This week we are celebrating Goldfat's 10th birthday with an all-Goldfat mix, showcasing some of the best of Goldfat Music, both old and new! You can get the new G10LDFAT LP at: https://goldfat.bandcamp.com/ Tracklist: Mitekiss - Love Me, Haunt Me [Goldfat] Soulfil & Counter C
#liquid : neither solid nor aeriform
- French: Liquide
- German: die Flüssigkeit
- Italian: liquido
- Portuguese: líquido
- Spanish: liquido
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Word of The Hour's Annual Survey @ https://wordofthehour.org/r/form
Der #CommunityAbend 2.0 in der #STEIL #BoulderHalle in #Karlsruhe war der absolute Hammer. Alle waren total relaxed, es wurde Gegrillt, Gebouldert und Gechillt -- und ich hatte mega Spaß mein Set zu spielen. Von #Liquid #DrumNBass über #Lounge #House bis hin zu #AfterHour #Techno alles dabei.
Wenn ihr das Set nachhören wollt:
https://www.mixcloud.com/DJ_NebuK/live-at-steil-community-abend-20092025/
Oder auch auf https://www.nebuk.de/live-mixes/
#Karlsruhe #Events #Ausgehen #BBQ #Musik #Music #LiveSet #DJSet #AfterHourTechno #LoungeHouse #LiquidDnB
This paper advocates for the broader application of SMT solvers in everyday programming, challenging the conventional wisdom that these tools are solely for formal methods and verification. We claim that SMT solvers, when seamlessly integrated into a compiler's static checks, significantly enhance the capabilities of ordinary type checkers in program composition. Specifically, we argue that refinement types, as embodied by Liquid Haskell, enable the use of SMT solvers in mundane programming tasks. Through a case study on handling binder scopes in compilers, we envision a future where ordinary programming is made simpler and more enjoyable with the aid of refinement types and SMT solvers. As a secondary contribution, we present a prototype implementation of a theory of finite maps for Liquid Haskell's solver, developed to support our case study.