public interface soa_write_field
Write the first n elements of one field as a stream record.
Usage: call soa_write_field(unit, this%x, n, err)
The field array is taken whole, as an allocatable, together with the
live count: a container that has never been allocated has unallocated
field arrays, and forming the slice this%x(1:0) on one of those
would be a reference to an unallocated variable. Handling that here
keeps every generated container safe by construction. An unallocated
field is legal and writes an empty record, provided n is zero.
The prologue must already have been written. A logical field is
encoded as an int32 record of 0/1 codes; every other type maps
straight onto the matching pic_serialize record.
Fails with ERROR_VALIDATION when n is negative or larger than the
field actually holds.
interface~~soa_write_field~~CallsGraph
interface~soa_write_field
soa_write_field
proc~soa_write_int32_field
soa_write_int32_field
interface~soa_write_field->proc~soa_write_int32_field
proc~soa_write_int64_field
soa_write_int64_field
interface~soa_write_field->proc~soa_write_int64_field
proc~soa_write_logical_field
soa_write_logical_field
interface~soa_write_field->proc~soa_write_logical_field
proc~soa_write_real_dp_field
soa_write_real_dp_field
interface~soa_write_field->proc~soa_write_real_dp_field
proc~soa_write_real_sp_field
soa_write_real_sp_field
interface~soa_write_field->proc~soa_write_real_sp_field
interface~write_array
write_array
proc~soa_write_int32_field->interface~write_array
proc~error_has_error
error_t%error_has_error
proc~soa_write_int32_field->proc~error_has_error
proc~soa_check_live_count
soa_check_live_count
proc~soa_write_int32_field->proc~soa_check_live_count
proc~soa_write_int64_field->interface~write_array
proc~soa_write_int64_field->proc~error_has_error
proc~soa_write_int64_field->proc~soa_check_live_count
proc~soa_write_logical_field->interface~write_array
proc~soa_write_logical_field->proc~error_has_error
proc~soa_check_alloc
soa_check_alloc
proc~soa_write_logical_field->proc~soa_check_alloc
proc~soa_write_logical_field->proc~soa_check_live_count
proc~soa_write_real_dp_field->interface~write_array
proc~soa_write_real_dp_field->proc~error_has_error
proc~soa_write_real_dp_field->proc~soa_check_live_count
proc~soa_write_real_sp_field->interface~write_array
proc~soa_write_real_sp_field->proc~error_has_error
proc~soa_write_real_sp_field->proc~soa_check_live_count
proc~write_char_record
write_char_record
interface~write_array->proc~write_char_record
proc~write_int32_array
write_int32_array
interface~write_array->proc~write_int32_array
proc~write_int64_array
write_int64_array
interface~write_array->proc~write_int64_array
proc~write_real_dp_array
write_real_dp_array
interface~write_array->proc~write_real_dp_array
proc~write_real_sp_array
write_real_sp_array
interface~write_array->proc~write_real_sp_array
interface~to_char
to_char
proc~soa_check_alloc->interface~to_char
proc~error_set
error_t%error_set
proc~soa_check_alloc->proc~error_set
proc~soa_check_live_count->interface~to_char
proc~soa_check_live_count->proc~error_set
proc~to_char_char
to_char_char
interface~to_char->proc~to_char_char
proc~to_char_dp
to_char_dp
interface~to_char->proc~to_char_dp
proc~to_char_int32
to_char_int32
interface~to_char->proc~to_char_int32
proc~to_char_int64
to_char_int64
interface~to_char->proc~to_char_int64
proc~to_char_logical
to_char_logical
interface~to_char->proc~to_char_logical
proc~to_char_matrix_dp
to_char_matrix_dp
interface~to_char->proc~to_char_matrix_dp
proc~to_char_matrix_int32
to_char_matrix_int32
interface~to_char->proc~to_char_matrix_int32
proc~to_char_matrix_int64
to_char_matrix_int64
interface~to_char->proc~to_char_matrix_int64
proc~to_char_matrix_sp
to_char_matrix_sp
interface~to_char->proc~to_char_matrix_sp
proc~to_char_sp
to_char_sp
interface~to_char->proc~to_char_sp
proc~to_char_vector_dp
to_char_vector_dp
interface~to_char->proc~to_char_vector_dp
proc~to_char_vector_int32
to_char_vector_int32
interface~to_char->proc~to_char_vector_int32
proc~to_char_vector_int64
to_char_vector_int64
interface~to_char->proc~to_char_vector_int64
proc~to_char_vector_sp
to_char_vector_sp
interface~to_char->proc~to_char_vector_sp
proc~check_io
check_io
proc~write_char_record->proc~check_io
proc~error_get_code
error_t%error_get_code
proc~write_char_record->proc~error_get_code
proc~error_wrap
error_t%error_wrap
proc~write_char_record->proc~error_wrap
proc~write_record_header
write_record_header
proc~write_char_record->proc~write_record_header
proc~write_int32_array->proc~check_io
proc~write_int32_array->proc~error_get_code
proc~write_int32_array->proc~error_wrap
proc~write_int32_array->proc~write_record_header
proc~write_int64_array->proc~check_io
proc~write_int64_array->proc~error_get_code
proc~write_int64_array->proc~error_wrap
proc~write_int64_array->proc~write_record_header
proc~write_real_dp_array->proc~check_io
proc~write_real_dp_array->proc~error_get_code
proc~write_real_dp_array->proc~error_wrap
proc~write_real_dp_array->proc~write_record_header
proc~write_real_sp_array->proc~check_io
proc~write_real_sp_array->proc~error_get_code
proc~write_real_sp_array->proc~error_wrap
proc~write_real_sp_array->proc~write_record_header
proc~check_io->interface~to_char
proc~check_io->proc~error_set
proc~error_wrap->proc~error_has_error
proc~clip_tail
clip_tail
proc~error_wrap->proc~clip_tail
proc~write_record_header->proc~check_io
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interface~~soa_write_field~~CalledByGraph
interface~soa_write_field
soa_write_field
proc~particle_soa_serialize
particle_soa_t%particle_soa_serialize
proc~particle_soa_serialize->interface~soa_write_field
Nodes of different colours represent the following:
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Subroutine
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Interface
Interface
Type Bound Procedure
Type Bound Procedure
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Program
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This Page's Entity
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Solid arrows point from a procedure to one which it calls. Dashed
arrows point from an interface to procedures which implement that interface.
This could include the module procedures in a generic interface or the
implementation in a submodule of an interface in a parent module.
Where possible, edges connecting nodes are
given different colours to make them easier to distinguish in
large graphs.
Module Procedures
Write the first n elements of an integer(int32) field.
Arguments
Type
Intent Optional Attributes
Name
intent(in)
::
unit
intent(in),
allocatable
::
values (:)
intent(in)
::
n
error_t ),
intent(inout)
::
err
Write the first n elements of an integer(int64) field.
Arguments
Type
Intent Optional Attributes
Name
intent(in)
::
unit
intent(in),
allocatable
::
values (:)
intent(in)
::
n
error_t ),
intent(inout)
::
err
Write the first n elements of a real(sp) field.
Arguments
Type
Intent Optional Attributes
Name
intent(in)
::
unit
intent(in),
allocatable
::
values (:)
intent(in)
::
n
error_t ),
intent(inout)
::
err
Write the first n elements of a real(dp) field.
Arguments
Type
Intent Optional Attributes
Name
intent(in)
::
unit
intent(in),
allocatable
::
values (:)
intent(in)
::
n
error_t ),
intent(inout)
::
err
Write the first n elements of a default logical field as an
int32 record of 0/1 codes.
Read more… Arguments
Type
Intent Optional Attributes
Name
intent(in)
::
unit
intent(in),
allocatable
::
values (:)
intent(in)
::
n
error_t ),
intent(inout)
::
err