void QIO_encode_record_info(QIO_String *record_string,
QIO_RecordInfo *record_info){
char *buf;
int remainder,n;
char recordinfo_tags[QIO_MAXVALUESTRING];
QIO_RecordInfoWrapper wrapper = QIO_RECORD_INFO_WRAPPER;
/* Start by creating string of inner tags */
buf = recordinfo_tags;
remainder = QIO_MAXVALUESTRING;
/* Build inner tag string by appending tags */
*buf = '\0';
buf = QIO_encode_as_string(buf,&record_info->version, &remainder);
buf = QIO_encode_as_string(buf,&record_info->date, &remainder);
buf = QIO_encode_as_int (buf,&record_info->recordtype, &remainder);
if(QIO_get_recordtype(record_info) == QIO_HYPER){
buf = QIO_encode_as_int (buf,&record_info->spacetime, &remainder);
n = record_info->spacetime.value;
buf = QIO_encode_as_intlist(buf,&record_info->hyperlower, n, &remainder);
buf = QIO_encode_as_intlist(buf,&record_info->hyperupper, n, &remainder);
}
buf = QIO_encode_as_string(buf,&record_info->datatype, &remainder);
buf = QIO_encode_as_string(buf,&record_info->precision, &remainder);
buf = QIO_encode_as_int (buf,&record_info->colors, &remainder);
buf = QIO_encode_as_int (buf,&record_info->spins, &remainder);
buf = QIO_encode_as_int (buf,&record_info->typesize, &remainder);
buf = QIO_encode_as_int (buf,&record_info->datacount, &remainder);
/* Insert inner tag string into file wrapper structure */
QIO_insert_record_tag_string(&wrapper, recordinfo_tags);
/* Now build final XML string */
QIO_string_realloc(record_string, QIO_STRINGALLOC);
buf = QIO_string_ptr(record_string);
remainder = QIO_string_length(record_string);
/* Begin with xml info stuff */
strncpy(buf,QIO_XMLINFO,remainder);
buf[remainder-1] = '\0';
n = strlen(buf);
remainder -= n;
buf += n;
if(remainder < 0){
printf("QIO_encode_record_info: record_string overflow\n");
}
else{
/* Conclude by appending the wrapped tag string */
buf = QIO_encode_as_string (buf,&wrapper.recordinfo_tags, &remainder);
}
}
QIO_ChecksumInfo *QIO_read_checksum(QIO_Reader *in)
{
char myname[] = "QIO_read_checksum";
QIO_String *xml_checksum;
QIO_ChecksumInfo *checksum_info_expect = NULL;
int this_node = in->layout->this_node;
int status;
LIME_type lime_type=NULL;
if(in->read_state != QIO_RECORD_CHECKSUM_NEXT){
printf("%s(%d): Bad read state %d\n",myname,this_node,in->read_state);
return NULL;
}
/* Master node reads the checksum record */
status = QIO_SUCCESS; /* Changed if checksum does not match */
if(this_node == in->layout->master_io_node){
checksum_info_expect = QIO_create_checksum_info(0,0);
/* No checksum record for non-native files */
if(in->format == QIO_SCIDAC_NATIVE){
xml_checksum = QIO_string_create();
QIO_string_realloc(xml_checksum,QIO_STRINGALLOC);
if((status=QIO_read_string(in, xml_checksum, &lime_type))
!=QIO_SUCCESS){
printf("%s(%d): Error reading checksum\n",myname,this_node);
return NULL;
}
if(QIO_verbosity() >= QIO_VERB_DEBUG){
printf("%s(%d): checksum = %s\n",myname,this_node,
QIO_string_ptr(xml_checksum));
}
/* Extract checksum */
if((status=QIO_decode_checksum_info(checksum_info_expect, xml_checksum))
!=0){
printf("%s(%d): bad checksum record\n",myname,this_node);
return NULL;
}
QIO_string_destroy(xml_checksum);
}
}
in->read_state = QIO_RECORD_INFO_PRIVATE_NEXT;
return checksum_info_expect;
}
void QIO_encode_usqcd_lattice_info(QIO_String *record_string,
QIO_USQCDLatticeInfo *record_info)
{
// taken from QIO_encode_record_info
char *buf;
int remainder,n;
char recordinfo_tags[QIO_MAXVALUESTRING];
QIO_USQCDLatticeInfoWrapper wrapper = QIO_USQCD_LATTICE_INFO_WRAPPER;
/* Start by creating string of inner tags */
buf = recordinfo_tags;
remainder = QIO_MAXVALUESTRING;
/* Build inner tag string by appending tags */
*buf = '\0';
buf = QIO_encode_as_string(buf,&record_info->version, &remainder);
buf = QIO_encode_as_string(buf,&record_info->plaq, &remainder);
buf = QIO_encode_as_string(buf,&record_info->linktr, &remainder);
buf = QIO_encode_as_string(buf,&record_info->info, &remainder);
/* Insert inner tag string into file wrapper structure */
QIO_insert_usqcdlattice_tag_string(&wrapper, recordinfo_tags);
/* Now build final XML string */
QIO_string_realloc(record_string, QIO_STRINGALLOC);
buf = QIO_string_ptr(record_string);
remainder = QIO_string_length(record_string);
/* Begin with xml info stuff */
strncpy(buf,QIO_XMLINFO,remainder);
buf[remainder-1] = '\0';
n = strlen(buf);
remainder -= n;
buf += n;
if(remainder < 0){
printf("QIO_encode_usqcd_lattice_info: record_string overflow\n");
}
else{
/* Conclude by appending the wrapped tag string */
buf = QIO_encode_as_string (buf,&wrapper.usqcdlatticeinfo_tags, &remainder);
}
}
void QIO_encode_usqcd_proprecord_info(QIO_String *record_string,
QIO_USQCDPropRecordInfo *record_info)
{
char *buf;
int remainder,n;
char recordinfo_tags[QIO_MAXVALUESTRING];
QIO_USQCDPropRecordInfoWrapper wrapper = QIO_USQCD_PROPRECORD_INFO_WRAPPER;
/* Start by creating string of inner tags */
buf = recordinfo_tags;
remainder = QIO_MAXVALUESTRING;
/* Build inner tag string by appending tags */
*buf = '\0';
buf = QIO_encode_as_string(buf,&record_info->version, &remainder);
buf = QIO_encode_as_int (buf,&record_info->spin, &remainder);
buf = QIO_encode_as_int (buf,&record_info->color, &remainder);
buf = QIO_encode_as_string(buf,&record_info->info, &remainder);
/* Insert inner tag string into record wrapper structure */
QIO_insert_usqcd_proprecord_tag_string(&wrapper, recordinfo_tags);
/* Now build final XML string */
QIO_string_realloc(record_string, QIO_STRINGALLOC);
buf = QIO_string_ptr(record_string);
remainder = QIO_string_length(record_string);
/* Begin with xml info stuff */
strncpy(buf,QIO_XMLINFO,remainder);
buf[remainder-1] = '\0';
n = strlen(buf);
remainder -= n;
buf += n;
if(remainder < 0){
printf("QIO_encode_usqcd_proprecord_info: record_string overflow\n");
}
else{
/* Conclude by appending the wrapped tag string */
buf = QIO_encode_as_string (buf,&wrapper.usqcdproprecordinfo_tags, &remainder);
}
}
void QIO_encode_usqcd_propfile_info(QIO_String *file_string,
QIO_USQCDPropFileInfo *file_info)
{
char myname[] = "QIO_encode_usqcd_propfile_info";
char *buf;
int remainder,n;
char fileinfo_tags[QIO_MAXVALUESTRING];
QIO_USQCDPropFileInfoWrapper wrapper = QIO_USQCD_PROPFILE_INFO_WRAPPER;
/* Start by creating string of inner tags */
buf = fileinfo_tags;
remainder = QIO_MAXVALUESTRING;
/* Build inner tag string by appending tags */
*buf = '\0';
buf = QIO_encode_as_string(buf,&file_info->version, &remainder);
buf = QIO_encode_as_string(buf,&file_info->type, &remainder);
buf = QIO_encode_as_string(buf,&file_info->info, &remainder);
/* Insert inner tag string into file wrapper structure */
QIO_insert_usqcd_propfile_tag_string(&wrapper, fileinfo_tags);
/* Now build final XML string */
QIO_string_realloc(file_string, QIO_STRINGALLOC);
buf = QIO_string_ptr(file_string);
remainder = QIO_string_length(file_string);
/* Begin with xml info stuff */
strncpy(buf,QIO_XMLINFO,remainder);
buf[remainder-1] = '\0';
n = strlen(buf);
remainder -= n;
buf += n;
if(remainder < 0){
printf("%s: file_string overflow\n",myname);
}
else{
/* Conclude by appending the wrapped tag string */
buf = QIO_encode_as_string (buf,&wrapper.usqcdpropfileinfo_tags, &remainder);
}
}
void QIO_encode_file_info(QIO_String *file_string,
QIO_FileInfo *file_info){
char *buf;
int remainder,n;
char fileinfo_tags[QIO_MAXVALUESTRING];
QIO_FileInfoWrapper wrapper = QIO_FILE_INFO_WRAPPER;
/* Start by creating string of inner tags */
buf = fileinfo_tags;
remainder = QIO_MAXVALUESTRING;
/* Build inner tag string by appending tags */
*buf = '\0';
buf = QIO_encode_as_string (buf,&file_info->version, &remainder);
buf = QIO_encode_as_int (buf,&file_info->spacetime, &remainder);
buf = QIO_encode_as_intlist(buf,&file_info->dims,
file_info->spacetime.value, &remainder);
buf = QIO_encode_as_int (buf,&file_info->volfmt, &remainder);
/* Insert inner tag string into file wrapper structure */
QIO_insert_file_tag_string(&wrapper, fileinfo_tags);
/* Now build final XML string */
QIO_string_realloc(file_string, QIO_STRINGALLOC);
buf = QIO_string_ptr(file_string);
remainder = QIO_string_length(file_string);
/* Begin with xml info stuff */
strncpy(buf,QIO_XMLINFO,remainder);
buf[remainder-1] = '\0';
n = strlen(buf);
remainder -= n;
buf += n;
if(remainder < 0){
printf("QIO_encode_file_info: file_string overflow\n");
}
else{
/* Conclude by appending the wrapped tag string */
buf = QIO_encode_as_string (buf,&wrapper.fileinfo_tags, &remainder);
}
}
void QIO_encode_checksum_info(QIO_String *checksum_string,
QIO_ChecksumInfo *checksum){
char *buf;
int remainder,n;
char checksuminfo_tags[QIO_MAXVALUESTRING];
QIO_ChecksumInfoWrapper wrapper = QIO_CHECKSUM_INFO_WRAPPER;
/* Start by creating string of inner tags */
buf = checksuminfo_tags;
remainder = QIO_MAXVALUESTRING;
/* Build inner tag string by appending tags */
*buf = '\0';
buf = QIO_encode_as_string (buf,&checksum->version, &remainder);
buf = QIO_encode_as_hex32 (buf,&checksum->suma, &remainder);
buf = QIO_encode_as_hex32 (buf,&checksum->sumb, &remainder);
/* Insert inner tag string into checksum wrapper structure */
QIO_insert_checksum_tag_string(&wrapper, checksuminfo_tags);
/* Now build final XML string */
QIO_string_realloc(checksum_string, QIO_STRINGALLOC);
buf = QIO_string_ptr(checksum_string);
remainder = QIO_string_length(checksum_string);
/* Begin with xml info stuff */
strncpy(buf,QIO_XMLINFO,remainder);
buf[remainder-1] = '\0';
n = strlen(buf);
remainder -= n;
buf += n;
if(remainder < 0){
printf("QIO_encode_checksum_info: checksum_string overflow\n");
}
else{
/* Conclude by appending the wrapped tag string */
buf = QIO_encode_as_string (buf,&wrapper.checksuminfo_tags, &remainder);
}
}
