Search Results for "control flow graph"

...With Spring Cloud Alibaba, you only need to add some annotations and a small amount of configurations to connect Spring Cloud applications to the distributed solutions of Alibaba, and build a distributed application system with Alibaba middleware. Flow control and service degradation: flow control, circuit breaking and system adaptive protection with Alibaba Sentinel. Service registration and discovery: instances can be registered with Alibaba Nacos and clients can discover the instances using Spring-managed beans. Supports Ribbon, the client side load-balancer via Spring Cloud Netflix. ...

iLogtail was born for observable scenarios and has many production-level features such as lightweight, high performance, and automated configuration, which are widely used internally by Alibaba Group and tens of thousands of external Alibaba Cloud customers. You can deploy it in physical machines, Kubernetes and other environments to collect telemetry data, such as logs, traces and metrics. Supports a variety of Logs, Traces, and Metrics data collection, and is friendly to container and...

...The FlowViewer tools provide additional graphing and tracking features by utilizing open source software including Thomas Boutrell’s gd, Lincoln Stein's GD, Martien Verbruggen's GD::Graph, and Tobias Oetiker’s RRDtool. FlowViewer v4.6 fixes non-UTC local time environments for FlowViewer and FlowGrapher, and $no_devices_or_exporters FlowMonitor_Collector problem. **Note: SiLK must be v3.8.0 or later. Version 3.9 handles sFlow data.

...By running entirely in user space, it avoids kernel dependencies and can be embedded into sandboxes, virtualized environments, or custom appliances. Its architecture models NICs, link endpoints, route tables, and protocol engines as composable interfaces, enabling precise control over packet flow and easy mocking in tests. The stack implements TCP, UDP, ICMP, neighbor discovery, and common socket behaviors, including options like MSS/MTU handling and congestion control hooks. Because it’s written in a memory-safe language with extensive unit tests, it is easier to audit and evolve than many kernel-bound alternatives. netstack is frequently used as the networking core for systems that need strict isolation guarantees and deterministic behavior without privileged code.

This project provide a reconfigurable asynchronous SDM router which can be configured into a basic wormhole router or an SDM router with multiple virtual circuits in every direction. Features: * 5-port router for mesh network (0 south, 1 west, 2 north, 3 east, 4 local) * The dimension order routing (XY routing) * Available flow control methods: wormhole, SDM, VC * Reconfigurable number of virtual circuits, buffer size, data width * Fully synthesizable router implementation * SystemC testbench provided Languages: * Routers are written in synthesizable SystemVerilog * Test benches are provided by SystemC Software requirements: * The open source Nangate 45nm cell library * Synopsys Design Compiler (Synthesis) * Cadence IUS -- NC Simulator (for SystemC/Verilog co-simulation)

Workflow of Heterogeneous Computing. Our aim is to offer a software layer that would leverage the full potential of a network (heterogeneous cpu/gpu/hybrid) by attempting to allocate resources according to application (OpenCL) needs.

This tool designed for fast exporting flow-tools (http://www.splintered.net/sw/flow-tools/) collected data to database. It avoids accidential double import and miss import from files. Extremely fast and reliable. Bit of examples are here - http://www.larionov.pro/2010/07/netflow-3_12.html (Russian).

BastionX is a suite of bash scripts which provide a firewall system using netfilter on linux. Some of the supported features are flow control & QoS, local & WAN ip blacklists, dynamic trusted hosts, DMZ feature, auto detection of interfaces.

The objective of this project is to provide an optimized TCP/IP stack by eliminating the data copying at the socket interface and implementing a feedback-based adaptive rate-based flow control algorithm to maximize the network bandwidth utilization.

The project's goal is to implement DCCP in the Linux kernel. DCCP (Datagram Congestion Control Protocol) is an unreliable, congestion-controlled transport protocol providing a flow of datagrams with a feature negotiation mechanism built-in.