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Commit 92b4c0c8 authored by Claes's avatar Claes Committed by Esteban Blanc
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script, tstlog functions, getmsg() and tzset() added

parent 19383fbd
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Inline Side-by-side
Showing with 423 additions and 4 deletions
src/lib/co/src/co_ccm.c
View file @ 92b4c0c8
......@@ -37,6 +37,7 @@
#include <ctype.h>
#include <math.h>
#include <stdlib.h>
#include <time.h>
#include "co_api.h"
#include "co_ccm.h"
......@@ -47,6 +48,7 @@
#include "co_string.h"
#include "co_syi.h"
#include "co_time.h"
#include "co_msg.h"
#define CCM_FLT_EPSILON 5.0e-6
......@@ -258,6 +260,24 @@ static int ccm_func_odd(void* filectx, ccm_sArg* arg_list, int arg_count,
static int ccm_func_even(void* filectx, ccm_sArg* arg_list, int arg_count,
int* return_decl, ccm_tFloat* return_float, ccm_tInt* return_int,
char* return_string);
static int ccm_func_tstlog_open(void* filectx, ccm_sArg* arg_list, int arg_count,
int* return_decl, ccm_tFloat* return_float, ccm_tInt* return_int,
char* return_string);
static int ccm_func_tstlog_close(void* filectx, ccm_sArg* arg_list, int arg_count,
int* return_decl, ccm_tFloat* return_float, ccm_tInt* return_int,
char* return_string);
static int ccm_func_tstlog_log(void* filectx, ccm_sArg* arg_list, int arg_count,
int* return_decl, ccm_tFloat* return_float, ccm_tInt* return_int,
char* return_string);
static int ccm_func_tstlog_vlog(void* filectx, ccm_sArg* arg_list, int arg_count,
int* return_decl, ccm_tFloat* return_float, ccm_tInt* return_int,
char* return_string);
static int ccm_func_getmsg(void* filectx, ccm_sArg* arg_list, int arg_count,
int* return_decl, ccm_tFloat* return_float, ccm_tInt* return_int,
char* return_string);
static int ccm_func_tzset(void* filectx, ccm_sArg* arg_list, int arg_count,
int* return_decl, ccm_tFloat* return_float, ccm_tInt* return_int,
char* return_string);
#define CCM_SYSFUNC_MAX 200
......@@ -282,6 +302,12 @@ static ccm_sSysFunc ccm_sysfunc[CCM_SYSFUNC_MAX] = { { "std", "printf",
{ "std", "get_node_name", &ccm_func_get_node_name },
{ "std", "get_language", &ccm_func_get_language },
{ "std", "ODD", &ccm_func_odd }, { "std", "EVEN", &ccm_func_even },
{ "std", "tstlog_open", &ccm_func_tstlog_open },
{ "std", "tstlog_close", &ccm_func_tstlog_close },
{ "std", "tstlog_log", &ccm_func_tstlog_log },
{ "std", "tstlog_vlog", &ccm_func_tstlog_vlog },
{ "std", "getmsg", &ccm_func_getmsg },
{ "std", "tzset", &ccm_func_tzset },
{ "", "", 0 } };
/************* TEST *********************/
......@@ -4284,7 +4310,7 @@ static int ccm_func_fopen(void* filectx, ccm_sArg* arg_list, int arg_count,
{
ccm_sArg *arg_p1, *arg_p2;
FILE* file;
char filename[120];
pwr_tFileName filename;
if (arg_count != 2)
return CCM__ARGMISM;
......@@ -4315,9 +4341,13 @@ static int ccm_func_fclose(void* filectx, ccm_sArg* arg_list, int arg_count,
if (arg_p1->value_decl != K_DECL_INT)
return CCM__VARTYPE;
file = (FILE*)arg_p1->value_int;
sts = fclose(file);
if (file) {
sts = fclose(file);
*return_int = sts;
}
else
*return_int = 0;
*return_decl = K_DECL_INT;
*return_int = sts;
return 1;
}
......@@ -4515,7 +4545,7 @@ static int ccm_func_translate_filename(void* filectx, ccm_sArg* arg_list,
int arg_count, int* return_decl, ccm_tFloat* return_float,
ccm_tInt* return_int, char* return_string)
{
char fname[200];
pwr_tFileName fname;
if (arg_count != 1)
return CCM__ARGMISM;
......@@ -4610,6 +4640,395 @@ static int ccm_func_even(void* filectx, ccm_sArg* arg_list, int arg_count,
return 1;
}
static int ccm_func_tstlog_open(void* filectx, ccm_sArg* arg_list, int arg_count,
int* return_decl, ccm_tFloat* return_float, ccm_tInt* return_int,
char* return_string)
{
ccm_sArg *arg_p1, *arg_p2;
pwr_tFileName filename;
pwr_tStatus sts;
void *log;
if (arg_count != 2)
return CCM__ARGMISM;
arg_p1 = arg_list;
arg_p2 = arg_list->next;
if (arg_p1->value_decl != K_DECL_STRING)
return CCM__VARTYPE;
if (arg_p2->value_decl != K_DECL_STRING)
return CCM__VARTYPE;
dcli_translate_filename(filename, arg_p2->value_string);
log = tst_log_open(&sts, arg_p1->value_string, filename);
if (ODD(sts))
*return_int = (long int)log;
else
*return_int = 0;
*return_decl = K_DECL_INT;
return 1;
}
static int ccm_func_getmsg(void* filectx, ccm_sArg* arg_list, int arg_count,
int* return_decl, ccm_tFloat* return_float, ccm_tInt* return_int,
char* return_string)
{
ccm_sArg *arg_p1;
if (arg_count != 1)
return CCM__ARGMISM;
arg_p1 = arg_list;
if (arg_p1->value_decl != K_DECL_INT)
return CCM__VARTYPE;
msg_GetMsg(arg_p1->value_int, return_string, K_STRING_SIZE);
*return_decl = K_DECL_STRING;
return 1;
}
static int ccm_func_tzset(void* filectx, ccm_sArg* arg_list, int arg_count,
int* return_decl, ccm_tFloat* return_float, ccm_tInt* return_int,
char* return_string)
{
ccm_sArg *arg_p1;
if (arg_count != 1)
return CCM__ARGMISM;
arg_p1 = arg_list;
if (arg_p1->value_decl != K_DECL_STRING)
return CCM__VARTYPE;
setenv("TZ", arg_p1->value_string, 1);
tzset();
*return_decl = K_DECL_INT;
*return_int = 1;
return 1;
}
static int ccm_func_tstlog_close(void* filectx, ccm_sArg* arg_list, int arg_count,
int* return_decl, ccm_tFloat* return_float, ccm_tInt* return_int,
char* return_string)
{
ccm_sArg* arg_p1;
void* log;
if (arg_count != 1)
return CCM__ARGMISM;
arg_p1 = arg_list;
if (arg_p1->value_decl != K_DECL_INT)
return CCM__VARTYPE;
log = (void*)arg_p1->value_int;
tst_log_close(log);
*return_decl = K_DECL_INT;
*return_int = 1;
return 1;
}
static int ccm_func_tstlog_log(void* filectx, ccm_sArg* arg_list, int arg_count,
int* return_decl, ccm_tFloat* return_float, ccm_tInt* return_int,
char* return_string)
{
ccm_sArg *arg_p1, *arg_p2, *arg_p3, *arg_p4, *arg_p5;
void *log;
if (!(arg_count == 3 || arg_count == 4 || arg_count == 5))
return CCM__ARGMISM;
arg_p1 = arg_list;
arg_p2 = arg_list->next;
arg_p3 = arg_p2->next;
if (arg_p1->value_decl != K_DECL_INT)
return CCM__VARTYPE;
if (arg_p2->value_decl != K_DECL_STRING)
return CCM__VARTYPE;
if (arg_p3->value_decl != K_DECL_STRING)
return CCM__VARTYPE;
if (arg_count >= 4) {
arg_p4 = arg_p3->next;
if (arg_p3->value_decl != K_DECL_STRING)
return CCM__VARTYPE;
}
if (arg_count == 5) {
arg_p5 = arg_p4->next;
if (arg_p5->value_decl != K_DECL_INT)
return CCM__VARTYPE;
}
log = (void *)arg_p1->value_int;
if (arg_count == 3)
tst_log_log(log, arg_p2->value_string[0], arg_p3->value_string, "");
else if (arg_count == 4)
tst_log_log(log, arg_p2->value_string[0], arg_p3->value_string, arg_p4->value_string);
else {
tst_log_slog(log, arg_p2->value_string[0], arg_p3->value_string, arg_p4->value_string,
arg_p5->value_int);
}
*return_int = 1;
*return_decl = CCM_DECL_INT;
return 1;
}
static int ccm_func_tstlog_vlog(void* filectx, ccm_sArg* arg_list, int arg_count,
int* return_decl, ccm_tFloat* return_float, ccm_tInt* return_int,
char* return_string)
{
ccm_sArg *arg_p1, *arg_p2, *arg_p3, *arg_p4, *arg_p5, *arg_p6;
void *log;
if (arg_count < 3 || arg_count > 6)
return CCM__ARGMISM;
arg_p1 = arg_list;
arg_p2 = arg_list->next;
arg_p3 = arg_p2->next;
if (arg_p1->value_decl != K_DECL_INT)
return CCM__VARTYPE;
if (arg_p2->value_decl != K_DECL_STRING)
return CCM__VARTYPE;
if (arg_p3->value_decl != K_DECL_STRING)
return CCM__VARTYPE;
if (arg_count >= 4)
arg_p4 = arg_p3->next;
if (arg_count >= 5)
arg_p5 = arg_p4->next;
if (arg_count == 6)
arg_p6 = arg_p5->next;
log = (void *)arg_p1->value_int;
if (arg_count == 3)
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string);
else if (arg_count == 4) {
switch (arg_p4->value_decl) {
case K_DECL_STRING:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_string);
break;
case K_DECL_INT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_int);
break;
case K_DECL_FLOAT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_float);
break;
}
}
else if (arg_count == 5) {
switch (arg_p4->value_decl) {
case K_DECL_STRING:
switch (arg_p5->value_decl) {
case K_DECL_STRING:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_string, arg_p5->value_string);
break;
case K_DECL_INT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_string, arg_p5->value_int);
break;
case K_DECL_FLOAT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_string, arg_p5->value_float);
break;
}
break;
case K_DECL_INT:
switch (arg_p5->value_decl) {
case K_DECL_STRING:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_int, arg_p5->value_string);
break;
case K_DECL_INT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_int, arg_p5->value_int);
break;
case K_DECL_FLOAT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_int, arg_p5->value_float);
break;
}
break;
case K_DECL_FLOAT:
switch (arg_p5->value_decl) {
case K_DECL_STRING:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_float, arg_p5->value_string);
break;
case K_DECL_INT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_float, arg_p5->value_int);
break;
case K_DECL_FLOAT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_float, arg_p5->value_float);
break;
}
break;
}
}
else if (arg_count == 6) {
switch (arg_p4->value_decl) {
case K_DECL_STRING:
switch (arg_p5->value_decl) {
case K_DECL_STRING:
switch (arg_p6->value_decl) {
case K_DECL_STRING:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_string, arg_p5->value_string, arg_p6->value_string);
break;
case K_DECL_INT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_string, arg_p5->value_string, arg_p6->value_int);
break;
case K_DECL_FLOAT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_string, arg_p5->value_string, arg_p6->value_float);
break;
}
break;
case K_DECL_INT:
switch (arg_p6->value_decl) {
case K_DECL_STRING:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_string, arg_p5->value_int, arg_p6->value_string);
break;
case K_DECL_INT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_string, arg_p5->value_int, arg_p6->value_int);
break;
case K_DECL_FLOAT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_string, arg_p5->value_int, arg_p6->value_float);
break;
}
break;
case K_DECL_FLOAT:
switch (arg_p6->value_decl) {
case K_DECL_STRING:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_string, arg_p5->value_float, arg_p6->value_string);
break;
case K_DECL_INT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_string, arg_p5->value_float, arg_p6->value_int);
break;
case K_DECL_FLOAT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_string, arg_p5->value_float, arg_p6->value_float);
break;
}
break;
}
break;
case K_DECL_INT:
switch (arg_p5->value_decl) {
case K_DECL_STRING:
switch (arg_p6->value_decl) {
case K_DECL_STRING:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_int, arg_p5->value_string, arg_p6->value_string);
break;
case K_DECL_INT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_int, arg_p5->value_string, arg_p6->value_int);
break;
case K_DECL_FLOAT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_int, arg_p5->value_string, arg_p6->value_float);
break;
}
break;
case K_DECL_INT:
switch (arg_p6->value_decl) {
case K_DECL_STRING:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_int, arg_p5->value_int, arg_p6->value_string);
break;
case K_DECL_INT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_int, arg_p5->value_int, arg_p6->value_int);
break;
case K_DECL_FLOAT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_int, arg_p5->value_int, arg_p6->value_float);
break;
}
break;
case K_DECL_FLOAT:
switch (arg_p6->value_decl) {
case K_DECL_STRING:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_int, arg_p5->value_float, arg_p6->value_string);
break;
case K_DECL_INT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_int, arg_p5->value_float, arg_p6->value_int);
break;
case K_DECL_FLOAT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_int, arg_p5->value_float, arg_p6->value_float);
break;
}
break;
}
break;
case K_DECL_FLOAT:
switch (arg_p5->value_decl) {
case K_DECL_STRING:
switch (arg_p6->value_decl) {
case K_DECL_STRING:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_float, arg_p5->value_string, arg_p6->value_string);
break;
case K_DECL_INT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_float, arg_p5->value_string, arg_p6->value_int);
break;
case K_DECL_FLOAT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_float, arg_p5->value_string, arg_p6->value_float);
break;
}
break;
case K_DECL_INT:
switch (arg_p6->value_decl) {
case K_DECL_STRING:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_float, arg_p5->value_int, arg_p6->value_string);
break;
case K_DECL_INT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_float, arg_p5->value_int, arg_p6->value_int);
break;
case K_DECL_FLOAT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_float, arg_p5->value_int, arg_p6->value_float);
break;
}
break;
case K_DECL_FLOAT:
switch (arg_p6->value_decl) {
case K_DECL_STRING:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_float, arg_p5->value_float, arg_p6->value_string);
break;
case K_DECL_INT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_float, arg_p5->value_float, arg_p6->value_int);
break;
case K_DECL_FLOAT:
tst_log_vlog(log, arg_p2->value_string[0], arg_p3->value_string,
arg_p4->value_float, arg_p5->value_float, arg_p6->value_float);
break;
}
break;
}
}
}
else {
}
*return_int = 1;
*return_decl = CCM_DECL_INT;
return 1;
}
static int ccm_extract_parenthes_expr(char* expr, char* line)
{
char* s;
......
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