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types.hh
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381 lines (283 loc) · 10.9 KB
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#ifndef types_hh
#define types_hh
#include <boost/variant.hpp>
#include <vector>
#include <string>
#include <functional>
namespace doanimate {
namespace types {
namespace implementation {
class TypeInfo;
}
implementation::TypeInfo simplify(const implementation::TypeInfo&);
namespace implementation {
enum TypeInfoEnum {
boolean,
integer,
number,
list,
tuple,
generic,
function,
code,
specialize,
any,
string
};
class TypeInfo {
TypeInfoEnum category;
TypeInfo* single_extension = nullptr;
std::vector<TypeInfo> first_group = {};
std::vector<TypeInfo> second_group = {};
size_t generic_index = 0;
std::string lbl = "";
TypeInfo(const TypeInfoEnum cat);
TypeInfo(
const TypeInfoEnum cat,
const TypeInfo& ext
);
TypeInfo(
const TypeInfoEnum cat,
TypeInfo&& ext
);
TypeInfo(
const TypeInfoEnum cat,
const std::vector<TypeInfo>& group
);
TypeInfo(
const TypeInfoEnum cat,
std::vector<TypeInfo>&& group
);
TypeInfo(
const TypeInfoEnum cat,
const TypeInfo& ext,
const std::vector<TypeInfo>& group
);
TypeInfo(
const TypeInfoEnum cat,
TypeInfo&& ext,
const std::vector<TypeInfo>& group
);
TypeInfo(
const TypeInfoEnum cat,
const TypeInfo& ext,
std::vector<TypeInfo>&& group
);
TypeInfo(
const TypeInfoEnum cat,
TypeInfo&& ext,
std::vector<TypeInfo>&& group
);
TypeInfo(
const TypeInfoEnum cat,
const std::vector<TypeInfo>& first,
const std::vector<TypeInfo>& second
);
TypeInfo(
const TypeInfoEnum cat,
std::vector<TypeInfo>&& first,
const std::vector<TypeInfo>& second
);
TypeInfo(
const TypeInfoEnum cat,
const std::vector<TypeInfo>& first,
std::vector<TypeInfo>&& second
);
TypeInfo(
const TypeInfoEnum cat,
std::vector<TypeInfo>&& first,
std::vector<TypeInfo>&& second
);
TypeInfo(
const TypeInfoEnum cat,
const TypeInfo& ext,
const std::vector<TypeInfo>& first,
const std::vector<TypeInfo>& second
);
TypeInfo(
const TypeInfoEnum cat,
TypeInfo&& ext,
const std::vector<TypeInfo>& first,
const std::vector<TypeInfo>& second
);
TypeInfo(
const TypeInfoEnum cat,
const TypeInfo& ext,
std::vector<TypeInfo>&& first,
const std::vector<TypeInfo>& second
);
TypeInfo(
const TypeInfoEnum cat,
TypeInfo&& ext,
std::vector<TypeInfo>&& first,
const std::vector<TypeInfo>& second
);
TypeInfo(
const TypeInfoEnum cat,
const TypeInfo& ext,
const std::vector<TypeInfo>& first,
std::vector<TypeInfo>&& second
);
TypeInfo(
const TypeInfoEnum cat,
TypeInfo&& ext,
const std::vector<TypeInfo>& first,
std::vector<TypeInfo>&& second
);
TypeInfo(
const TypeInfoEnum cat,
const TypeInfo& ext,
std::vector<TypeInfo>&& first,
std::vector<TypeInfo>&& second
);
TypeInfo(
const TypeInfoEnum cat,
TypeInfo&& ext,
std::vector<TypeInfo>&& first,
std::vector<TypeInfo>&& second
);
TypeInfo(const size_t index);
TypeInfo(
const TypeInfo& other,
const std::string& label
);
TypeInfo(
TypeInfo&& other,
const std::string& label
);
TypeInfo(
const TypeInfo& other,
std::string&& label
);
TypeInfo(
TypeInfo&& other,
std::string&& label
);
public:
TypeInfo();
TypeInfo(const TypeInfo& other);
TypeInfo(TypeInfo&& other);
TypeInfo& operator=(const TypeInfo& other);
TypeInfo& operator=(TypeInfo&& other);
bool operator==(const TypeInfo& other) const;
bool operator!=(const TypeInfo& other) const;
bool is_equivalent(const TypeInfo& other) const;
TypeInfo specialize(const std::vector<TypeInfo>& types) const;
TypeInfo specialize(std::vector<TypeInfo>&& types) const;
TypeInfo labeled(const std::string& lbl) const;
TypeInfo labeled(std::string&& lbl) const;
bool has_label() const;
const std::string& label() const;
bool is_specialization() const;
const TypeInfo& specialization_template() const;
const std::vector<TypeInfo>& specialization_parameters() const;
bool is_list() const;
const TypeInfo& list_of() const;
bool is_tuple() const;
const std::vector<TypeInfo>& tuple_types() const;
bool is_repeated_tuple() const;
const TypeInfo& repeated_tuple_of() const;
size_t repeated_tuple_length() const;
bool is_generic_parameter() const;
size_t generic_parameter_index() const;
size_t is_generic() const;
bool is_function() const;
const TypeInfo& function_return_type() const;
const std::vector<TypeInfo>& function_arguments() const;
bool is_code() const;
const std::vector<TypeInfo>& code_inputs() const;
const std::vector<TypeInfo>& code_outputs() const;
static const TypeInfo boolean;
static const TypeInfo integer;
static const TypeInfo number;
static const TypeInfo any;
static const TypeInfo string;
static TypeInfo list(const TypeInfo& of);
static TypeInfo list(TypeInfo&& of);
static TypeInfo tuple(
const TypeInfo& of,
const size_t times
);
static TypeInfo tuple(
TypeInfo&& of,
const size_t times
);
static TypeInfo tuple(const std::vector<TypeInfo>& types);
static TypeInfo tuple(std::vector<TypeInfo>&& types);
static TypeInfo generic_parameter(const size_t index);
static TypeInfo function(
const TypeInfo& ret,
const std::vector<TypeInfo>& args
);
static TypeInfo function(
TypeInfo&& ret,
const std::vector<TypeInfo>& args
);
static TypeInfo function(
const TypeInfo& ret,
std::vector<TypeInfo>&& args
);
static TypeInfo function(
TypeInfo&& ret,
std::vector<TypeInfo>&& args
);
static TypeInfo code(
const std::vector<TypeInfo>& inputs,
const std::vector<TypeInfo>& outputs
);
static TypeInfo code(
std::vector<TypeInfo>&& inputs,
const std::vector<TypeInfo>& outputs
);
static TypeInfo code(
const std::vector<TypeInfo>& inputs,
std::vector<TypeInfo>&& outputs
);
static TypeInfo code(
std::vector<TypeInfo>&& inputs,
std::vector<TypeInfo>&& outputs
);
static const TypeInfo none;
static const TypeInfo position;
static const TypeInfo position2d;
static const TypeInfo position3d;
static const TypeInfo color;
static const TypeInfo color_without_alpha;
static const TypeInfo renderable;
static const TypeInfo sound;
~TypeInfo();
friend struct std::hash<TypeInfo>;
};
}
using TypeInfo = implementation::TypeInfo;
using Value = boost::make_recursive_variant<
bool,
long int,
double,
std::vector<boost::recursive_variant_>, // can hold both lists and tuples.
std::string
>::type;
namespace representations {
using Boolean = bool;
using Integer = long int;
using Number = double;
using List = std::vector<Value>;
using Tuple = std::vector<Value>;
using String = std::string;
using Function = std::function<Value(std::vector<Value>)>;
using Code = std::function<std::vector<Value>(std::vector<Value>)>;
}
TypeInfo apply_specialization(
const TypeInfo&,
const std::vector<TypeInfo>&
);
std::string to_string(const TypeInfo&);
}
}
namespace std {
template <>
struct hash<doanimate::types::TypeInfo> {
size_t operator()(const doanimate::types::TypeInfo&) const;
};
}
#endif