New implementation of the traceroute utility for modern Linux systems.
Backward compatible with the traditional traceroute.
Supports both IPv4 and IPv6, additional types of trace (including TCP),
allows some traces for unprivileged users.
...This is netfilter/iptables module adding support for -j NETFLOW target. Designed to work efficiently w/o conntrack. Supporting NetFlow protocols v5, v9, and IPFIX. Accounting for IPv4, IPv6 traffic, and NAT translation events (NEL). Additional options is SNMP-index translation rules, aggregation rules, Ethernet type, MPLS, VLAN, and MAC addresses exporting.
Pre-Alpha Console distro for high performance Linux computing.
...Final alpha release features:
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* Usb image
* General debian repos
* VM optimizations
* Hugepages by default
* CGROUPs optimized by default
* ALSA
* Latest Debugging / Baremetal kernels
* Full Haswell and MIC support in test
* Full optimized python support
* Full optimized perl support
* Java compliance
* IPv6 full stack with IPsets
* Multipath storage
* Overclocking tools
* Student/Developer scripts. (git pull, builders)
* i915 latest support drivers and gallium.
* Kernel patching, testing featurettes
* Wi-Fi and bluetooth ipv4 support
* Latest GCC versions
* Qt, Java, Maven, Desktop improvements
Notes
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Basic Console Pre-alpha build
Test and rate for improvemen
broodKernel is a kernel that is always based on the latest i9001 kernel, the big difference between an other custom kernel is that broodKernel keeps the original zImage.
This means that all stock features are available, in order to tweak it I added a lot of tweaks to the kernels ramdisk. next to the ramdisk tweaks there are 2 init.d scripts which allow you to manage broodKernel the way you want.
Visit the github here: https://github.com/broodplank/broodKernel
TCPCP2 is the another version of TCPCP(TCP connection passing) which enables TCP /IPv4 session transfer between hosts. The system which requires mission-critical availability typically uses clustering. TCPCP2 enables TCP/IPv4/v6 session take-over.
A Linux kernel space implementation of NAPT-PT (Network Address Port Translation - Protocol Translation) specified in RFC 2766. NAPT-PT is a transition mechanism used to allow hosts on an IPv6 network to communicate with IPv4 hosts.
INFS provides high level access to the Internet by transforming the DNS (or another network namespace) into a virtual filesystem, principally enabling directory-style navigation and making IPv4/v6 addresses transparent to applications.