OOP focuses on modeling programs around objects, which possess both data and methods.
FP concentrates on treating data as mathematical functions without altering their state.
FP concentrates on treating data as mathematical functions without altering their state.
کامپایلر گو یک Ahead Of Time compilation است. تفاوت AOT با JIT در این است که کامپایلر های AOT مستقیم کد ما را تبدیل به machine code می کنند اما در کامپایتر های JIT کد ما تبدیل به یک کد میانی Bytecode می شود و در زمان اجرا توسط runtime engine هر قسمت از برنامه که مورد استفاده قرار می گیرد، تفسیر می شود و تبدیل به machine code می شود.
The service discovery mechanism in Kubernetes works as follows:
Service registration:
When a service is created in Kubernetes, it is assigned a unique DNS name and IP address.
DNS resolution:
Other services within the Kubernetes cluster can resolve the DNS name of a service to obtain its corresponding IP address.
Load balancing:
When a service receives requests from other services, Kubernetes automatically load balances the traffic across the available pods that belong to that service. This ensures scalability and fault tolerance.
Service updates:
If the number of pods associated with a service changes (e.g., due to scaling or failures), Kubernetes dynamically updates the service’s DNS record to reflect the current set of available endpoints.
Service registration:
When a service is created in Kubernetes, it is assigned a unique DNS name and IP address.
DNS resolution:
Other services within the Kubernetes cluster can resolve the DNS name of a service to obtain its corresponding IP address.
Load balancing:
When a service receives requests from other services, Kubernetes automatically load balances the traffic across the available pods that belong to that service. This ensures scalability and fault tolerance.
Service updates:
If the number of pods associated with a service changes (e.g., due to scaling or failures), Kubernetes dynamically updates the service’s DNS record to reflect the current set of available endpoints.
vertical disaggregation, where network functions decouple software from hardware,
allowing multiple combinations to be used
• horizontal disaggregation, where established network functions are decomposed into
more granular elements and new interfaces are designed and specified
allowing multiple combinations to be used
• horizontal disaggregation, where established network functions are decomposed into
more granular elements and new interfaces are designed and specified