Middle
@enduml @startuml usecase @enduml @startuml classDiagram class EventQueue { getNextEvent() putEvent() } abstract class DoctrineMessenger { } class Sending { высратьSMSSendingQueue() } class SendingQueue { +uuid +готовыйшаблон +номертелефона +техническиепараметры } EventQueue --> DoctrineMessenger SendingQueue --> DoctrineMessenger @enduml @startuml deployment node app { component "php-backend" as backend component "nginx-frontend" as frontend } artifact "CRM, основной блок" as CRM artifact "Модуль истории вызовов" as history note right mPLADIT как чертежик end note artifact "EVENT: Очередь пост." as eventQueue artifact "EVENT: Внутренние эвенты" as internalEvents artifact "EVENT: События безоп." as securityEvents artifact "COMMAND: Командная строка" as commandLine note right InMemory end note artifact "COMMAND: Командная строка" as commandLine2 note right Doctrine? end note artifact "QUERY: Вина запросов" as query1 note right InMemory end note artifact "QUERY: Вина запросов" as query2 note right БД? InMemory? end note
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Answer from AI
The provided UML diagram shows the main components of the system:
- EventQueue — an event queue with methods getNextEvent() and putEvent(), associated with the abstract class DoctrineMessenger.
- SendingQueue — a class with fields uuid, readyTemplate, phoneNumber, technicalParameters, also linked to DoctrineMessenger.
- Sending — a class with the method sendSMSSendingQueue(), likely responsible for sending messages through the queue.
The deployment diagram shows backend (php-backend) and frontend (nginx-frontend) components, as well as artifacts representing various modules and event queues (CRM, call history, eventQueue, internalEvents, securityEvents, etc.).
This reflects an architecture with a separation between frontend and backend, the use of queues for processing events and commands, and data storage in various repositories (InMemory, Database). Such a structure allows for system scalability and separation of business logic from infrastructure.