lisp

来源： https://stackoverflow.com/questions/578290/common-lisp-equivalent-to-c-enums

来源： https://stackoverflow.com/questions/578290/common-lisp-equivalent-to-c-enums

来源： https://stackoverflow.com/questions/11218905/is-it-possible-to-implement-auto-currying-to-the-lisp-family-languages

来源： https://stackoverflow.com/questions/11218905/is-it-possible-to-implement-auto-currying-to-the-lisp-family-languages

来源： https://stackoverflow.com/questions/10445433/lisp-way-of-looping-over-bits-of-an-integer

来源： https://stackoverflow.com/questions/10445433/lisp-way-of-looping-over-bits-of-an-integer

来源： https://stackoverflow.com/questions/10445433/lisp-way-of-looping-over-bits-of-an-integer

问题 In Scheme R7RS there is both a load and include form. Include is described as: Semantics: Both include and include-ci take one or more filenames expressed as string literals, apply an implementation-specific algorithm to find corresponding files, read the contents of the files in the specified order as if by repeated applications of read, and effectively re- place the include or include-ci expression with a begin expression containing what was read from the files. The difference between the

问题 In Scheme R7RS there is both a load and include form. Include is described as: Semantics: Both include and include-ci take one or more filenames expressed as string literals, apply an implementation-specific algorithm to find corresponding files, read the contents of the files in the specified order as if by repeated applications of read, and effectively re- place the include or include-ci expression with a begin expression containing what was read from the files. The difference between the

问题 I have large hash tables that I am writing to disk as an occasional backup. I am finding that as I map the hash tables and write to a file, the RAM usage skyrockets compared to the size of the hash. I am running lisp on emacs with slime and sbcl 2.0.3.176. System is Ubuntu 19.10 on a dell server. Data is multiple levels of hash tables. The basic structure of it is: customer-ht - hash table of structs called customer, keyed on lists of integers, like (1 2), (1 3) (defstruct customer (var1 0)