registry.f90 File Reference

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Data Types
type	registry::registry_t

Modules
module	registry
	Defines a registry for storing solution fields.

Functions/Subroutines
subroutine	registry::registry_init (this, size, expansion_size)
	Constructor.
subroutine	registry::registry_free (this)
	Destructor.
subroutine	registry::registry_expand (this)
	Expand the fields array so as to accommodate more fields.
subroutine	registry::registry_add_field (this, dof, name, ignore_existing)
	Add a field to the registry.
subroutine	registry::registry_add_vector (this, n, name, ignore_existing)
	Add a vector to the registry.
subroutine	registry::registry_add_matrix (this, nrows, ncols, name, ignore_existing)
	Add a matrix to the registry.
subroutine	registry::registry_add_real_scalar (this, value, name, ignore_existing)
	Add a real scalar to the registry.
subroutine	registry::registry_add_integer_scalar (this, value, name, ignore_existing)
	Add an integer scalar to the registry.
subroutine	registry::registry_add_alias (this, alias, name)
	Add an alias for an existing entry in the registry.
recursive type(field_t) function, pointer	registry::registry_get_field_by_name (this, name)
	Get pointer to a stored field by field name.
recursive type(vector_t) function, pointer	registry::registry_get_vector_by_name (this, name)
	Get pointer to a stored vector by name.
recursive type(matrix_t) function, pointer	registry::registry_get_matrix_by_name (this, name)
	Get pointer to a stored matrix by name.
recursive real(kind=rp) function, pointer	registry::registry_get_real_scalar_by_name (this, name)
	Get pointer to a stored real scalar by name.
recursive integer function, pointer	registry::registry_get_integer_scalar_by_name (this, name)
	Get pointer to a stored integer scalar by name.
logical function	registry::registry_entry_exists (this, name)
	Check if a field with a given name is already in the registry.
logical function	registry::registry_field_exists (this, name)
	Check if a field with a given name is already in the registry.
logical function	registry::registry_vector_exists (this, name)
	Check if a vector with a given name is already in the registry.
logical function	registry::registry_matrix_exists (this, name)
	Check if a matrix with a given name is already in the registry.
logical function	registry::registry_real_scalar_exists (this, name)
	Check if a real scalar with a given name is already in the registry.
logical function	registry::registry_integer_scalar_exists (this, name)
	Check if an integer scalar with a given name is already in the registry.
pure integer function	registry::registry_n_entries (this)
	Get number of registered entries.
pure integer function	registry::registry_n_fields (this)
	Get the number of fields stored in the registry.
pure integer function	registry::registry_n_vectors (this)
	Get the number of vector stored in the registry.
pure integer function	registry::registry_n_matrices (this)
	Get the number of matrix stored in the registry.
pure integer function	registry::registry_n_real_scalars (this)
	Get the number of real scalars stored in the registry.
pure integer function	registry::registry_n_integer_scalars (this)
	Get the number of integer scalars stored in the registry.
pure integer function	registry::registry_n_aliases (this)
	Get the number of aliases stored in the registry.
pure integer function	registry::registry_get_size (this)
	Get the size of the fields array.
pure integer function	registry::registry_get_expansion_size (this)
	Get the expansion size.
subroutine	registry::registry_print (this)
	Print the contents of the registry to standard output.
subroutine	registry::registry_print_contents (this, type)
	Print the registry contents grouped by entity type.
subroutine	registry::registry_print_section (this, entity_type)
	Print a single section of the registry for the given type.

Variables
type(registry_t), target, public	registry::neko_registry
	Global field registry.
type(registry_t), target, public	registry::neko_const_registry
	This registry is used to store user-defined scalars and vectors, provided under the constants section of the case file. These are separated from the global registry to prevent name clashes with registered objects used by Neko itself.