ofc_sema_stmt_t* ofc_sema_stmt_io_inquire(
ofc_sema_scope_t* scope,
const ofc_parse_stmt_t* stmt)
{
if (!scope || !stmt
|| (stmt->type != OFC_PARSE_STMT_IO_INQUIRE)
|| !stmt->io.params)
return NULL;
ofc_sema_stmt_t s;
s.type = OFC_SEMA_STMT_IO_INQUIRE;
s.io_inquire.unit = NULL;
s.io_inquire.access = NULL;
s.io_inquire.action = NULL;
s.io_inquire.blank = NULL;
s.io_inquire.delim = NULL;
s.io_inquire.direct = NULL;
s.io_inquire.err = NULL;
s.io_inquire.exist = NULL;
s.io_inquire.file = NULL;
s.io_inquire.form = NULL;
s.io_inquire.formatted = NULL;
s.io_inquire.iostat = NULL;
s.io_inquire.name = NULL;
s.io_inquire.named = NULL;
s.io_inquire.nextrec = NULL;
s.io_inquire.number = NULL;
s.io_inquire.opened = NULL;
s.io_inquire.pad = NULL;
s.io_inquire.position = NULL;
s.io_inquire.read = NULL;
s.io_inquire.readwrite = NULL;
s.io_inquire.recl = NULL;
s.io_inquire.sequential = NULL;
s.io_inquire.unformatted = NULL;
s.io_inquire.write = NULL;
ofc_parse_call_arg_t* ca_unit = NULL;
ofc_parse_call_arg_t* ca_access = NULL;
ofc_parse_call_arg_t* ca_action = NULL;
ofc_parse_call_arg_t* ca_blank = NULL;
ofc_parse_call_arg_t* ca_delim = NULL;
ofc_parse_call_arg_t* ca_direct = NULL;
ofc_parse_call_arg_t* ca_err = NULL;
ofc_parse_call_arg_t* ca_exist = NULL;
ofc_parse_call_arg_t* ca_file = NULL;
ofc_parse_call_arg_t* ca_form = NULL;
ofc_parse_call_arg_t* ca_formatted = NULL;
ofc_parse_call_arg_t* ca_iostat = NULL;
ofc_parse_call_arg_t* ca_name = NULL;
ofc_parse_call_arg_t* ca_named = NULL;
ofc_parse_call_arg_t* ca_nextrec = NULL;
ofc_parse_call_arg_t* ca_number = NULL;
ofc_parse_call_arg_t* ca_opened = NULL;
ofc_parse_call_arg_t* ca_pad = NULL;
ofc_parse_call_arg_t* ca_position = NULL;
ofc_parse_call_arg_t* ca_read = NULL;
ofc_parse_call_arg_t* ca_readwrite = NULL;
ofc_parse_call_arg_t* ca_recl = NULL;
ofc_parse_call_arg_t* ca_sequential = NULL;
ofc_parse_call_arg_t* ca_unformatted = NULL;
ofc_parse_call_arg_t* ca_write = NULL;
unsigned i;
for (i = 0; i < stmt->io.params->count; i++)
{
ofc_parse_call_arg_t* param
= stmt->io.params->call_arg[i];
if (!param) continue;
if (ofc_sparse_ref_empty(param->name))
{
if (i >= 1)
{
ofc_sparse_ref_error(param->src,
"Un-named parameter %u has no meaning in INQUIRE.", i);
return NULL;
}
if (i == 0)
{
ca_unit = param;
}
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "UNIT"))
{
if (ca_unit)
{
ofc_sparse_ref_error(param->src,
"Re-definition of UNIT in INQUIRE.");
return NULL;
}
ca_unit = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "ACCESS"))
{
if (ca_access)
{
ofc_sparse_ref_error(param->src,
"Re-definition of ACCESS in INQUIRE.");
return NULL;
}
ca_access = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "ACTION"))
{
if (ca_action)
{
ofc_sparse_ref_error(param->src,
"Re-definition of ACTION in INQUIRE.");
return NULL;
}
ca_action = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "BLANK"))
{
if (ca_blank)
{
ofc_sparse_ref_error(param->src,
"Re-definition of BLANK in INQUIRE.");
return NULL;
}
ca_blank = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "DELIM"))
{
if (ca_delim)
{
ofc_sparse_ref_error(param->src,
"Re-definition of DELIM in INQUIRE.");
return NULL;
}
ca_delim = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "DIRECT"))
{
if (ca_direct)
{
ofc_sparse_ref_error(param->src,
"Re-definition of DIRECT in INQUIRE.");
return NULL;
}
ca_direct = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "ERR"))
{
if (ca_err)
{
ofc_sparse_ref_error(param->src,
"Re-definition of ERR in INQUIRE.");
return NULL;
}
ca_err = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "EXIST"))
{
if (ca_exist)
{
ofc_sparse_ref_error(param->src,
"Re-definition of EXIST in INQUIRE.");
return NULL;
}
ca_exist = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "FILE"))
{
if (ca_file)
{
ofc_sparse_ref_error(param->src,
"Re-definition of FILE in INQUIRE.");
return NULL;
}
ca_file = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "FORM"))
{
if (ca_form)
{
ofc_sparse_ref_error(param->src,
"Re-definition of FORM in INQUIRE.");
return NULL;
}
ca_form = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "FORMATTED"))
{
if (ca_formatted)
{
ofc_sparse_ref_error(param->src,
"Re-definition of FORMATTED in INQUIRE.");
return NULL;
}
ca_formatted = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "IOSTAT"))
{
if (ca_iostat)
{
ofc_sparse_ref_error(param->src,
"Re-definition of IOSTAT in INQUIRE.");
return NULL;
}
ca_iostat = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "NAME"))
{
if (ca_name)
{
ofc_sparse_ref_error(param->src,
"Re-definition of NAME in INQUIRE.");
return NULL;
}
ca_name = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "NAMED"))
{
if (ca_named)
{
ofc_sparse_ref_error(param->src,
"Re-definition of NAMED in INQUIRE.");
return NULL;
}
ca_named = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "NEXTREC"))
{
if (ca_nextrec)
{
ofc_sparse_ref_error(param->src,
"Re-definition of NEXTREC in INQUIRE.");
return NULL;
}
ca_nextrec = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "NUMBER"))
{
if (ca_number)
{
ofc_sparse_ref_error(param->src,
"Re-definition of NUMBER in INQUIRE.");
return NULL;
}
ca_number = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "OPENED"))
{
if (ca_opened)
{
ofc_sparse_ref_error(param->src,
"Re-definition of OPENED in INQUIRE.");
return NULL;
}
ca_opened = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "PAD"))
{
if (ca_pad)
{
ofc_sparse_ref_error(param->src,
"Re-definition of PAD in INQUIRE.");
return NULL;
}
ca_pad = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "POSITION"))
{
if (ca_position)
{
ofc_sparse_ref_error(param->src,
"Re-definition of POSITION in INQUIRE.");
return NULL;
}
ca_position = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "READ"))
{
if (ca_read)
{
ofc_sparse_ref_error(param->src,
"Re-definition of READ in INQUIRE.");
return NULL;
}
ca_read = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "READWRITE"))
{
if (ca_readwrite)
{
ofc_sparse_ref_error(param->src,
"Re-definition of READWRITE in INQUIRE.");
return NULL;
}
ca_readwrite = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "RECL"))
{
if (ca_recl)
{
ofc_sparse_ref_error(param->src,
"Re-definition of RECL in INQUIRE.");
return NULL;
}
ca_recl = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "SEQUENTIAL"))
{
if (ca_sequential)
{
ofc_sparse_ref_error(param->src,
"Re-definition of SEQUENTIAL in INQUIRE.");
return NULL;
}
ca_sequential = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "UNFORMATTED"))
{
if (ca_unformatted)
{
ofc_sparse_ref_error(param->src,
"Re-definition of UNFORMATTED in INQUIRE.");
return NULL;
}
ca_unformatted = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "WRITE"))
{
if (ca_write)
{
ofc_sparse_ref_error(param->src,
"Re-definition of WRITE in INQUIRE.");
return NULL;
}
ca_write = param;
}
else
{
ofc_sparse_ref_error(param->src,
"Unrecognized paramater %u name '%.*s' in INQUIRE.",
i, param->name.string.size, param->name.string.base);
return NULL;
}
}
if (!ca_unit && !ca_file)
{
ofc_sparse_ref_error(stmt->src,
"No UNIT or FILE defined in INQUIRE.");
return NULL;
}
else if (ca_unit && ca_file)
{
ofc_sparse_ref_error(stmt->src,
"UNIT and FILE can't be specified at the same time in INQUIRE.");
return NULL;
}
if (ca_unit && (ca_unit->type == OFC_PARSE_CALL_ARG_EXPR))
{
s.io_inquire.unit = ofc_sema_expr(
scope, ca_unit->expr);
if (!s.io_inquire.unit) return NULL;
const ofc_sema_type_t* etype
= ofc_sema_expr_type(s.io_inquire.unit);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_integer(etype))
{
ofc_sparse_ref_error(stmt->src,
"UNIT must be of type INTEGER in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_expr_validate_uint(s.io_inquire.unit))
{
ofc_sparse_ref_error(stmt->src,
"UNIT must be a positive INTEGER in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
else if (ca_unit)
{
ofc_sparse_ref_error(stmt->src,
"UNIT must be an INTEGER expression in INQUIRE");
return NULL;
}
if (ca_access)
{
s.io_inquire.access = ofc_sema_lhs_from_expr(
scope, ca_access->expr);
if (!s.io_inquire.access)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.access);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"ACCESS must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_action)
{
s.io_inquire.action = ofc_sema_lhs_from_expr(
scope, ca_action->expr);
if (!s.io_inquire.action)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.action);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"ACTION must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_blank)
{
s.io_inquire.blank = ofc_sema_lhs_from_expr(
scope, ca_blank->expr);
if (!s.io_inquire.blank)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.blank);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"BLANK must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_delim)
{
s.io_inquire.delim = ofc_sema_lhs_from_expr(
scope, ca_delim->expr);
if (!s.io_inquire.delim)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.delim);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"DELIM must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_direct)
{
s.io_inquire.direct = ofc_sema_lhs_from_expr(
scope, ca_direct->expr);
if (!s.io_inquire.direct)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.direct);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"DIRECT must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_err)
{
s.io_inquire.err = ofc_sema_expr(
scope, ca_err->expr);
if (!s.io_inquire.err)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_io_check_label(
scope, stmt, false,
s.io_inquire.err, NULL))
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_exist)
{
s.io_inquire.exist = ofc_sema_lhs_from_expr(
scope, ca_exist->expr);
if (!s.io_inquire.exist)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.exist);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_logical(etype))
{
ofc_sparse_ref_error(stmt->src,
"EXIST must be a LOGICAL variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_file)
{
s.io_inquire.file = ofc_sema_expr(
scope, ca_file->expr);
if (!s.io_inquire.file)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_expr_type(s.io_inquire.file);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"FILE must be a CHARACTER expression in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_form)
{
s.io_inquire.form = ofc_sema_lhs_from_expr(
scope, ca_form->expr);
if (!s.io_inquire.form)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.form);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"FORM must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_formatted)
{
s.io_inquire.formatted = ofc_sema_lhs_from_expr(
scope, ca_formatted->expr);
if (!s.io_inquire.formatted)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.formatted);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"FORMATTED must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_iostat)
{
s.io_inquire.iostat = ofc_sema_lhs_from_expr(
scope, ca_iostat->expr);
if (!s.io_inquire.iostat)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.iostat);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_integer(etype))
{
ofc_sparse_ref_error(stmt->src,
"IOSTAT must be of type INTEGER in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_name)
{
s.io_inquire.name = ofc_sema_lhs_from_expr(
scope, ca_name->expr);
if (!s.io_inquire.name)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.name);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"NAME must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_named)
{
s.io_inquire.named = ofc_sema_lhs_from_expr(
scope, ca_named->expr);
if (!s.io_inquire.named)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.named);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_logical(etype))
{
ofc_sparse_ref_error(stmt->src,
"NAMED must be a LOGICAL variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_nextrec)
{
s.io_inquire.nextrec = ofc_sema_lhs_from_expr(
scope, ca_nextrec->expr);
if (!s.io_inquire.nextrec)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.nextrec);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_integer(etype))
{
ofc_sparse_ref_error(stmt->src,
"NEXTREC must be of type INTEGER in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_number)
{
s.io_inquire.number = ofc_sema_lhs_from_expr(
scope, ca_number->expr);
if (!s.io_inquire.number)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.number);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_integer(etype))
{
ofc_sparse_ref_error(stmt->src,
"NUMBER must be an INTEGER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_opened)
{
s.io_inquire.opened = ofc_sema_lhs_from_expr(
scope, ca_opened->expr);
if (!s.io_inquire.opened)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.opened);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_logical(etype))
{
ofc_sparse_ref_error(stmt->src,
"OPENED must be a LOGICAL variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_pad)
{
s.io_inquire.pad = ofc_sema_lhs_from_expr(
scope, ca_pad->expr);
if (!s.io_inquire.pad)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.pad);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"PAD must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_position)
{
s.io_inquire.position = ofc_sema_lhs_from_expr(
scope, ca_position->expr);
if (!s.io_inquire.position)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.position);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"POSITION must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_read)
{
s.io_inquire.read = ofc_sema_lhs_from_expr(
scope, ca_read->expr);
if (!s.io_inquire.read)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.read);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"READ must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_readwrite)
{
s.io_inquire.readwrite = ofc_sema_lhs_from_expr(
scope, ca_readwrite->expr);
if (!s.io_inquire.readwrite)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.readwrite);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"READWRITE must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_recl)
{
s.io_inquire.recl = ofc_sema_lhs_from_expr(
scope, ca_recl->expr);
if (!s.io_inquire.recl)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.recl);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_integer(etype))
{
ofc_sparse_ref_error(stmt->src,
"RECL must be an INTEGER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_sequential)
{
s.io_inquire.sequential = ofc_sema_lhs_from_expr(
scope, ca_sequential->expr);
if (!s.io_inquire.sequential)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.sequential);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"SEQUENTIAL must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_unformatted)
{
s.io_inquire.unformatted = ofc_sema_lhs_from_expr(
scope, ca_unformatted->expr);
if (!s.io_inquire.unformatted)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.unformatted);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"UNFORMATTED must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
if (ca_write)
{
s.io_inquire.write = ofc_sema_lhs_from_expr(
scope, ca_write->expr);
if (!s.io_inquire.write)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_lhs_type(s.io_inquire.write);
if (!etype)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype))
{
ofc_sparse_ref_error(stmt->src,
"WRITE must be a CHARACTER variable in INQUIRE");
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
}
ofc_sema_stmt_t* as
= ofc_sema_stmt_alloc(s);
if (!as)
{
ofc_sema_stmt_io_inquire__cleanup(s);
return NULL;
}
return as;
}
ofc_sema_stmt_t* ofc_sema_stmt_io_read(
ofc_sema_scope_t* scope,
const ofc_parse_stmt_t* stmt)
{
if (!scope || !stmt
|| (stmt->type != OFC_PARSE_STMT_IO_READ)
|| !stmt->io_read.params)
return NULL;
ofc_sema_stmt_t s;
s.type = OFC_SEMA_STMT_IO_READ;
s.io_read.unit = NULL;
s.io_read.stdin = false;
s.io_read.format = NULL;
s.io_read.format_ldio = false;
s.io_read.formatted = false;
s.io_read.iostat = NULL;
s.io_read.rec = NULL;
s.io_read.err = NULL;
s.io_read.iolist = NULL;
s.io_read.advance = NULL;
s.io_read.end = NULL;
s.io_read.eor = NULL;
s.io_read.size = NULL;
ofc_parse_call_arg_t* ca_unit = NULL;
ofc_parse_call_arg_t* ca_format = NULL;
ofc_parse_call_arg_t* ca_iostat = NULL;
ofc_parse_call_arg_t* ca_rec = NULL;
ofc_parse_call_arg_t* ca_err = NULL;
ofc_parse_call_arg_t* ca_advance = NULL;
ofc_parse_call_arg_t* ca_end = NULL;
ofc_parse_call_arg_t* ca_eor = NULL;
ofc_parse_call_arg_t* ca_size = NULL;
if (stmt->io_read.has_brakets)
{
unsigned i;
for (i = 0; i < stmt->io_read.params->count; i++)
{
ofc_parse_call_arg_t* param
= stmt->io_read.params->call_arg[i];
if (!param) continue;
if (ofc_sparse_ref_empty(param->name))
{
if (i >= 2)
{
ofc_sparse_ref_error(param->src,
"Un-named parameter %u has no meaning in READ.", i);
return NULL;
}
if (i == 0)
{
ca_unit = param;
}
else
{
if (!ca_unit)
{
ofc_sparse_ref_error(param->src,
"Un-named format parameter only valid after UNIT in READ.");
return NULL;
}
ca_format = param;
}
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "UNIT"))
{
if (ca_unit)
{
ofc_sparse_ref_error(param->src,
"Re-definition of UNIT in READ.");
return NULL;
}
ca_unit = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "FMT"))
{
if (ca_format)
{
ofc_sparse_ref_error(param->src,
"Re-definition of FMT in READ.");
return NULL;
}
ca_format = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "IOSTAT"))
{
if (ca_iostat)
{
ofc_sparse_ref_error(param->src,
"Re-definition of IOSTAT in READ.");
return NULL;
}
ca_iostat = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "REC"))
{
if (ca_rec)
{
ofc_sparse_ref_error(param->src,
"Re-definition of REC in READ.");
return NULL;
}
ca_rec = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "ERR"))
{
if (ca_err)
{
ofc_sparse_ref_error(param->src,
"Re-definition of ERR in READ.");
return NULL;
}
ca_err = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "ADVANCE"))
{
if (ca_advance)
{
ofc_sparse_ref_error(param->src,
"Re-definition of ADVANCE in READ.");
return NULL;
}
ca_advance = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "END"))
{
if (ca_end)
{
ofc_sparse_ref_error(param->src,
"Re-definition of END in READ.");
return NULL;
}
ca_end = param;
}
else if (ofc_str_ref_equal_strz_ci(param->name.string, "SIZE"))
{
if (ca_size)
{
ofc_sparse_ref_error(param->src,
"Re-definition of SIZE in READ.");
return NULL;
}
ca_size = param;
}
else
{
ofc_sparse_ref_error(param->src,
"Unrecognized paramater %u name '%.*s' in READ.",
i, param->name.string.size, param->name.string.base);
return NULL;
}
}
if (!ca_unit)
{
ofc_sparse_ref_error(stmt->src,
"No UNIT defined in READ.");
return NULL;
}
}
else
{
ca_format = stmt->io_read.params->call_arg[0];
}
if (ca_unit && (ca_unit->type == OFC_PARSE_CALL_ARG_ASTERISK))
{
s.io_read.stdin = true;
}
else if (ca_unit && (ca_unit->type == OFC_PARSE_CALL_ARG_EXPR))
{
s.io_read.unit = ofc_sema_expr(
scope, ca_unit->expr);
if (!s.io_read.unit) return NULL;
const ofc_sema_type_t* etype
= ofc_sema_expr_type(s.io_read.unit);
if (!etype)
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_character(etype)
&& (!ofc_sema_type_is_integer(etype)
|| !ofc_sema_expr_validate_uint(s.io_read.unit)))
{
ofc_sparse_ref_error(stmt->src,
"UNIT must be a positive INTEGER "
"or a CHARACTER expression in READ");
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
}
else if (ca_unit)
{
ofc_sparse_ref_error(stmt->src,
"UNIT must be an INTEGER or CHARACTER "
"expression, or asterisk in READ");
return NULL;
}
else
{
s.io_read.stdin = true;
}
if (ca_format && (ca_format->type == OFC_PARSE_CALL_ARG_ASTERISK))
{
s.io_read.format_ldio = true;
s.io_read.formatted = true;
}
else if (ca_format && (ca_format->type == OFC_PARSE_CALL_ARG_EXPR))
{
s.io_read.formatted = true;
s.io_read.format = ofc_sema_expr(
scope, ca_format->expr);
if (!s.io_read.format)
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_expr_type(s.io_read.format);
if (!etype)
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
if (ofc_sema_type_is_integer(etype))
{
s.io_read.format->is_label = true;
s.io_read.format->is_format = true;
}
else if (etype->type != OFC_SEMA_TYPE_CHARACTER)
{
/* TODO - Support INTEGER array formats. */
ofc_sparse_ref_error(stmt->src,
"Format (FMT) must be a label or character string in READ");
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
}
else if (ca_format)
{
ofc_sparse_ref_error(stmt->src,
"Format (FMT) must be an INTEGER expression or asterisk in READ");
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
bool is_nonadvance = false;
if (ca_advance && s.io_read.stdin)
{
ofc_sparse_ref_error(stmt->src,
"ADVANCE specifier can only be used with an external UNIT in READ");
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
else if (ca_advance && (!ca_format || s.io_read.format_ldio))
{
ofc_sparse_ref_error(stmt->src,
"ADVANCE specifier can only be used with a formatted input in READ");
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
else if (ca_advance)
{
s.io_read.advance = ofc_sema_expr(
scope, ca_advance->expr);
if (!s.io_read.advance)
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_expr_type(s.io_read.advance);
if (!etype)
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
if (etype->type != OFC_SEMA_TYPE_CHARACTER)
{
ofc_sparse_ref_error(stmt->src,
"ADVANCE must be a CHARACTER expression in READ");
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
else
{
const ofc_sema_typeval_t* constant
= ofc_sema_expr_constant(s.io_read.advance);
is_nonadvance = (constant
&& ofc_typeval_character_equal_strz_ci(constant, "NO"));
if (constant && !is_nonadvance
&& !ofc_typeval_character_equal_strz_ci(constant, "YES"))
{
ofc_sparse_ref_error(stmt->src,
"ADVANCE must be YES/NO in WRITE");
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
}
}
if (ca_end)
{
s.io_read.end = ofc_sema_expr_label(
scope, ca_end->expr);
if (!s.io_read.end)
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
}
if (ca_eor)
{
s.io_read.eor = ofc_sema_expr_label(
scope, ca_eor->expr);
if (!s.io_read.eor)
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
}
if (ca_err)
{
s.io_read.err = ofc_sema_expr_label(
scope, ca_err->expr);
if (!s.io_read.err)
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
}
if (ca_iostat)
{
s.io_read.iostat = ofc_sema_expr(
scope, ca_iostat->expr);
if (!s.io_read.iostat)
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
if (s.io_read.iostat->type != OFC_SEMA_EXPR_LHS)
{
ofc_sparse_ref_error(stmt->src,
"IOSTAT must be a variable in READ");
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_expr_type(s.io_read.iostat);
if (!etype)
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_integer(etype))
{
ofc_sparse_ref_error(stmt->src,
"IOSTAT must be of type INTEGER in READ");
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
}
if (ca_rec && (s.io_read.format_ldio || ca_end))
{
ofc_sparse_ref_error(stmt->src,
"REC specifier not compatible with END,"
" NML or list-directed data transfer in READ");
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
else if (ca_rec)
{
s.io_read.rec = ofc_sema_expr(
scope, ca_rec->expr);
if (!s.io_read.rec)
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
const ofc_sema_type_t* etype
= ofc_sema_expr_type(s.io_read.rec);
if (!etype)
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_integer(etype))
{
ofc_sparse_ref_error(stmt->src,
"REC must be of type INTEGER in READ");
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
}
if (ca_size && !is_nonadvance)
{
ofc_sparse_ref_error(stmt->src,
"SIZE not compatible with advancing formatted "
"sequential data transfer in READ");
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
else if (ca_size)
{
if (s.io_read.size->type != OFC_SEMA_EXPR_LHS)
{
ofc_sparse_ref_error(stmt->src,
"SIZE must be a variable in READ");
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
/* TODO - The variable specified in SIZE must
not be the same as or associated with any
entity in the input/output item list or in
the namelist group or with the variable
specified in the IOSTAT= specifier */
const ofc_sema_type_t* etype
= ofc_sema_expr_type(s.io_read.size);
if (!etype)
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
if (!ofc_sema_type_is_integer(etype))
{
ofc_sparse_ref_error(stmt->src,
"SIZE must be of type INTEGER in READ");
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
}
/* Check iolist */
if (stmt->io_read.iolist)
{
s.io_read.iolist
= ofc_sema_lhs_list_id(
scope, stmt->io_read.iolist);
if (!s.io_read.iolist
|| !ofc_sema_lhs_list_mark_used(
s.io_read.iolist, true, false))
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
}
ofc_sema_stmt_t* as
= ofc_sema_stmt_alloc(s);
if (!as)
{
ofc_sema_stmt_io_read__cleanup(s);
return NULL;
}
return as;
}
static ofc_sema_lhs_t* ofc_sema__lhs(
ofc_sema_scope_t* scope,
const ofc_parse_lhs_t* lhs,
bool is_expr, bool force_local,
bool is_dummy_arg)
{
if (!scope || !lhs)
return NULL;
switch (lhs->type)
{
case OFC_PARSE_LHS_IMPLICIT_DO:
ofc_sparse_ref_error(lhs->src,
"Can't resolve implicit do to single %s.",
(is_expr ? "primary expression": "LHS"));
return NULL;
case OFC_PARSE_LHS_STAR_LEN:
ofc_sparse_ref_error(lhs->src,
"Can't resolve star length to %s.",
(is_expr ? "primary expression": "LHS"));
return NULL;
case OFC_PARSE_LHS_MEMBER_TYPE:
case OFC_PARSE_LHS_MEMBER_STRUCTURE:
{
ofc_sema_lhs_t* parent = ofc_sema__lhs(
scope, lhs->parent, is_expr, force_local, is_dummy_arg);
if (!parent) return NULL;
ofc_sema_structure_t* structure
= ofc_sema_lhs_structure(parent);
if (!structure)
{
ofc_sparse_ref_error(lhs->src,
"Attempting to dereference member of a variable"
" that's not a structure.");
ofc_sema_lhs_delete(parent);
return NULL;
}
if ((lhs->type == OFC_PARSE_LHS_MEMBER_TYPE)
&& !ofc_sema_structure_is_derived_type(structure))
{
ofc_sparse_ref_warning(lhs->src,
"Dereferencing member of a VAX struct using F90 syntax");
}
else if ((lhs->type == OFC_PARSE_LHS_MEMBER_STRUCTURE)
&& ofc_sema_structure_is_derived_type(structure))
{
ofc_sparse_ref_warning(lhs->src,
"Dereferencing member of an F90 TYPE using VAX syntax");
}
ofc_sema_decl_t* member
= ofc_sema_structure_member_get_decl_name(
structure, lhs->member.name.string);
if (!member)
{
ofc_sparse_ref_error(lhs->src,
"Dereferencing undefined structure member");
ofc_sema_lhs_delete(parent);
return NULL;
}
ofc_sema_lhs_t* slhs
= ofc_sema_lhs_member(
parent, member);
ofc_sema_lhs_delete(parent);
return slhs;
}
case OFC_PARSE_LHS_ARRAY:
{
ofc_sema_lhs_t* parent = ofc_sema__lhs(
scope, lhs->parent, is_expr, force_local, is_dummy_arg);
if (!parent) return NULL;
if (!ofc_sema_lhs_is_array(parent))
{
if (!ofc_sema_type_is_character(
parent->data_type))
{
ofc_sparse_ref_error(lhs->src,
"Attempting to index a variable that's not an array");
ofc_sema_lhs_delete(parent);
return NULL;
}
ofc_sema_lhs_t* slhs
= ofc_sema_lhs_substring(
scope, parent, lhs->array.index);
ofc_sema_lhs_delete(parent);
return slhs;
}
ofc_sema_array_index_t* index
= ofc_sema_array_index(scope,
ofc_sema_lhs_array(parent),
lhs->array.index);
if (index)
{
ofc_sema_lhs_t* slhs
= ofc_sema_lhs_index(parent, index);
ofc_sema_lhs_delete(parent);
if (!slhs)
{
ofc_sema_array_index_delete(index);
return NULL;
}
return slhs;
}
/* TODO - Don't double-error when an index is out-of-bounds. */
ofc_sema_array_slice_t* slice
= ofc_sema_array_slice(scope,
ofc_sema_lhs_array(parent),
lhs->array.index);
if (!slice)
{
ofc_sema_lhs_delete(parent);
return NULL;
}
ofc_sema_lhs_t* slhs
= ofc_sema_lhs_slice(parent, slice);
ofc_sema_lhs_delete(parent);
if (!slhs)
{
ofc_sema_array_slice_delete(slice);
return NULL;
}
return slhs;
}
case OFC_PARSE_LHS_VARIABLE:
break;
default:
return NULL;
}
ofc_sema_decl_t* decl
= ofc_sema_scope_decl_find_create(
scope, lhs->variable, force_local);
if (!decl)
{
ofc_sparse_ref_error(lhs->src,
"No declaration for '%.*s' and no valid IMPLICIT rule.",
lhs->variable.string.size, lhs->variable.string.base);
return NULL;
}
if (!is_expr && !is_dummy_arg
&& ofc_sema_decl_is_parameter(decl))
{
/* TODO - Throw this error for PARAMETER arrays, etc. too. */
ofc_sparse_ref_error(lhs->src,
"Assignment to PARAMETER declaration");
return NULL;
}
ofc_sema_lhs_t* slhs
= (ofc_sema_lhs_t*)malloc(
sizeof(ofc_sema_lhs_t));
if (!slhs) return NULL;
if (!ofc_sema_decl_reference(decl))
{
free(slhs);
return NULL;
}
slhs->type = OFC_SEMA_LHS_DECL;
slhs->src = lhs->src;
slhs->decl = decl;
slhs->refcnt = 0;
if (is_expr || is_dummy_arg)
{
if (!is_dummy_arg
|| !ofc_sema_decl_is_external(decl))
{
if (!ofc_sema_decl_type_finalize(decl))
{
ofc_sema_lhs_delete(slhs);
return NULL;
}
}
if (!ofc_sema_decl_mark_used(decl, false, true))
{
ofc_sema_lhs_delete(slhs);
return NULL;
}
}
slhs->data_type = decl->type;
return slhs;
}
