Additional referenced files from the same commit: array.h ../ppnarg.h. See my SO Question SO Question for an in-depth explanation of the array code. ../ppnarg.h implements a macro which counts how many arguments it was called with. This is used to provide variadic constructors for the array type. It's a wonderous little macro that should be part of everyone's cpp arsenal, but I didn't write it.
Additional referenced files from the same commit: array.h ../ppnarg.h. See my SO Question for an in-depth explanation of the array code. ../ppnarg.h implements a macro which counts how many arguments it was called with. This is used to provide variadic constructors for the array type. It's a wonderous little macro that should be part of everyone's cpp arsenal, but I didn't write it.
Additional referenced files from the same commit: array.h ../ppnarg.h. See my SO Question for an in-depth explanation of the array code. ../ppnarg.h implements a macro which counts how many arguments it was called with. This is used to provide variadic constructors for the array type. It's a wonderous little macro that should be part of everyone's cpp arsenal, but I didn't write it.
As an integral part (pun intended) of my APL interpreter (previous questions: 1 1 2 2 3 3 4 4), this suite of functions converts any data into integer handles. APL operates on arrays of data cells, so with this encoding my cells are all int but may semantically contain other types. This enables me to have heterogeneous arrays with a homogeneous representation. Elements can even be arrays nested to arbitrary depths.
As an integral part (pun intended) of my APL interpreter (previous questions: 1 2 3 4), this suite of functions converts any data into integer handles. APL operates on arrays of data cells, so with this encoding my cells are all int but may semantically contain other types. This enables me to have heterogeneous arrays with a homogeneous representation. Elements can even be arrays nested to arbitrary depths.
As an integral part (pun intended) of my APL interpreter (previous questions: 1 2 3 4), this suite of functions converts any data into integer handles. APL operates on arrays of data cells, so with this encoding my cells are all int but may semantically contain other types. This enables me to have heterogeneous arrays with a homogeneous representation. Elements can even be arrays nested to arbitrary depths.
Additional referenced files from the same commit: array.h ../ppnarg.h. See my SO Question for an in-depth explanation of the array code. ../ppnarg.h implements a macro which counts how many arguments it was called with. This is used to provide variadic constructors for the array type. It's a wonderous little macro that should be part of everyone's cpp arsenal, but I didn't write it.
Additional referenced files from the same commit: array.h ppnarg.h. See my SO Question for an in-depth explanation of the array code. ppnarg.h implements a macro which counts how many arguments it was called with. This is used to provide variadic constructors for the array type.
Additional referenced files from the same commit: array.h ../ppnarg.h. See my SO Question for an in-depth explanation of the array code. ../ppnarg.h implements a macro which counts how many arguments it was called with. This is used to provide variadic constructors for the array type. It's a wonderous little macro that should be part of everyone's cpp arsenal, but I didn't write it.
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