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Module `dmd.backend.dtype`

Compiler implementation of the D programming language.

Functions

Name	Description
`param_append_type(pp, t)`	Allocate a param_t of type t, and append it to parameter list.
`param_append_type(pp, t)`	Allocate a param_t of type t, and append it to parameter list.
`param_calloc()`	Allocate a param_t.
`param_calloc()`	Allocate a param_t.
`param_dehydrate(pp)`	Hydrate/dehydrate a type.
`param_dehydrate(pp)`	Hydrate/dehydrate a type.
`param_free(pparamlst)`	Free parameter list.
`param_free(pparamlst)`	Free parameter list.
`param_free_l(p)`	Version of param_free() suitable for list_free().
`param_free_l(p)`	Version of param_free() suitable for list_free().
`param_hydrate(pp)`	Hydrate/dehydrate a type.
`param_hydrate(pp)`	Hydrate/dehydrate a type.
`param_search(name, pp)`	Search for member, create symbol as needed. Used for symbol tables for VLA's such as: void func(int n, int a[n]);
`param_search(name, pp)`	Search for member, create symbol as needed. Used for symbol tables for VLA's such as: void func(int n, int a[n]);
`param_t_createTal(p, ptali)`	Create template-argument-list blank from template-parameter-list
`param_t_createTal(p, ptali)`	Create template-argument-list blank from template-parameter-list
`param_t_length(p)`	Compute number of parameters
`param_t_length(p)`	Compute number of parameters
`param_t_print(p)`	Pretty-print a param_t
`param_t_print(p)`	Pretty-print a param_t
`param_t_search(p, id)`	Look for Pident matching id
`param_t_search(p, id)`	Look for Pident matching id
`param_t_searchn(p, id)`	Look for Pident matching id
`param_t_searchn(p, id)`	Look for Pident matching id
`type_alignsize(t)`	Return the size of a type for alignment purposes.
`type_alignsize(t)`	Return the size of a type for alignment purposes.
`type_alloc(ty)`	Create a type & initialize it.
`type_alloc(ty)`	Create a type & initialize it.
`type_alloc_template(s)`	Allocate a TYtemplate.
`type_alloc_template(s)`	Allocate a TYtemplate.
`type_allocmemptr(stag, tn)`	Allocate a TYmemptr type.
`type_allocmemptr(stag, tn)`	Allocate a TYmemptr type.
`type_allocn(ty, tn)`	Allocate a type of ty with a Tnext of tn.
`type_allocn(ty, tn)`	Allocate a type of ty with a Tnext of tn.
`type_assoc_array(tkey, tvalue)`	Allocate an associative array type, which are key=value pairs
`type_assoc_array(tkey, tvalue)`	Allocate an associative array type, which are key=value pairs
`type_copy(t)`	Type type information.
`type_copy(t)`	Type type information.
`type_dehydrate(pt)`	Dehydrate a type.
`type_dehydrate(pt)`	Dehydrate a type.
`type_delegate(tnext)`	Allocate a delegate type.
`type_delegate(tnext)`	Allocate a delegate type.
`type_dyn_array(tnext)`	Allocate a dynamic array type.
`type_dyn_array(tnext)`	Allocate a dynamic array type.
`type_embed(t, u)`	Recursively check if type u is embedded in type t.
`type_embed(t, u)`	Recursively check if type u is embedded in type t.
`type_enum(name, tbase)`	Create an enum type.
`type_enum(name, tbase)`	Create an enum type.
`type_fake(ty)`	Fake a type & initialize it.
`type_fake(ty)`	Fake a type & initialize it.
`type_free(t)`	Free up data type.
`type_free(t)`	Free up data type.
`type_function(tyf, ptypes, nparams, variadic, tret)`	Allocation a function type.
`type_function(tyf, ptypes, nparams, variadic, tret)`	Allocation a function type.
`type_hydrate(pt)`	Hydrate a type.
`type_hydrate(pt)`	Hydrate a type.
`type_isdependent(t)`	Determine if type t is a dependent type.
`type_isdependent(t)`	Determine if type t is a dependent type.
`type_isvla(t)`	Determine if type is a VLA.
`type_isvla(t)`	Determine if type is a VLA.
`type_parameterSize(t, tyf)`	Compute the size of a single parameter.
`type_parameterSize(t, tyf)`	Compute the size of a single parameter.
`type_paramsize(t)`	Compute the total size of parameters for function call. Used for stdcall name mangling. Note that hidden parameters do not contribute to size.
`type_paramsize(t)`	Compute the total size of parameters for function call. Used for stdcall name mangling. Note that hidden parameters do not contribute to size.
`type_pointer(tnext)`	Allocate a pointer type.
`type_pointer(tnext)`	Allocate a pointer type.
`type_print(t)`	Pretty-print a type.
`type_print(t)`	Pretty-print a type.
`type_setcv(pt, cv)`	Set/clear const and volatile bits in *pt according to the settings in cv.
`type_setcv(pt, cv)`	Set/clear const and volatile bits in *pt according to the settings in cv.
`type_setdependent(t)`	Create a 'dependent' version of type t.
`type_setdependent(t)`	Create a 'dependent' version of type t.
`type_setdim(pt, dim)`	Set dimension of array.
`type_setdim(pt, dim)`	Set dimension of array.
`type_setmangle(pt, mangle)`	Modify the Tmangle field of a type.
`type_setmangle(pt, mangle)`	Modify the Tmangle field of a type.
`type_setty(pt, newty)`	Modify the tym_t field of a type.
`type_setty(pt, newty)`	Modify the tym_t field of a type.
`type_settype(pt, t)`	Set type field of some object to t.
`type_settype(pt, t)`	Set type field of some object to t.
`type_size(t)`	Compute size of type in bytes. Mark size as known after error message if it is not known. Instantiate templates as needed to compute size.
`type_size(t)`	Compute size of type in bytes.
`type_size(t)`	Compute size of type in bytes. Mark size as known after error message if it is not known. Instantiate templates as needed to compute size.
`type_size(t)`	Compute size of type in bytes.
`type_static_array(dim, tnext)`	Allocate a static array type.
`type_static_array(dim, tnext)`	Allocate a static array type.
`type_struct_class(name, alignsize, structsize, arg1type, arg2type, isUnion, isClass, isPOD, is0size)`	Create a struct/union/class type.
`type_struct_class(name, alignsize, structsize, arg1type, arg2type, isUnion, isClass, isPOD, is0size)`	Create a struct/union/class type.
`type_term()`	Free type_list.
`type_term()`	Free type_list.
`type_vla_fix(pt)`
`type_vla_fix(pt)`
`type_zeroSize(t, tyf)`	Compute special zero sized struct.
`type_zeroSize(t, tyf)`	Compute special zero sized struct.
`typematch(t1, t2, relax)`	A cheap version of exp2.typematch() and exp2.paramlstmatch(), so that we can get cpp_mangle() to work for MARS. It's less complex because it doesn't do templates and can rely on strict typechecking.
`typematch(t1, t2, relax)`	A cheap version of exp2.typematch() and exp2.paramlstmatch(), so that we can get cpp_mangle() to work for MARS. It's less complex because it doesn't do templates and can rely on strict typechecking.

Authors

Walter Bright

License

Boost License 1.0