#cplusplus#cache#cpp#database#fibers#in_memory#in_memory_database#key_value#keydb#memcached#message_broker#multi_threading#nosql#redis#valkey#vector_search
Dragonfly is a modern in-memory data store compatible with Redis and Memcached, offering up to 25 times higher throughput and better cache efficiency while using up to 80% fewer resources. It scales well with larger servers, supports many Redis commands, and features a unique, memory-efficient cache and fast snapshotting. Dragonfly provides low latency, high performance, and is easy to configure with familiar Redis options. Its design ensures atomic operations and efficient resource use, making it ideal for fast, cost-effective cloud applications needing real-time data access and high scalability. This means you get faster, more efficient caching and data handling with minimal changes to your existing setup[5][2][4].
https://github.com/dragonflydb/dragonfly
❌🟠 Los Giants no anticipan hacer un contrato de nueve cifras para Tatsuya Imai ni para ningún otro lanzador en el mercado esta temporada baja, según Andrew Baggarly.
#️⃣#Giants
🗞 | t.me/MLB_Daily
🏥🌉 Los Giants están colocando a Logan Webb en la lista de lesionados con bursitis en la rodilla derecha, según Alex Pavlovic de NBC Sports Bay Area.
Es la primera vez que Webb está en la lista de lesionados desde 2021.
#Giants#LWebb
🗞 | t.me/MLB_Daily
🟠🤠 Según varios informes, incluidos los de Mark Feinsand de MLB.com, los Giants y el lanzador derecho Tyler Mahle han acordado un contrato de un año.
#️⃣#Giants#Mahle
🗞 | t.me/MLB_Daily
🟠 Según Ken Rosenthal, se informa que los San Francisco Giants están cerca de contratar a Tony Vitello, entrenador principal de Tennessee, como su nuevo manager.
#️⃣#Giants#Vitello
🗞 | t.me/MLB_Daily
🌎 The coconut crab is the world’s largest land-dwelling arthropod, able to crack open coconuts with its powerful pincers. These giant crabs live on islands across the Indo-Pacific, and their climbing and shell-breaking skills help them access food that other animals can’t reach. ✨
#animal⚡#giants⚡#adaptation⚡#islands
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🪐 Unlike Earth and Mars, giant planets like Jupiter and Saturn do not have solid surfaces—their thick outer layers are made mostly of hydrogen and helium gas, which gradually becomes denser toward the center. These gas giants can have dozens of moons and faint ring systems, and their powerful magnetic fields—especially Jupiter’s, which is the strongest of any planet in our solar system—can trap charged particles, creating intense radiation belts that glow in radio waves. ✨
#Jupiter⚡#Saturn⚡#giants⚡#nasa⚡#galaxy⚡#stars⚡#astronomy⚡#universe⚡#cosmos⚡#space
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🪐 Jupiter, the largest planet in our solar system, is so massive that it has over twice the combined mass of all the other planets put together. Its rapid rotation—completing one spin every 10 hours—causes it to bulge noticeably at the equator, creating a distinct flattened shape unlike the more spherical profiles of smaller planets. ✨
#Jupiter⚡#giants⚡#rotation⚡#nasa⚡#galaxy⚡#stars⚡#astronomy⚡#universe⚡#cosmos⚡#space
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🪐 Saturn’s rings are made mostly of icy particles ranging from the size of grains of sand to mountains, but what’s remarkable is that these rings are incredibly thin—often only about 10 meters thick compared to their width of up to 282,000 kilometers. Despite their vast size, the rings would still fit comfortably within the gap between Earth and the top of our atmosphere if laid flat. ✨
#Saturn⚡#rings⚡#giants⚡#nasa⚡#galaxy⚡#stars⚡#astronomy⚡#universe⚡#cosmos⚡#space
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