graph LR
Layer_7_Attack_Modules["Layer 7 Attack Modules"]
Layer_4_Attack_Modules["Layer 4 Attack Modules"]
HTTP_Network_Request_Handler["HTTP/Network Request Handler"]
Attack_Orchestrator["Attack Orchestrator"]
Concurrency_Engine["Concurrency Engine"]
Layer_7_Attack_Modules -- "interacts with" --> HTTP_Network_Request_Handler
Attack_Orchestrator -- "provides tasks to" --> Layer_7_Attack_Modules
Layer_7_Attack_Modules -- "leverages" --> Concurrency_Engine
Attack_Orchestrator -- "provides tasks to" --> Layer_4_Attack_Modules
Layer_4_Attack_Modules -- "leverages" --> Concurrency_Engine
Concurrency_Engine -- "enables parallel execution for" --> Layer_7_Attack_Modules
Concurrency_Engine -- "enables parallel execution for" --> Layer_4_Attack_Modules
click HTTP_Network_Request_Handler href "https://github.com/CodeBoarding/GeneratedOnBoardings/blob/main/MHDDoS/HTTP_Network_Request_Handler.md" "Details"
Abstract Components Overview of a project, with identified components and their relationships, but without concrete source code references due to tool call limitations.
Implements specific application-layer (HTTP/HTTPS) DDoS attack methods (e.g., GET flood, POST flood). It constructs HTTP requests and relies on the HTTP/Network Request Handler for their dispatch and anti-DDoS bypass.
Related Classes/Methods: None
Implements specific transport-layer (TCP/UDP/ICMP) DDoS attack methods (e.g., SYN flood, UDP flood, ICMP flood). It constructs raw network packets and sends them directly.
Related Classes/Methods: None
HTTP/Network Request Handler [Expand]
Provides the core functionality for sending HTTP/HTTPS requests and managing anti-DDoS bypass mechanisms (e.g., Cloudflare bypass). It abstracts the complexities of network communication for Layer 7 attacks.
Related Classes/Methods: None
Responsible for providing attack tasks, parameters, and target lists to the specific attack modules. It acts as the control plane, feeding instructions based on configuration.
Related Classes/Methods: None
Manages the parallel and asynchronous execution of attack operations. It ensures high performance by handling a large number of simultaneous connections and requests, likely utilizing Python's asyncio or multi-threading/processing.
Related Classes/Methods: None