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- array->typed-ptr-conversion
- build-full-conversion
- check-type
- conversion-table
- direct-conversion-map
- direct-conversion-pairs
- direct-conversion?
- full-conversion-sequence
- full-datatype-list
- jvm->unsigned
- make-pointer-of-type
- PToPtr
- signed-datatype?
- typed-ptr->array-conversion
- typed-ptr->byte-nio-buffer
- typed-ptr->byte-ptr
- typed-ptr->double-nio-buffer
- typed-ptr->double-ptr
- typed-ptr->float-nio-buffer
- typed-ptr->float-ptr
- typed-ptr->int-nio-buffer
- typed-ptr->int-ptr
- typed-ptr->long-nio-buffer
- typed-ptr->long-ptr
- typed-ptr->nio-buffer
- typed-ptr->ptr
- typed-ptr->short-nio-buffer
- typed-ptr->short-ptr
- typed-ptr->typed-ptr-conversion
- unsigned->jvm
- unsigned-cast-macro
- unsigned-scalar-conversion-table
- unsigned-scalar-conversion-table-macro
- unsigned-type-set
- unsigned-types
tech.typed-pointer
A typed pointer is an abstract concept that must satisfy concepts such as the get-datatype and the ->ptr interfaces. It is logically a tuple of base pointer and datatype. In this way fat pointers can support unsigned datatypes even though the base javacpp pointers mirror the signed jvm primitive types.
A typed pointer is an abstract concept that must satisfy concepts such as the get-datatype and the ->ptr interfaces. It is logically a tuple of base pointer and datatype. In this way fat pointers can support unsigned datatypes even though the base javacpp pointers mirror the signed jvm primitive types.
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