/**
* osl_coordinates_sprint function:
* this function prints the content of an osl_coordinates_t structure
* (*coordinates) into a string (returned) in the OpenScop textual format.
* \param coordinates The coordinates structure to be print.
* \return A string containing the OpenScop dump of the coordinates structure.
*/
char * osl_coordinates_sprint(osl_coordinates_p coordinates) {
int high_water_mark = OSL_MAX_STRING;
char * string = NULL;
char buffer[OSL_MAX_STRING];
if (coordinates != NULL) {
OSL_malloc(string, char *, high_water_mark * sizeof(char));
string[0] = '\0';
// Print the coordinates content.
sprintf(buffer, "# File name\n%s\n", coordinates->name);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
sprintf(buffer, "# Starting line\n%d\n", coordinates->start);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
sprintf(buffer, "# Ending line\n%d\n", coordinates->end);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
sprintf(buffer, "# Indentation\n%d\n", coordinates->indent);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
// Keep only the memory space we need.
OSL_realloc(string, char *, (strlen(string) + 1) * sizeof(char));
}
/**
* osl_arrays_sprint function:
* this function prints the content of an osl_arrays_t structure
* (*arrays) into a string (returned) in the OpenScop textual format.
* \param[in] arrays The arrays structure to print.
* \return A string containing the OpenScop dump of the arrays structure.
*/
char * osl_arrays_sprint(osl_arrays_p arrays) {
int i;
int high_water_mark = OSL_MAX_STRING;
char * string = NULL;
char buffer[OSL_MAX_STRING];
if (arrays != NULL) {
OSL_malloc(string, char *, high_water_mark * sizeof(char));
string[0] = '\0';
sprintf(buffer, "# Number of arrays\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
sprintf(buffer, "%d\n", arrays->nb_names);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
if (arrays->nb_names) {
sprintf(buffer, "# Mapping array-identifiers/array-names\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
}
for (i = 0; i < arrays->nb_names; i++) {
sprintf(buffer, "%d %s\n", arrays->id[i], arrays->names[i]);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
}
OSL_realloc(string, char *, (strlen(string) + 1) * sizeof(char));
}
/**
* osl_strings_sprint function:
* this function prints the content of an osl_strings_t structure
* (*strings) into a string (returned) in the OpenScop textual format.
* \param[in] strings The strings structure which has to be printed.
* \return A string containing the OpenScop dump of the strings structure.
*/
char * osl_strings_sprint(osl_strings_p strings) {
size_t i;
int high_water_mark = OSL_MAX_STRING;
char * string = NULL;
char buffer[OSL_MAX_STRING];
OSL_malloc(string, char *, high_water_mark * sizeof(char));
string[0] = '\0';
if (strings != NULL) {
for (i = 0; i < osl_strings_size(strings); i++) {
sprintf(buffer, "%s", strings->string[i]);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
if (i < osl_strings_size(strings) - 1)
osl_util_safe_strcat(&string, " ", &high_water_mark);
}
sprintf(buffer, "\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
}
else {
sprintf(buffer, "# NULL strings\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
}
return string;
}
/**
* osl_extbody_sprint function:
* this function prints the content of an osl_extbody_t structure
* (*ebody) into a string (returned) in the OpenScop textual format.
* \param[in] ebody The ebody structure to print.
* \return A string containing the OpenScop dump of the ebodystructure.
*/
char * osl_extbody_sprint(osl_extbody_p ebody) {
int i;
int high_water_mark = OSL_MAX_STRING;
char * string = NULL, * body_string = NULL;
char buffer[OSL_MAX_STRING];
if (ebody != NULL) {
OSL_malloc(string, char *, high_water_mark * sizeof(char));
string[0] = '\0';
sprintf(buffer, "# Number of accesses\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
sprintf(buffer, "%d\n", ebody->nb_access);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
if (ebody->nb_access) {
sprintf(buffer, "# Access coordinates (start/length)\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
}
for (i = 0; i < ebody->nb_access; i++) {
sprintf(buffer, "%d %d\n", ebody->start[i], ebody->length[i]);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
}
body_string = osl_body_sprint(ebody->body);
osl_util_safe_strcat(&string, body_string, &high_water_mark);
free(body_string);
}
/**
* osl_irregular_sprint function:
* this function prints the content of an osl_irregular_t structure
* (*irregular) into a string (returned) in the OpenScop textual format.
* \param irregular The irregular structure whose information has to be printed.
* \return A string containing the OpenScop dump of the irregular structure.
*/
char * osl_irregular_sprint(osl_irregular_p irregular) {
int high_water_mark = OSL_MAX_STRING,i,j;
char * string = NULL;
char * buffer;
if (irregular != NULL) {
OSL_malloc(string, char *, high_water_mark * sizeof(char));
OSL_malloc(buffer, char *, OSL_MAX_STRING * sizeof(char));
string[0] = '\0';
// Print the begin tag.
sprintf(buffer, OSL_TAG_IRREGULAR_START);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
// Print the content.
sprintf(buffer, "\n%d\n", irregular->nb_statements);
for(i=0; i<irregular->nb_statements; i++) {
sprintf(buffer, "%s%d ", buffer, irregular->nb_predicates[i]);
for(j=0; j<irregular->nb_predicates[i]; j++) {
sprintf(buffer, "%s%d ", buffer, irregular->predicates[i][j]);
}
sprintf(buffer, "%s\n", buffer);
}
// Print the predicates.
// controls:
sprintf(buffer, "%s%d\n", buffer, irregular->nb_control);
sprintf(buffer, "%s%d\n", buffer, irregular->nb_exit);
for(i=0; i<irregular->nb_control; i++) {
sprintf(buffer, "%s%d ", buffer, irregular->nb_iterators[i]);
for(j=0; j<irregular->nb_iterators[i];j++)
sprintf(buffer, "%s%s ", buffer, irregular->iterators[i][j]);
sprintf(buffer, "%s\n%s\n", buffer, irregular->body[i]);
}
// exits:
for(i=0; i<irregular->nb_exit; i++) {
sprintf(buffer, "%s%d ", buffer, irregular->nb_iterators[
irregular->nb_control + i]);
for(j=0; j<irregular->nb_iterators[irregular->nb_control + i];j++)
sprintf(buffer, "%s%s ", buffer, irregular->iterators[
irregular->nb_control+i][j]);
sprintf(buffer, "%s\n%s\n", buffer, irregular->body[
irregular->nb_control + i]);
}
osl_util_safe_strcat(&string, buffer, &high_water_mark);
// Print the end tag.
sprintf(buffer, OSL_TAG_IRREGULAR_STOP"\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
// Keep only the memory space we need.
OSL_realloc(string, char *, (strlen(string) + 1) * sizeof(char));
free(buffer);
}
void static clay_util_name_sprint(char **dst, int *hwm,
int *print_plus, int val, char *name) {
if (*print_plus)
osl_util_safe_strcat(dst, " + ", hwm);
else
*print_plus = 1;
char buffer[32];
if (name == NULL) {
snprintf(buffer, 32, "%d", val);
osl_util_safe_strcat(dst, buffer, hwm);
} else {
if (val == 1) {
osl_util_safe_strcat(dst, name, hwm);
} else if (val == -1) {
osl_util_safe_strcat(dst, "-", hwm);
osl_util_safe_strcat(dst, name, hwm);
} else {
snprintf(buffer, 32, "%d*", val);
osl_util_safe_strcat(dst, buffer, hwm);
osl_util_safe_strcat(dst, name, hwm);
}
}
}
/**
* osl_body_sprint function:
* this function prints the content of an osl_body_t structure
* (*body) into a string (returned) in the OpenScop textual format.
* \param[in] body The body structure which has to be printed.
* \return A string containing the OpenScop dump of the body structure.
*/
char * osl_body_sprint(osl_body_p body) {
int nb_iterators;
int high_water_mark = OSL_MAX_STRING;
char * string = NULL;
char buffer[OSL_MAX_STRING];
char * iterators, * expression;
OSL_malloc(string, char *, high_water_mark * sizeof(char));
string[0] = '\0';
if (body != NULL) {
nb_iterators = osl_strings_size(body->iterators);
sprintf(buffer, "# Number of original iterators\n%d\n", nb_iterators);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
if (nb_iterators > 0) {
sprintf(buffer, "# List of original iterators\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
iterators = osl_strings_sprint(body->iterators);
osl_util_safe_strcat(&string, iterators, &high_water_mark);
free(iterators);
}
sprintf(buffer, "# Statement body expression\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
expression = osl_strings_sprint(body->expression);
osl_util_safe_strcat(&string, expression, &high_water_mark);
free(expression);
}
else {
sprintf(buffer, "# NULL body\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
}
return string;
}
/**
* osl_dependence_sprint function:
* Returns a string containing the dependence, formatted to fit the
* .scop representation.
*/
char* osl_dependence_sprint(osl_dependence_p dependence) {
osl_dependence_p tmp = dependence;
int nb_deps;
int buffer_size = 2048;
char* buffer;
char buff[2048];
char* type;
char* pbuffer;
OSL_malloc(buffer, char*, buffer_size);
buffer[0] = '\0';
for (tmp = dependence, nb_deps = 0; tmp; tmp = tmp->next, ++nb_deps)
;
snprintf(buff, OSL_MAX_STRING, "# Number of dependences\n%d\n", nb_deps);
strcat(buffer, buff);
if (nb_deps) {
for (tmp = dependence, nb_deps = 1; tmp; tmp = tmp->next, ++nb_deps) {
switch (tmp->type) {
case OSL_UNDEFINED:
type = "UNSET";
break;
case OSL_DEPENDENCE_RAW:
type = "RAW #(flow)";
break;
case OSL_DEPENDENCE_WAR:
type = "WAR #(anti)";
break;
case OSL_DEPENDENCE_WAW:
type = "WAW #(output)";
break;
case OSL_DEPENDENCE_RAR:
type = "RAR #(input)";
break;
case OSL_DEPENDENCE_RAW_SCALPRIV:
type = "RAW_SCALPRIV #(scalar priv)";
break;
default:
exit(1);
break;
}
/* Output dependence information. */
snprintf(buff, OSL_MAX_STRING, "# Description of dependence %d\n"
"# type\n%s\n"
"# From source statement id\n%d\n"
"# To target statement id\n%d\n"
"# Depth \n%d\n"
"# From source access ref\n%d\n"
"# To target access ref\n%d\n"
"# Dependence domain\n",
nb_deps, type,
tmp->label_source,
tmp->label_target,
tmp->depth,
tmp->ref_source,
tmp->ref_target);
osl_util_safe_strcat(&buffer, buff, &buffer_size);
/* Output dependence domain. */
pbuffer = osl_relation_sprint(tmp->domain);
osl_util_safe_strcat(&buffer, pbuffer, &buffer_size);
free(pbuffer);
}
}
return buffer;
}
/**
* clay_util_body_regenerate_access function:
* Read the access array and re-generate the code in the body
* \param[in] ebody An extbody structure
* \param[in] access The relation to regenerate the code
* \param[in] index nth access (needed to access to the array start and
* length of the extbody structure)
*/
void clay_util_body_regenerate_access(osl_extbody_p ebody,
osl_relation_p access,
int index,
osl_arrays_p arrays,
osl_scatnames_p scatnames,
osl_strings_p params) {
if (!arrays || !scatnames || !params || access->nb_output_dims == 0 ||
index >= ebody->nb_access)
return;
const int precision = access->precision;
int i, j, k, row, val, print_plus;
// check if there are no inequ
for (i = 0 ; i < access->nb_rows ; i++) {
if (!osl_int_zero(precision, access->m[i][0]))
CLAY_error("I don't know how to regenerate access with inequalities");
}
// check identity matrix in output dims
int n;
for (j = 0 ; j < access->nb_output_dims ; j++) {
n = 0;
for (i = 0 ; i < access->nb_rows ; i++)
if (!osl_int_zero(precision, access->m[i][j+1])) {
if (n >= 1)
CLAY_error("I don't know how to regenerate access with "
"dependences in output dims");
n++;
}
}
char *body = ebody->body->expression->string[0];
int body_len = strlen(body);
int start = ebody->start[index];
int len = ebody->length[index];
int is_zero; // if the line contains only zeros
if (start >= body_len || start + len >= body_len || (start == -1 && len == -1))
return;
char *new_body;
char end_body[OSL_MAX_STRING];
int hwm = OSL_MAX_STRING;
CLAY_malloc(new_body, char *, OSL_MAX_STRING * sizeof(char));
// copy the beginning of the body
if (start+1 >= OSL_MAX_STRING)
CLAY_error("memcpy: please recompile osl with a higher OSL_MAX_STRING");
memcpy(new_body, body, start);
new_body[start] = '\0';
// save the end in a buffer
int sz = body_len - start - len;
if (sz + 1 >= OSL_MAX_STRING)
CLAY_error("memcpy: please recompile osl with a higher OSL_MAX_STRING");
memcpy(end_body, body + start + len, sz);
end_body[sz] = '\0';
// copy access name string
val = osl_relation_get_array_id(access);
val = clay_util_arrays_search(arrays, val); // get the index in th array
osl_util_safe_strcat(&new_body, arrays->names[val], &hwm);
// generate each dims
for (i = 1 ; i < access->nb_output_dims ; i++) {
row = clay_util_relation_get_line(access, i);
if (row == -1)
continue;
osl_util_safe_strcat(&new_body, "[", &hwm);
is_zero = 1;
print_plus = 0;
k = 1 + access->nb_output_dims;
// iterators
for (j = 0 ; j < access->nb_input_dims ; j++, k++) {
val = osl_int_get_si(precision, access->m[row][k]);
if (val != 0) {
clay_util_name_sprint(&new_body,
&hwm,
&print_plus,
val,
scatnames->names->string[j*2+1]);
is_zero = 0;
}
}
// params
for (j = 0 ; j < access->nb_parameters ; j++, k++) {
val = osl_int_get_si(precision, access->m[row][k]);
if (val != 0) {
clay_util_name_sprint(&new_body,
&hwm,
&print_plus,
val,
params->string[j]);
is_zero = 0;
}
}
// const
val = osl_int_get_si(precision, access->m[row][k]);
if (val != 0 || is_zero)
clay_util_name_sprint(&new_body,
&hwm,
&print_plus,
val,
NULL);
osl_util_safe_strcat(&new_body, "]", &hwm);
}
// length of the generated access
ebody->length[index] = strlen(new_body) - start;
// concat the end
osl_util_safe_strcat(&new_body, end_body, &hwm);
// update ebody
free(ebody->body->expression->string[0]);
ebody->body->expression->string[0] = new_body;
// shift the start
int diff = ebody->length[index] - len;
for (i = index+1 ; i < ebody->nb_access ; i++)
if (ebody->start[i] != -1)
ebody->start[i] += diff;
}
/**
* osl_loop_sprint function:
* this function prints the content of an osl_loop_t structure
* (*loop) into a string (returned) in the OpenScop textual format.
* \param[in] loop The loop structure to print.
* \return A string containing the OpenScop dump of the loop structure.
*/
char * osl_loop_sprint(osl_loop_p loop) {
size_t i;
int nloop = 0;
size_t high_water_mark = OSL_MAX_STRING;
char *string = NULL;
char buffer[OSL_MAX_STRING];
OSL_malloc(string, char *, high_water_mark * sizeof(char));
string[0] = '\0';
sprintf(buffer, "# Number of loops\n%d\n",osl_loop_count(loop));
osl_util_safe_strcat(&string, buffer, &high_water_mark);
while (loop != NULL) {
sprintf(buffer, "# ===========================================\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
sprintf(buffer, "# Loop number %d \n", ++nloop);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
sprintf(buffer, "# Iterator name\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
sprintf(buffer, "%s\n", loop->iter);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
sprintf(buffer, "# Number of stmts\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
sprintf(buffer, "%zu\n", loop->nb_stmts);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
if (loop->nb_stmts) {
sprintf(buffer, "# Statement identifiers\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
}
for (i = 0; i < loop->nb_stmts; i++) {
sprintf(buffer, "%d\n", loop->stmt_ids[i]);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
}
sprintf(buffer, "# Private variables\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
sprintf(buffer, "%s\n", loop->private_vars);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
sprintf(buffer, "# Directive\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
sprintf(buffer, "%d", loop->directive);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
// special case for OSL_LOOP_DIRECTIVE_USER
if (loop->directive & OSL_LOOP_DIRECTIVE_USER) {
sprintf(buffer, " %s", loop->user);
osl_util_safe_strcat(&string, buffer, &high_water_mark);
}
sprintf(buffer, "\n");
osl_util_safe_strcat(&string, buffer, &high_water_mark);
loop = loop->next;
}
OSL_realloc(string, char *, (strlen(string) + 1) * sizeof(char));
return string;
}
