AutoML
2.
Compute Services
❱
2.1.
App Engine
2.2.
Cloud Functions
2.3.
Compute Engine
2.4.
Kubernetes Engine
3.
Data Analytics Services
❱
3.1.
BigQuery
❱
3.1.1.
Storage & Database Services
❱
3.1.1.1.
database_services
3.1.2.
Architecture
3.1.3.
Automatic schema detection
3.1.4.
Best practices
3.1.5.
Build Streaming data pipelines
3.1.6.
CLI
3.1.7.
Caching
3.1.8.
Clustered Tables
3.1.9.
Copying dataset
3.1.10.
Create & Query Permanent Table on Cloud Storage bucket
3.1.11.
Create Cloud Storage bucket
3.1.12.
Designing Efficient Schemas
3.1.13.
Example of End-to-end Data Pipeline
3.1.14.
Execution Plan
3.1.15.
External data source Limitations
3.1.16.
Field partition
3.1.17.
Ingestion time partition tables
3.1.18.
Managing access
3.1.19.
Manual operations on Table
3.1.20.
Materialized Views
3.1.21.
Maximum bytes billed
3.1.22.
Native operations on Table for Schema change
3.1.23.
Pricing
3.1.24.
Python lib
3.1.25.
Query settings
3.1.26.
Saved queries
3.1.27.
Scheduled queries
3.1.28.
Streaming data
3.1.29.
Table partitioning
3.1.30.
UI
3.1.31.
Views
3.1.32.
When to use Clustering or Partitioning or Both
3.1.33.
Wildcards
3.2.
Big Query
3.3.
Cloud Dataflow
3.4.
Cloud Datalab
3.5.
Cloud Dataproc
3.6.
Cloud Pub Sub
3.7.
Data Studio
4.
DevOps Services
❱
4.1.
Cloud Build
4.2.
Cloud Source Repositories
4.3.
Container Registry
4.4.
Example1
5.
GCP-Notions
❱
5.1.
Project
5.2.
Resource
6.
Identity & Access Management
7.
Images
8.
Network Services
9.
Notions
❱
9.1.
CI-CD
9.2.
Docker
9.3.
Ingestion
9.4.
Kubernetes
9.5.
NoSQL
9.6.
Normalization-Denormalization
9.7.
RDBMS
9.8.
REST
9.9.
Redis
9.10.
Serverless
9.11.
Window function
9.12.
failover
9.13.
in-memory data store
9.14.
on-premises
9.15.
provisioning
10.
Main
Compute Engine
Light (default)
Dark
Compute Engine
Various fully configurable VMs
Persistence
is additional