<flag name="ssh">Enable SSH based block device support via <pkg>net-libs/libssh2</pkg></flag>
<flag name="static-user">Build the User targets as static binaries</flag>
<flag name="static">Build the User and Software MMU (system) targets as well as tools as static binaries</flag>
- <flag name="snappy">Enable support for snappy compression</flag>
<flag name="systemtap">Enable SystemTAP/DTrace tracing</flag>
<flag name="tci">Enable the TCG Interpreter which can speed up or slowdown workloads depending on the host and guest CPUs being emulated. In the future it will be a runtime option but for now its compile time.</flag>
<flag name="jpeg">Enable jpeg image support for the VNC console server</flag>
fast. Blosc is meant not only to reduce the size of large datasets on-disk
or in-memory, but also to accelerate memory-bound computations.
</longdescription>
- <use>
- <flag name="snappy">Enable snappy compression</flag>
- </use>
<upstream>
<remote-id type="github">Blosc/c-blosc</remote-id>
</upstream>
<email>patrick@gentoo.org</email>
<name>Patrick Lauer</name>
</maintainer>
- <use>
- <flag name="snappy">support the snappy compression library</flag>
- </use>
<upstream>
<remote-id type="github">google/leveldb</remote-id>
<bugs-to>https://github.com/google/leveldb/issues</bugs-to>
</upstream>
<use>
<flag name="brotli">Enable support for brotli compression</flag>
- <flag name="snappy">Enable support for snappy compression</flag>
</use>
</pkgmetadata>
<longdescription>
Python client for Apache Kafka
</longdescription>
- <use>
- <flag name="snappy">
- Install snappy compression/decompression support
- </flag>
- </use>
<upstream>
<remote-id type="github">dpkp/kafka-python</remote-id>
<remote-id type="pypi">kafka-python</remote-id>
<flag name="sdjournal">Install sdjournal, an extcap that captures systemd journal entries</flag>
<flag name="sharkd">Install sharkd, the daemon variant of wireshark</flag>
<flag name="smi">Use <pkg>net-libs/libsmi</pkg> to resolve numeric OIDs into human readable format</flag>
-<flag name="snappy">Use <pkg>app-arch/snappy</pkg> for snappy compression and decompression</flag>
<flag name="spandsp">Use <pkg>media-libs/spandsp</pkg> for for G.722 and G.726 codec support in the RTP Player</flag>
<flag name="sshdump">Install sshdump, an extcap interface to capture from a remote host through SSH</flag>
<flag name="text2pcap">Install text2pcap, to generate a capture file from an ASCII hexdump of packets</flag>
<use>
<flag name="filelog">Enable the ability to log to a file instead of syslog</flag>
<flag name="memtrace">Enable leefs to create a report regarding the memory allocation. This feature should be used for debugging purposes to avoid performance degradation</flag>
- <flag name="snappy">Enable snappy compression using the <pkg>app-arch/snappy</pkg> library</flag>
</use>
<longdescription lang="en">
Data deduplication (often called “intelligent compression” or “single-instance storage”) is a method of reducing storage needs by eliminating redundant data. Data deduplication is often used for backup purposes and for virtual machine image storage. lessfs can determine if data is redundant by calculating a unique (192 bit) tiger hash of each block of data that is written. When lessfs has determined that a block of data needs to be stored it first compresses the block with LZO or QUICKLZ compression. The combination of these two techniques results in a very high overall compression rate for many types of data. Multimedia files like mp3, avi or jpg files can not be compressed by lessfs when they are only stored once on the filesystem.