#include "gras.h"
-XBT_LOG_NEW_DEFAULT_SUBCATEGORY(structs, test,
- "Logs about the gigantic struct test");
+XBT_LOG_NEW_DEFAULT_SUBCATEGORY(structs,test,"Logs about the gigantic struct test");
#define READ 0
#define WRITE 1
#define RW 2
-void write_read(const char *type, void *src, void *dst,
- gras_socket_t * sock, int direction);
+void write_read(const char *type,void *src, void *dst, xbt_socket_t *sock, int direction);
+
+XBT_DEFINE_TYPE(cccc,struct cccc { char a; char b; char c;char d;};)
+XBT_DEFINE_TYPE(ccsc,struct ccsc { char a; char b; short int c;char d;};)
+XBT_DEFINE_TYPE(ccic,struct ccic { char a; char b; int c;char d;};)
+XBT_DEFINE_TYPE(cclc,struct cclc { char a; char b; long int c;char d;};)
+XBT_DEFINE_TYPE(ccLc,struct ccLc { char a; char b; long long int c;char d;};)
+XBT_DEFINE_TYPE(ccfc,struct ccfc { char a; char b; float c;char d;};)
+XBT_DEFINE_TYPE(ccdc,struct ccdc { char a; char b; double c;char d;};)
+XBT_DEFINE_TYPE(sccc,struct sccc { short int a; char b; char c;char d;};)
+XBT_DEFINE_TYPE(scsc,struct scsc { short int a; char b; short int c;char d;};)
+XBT_DEFINE_TYPE(scic,struct scic { short int a; char b; int c;char d;};)
+XBT_DEFINE_TYPE(sclc,struct sclc { short int a; char b; long int c;char d;};)
+XBT_DEFINE_TYPE(scLc,struct scLc { short int a; char b; long long int c;char d;};)
+XBT_DEFINE_TYPE(scfc,struct scfc { short int a; char b; float c;char d;};)
+XBT_DEFINE_TYPE(scdc,struct scdc { short int a; char b; double c;char d;};)
+XBT_DEFINE_TYPE(iccc,struct iccc { int a; char b; char c;char d;};)
+XBT_DEFINE_TYPE(icsc,struct icsc { int a; char b; short int c;char d;};)
+XBT_DEFINE_TYPE(icic,struct icic { int a; char b; int c;char d;};)
+XBT_DEFINE_TYPE(iclc,struct iclc { int a; char b; long int c;char d;};)
+XBT_DEFINE_TYPE(icLc,struct icLc { int a; char b; long long int c;char d;};)
+XBT_DEFINE_TYPE(icfc,struct icfc { int a; char b; float c;char d;};)
+XBT_DEFINE_TYPE(icdc,struct icdc { int a; char b; double c;char d;};)
+XBT_DEFINE_TYPE(lccc,struct lccc { long int a; char b; char c;char d;};)
+XBT_DEFINE_TYPE(lcsc,struct lcsc { long int a; char b; short int c;char d;};)
+XBT_DEFINE_TYPE(lcic,struct lcic { long int a; char b; int c;char d;};)
+XBT_DEFINE_TYPE(lclc,struct lclc { long int a; char b; long int c;char d;};)
+XBT_DEFINE_TYPE(lcLc,struct lcLc { long int a; char b; long long int c;char d;};)
+XBT_DEFINE_TYPE(lcfc,struct lcfc { long int a; char b; float c;char d;};)
+XBT_DEFINE_TYPE(lcdc,struct lcdc { long int a; char b; double c;char d;};)
+XBT_DEFINE_TYPE(Lccc,struct Lccc { long long int a; char b; char c;char d;};)
+XBT_DEFINE_TYPE(Lcsc,struct Lcsc { long long int a; char b; short int c;char d;};)
+XBT_DEFINE_TYPE(Lcic,struct Lcic { long long int a; char b; int c;char d;};)
+XBT_DEFINE_TYPE(Lclc,struct Lclc { long long int a; char b; long int c;char d;};)
+XBT_DEFINE_TYPE(LcLc,struct LcLc { long long int a; char b; long long int c;char d;};)
+XBT_DEFINE_TYPE(Lcfc,struct Lcfc { long long int a; char b; float c;char d;};)
+XBT_DEFINE_TYPE(Lcdc,struct Lcdc { long long int a; char b; double c;char d;};)
+XBT_DEFINE_TYPE(fccc,struct fccc { float a; char b; char c;char d;};)
+XBT_DEFINE_TYPE(fcsc,struct fcsc { float a; char b; short int c;char d;};)
+XBT_DEFINE_TYPE(fcic,struct fcic { float a; char b; int c;char d;};)
+XBT_DEFINE_TYPE(fclc,struct fclc { float a; char b; long int c;char d;};)
+XBT_DEFINE_TYPE(fcLc,struct fcLc { float a; char b; long long int c;char d;};)
+XBT_DEFINE_TYPE(fcfc,struct fcfc { float a; char b; float c;char d;};)
+XBT_DEFINE_TYPE(fcdc,struct fcdc { float a; char b; double c;char d;};)
+XBT_DEFINE_TYPE(dccc,struct dccc { double a; char b; char c;char d;};)
+XBT_DEFINE_TYPE(dcsc,struct dcsc { double a; char b; short int c;char d;};)
+XBT_DEFINE_TYPE(dcic,struct dcic { double a; char b; int c;char d;};)
+XBT_DEFINE_TYPE(dclc,struct dclc { double a; char b; long int c;char d;};)
+XBT_DEFINE_TYPE(dcLc,struct dcLc { double a; char b; long long int c;char d;};)
+XBT_DEFINE_TYPE(dcfc,struct dcfc { double a; char b; float c;char d;};)
+XBT_DEFINE_TYPE(dcdc,struct dcdc { double a; char b; double c;char d;};)
-GRAS_DEFINE_TYPE(cccc, struct cccc {
- char a;
- char b;
- char c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(ccsc, struct ccsc {
- char a;
- char b;
- short int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(ccic, struct ccic {
- char a;
- char b;
- int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(cclc, struct cclc {
- char a;
- char b;
- long int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(ccLc, struct ccLc {
- char a;
- char b;
- long long int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(ccfc, struct ccfc {
- char a;
- char b;
- float c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(ccdc, struct ccdc {
- char a;
- char b;
- double c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(sccc, struct sccc {
- short int a;
- char b;
- char c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(scsc, struct scsc {
- short int a;
- char b;
- short int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(scic, struct scic {
- short int a;
- char b;
- int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(sclc, struct sclc {
- short int a;
- char b;
- long int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(scLc, struct scLc {
- short int a;
- char b;
- long long int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(scfc, struct scfc {
- short int a;
- char b;
- float c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(scdc, struct scdc {
- short int a;
- char b;
- double c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(iccc, struct iccc {
- int a;
- char b;
- char c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(icsc, struct icsc {
- int a;
- char b;
- short int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(icic, struct icic {
- int a;
- char b;
- int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(iclc, struct iclc {
- int a;
- char b;
- long int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(icLc, struct icLc {
- int a;
- char b;
- long long int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(icfc, struct icfc {
- int a;
- char b;
- float c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(icdc, struct icdc {
- int a;
- char b;
- double c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(lccc, struct lccc {
- long int a;
- char b;
- char c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(lcsc, struct lcsc {
- long int a;
- char b;
- short int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(lcic, struct lcic {
- long int a;
- char b;
- int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(lclc, struct lclc {
- long int a;
- char b;
- long int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(lcLc, struct lcLc {
- long int a;
- char b;
- long long int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(lcfc, struct lcfc {
- long int a;
- char b;
- float c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(lcdc, struct lcdc {
- long int a;
- char b;
- double c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(Lccc, struct Lccc {
- long long int a;
- char b;
- char c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(Lcsc, struct Lcsc {
- long long int a;
- char b;
- short int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(Lcic, struct Lcic {
- long long int a;
- char b;
- int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(Lclc, struct Lclc {
- long long int a;
- char b;
- long int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(LcLc, struct LcLc {
- long long int a;
- char b;
- long long int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(Lcfc, struct Lcfc {
- long long int a;
- char b;
- float c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(Lcdc, struct Lcdc {
- long long int a;
- char b;
- double c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(fccc, struct fccc {
- float a;
- char b;
- char c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(fcsc, struct fcsc {
- float a;
- char b;
- short int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(fcic, struct fcic {
- float a;
- char b;
- int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(fclc, struct fclc {
- float a;
- char b;
- long int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(fcLc, struct fcLc {
- float a;
- char b;
- long long int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(fcfc, struct fcfc {
- float a;
- char b;
- float c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(fcdc, struct fcdc {
- float a;
- char b;
- double c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(dccc, struct dccc {
- double a;
- char b;
- char c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(dcsc, struct dcsc {
- double a;
- char b;
- short int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(dcic, struct dcic {
- double a;
- char b;
- int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(dclc, struct dclc {
- double a;
- char b;
- long int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(dcLc, struct dcLc {
- double a;
- char b;
- long long int c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(dcfc, struct dcfc {
- double a;
- char b;
- float c;
- char d;
- };
-
- )
- GRAS_DEFINE_TYPE(dcdc, struct dcdc {
- double a;
- char b;
- double c;
- char d;
- };
-
- )
#define test(a) xbt_assert(a)
void register_structures(void);
-void register_structures(void)
-{
- gras_msgtype_declare("cccc", gras_datadesc_by_symbol(cccc));
- gras_msgtype_declare("ccsc", gras_datadesc_by_symbol(ccsc));
- gras_msgtype_declare("ccic", gras_datadesc_by_symbol(ccic));
- gras_msgtype_declare("cclc", gras_datadesc_by_symbol(cclc));
- gras_msgtype_declare("ccLc", gras_datadesc_by_symbol(ccLc));
- gras_msgtype_declare("ccfc", gras_datadesc_by_symbol(ccfc));
- gras_msgtype_declare("ccdc", gras_datadesc_by_symbol(ccdc));
- gras_msgtype_declare("sccc", gras_datadesc_by_symbol(sccc));
- gras_msgtype_declare("scsc", gras_datadesc_by_symbol(scsc));
- gras_msgtype_declare("scic", gras_datadesc_by_symbol(scic));
- gras_msgtype_declare("sclc", gras_datadesc_by_symbol(sclc));
- gras_msgtype_declare("scLc", gras_datadesc_by_symbol(scLc));
- gras_msgtype_declare("scfc", gras_datadesc_by_symbol(scfc));
- gras_msgtype_declare("scdc", gras_datadesc_by_symbol(scdc));
- gras_msgtype_declare("iccc", gras_datadesc_by_symbol(iccc));
- gras_msgtype_declare("icsc", gras_datadesc_by_symbol(icsc));
- gras_msgtype_declare("icic", gras_datadesc_by_symbol(icic));
- gras_msgtype_declare("iclc", gras_datadesc_by_symbol(iclc));
- gras_msgtype_declare("icLc", gras_datadesc_by_symbol(icLc));
- gras_msgtype_declare("icfc", gras_datadesc_by_symbol(icfc));
- gras_msgtype_declare("icdc", gras_datadesc_by_symbol(icdc));
- gras_msgtype_declare("lccc", gras_datadesc_by_symbol(lccc));
- gras_msgtype_declare("lcsc", gras_datadesc_by_symbol(lcsc));
- gras_msgtype_declare("lcic", gras_datadesc_by_symbol(lcic));
- gras_msgtype_declare("lclc", gras_datadesc_by_symbol(lclc));
- gras_msgtype_declare("lcLc", gras_datadesc_by_symbol(lcLc));
- gras_msgtype_declare("lcfc", gras_datadesc_by_symbol(lcfc));
- gras_msgtype_declare("lcdc", gras_datadesc_by_symbol(lcdc));
- gras_msgtype_declare("Lccc", gras_datadesc_by_symbol(Lccc));
- gras_msgtype_declare("Lcsc", gras_datadesc_by_symbol(Lcsc));
- gras_msgtype_declare("Lcic", gras_datadesc_by_symbol(Lcic));
- gras_msgtype_declare("Lclc", gras_datadesc_by_symbol(Lclc));
- gras_msgtype_declare("LcLc", gras_datadesc_by_symbol(LcLc));
- gras_msgtype_declare("Lcfc", gras_datadesc_by_symbol(Lcfc));
- gras_msgtype_declare("Lcdc", gras_datadesc_by_symbol(Lcdc));
- gras_msgtype_declare("fccc", gras_datadesc_by_symbol(fccc));
- gras_msgtype_declare("fcsc", gras_datadesc_by_symbol(fcsc));
- gras_msgtype_declare("fcic", gras_datadesc_by_symbol(fcic));
- gras_msgtype_declare("fclc", gras_datadesc_by_symbol(fclc));
- gras_msgtype_declare("fcLc", gras_datadesc_by_symbol(fcLc));
- gras_msgtype_declare("fcfc", gras_datadesc_by_symbol(fcfc));
- gras_msgtype_declare("fcdc", gras_datadesc_by_symbol(fcdc));
- gras_msgtype_declare("dccc", gras_datadesc_by_symbol(dccc));
- gras_msgtype_declare("dcsc", gras_datadesc_by_symbol(dcsc));
- gras_msgtype_declare("dcic", gras_datadesc_by_symbol(dcic));
- gras_msgtype_declare("dclc", gras_datadesc_by_symbol(dclc));
- gras_msgtype_declare("dcLc", gras_datadesc_by_symbol(dcLc));
- gras_msgtype_declare("dcfc", gras_datadesc_by_symbol(dcfc));
- gras_msgtype_declare("dcdc", gras_datadesc_by_symbol(dcdc));
+void register_structures(void) {
+ gras_msgtype_declare("cccc", xbt_datadesc_by_symbol(cccc));
+ gras_msgtype_declare("ccsc", xbt_datadesc_by_symbol(ccsc));
+ gras_msgtype_declare("ccic", xbt_datadesc_by_symbol(ccic));
+ gras_msgtype_declare("cclc", xbt_datadesc_by_symbol(cclc));
+ gras_msgtype_declare("ccLc", xbt_datadesc_by_symbol(ccLc));
+ gras_msgtype_declare("ccfc", xbt_datadesc_by_symbol(ccfc));
+ gras_msgtype_declare("ccdc", xbt_datadesc_by_symbol(ccdc));
+ gras_msgtype_declare("sccc", xbt_datadesc_by_symbol(sccc));
+ gras_msgtype_declare("scsc", xbt_datadesc_by_symbol(scsc));
+ gras_msgtype_declare("scic", xbt_datadesc_by_symbol(scic));
+ gras_msgtype_declare("sclc", xbt_datadesc_by_symbol(sclc));
+ gras_msgtype_declare("scLc", xbt_datadesc_by_symbol(scLc));
+ gras_msgtype_declare("scfc", xbt_datadesc_by_symbol(scfc));
+ gras_msgtype_declare("scdc", xbt_datadesc_by_symbol(scdc));
+ gras_msgtype_declare("iccc", xbt_datadesc_by_symbol(iccc));
+ gras_msgtype_declare("icsc", xbt_datadesc_by_symbol(icsc));
+ gras_msgtype_declare("icic", xbt_datadesc_by_symbol(icic));
+ gras_msgtype_declare("iclc", xbt_datadesc_by_symbol(iclc));
+ gras_msgtype_declare("icLc", xbt_datadesc_by_symbol(icLc));
+ gras_msgtype_declare("icfc", xbt_datadesc_by_symbol(icfc));
+ gras_msgtype_declare("icdc", xbt_datadesc_by_symbol(icdc));
+ gras_msgtype_declare("lccc", xbt_datadesc_by_symbol(lccc));
+ gras_msgtype_declare("lcsc", xbt_datadesc_by_symbol(lcsc));
+ gras_msgtype_declare("lcic", xbt_datadesc_by_symbol(lcic));
+ gras_msgtype_declare("lclc", xbt_datadesc_by_symbol(lclc));
+ gras_msgtype_declare("lcLc", xbt_datadesc_by_symbol(lcLc));
+ gras_msgtype_declare("lcfc", xbt_datadesc_by_symbol(lcfc));
+ gras_msgtype_declare("lcdc", xbt_datadesc_by_symbol(lcdc));
+ gras_msgtype_declare("Lccc", xbt_datadesc_by_symbol(Lccc));
+ gras_msgtype_declare("Lcsc", xbt_datadesc_by_symbol(Lcsc));
+ gras_msgtype_declare("Lcic", xbt_datadesc_by_symbol(Lcic));
+ gras_msgtype_declare("Lclc", xbt_datadesc_by_symbol(Lclc));
+ gras_msgtype_declare("LcLc", xbt_datadesc_by_symbol(LcLc));
+ gras_msgtype_declare("Lcfc", xbt_datadesc_by_symbol(Lcfc));
+ gras_msgtype_declare("Lcdc", xbt_datadesc_by_symbol(Lcdc));
+ gras_msgtype_declare("fccc", xbt_datadesc_by_symbol(fccc));
+ gras_msgtype_declare("fcsc", xbt_datadesc_by_symbol(fcsc));
+ gras_msgtype_declare("fcic", xbt_datadesc_by_symbol(fcic));
+ gras_msgtype_declare("fclc", xbt_datadesc_by_symbol(fclc));
+ gras_msgtype_declare("fcLc", xbt_datadesc_by_symbol(fcLc));
+ gras_msgtype_declare("fcfc", xbt_datadesc_by_symbol(fcfc));
+ gras_msgtype_declare("fcdc", xbt_datadesc_by_symbol(fcdc));
+ gras_msgtype_declare("dccc", xbt_datadesc_by_symbol(dccc));
+ gras_msgtype_declare("dcsc", xbt_datadesc_by_symbol(dcsc));
+ gras_msgtype_declare("dcic", xbt_datadesc_by_symbol(dcic));
+ gras_msgtype_declare("dclc", xbt_datadesc_by_symbol(dclc));
+ gras_msgtype_declare("dcLc", xbt_datadesc_by_symbol(dcLc));
+ gras_msgtype_declare("dcfc", xbt_datadesc_by_symbol(dcfc));
+ gras_msgtype_declare("dcdc", xbt_datadesc_by_symbol(dcdc));
}
-
-void test_structures(gras_socket_t * sock, int direction);
-void test_structures(gras_socket_t * sock, int direction)
-{
- struct cccc my_cccc =
- { 'w' + (char) 1, 'w' + (char) 2, 'w' + (char) 3, 'w' + (char) 4 },
- my_cccc2;
- struct ccsc my_ccsc =
- { 'w' + (char) 1, 'w' + (char) 2, 134 + (short int) 3,
-'w' + (char) 4 }, my_ccsc2;
- struct ccic my_ccic =
- { 'w' + (char) 1, 'w' + (char) 2, -11249 + (int) 3, 'w' + (char) 4 },
- my_ccic2;
- struct cclc my_cclc =
- { 'w' + (char) 1, 'w' + (char) 2, 31319919 + (long int) 3,
-'w' + (char) 4 }, my_cclc2;
- struct ccLc my_ccLc =
- { 'w' + (char) 1, 'w' + (char) 2, -232130010 + (long long int) 3,
-'w' + (char) 4 }, my_ccLc2;
- struct ccfc my_ccfc =
- { 'w' + (char) 1, 'w' + (char) 2, -11313.1135 + (float) 3,
-'w' + (char) 4 }, my_ccfc2;
- struct ccdc my_ccdc =
- { 'w' + (char) 1, 'w' + (char) 2, 1424420.11331 + (double) 3,
-'w' + (char) 4 }, my_ccdc2;
- struct sccc my_sccc =
- { 134 + (short int) 1, 'w' + (char) 2, 'w' + (char) 3,
-'w' + (char) 4 }, my_sccc2;
- struct scsc my_scsc =
- { 134 + (short int) 1, 'w' + (char) 2, 134 + (short int) 3,
-'w' + (char) 4 }, my_scsc2;
- struct scic my_scic =
- { 134 + (short int) 1, 'w' + (char) 2, -11249 + (int) 3,
-'w' + (char) 4 }, my_scic2;
- struct sclc my_sclc =
- { 134 + (short int) 1, 'w' + (char) 2, 31319919 + (long int) 3,
-'w' + (char) 4 }, my_sclc2;
- struct scLc my_scLc =
- { 134 + (short int) 1, 'w' + (char) 2,
--232130010 + (long long int) 3, 'w' + (char) 4 }, my_scLc2;
- struct scfc my_scfc =
- { 134 + (short int) 1, 'w' + (char) 2, -11313.1135 + (float) 3,
-'w' + (char) 4 }, my_scfc2;
- struct scdc my_scdc =
- { 134 + (short int) 1, 'w' + (char) 2, 1424420.11331 + (double) 3,
-'w' + (char) 4 }, my_scdc2;
- struct iccc my_iccc =
- { -11249 + (int) 1, 'w' + (char) 2, 'w' + (char) 3, 'w' + (char) 4 },
- my_iccc2;
- struct icsc my_icsc =
- { -11249 + (int) 1, 'w' + (char) 2, 134 + (short int) 3,
-'w' + (char) 4 }, my_icsc2;
- struct icic my_icic =
- { -11249 + (int) 1, 'w' + (char) 2, -11249 + (int) 3,
-'w' + (char) 4 }, my_icic2;
- struct iclc my_iclc =
- { -11249 + (int) 1, 'w' + (char) 2, 31319919 + (long int) 3,
-'w' + (char) 4 }, my_iclc2;
- struct icLc my_icLc =
- { -11249 + (int) 1, 'w' + (char) 2, -232130010 + (long long int) 3,
-'w' + (char) 4 }, my_icLc2;
- struct icfc my_icfc =
- { -11249 + (int) 1, 'w' + (char) 2, -11313.1135 + (float) 3,
-'w' + (char) 4 }, my_icfc2;
- struct icdc my_icdc =
- { -11249 + (int) 1, 'w' + (char) 2, 1424420.11331 + (double) 3,
-'w' + (char) 4 }, my_icdc2;
- struct lccc my_lccc =
- { 31319919 + (long int) 1, 'w' + (char) 2, 'w' + (char) 3,
-'w' + (char) 4 }, my_lccc2;
- struct lcsc my_lcsc =
- { 31319919 + (long int) 1, 'w' + (char) 2, 134 + (short int) 3,
-'w' + (char) 4 }, my_lcsc2;
- struct lcic my_lcic =
- { 31319919 + (long int) 1, 'w' + (char) 2, -11249 + (int) 3,
-'w' + (char) 4 }, my_lcic2;
- struct lclc my_lclc =
- { 31319919 + (long int) 1, 'w' + (char) 2, 31319919 + (long int) 3,
-'w' + (char) 4 }, my_lclc2;
- struct lcLc my_lcLc =
- { 31319919 + (long int) 1, 'w' + (char) 2,
--232130010 + (long long int) 3, 'w' + (char) 4 }, my_lcLc2;
- struct lcfc my_lcfc =
- { 31319919 + (long int) 1, 'w' + (char) 2, -11313.1135 + (float) 3,
-'w' + (char) 4 }, my_lcfc2;
- struct lcdc my_lcdc =
- { 31319919 + (long int) 1, 'w' + (char) 2,
-1424420.11331 + (double) 3, 'w' + (char) 4 }, my_lcdc2;
- struct Lccc my_Lccc =
- { -232130010 + (long long int) 1, 'w' + (char) 2, 'w' + (char) 3,
-'w' + (char) 4 }, my_Lccc2;
- struct Lcsc my_Lcsc =
- { -232130010 + (long long int) 1, 'w' + (char) 2,
-134 + (short int) 3, 'w' + (char) 4 }, my_Lcsc2;
- struct Lcic my_Lcic =
- { -232130010 + (long long int) 1, 'w' + (char) 2, -11249 + (int) 3,
-'w' + (char) 4 }, my_Lcic2;
- struct Lclc my_Lclc =
- { -232130010 + (long long int) 1, 'w' + (char) 2,
-31319919 + (long int) 3, 'w' + (char) 4 }, my_Lclc2;
- struct LcLc my_LcLc =
- { -232130010 + (long long int) 1, 'w' + (char) 2,
--232130010 + (long long int) 3, 'w' + (char) 4 }, my_LcLc2;
- struct Lcfc my_Lcfc =
- { -232130010 + (long long int) 1, 'w' + (char) 2,
--11313.1135 + (float) 3, 'w' + (char) 4 }, my_Lcfc2;
- struct Lcdc my_Lcdc =
- { -232130010 + (long long int) 1, 'w' + (char) 2,
-1424420.11331 + (double) 3, 'w' + (char) 4 }, my_Lcdc2;
- struct fccc my_fccc =
- { -11313.1135 + (float) 1, 'w' + (char) 2, 'w' + (char) 3,
-'w' + (char) 4 }, my_fccc2;
- struct fcsc my_fcsc =
- { -11313.1135 + (float) 1, 'w' + (char) 2, 134 + (short int) 3,
-'w' + (char) 4 }, my_fcsc2;
- struct fcic my_fcic =
- { -11313.1135 + (float) 1, 'w' + (char) 2, -11249 + (int) 3,
-'w' + (char) 4 }, my_fcic2;
- struct fclc my_fclc =
- { -11313.1135 + (float) 1, 'w' + (char) 2, 31319919 + (long int) 3,
-'w' + (char) 4 }, my_fclc2;
- struct fcLc my_fcLc =
- { -11313.1135 + (float) 1, 'w' + (char) 2,
--232130010 + (long long int) 3, 'w' + (char) 4 }, my_fcLc2;
- struct fcfc my_fcfc =
- { -11313.1135 + (float) 1, 'w' + (char) 2, -11313.1135 + (float) 3,
-'w' + (char) 4 }, my_fcfc2;
- struct fcdc my_fcdc =
- { -11313.1135 + (float) 1, 'w' + (char) 2,
-1424420.11331 + (double) 3, 'w' + (char) 4 }, my_fcdc2;
- struct dccc my_dccc =
- { 1424420.11331 + (double) 1, 'w' + (char) 2, 'w' + (char) 3,
-'w' + (char) 4 }, my_dccc2;
- struct dcsc my_dcsc =
- { 1424420.11331 + (double) 1, 'w' + (char) 2, 134 + (short int) 3,
-'w' + (char) 4 }, my_dcsc2;
- struct dcic my_dcic =
- { 1424420.11331 + (double) 1, 'w' + (char) 2, -11249 + (int) 3,
-'w' + (char) 4 }, my_dcic2;
- struct dclc my_dclc =
- { 1424420.11331 + (double) 1, 'w' + (char) 2,
-31319919 + (long int) 3, 'w' + (char) 4 }, my_dclc2;
- struct dcLc my_dcLc =
- { 1424420.11331 + (double) 1, 'w' + (char) 2,
--232130010 + (long long int) 3, 'w' + (char) 4 }, my_dcLc2;
- struct dcfc my_dcfc =
- { 1424420.11331 + (double) 1, 'w' + (char) 2,
--11313.1135 + (float) 3, 'w' + (char) 4 }, my_dcfc2;
- struct dcdc my_dcdc =
- { 1424420.11331 + (double) 1, 'w' + (char) 2,
-1424420.11331 + (double) 3, 'w' + (char) 4 }, my_dcdc2;
- XBT_INFO
- ("---- Test on all possible struct having 3 fields (49 structs) ----");
- write_read("cccc", &my_cccc, &my_cccc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_cccc.a == my_cccc2.a);
- test(my_cccc.b == my_cccc2.b);
- test(my_cccc.c == my_cccc2.c);
- test(my_cccc.d == my_cccc2.d);
- if (!failed)
- XBT_VERB("Passed cccc");
- }
- write_read("ccsc", &my_ccsc, &my_ccsc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_ccsc.a == my_ccsc2.a);
- test(my_ccsc.b == my_ccsc2.b);
- test(my_ccsc.c == my_ccsc2.c);
- test(my_ccsc.d == my_ccsc2.d);
- if (!failed)
- XBT_VERB("Passed ccsc");
- }
- write_read("ccic", &my_ccic, &my_ccic2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_ccic.a == my_ccic2.a);
- test(my_ccic.b == my_ccic2.b);
- test(my_ccic.c == my_ccic2.c);
- test(my_ccic.d == my_ccic2.d);
- if (!failed)
- XBT_VERB("Passed ccic");
- }
- write_read("cclc", &my_cclc, &my_cclc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_cclc.a == my_cclc2.a);
- test(my_cclc.b == my_cclc2.b);
- test(my_cclc.c == my_cclc2.c);
- test(my_cclc.d == my_cclc2.d);
- if (!failed)
- XBT_VERB("Passed cclc");
- }
- write_read("ccLc", &my_ccLc, &my_ccLc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_ccLc.a == my_ccLc2.a);
- test(my_ccLc.b == my_ccLc2.b);
- test(my_ccLc.c == my_ccLc2.c);
- test(my_ccLc.d == my_ccLc2.d);
- if (!failed)
- XBT_VERB("Passed ccLc");
- }
- write_read("ccfc", &my_ccfc, &my_ccfc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_ccfc.a == my_ccfc2.a);
- test(my_ccfc.b == my_ccfc2.b);
- test(my_ccfc.c == my_ccfc2.c);
- test(my_ccfc.d == my_ccfc2.d);
- if (!failed)
- XBT_VERB("Passed ccfc");
- }
- write_read("ccdc", &my_ccdc, &my_ccdc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_ccdc.a == my_ccdc2.a);
- test(my_ccdc.b == my_ccdc2.b);
- test(my_ccdc.c == my_ccdc2.c);
- test(my_ccdc.d == my_ccdc2.d);
- if (!failed)
- XBT_VERB("Passed ccdc");
- }
- write_read("sccc", &my_sccc, &my_sccc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_sccc.a == my_sccc2.a);
- test(my_sccc.b == my_sccc2.b);
- test(my_sccc.c == my_sccc2.c);
- test(my_sccc.d == my_sccc2.d);
- if (!failed)
- XBT_VERB("Passed sccc");
- }
- write_read("scsc", &my_scsc, &my_scsc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_scsc.a == my_scsc2.a);
- test(my_scsc.b == my_scsc2.b);
- test(my_scsc.c == my_scsc2.c);
- test(my_scsc.d == my_scsc2.d);
- if (!failed)
- XBT_VERB("Passed scsc");
- }
- write_read("scic", &my_scic, &my_scic2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_scic.a == my_scic2.a);
- test(my_scic.b == my_scic2.b);
- test(my_scic.c == my_scic2.c);
- test(my_scic.d == my_scic2.d);
- if (!failed)
- XBT_VERB("Passed scic");
- }
- write_read("sclc", &my_sclc, &my_sclc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_sclc.a == my_sclc2.a);
- test(my_sclc.b == my_sclc2.b);
- test(my_sclc.c == my_sclc2.c);
- test(my_sclc.d == my_sclc2.d);
- if (!failed)
- XBT_VERB("Passed sclc");
- }
- write_read("scLc", &my_scLc, &my_scLc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_scLc.a == my_scLc2.a);
- test(my_scLc.b == my_scLc2.b);
- test(my_scLc.c == my_scLc2.c);
- test(my_scLc.d == my_scLc2.d);
- if (!failed)
- XBT_VERB("Passed scLc");
- }
- write_read("scfc", &my_scfc, &my_scfc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_scfc.a == my_scfc2.a);
- test(my_scfc.b == my_scfc2.b);
- test(my_scfc.c == my_scfc2.c);
- test(my_scfc.d == my_scfc2.d);
- if (!failed)
- XBT_VERB("Passed scfc");
- }
- write_read("scdc", &my_scdc, &my_scdc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_scdc.a == my_scdc2.a);
- test(my_scdc.b == my_scdc2.b);
- test(my_scdc.c == my_scdc2.c);
- test(my_scdc.d == my_scdc2.d);
- if (!failed)
- XBT_VERB("Passed scdc");
- }
- write_read("iccc", &my_iccc, &my_iccc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_iccc.a == my_iccc2.a);
- test(my_iccc.b == my_iccc2.b);
- test(my_iccc.c == my_iccc2.c);
- test(my_iccc.d == my_iccc2.d);
- if (!failed)
- XBT_VERB("Passed iccc");
- }
- write_read("icsc", &my_icsc, &my_icsc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_icsc.a == my_icsc2.a);
- test(my_icsc.b == my_icsc2.b);
- test(my_icsc.c == my_icsc2.c);
- test(my_icsc.d == my_icsc2.d);
- if (!failed)
- XBT_VERB("Passed icsc");
- }
- write_read("icic", &my_icic, &my_icic2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_icic.a == my_icic2.a);
- test(my_icic.b == my_icic2.b);
- test(my_icic.c == my_icic2.c);
- test(my_icic.d == my_icic2.d);
- if (!failed)
- XBT_VERB("Passed icic");
- }
- write_read("iclc", &my_iclc, &my_iclc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_iclc.a == my_iclc2.a);
- test(my_iclc.b == my_iclc2.b);
- test(my_iclc.c == my_iclc2.c);
- test(my_iclc.d == my_iclc2.d);
- if (!failed)
- XBT_VERB("Passed iclc");
- }
- write_read("icLc", &my_icLc, &my_icLc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_icLc.a == my_icLc2.a);
- test(my_icLc.b == my_icLc2.b);
- test(my_icLc.c == my_icLc2.c);
- test(my_icLc.d == my_icLc2.d);
- if (!failed)
- XBT_VERB("Passed icLc");
- }
- write_read("icfc", &my_icfc, &my_icfc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_icfc.a == my_icfc2.a);
- test(my_icfc.b == my_icfc2.b);
- test(my_icfc.c == my_icfc2.c);
- test(my_icfc.d == my_icfc2.d);
- if (!failed)
- XBT_VERB("Passed icfc");
- }
- write_read("icdc", &my_icdc, &my_icdc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_icdc.a == my_icdc2.a);
- test(my_icdc.b == my_icdc2.b);
- test(my_icdc.c == my_icdc2.c);
- test(my_icdc.d == my_icdc2.d);
- if (!failed)
- XBT_VERB("Passed icdc");
- }
- write_read("lccc", &my_lccc, &my_lccc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_lccc.a == my_lccc2.a);
- test(my_lccc.b == my_lccc2.b);
- test(my_lccc.c == my_lccc2.c);
- test(my_lccc.d == my_lccc2.d);
- if (!failed)
- XBT_VERB("Passed lccc");
- }
- write_read("lcsc", &my_lcsc, &my_lcsc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_lcsc.a == my_lcsc2.a);
- test(my_lcsc.b == my_lcsc2.b);
- test(my_lcsc.c == my_lcsc2.c);
- test(my_lcsc.d == my_lcsc2.d);
- if (!failed)
- XBT_VERB("Passed lcsc");
- }
- write_read("lcic", &my_lcic, &my_lcic2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_lcic.a == my_lcic2.a);
- test(my_lcic.b == my_lcic2.b);
- test(my_lcic.c == my_lcic2.c);
- test(my_lcic.d == my_lcic2.d);
- if (!failed)
- XBT_VERB("Passed lcic");
- }
- write_read("lclc", &my_lclc, &my_lclc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_lclc.a == my_lclc2.a);
- test(my_lclc.b == my_lclc2.b);
- test(my_lclc.c == my_lclc2.c);
- test(my_lclc.d == my_lclc2.d);
- if (!failed)
- XBT_VERB("Passed lclc");
- }
- write_read("lcLc", &my_lcLc, &my_lcLc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_lcLc.a == my_lcLc2.a);
- test(my_lcLc.b == my_lcLc2.b);
- test(my_lcLc.c == my_lcLc2.c);
- test(my_lcLc.d == my_lcLc2.d);
- if (!failed)
- XBT_VERB("Passed lcLc");
- }
- write_read("lcfc", &my_lcfc, &my_lcfc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_lcfc.a == my_lcfc2.a);
- test(my_lcfc.b == my_lcfc2.b);
- test(my_lcfc.c == my_lcfc2.c);
- test(my_lcfc.d == my_lcfc2.d);
- if (!failed)
- XBT_VERB("Passed lcfc");
- }
- write_read("lcdc", &my_lcdc, &my_lcdc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_lcdc.a == my_lcdc2.a);
- test(my_lcdc.b == my_lcdc2.b);
- test(my_lcdc.c == my_lcdc2.c);
- test(my_lcdc.d == my_lcdc2.d);
- if (!failed)
- XBT_VERB("Passed lcdc");
- }
- write_read("Lccc", &my_Lccc, &my_Lccc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_Lccc.a == my_Lccc2.a);
- test(my_Lccc.b == my_Lccc2.b);
- test(my_Lccc.c == my_Lccc2.c);
- test(my_Lccc.d == my_Lccc2.d);
- if (!failed)
- XBT_VERB("Passed Lccc");
- }
- write_read("Lcsc", &my_Lcsc, &my_Lcsc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_Lcsc.a == my_Lcsc2.a);
- test(my_Lcsc.b == my_Lcsc2.b);
- test(my_Lcsc.c == my_Lcsc2.c);
- test(my_Lcsc.d == my_Lcsc2.d);
- if (!failed)
- XBT_VERB("Passed Lcsc");
- }
- write_read("Lcic", &my_Lcic, &my_Lcic2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_Lcic.a == my_Lcic2.a);
- test(my_Lcic.b == my_Lcic2.b);
- test(my_Lcic.c == my_Lcic2.c);
- test(my_Lcic.d == my_Lcic2.d);
- if (!failed)
- XBT_VERB("Passed Lcic");
- }
- write_read("Lclc", &my_Lclc, &my_Lclc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_Lclc.a == my_Lclc2.a);
- test(my_Lclc.b == my_Lclc2.b);
- test(my_Lclc.c == my_Lclc2.c);
- test(my_Lclc.d == my_Lclc2.d);
- if (!failed)
- XBT_VERB("Passed Lclc");
- }
- write_read("LcLc", &my_LcLc, &my_LcLc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_LcLc.a == my_LcLc2.a);
- test(my_LcLc.b == my_LcLc2.b);
- test(my_LcLc.c == my_LcLc2.c);
- test(my_LcLc.d == my_LcLc2.d);
- if (!failed)
- XBT_VERB("Passed LcLc");
- }
- write_read("Lcfc", &my_Lcfc, &my_Lcfc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_Lcfc.a == my_Lcfc2.a);
- test(my_Lcfc.b == my_Lcfc2.b);
- test(my_Lcfc.c == my_Lcfc2.c);
- test(my_Lcfc.d == my_Lcfc2.d);
- if (!failed)
- XBT_VERB("Passed Lcfc");
- }
- write_read("Lcdc", &my_Lcdc, &my_Lcdc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_Lcdc.a == my_Lcdc2.a);
- test(my_Lcdc.b == my_Lcdc2.b);
- test(my_Lcdc.c == my_Lcdc2.c);
- test(my_Lcdc.d == my_Lcdc2.d);
- if (!failed)
- XBT_VERB("Passed Lcdc");
- }
- write_read("fccc", &my_fccc, &my_fccc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_fccc.a == my_fccc2.a);
- test(my_fccc.b == my_fccc2.b);
- test(my_fccc.c == my_fccc2.c);
- test(my_fccc.d == my_fccc2.d);
- if (!failed)
- XBT_VERB("Passed fccc");
- }
- write_read("fcsc", &my_fcsc, &my_fcsc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_fcsc.a == my_fcsc2.a);
- test(my_fcsc.b == my_fcsc2.b);
- test(my_fcsc.c == my_fcsc2.c);
- test(my_fcsc.d == my_fcsc2.d);
- if (!failed)
- XBT_VERB("Passed fcsc");
- }
- write_read("fcic", &my_fcic, &my_fcic2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_fcic.a == my_fcic2.a);
- test(my_fcic.b == my_fcic2.b);
- test(my_fcic.c == my_fcic2.c);
- test(my_fcic.d == my_fcic2.d);
- if (!failed)
- XBT_VERB("Passed fcic");
- }
- write_read("fclc", &my_fclc, &my_fclc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_fclc.a == my_fclc2.a);
- test(my_fclc.b == my_fclc2.b);
- test(my_fclc.c == my_fclc2.c);
- test(my_fclc.d == my_fclc2.d);
- if (!failed)
- XBT_VERB("Passed fclc");
- }
- write_read("fcLc", &my_fcLc, &my_fcLc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_fcLc.a == my_fcLc2.a);
- test(my_fcLc.b == my_fcLc2.b);
- test(my_fcLc.c == my_fcLc2.c);
- test(my_fcLc.d == my_fcLc2.d);
- if (!failed)
- XBT_VERB("Passed fcLc");
- }
- write_read("fcfc", &my_fcfc, &my_fcfc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_fcfc.a == my_fcfc2.a);
- test(my_fcfc.b == my_fcfc2.b);
- test(my_fcfc.c == my_fcfc2.c);
- test(my_fcfc.d == my_fcfc2.d);
- if (!failed)
- XBT_VERB("Passed fcfc");
- }
- write_read("fcdc", &my_fcdc, &my_fcdc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_fcdc.a == my_fcdc2.a);
- test(my_fcdc.b == my_fcdc2.b);
- test(my_fcdc.c == my_fcdc2.c);
- test(my_fcdc.d == my_fcdc2.d);
- if (!failed)
- XBT_VERB("Passed fcdc");
- }
- write_read("dccc", &my_dccc, &my_dccc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_dccc.a == my_dccc2.a);
- test(my_dccc.b == my_dccc2.b);
- test(my_dccc.c == my_dccc2.c);
- test(my_dccc.d == my_dccc2.d);
- if (!failed)
- XBT_VERB("Passed dccc");
- }
- write_read("dcsc", &my_dcsc, &my_dcsc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_dcsc.a == my_dcsc2.a);
- test(my_dcsc.b == my_dcsc2.b);
- test(my_dcsc.c == my_dcsc2.c);
- test(my_dcsc.d == my_dcsc2.d);
- if (!failed)
- XBT_VERB("Passed dcsc");
- }
- write_read("dcic", &my_dcic, &my_dcic2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_dcic.a == my_dcic2.a);
- test(my_dcic.b == my_dcic2.b);
- test(my_dcic.c == my_dcic2.c);
- test(my_dcic.d == my_dcic2.d);
- if (!failed)
- XBT_VERB("Passed dcic");
- }
- write_read("dclc", &my_dclc, &my_dclc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_dclc.a == my_dclc2.a);
- test(my_dclc.b == my_dclc2.b);
- test(my_dclc.c == my_dclc2.c);
- test(my_dclc.d == my_dclc2.d);
- if (!failed)
- XBT_VERB("Passed dclc");
- }
- write_read("dcLc", &my_dcLc, &my_dcLc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_dcLc.a == my_dcLc2.a);
- test(my_dcLc.b == my_dcLc2.b);
- test(my_dcLc.c == my_dcLc2.c);
- test(my_dcLc.d == my_dcLc2.d);
- if (!failed)
- XBT_VERB("Passed dcLc");
- }
- write_read("dcfc", &my_dcfc, &my_dcfc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_dcfc.a == my_dcfc2.a);
- test(my_dcfc.b == my_dcfc2.b);
- test(my_dcfc.c == my_dcfc2.c);
- test(my_dcfc.d == my_dcfc2.d);
- if (!failed)
- XBT_VERB("Passed dcfc");
- }
- write_read("dcdc", &my_dcdc, &my_dcdc2, sock, direction);
- if (direction == READ || direction == RW) {
- int failed = 0;
- test(my_dcdc.a == my_dcdc2.a);
- test(my_dcdc.b == my_dcdc2.b);
- test(my_dcdc.c == my_dcdc2.c);
- test(my_dcdc.d == my_dcdc2.d);
- if (!failed)
- XBT_VERB("Passed dcdc");
+void test_structures(xbt_socket_t *sock, int direction);
+void test_structures(xbt_socket_t *sock, int direction) {
+ struct cccc my_cccc = {'w'+(char)1,'w'+(char)2,'w'+(char)3,'w'+(char)4}, my_cccc2;
+ struct ccsc my_ccsc = {'w'+(char)1,'w'+(char)2,134+(short int)3,'w'+(char)4}, my_ccsc2;
+ struct ccic my_ccic = {'w'+(char)1,'w'+(char)2,-11249+(int)3,'w'+(char)4}, my_ccic2;
+ struct cclc my_cclc = {'w'+(char)1,'w'+(char)2,31319919+(long int)3,'w'+(char)4}, my_cclc2;
+ struct ccLc my_ccLc = {'w'+(char)1,'w'+(char)2,-232130010+(long long int)3,'w'+(char)4}, my_ccLc2;
+ struct ccfc my_ccfc = {'w'+(char)1,'w'+(char)2,-11313.1135+(float)3,'w'+(char)4}, my_ccfc2;
+ struct ccdc my_ccdc = {'w'+(char)1,'w'+(char)2,1424420.11331+(double)3,'w'+(char)4}, my_ccdc2;
+ struct sccc my_sccc = {134+(short int)1,'w'+(char)2,'w'+(char)3,'w'+(char)4}, my_sccc2;
+ struct scsc my_scsc = {134+(short int)1,'w'+(char)2,134+(short int)3,'w'+(char)4}, my_scsc2;
+ struct scic my_scic = {134+(short int)1,'w'+(char)2,-11249+(int)3,'w'+(char)4}, my_scic2;
+ struct sclc my_sclc = {134+(short int)1,'w'+(char)2,31319919+(long int)3,'w'+(char)4}, my_sclc2;
+ struct scLc my_scLc = {134+(short int)1,'w'+(char)2,-232130010+(long long int)3,'w'+(char)4}, my_scLc2;
+ struct scfc my_scfc = {134+(short int)1,'w'+(char)2,-11313.1135+(float)3,'w'+(char)4}, my_scfc2;
+ struct scdc my_scdc = {134+(short int)1,'w'+(char)2,1424420.11331+(double)3,'w'+(char)4}, my_scdc2;
+ struct iccc my_iccc = {-11249+(int)1,'w'+(char)2,'w'+(char)3,'w'+(char)4}, my_iccc2;
+ struct icsc my_icsc = {-11249+(int)1,'w'+(char)2,134+(short int)3,'w'+(char)4}, my_icsc2;
+ struct icic my_icic = {-11249+(int)1,'w'+(char)2,-11249+(int)3,'w'+(char)4}, my_icic2;
+ struct iclc my_iclc = {-11249+(int)1,'w'+(char)2,31319919+(long int)3,'w'+(char)4}, my_iclc2;
+ struct icLc my_icLc = {-11249+(int)1,'w'+(char)2,-232130010+(long long int)3,'w'+(char)4}, my_icLc2;
+ struct icfc my_icfc = {-11249+(int)1,'w'+(char)2,-11313.1135+(float)3,'w'+(char)4}, my_icfc2;
+ struct icdc my_icdc = {-11249+(int)1,'w'+(char)2,1424420.11331+(double)3,'w'+(char)4}, my_icdc2;
+ struct lccc my_lccc = {31319919+(long int)1,'w'+(char)2,'w'+(char)3,'w'+(char)4}, my_lccc2;
+ struct lcsc my_lcsc = {31319919+(long int)1,'w'+(char)2,134+(short int)3,'w'+(char)4}, my_lcsc2;
+ struct lcic my_lcic = {31319919+(long int)1,'w'+(char)2,-11249+(int)3,'w'+(char)4}, my_lcic2;
+ struct lclc my_lclc = {31319919+(long int)1,'w'+(char)2,31319919+(long int)3,'w'+(char)4}, my_lclc2;
+ struct lcLc my_lcLc = {31319919+(long int)1,'w'+(char)2,-232130010+(long long int)3,'w'+(char)4}, my_lcLc2;
+ struct lcfc my_lcfc = {31319919+(long int)1,'w'+(char)2,-11313.1135+(float)3,'w'+(char)4}, my_lcfc2;
+ struct lcdc my_lcdc = {31319919+(long int)1,'w'+(char)2,1424420.11331+(double)3,'w'+(char)4}, my_lcdc2;
+ struct Lccc my_Lccc = {-232130010+(long long int)1,'w'+(char)2,'w'+(char)3,'w'+(char)4}, my_Lccc2;
+ struct Lcsc my_Lcsc = {-232130010+(long long int)1,'w'+(char)2,134+(short int)3,'w'+(char)4}, my_Lcsc2;
+ struct Lcic my_Lcic = {-232130010+(long long int)1,'w'+(char)2,-11249+(int)3,'w'+(char)4}, my_Lcic2;
+ struct Lclc my_Lclc = {-232130010+(long long int)1,'w'+(char)2,31319919+(long int)3,'w'+(char)4}, my_Lclc2;
+ struct LcLc my_LcLc = {-232130010+(long long int)1,'w'+(char)2,-232130010+(long long int)3,'w'+(char)4}, my_LcLc2;
+ struct Lcfc my_Lcfc = {-232130010+(long long int)1,'w'+(char)2,-11313.1135+(float)3,'w'+(char)4}, my_Lcfc2;
+ struct Lcdc my_Lcdc = {-232130010+(long long int)1,'w'+(char)2,1424420.11331+(double)3,'w'+(char)4}, my_Lcdc2;
+ struct fccc my_fccc = {-11313.1135+(float)1,'w'+(char)2,'w'+(char)3,'w'+(char)4}, my_fccc2;
+ struct fcsc my_fcsc = {-11313.1135+(float)1,'w'+(char)2,134+(short int)3,'w'+(char)4}, my_fcsc2;
+ struct fcic my_fcic = {-11313.1135+(float)1,'w'+(char)2,-11249+(int)3,'w'+(char)4}, my_fcic2;
+ struct fclc my_fclc = {-11313.1135+(float)1,'w'+(char)2,31319919+(long int)3,'w'+(char)4}, my_fclc2;
+ struct fcLc my_fcLc = {-11313.1135+(float)1,'w'+(char)2,-232130010+(long long int)3,'w'+(char)4}, my_fcLc2;
+ struct fcfc my_fcfc = {-11313.1135+(float)1,'w'+(char)2,-11313.1135+(float)3,'w'+(char)4}, my_fcfc2;
+ struct fcdc my_fcdc = {-11313.1135+(float)1,'w'+(char)2,1424420.11331+(double)3,'w'+(char)4}, my_fcdc2;
+ struct dccc my_dccc = {1424420.11331+(double)1,'w'+(char)2,'w'+(char)3,'w'+(char)4}, my_dccc2;
+ struct dcsc my_dcsc = {1424420.11331+(double)1,'w'+(char)2,134+(short int)3,'w'+(char)4}, my_dcsc2;
+ struct dcic my_dcic = {1424420.11331+(double)1,'w'+(char)2,-11249+(int)3,'w'+(char)4}, my_dcic2;
+ struct dclc my_dclc = {1424420.11331+(double)1,'w'+(char)2,31319919+(long int)3,'w'+(char)4}, my_dclc2;
+ struct dcLc my_dcLc = {1424420.11331+(double)1,'w'+(char)2,-232130010+(long long int)3,'w'+(char)4}, my_dcLc2;
+ struct dcfc my_dcfc = {1424420.11331+(double)1,'w'+(char)2,-11313.1135+(float)3,'w'+(char)4}, my_dcfc2;
+ struct dcdc my_dcdc = {1424420.11331+(double)1,'w'+(char)2,1424420.11331+(double)3,'w'+(char)4}, my_dcdc2;
+ XBT_INFO("---- Test on all possible struct having 4 fields (49 structs) ----");
+ write_read("cccc", &my_cccc, &my_cccc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_cccc.a == my_cccc2.a);
+ test(my_cccc.b == my_cccc2.b);
+ test(my_cccc.c == my_cccc2.c);
+ test(my_cccc.d == my_cccc2.d);
+ if (!failed) XBT_VERB("Passed cccc");
+ }
+ write_read("ccsc", &my_ccsc, &my_ccsc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_ccsc.a == my_ccsc2.a);
+ test(my_ccsc.b == my_ccsc2.b);
+ test(my_ccsc.c == my_ccsc2.c);
+ test(my_ccsc.d == my_ccsc2.d);
+ if (!failed) XBT_VERB("Passed ccsc");
+ }
+ write_read("ccic", &my_ccic, &my_ccic2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_ccic.a == my_ccic2.a);
+ test(my_ccic.b == my_ccic2.b);
+ test(my_ccic.c == my_ccic2.c);
+ test(my_ccic.d == my_ccic2.d);
+ if (!failed) XBT_VERB("Passed ccic");
+ }
+ write_read("cclc", &my_cclc, &my_cclc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_cclc.a == my_cclc2.a);
+ test(my_cclc.b == my_cclc2.b);
+ test(my_cclc.c == my_cclc2.c);
+ test(my_cclc.d == my_cclc2.d);
+ if (!failed) XBT_VERB("Passed cclc");
+ }
+ write_read("ccLc", &my_ccLc, &my_ccLc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_ccLc.a == my_ccLc2.a);
+ test(my_ccLc.b == my_ccLc2.b);
+ test(my_ccLc.c == my_ccLc2.c);
+ test(my_ccLc.d == my_ccLc2.d);
+ if (!failed) XBT_VERB("Passed ccLc");
+ }
+ write_read("ccfc", &my_ccfc, &my_ccfc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_ccfc.a == my_ccfc2.a);
+ test(my_ccfc.b == my_ccfc2.b);
+ test(my_ccfc.c == my_ccfc2.c);
+ test(my_ccfc.d == my_ccfc2.d);
+ if (!failed) XBT_VERB("Passed ccfc");
+ }
+ write_read("ccdc", &my_ccdc, &my_ccdc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_ccdc.a == my_ccdc2.a);
+ test(my_ccdc.b == my_ccdc2.b);
+ test(my_ccdc.c == my_ccdc2.c);
+ test(my_ccdc.d == my_ccdc2.d);
+ if (!failed) XBT_VERB("Passed ccdc");
+ }
+ write_read("sccc", &my_sccc, &my_sccc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_sccc.a == my_sccc2.a);
+ test(my_sccc.b == my_sccc2.b);
+ test(my_sccc.c == my_sccc2.c);
+ test(my_sccc.d == my_sccc2.d);
+ if (!failed) XBT_VERB("Passed sccc");
+ }
+ write_read("scsc", &my_scsc, &my_scsc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_scsc.a == my_scsc2.a);
+ test(my_scsc.b == my_scsc2.b);
+ test(my_scsc.c == my_scsc2.c);
+ test(my_scsc.d == my_scsc2.d);
+ if (!failed) XBT_VERB("Passed scsc");
+ }
+ write_read("scic", &my_scic, &my_scic2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_scic.a == my_scic2.a);
+ test(my_scic.b == my_scic2.b);
+ test(my_scic.c == my_scic2.c);
+ test(my_scic.d == my_scic2.d);
+ if (!failed) XBT_VERB("Passed scic");
+ }
+ write_read("sclc", &my_sclc, &my_sclc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_sclc.a == my_sclc2.a);
+ test(my_sclc.b == my_sclc2.b);
+ test(my_sclc.c == my_sclc2.c);
+ test(my_sclc.d == my_sclc2.d);
+ if (!failed) XBT_VERB("Passed sclc");
+ }
+ write_read("scLc", &my_scLc, &my_scLc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_scLc.a == my_scLc2.a);
+ test(my_scLc.b == my_scLc2.b);
+ test(my_scLc.c == my_scLc2.c);
+ test(my_scLc.d == my_scLc2.d);
+ if (!failed) XBT_VERB("Passed scLc");
+ }
+ write_read("scfc", &my_scfc, &my_scfc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_scfc.a == my_scfc2.a);
+ test(my_scfc.b == my_scfc2.b);
+ test(my_scfc.c == my_scfc2.c);
+ test(my_scfc.d == my_scfc2.d);
+ if (!failed) XBT_VERB("Passed scfc");
+ }
+ write_read("scdc", &my_scdc, &my_scdc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_scdc.a == my_scdc2.a);
+ test(my_scdc.b == my_scdc2.b);
+ test(my_scdc.c == my_scdc2.c);
+ test(my_scdc.d == my_scdc2.d);
+ if (!failed) XBT_VERB("Passed scdc");
+ }
+ write_read("iccc", &my_iccc, &my_iccc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_iccc.a == my_iccc2.a);
+ test(my_iccc.b == my_iccc2.b);
+ test(my_iccc.c == my_iccc2.c);
+ test(my_iccc.d == my_iccc2.d);
+ if (!failed) XBT_VERB("Passed iccc");
+ }
+ write_read("icsc", &my_icsc, &my_icsc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_icsc.a == my_icsc2.a);
+ test(my_icsc.b == my_icsc2.b);
+ test(my_icsc.c == my_icsc2.c);
+ test(my_icsc.d == my_icsc2.d);
+ if (!failed) XBT_VERB("Passed icsc");
+ }
+ write_read("icic", &my_icic, &my_icic2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_icic.a == my_icic2.a);
+ test(my_icic.b == my_icic2.b);
+ test(my_icic.c == my_icic2.c);
+ test(my_icic.d == my_icic2.d);
+ if (!failed) XBT_VERB("Passed icic");
+ }
+ write_read("iclc", &my_iclc, &my_iclc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_iclc.a == my_iclc2.a);
+ test(my_iclc.b == my_iclc2.b);
+ test(my_iclc.c == my_iclc2.c);
+ test(my_iclc.d == my_iclc2.d);
+ if (!failed) XBT_VERB("Passed iclc");
+ }
+ write_read("icLc", &my_icLc, &my_icLc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_icLc.a == my_icLc2.a);
+ test(my_icLc.b == my_icLc2.b);
+ test(my_icLc.c == my_icLc2.c);
+ test(my_icLc.d == my_icLc2.d);
+ if (!failed) XBT_VERB("Passed icLc");
+ }
+ write_read("icfc", &my_icfc, &my_icfc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_icfc.a == my_icfc2.a);
+ test(my_icfc.b == my_icfc2.b);
+ test(my_icfc.c == my_icfc2.c);
+ test(my_icfc.d == my_icfc2.d);
+ if (!failed) XBT_VERB("Passed icfc");
+ }
+ write_read("icdc", &my_icdc, &my_icdc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_icdc.a == my_icdc2.a);
+ test(my_icdc.b == my_icdc2.b);
+ test(my_icdc.c == my_icdc2.c);
+ test(my_icdc.d == my_icdc2.d);
+ if (!failed) XBT_VERB("Passed icdc");
+ }
+ write_read("lccc", &my_lccc, &my_lccc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_lccc.a == my_lccc2.a);
+ test(my_lccc.b == my_lccc2.b);
+ test(my_lccc.c == my_lccc2.c);
+ test(my_lccc.d == my_lccc2.d);
+ if (!failed) XBT_VERB("Passed lccc");
+ }
+ write_read("lcsc", &my_lcsc, &my_lcsc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_lcsc.a == my_lcsc2.a);
+ test(my_lcsc.b == my_lcsc2.b);
+ test(my_lcsc.c == my_lcsc2.c);
+ test(my_lcsc.d == my_lcsc2.d);
+ if (!failed) XBT_VERB("Passed lcsc");
+ }
+ write_read("lcic", &my_lcic, &my_lcic2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_lcic.a == my_lcic2.a);
+ test(my_lcic.b == my_lcic2.b);
+ test(my_lcic.c == my_lcic2.c);
+ test(my_lcic.d == my_lcic2.d);
+ if (!failed) XBT_VERB("Passed lcic");
+ }
+ write_read("lclc", &my_lclc, &my_lclc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_lclc.a == my_lclc2.a);
+ test(my_lclc.b == my_lclc2.b);
+ test(my_lclc.c == my_lclc2.c);
+ test(my_lclc.d == my_lclc2.d);
+ if (!failed) XBT_VERB("Passed lclc");
+ }
+ write_read("lcLc", &my_lcLc, &my_lcLc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_lcLc.a == my_lcLc2.a);
+ test(my_lcLc.b == my_lcLc2.b);
+ test(my_lcLc.c == my_lcLc2.c);
+ test(my_lcLc.d == my_lcLc2.d);
+ if (!failed) XBT_VERB("Passed lcLc");
+ }
+ write_read("lcfc", &my_lcfc, &my_lcfc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_lcfc.a == my_lcfc2.a);
+ test(my_lcfc.b == my_lcfc2.b);
+ test(my_lcfc.c == my_lcfc2.c);
+ test(my_lcfc.d == my_lcfc2.d);
+ if (!failed) XBT_VERB("Passed lcfc");
+ }
+ write_read("lcdc", &my_lcdc, &my_lcdc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_lcdc.a == my_lcdc2.a);
+ test(my_lcdc.b == my_lcdc2.b);
+ test(my_lcdc.c == my_lcdc2.c);
+ test(my_lcdc.d == my_lcdc2.d);
+ if (!failed) XBT_VERB("Passed lcdc");
+ }
+ write_read("Lccc", &my_Lccc, &my_Lccc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_Lccc.a == my_Lccc2.a);
+ test(my_Lccc.b == my_Lccc2.b);
+ test(my_Lccc.c == my_Lccc2.c);
+ test(my_Lccc.d == my_Lccc2.d);
+ if (!failed) XBT_VERB("Passed Lccc");
+ }
+ write_read("Lcsc", &my_Lcsc, &my_Lcsc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_Lcsc.a == my_Lcsc2.a);
+ test(my_Lcsc.b == my_Lcsc2.b);
+ test(my_Lcsc.c == my_Lcsc2.c);
+ test(my_Lcsc.d == my_Lcsc2.d);
+ if (!failed) XBT_VERB("Passed Lcsc");
+ }
+ write_read("Lcic", &my_Lcic, &my_Lcic2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_Lcic.a == my_Lcic2.a);
+ test(my_Lcic.b == my_Lcic2.b);
+ test(my_Lcic.c == my_Lcic2.c);
+ test(my_Lcic.d == my_Lcic2.d);
+ if (!failed) XBT_VERB("Passed Lcic");
+ }
+ write_read("Lclc", &my_Lclc, &my_Lclc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_Lclc.a == my_Lclc2.a);
+ test(my_Lclc.b == my_Lclc2.b);
+ test(my_Lclc.c == my_Lclc2.c);
+ test(my_Lclc.d == my_Lclc2.d);
+ if (!failed) XBT_VERB("Passed Lclc");
+ }
+ write_read("LcLc", &my_LcLc, &my_LcLc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_LcLc.a == my_LcLc2.a);
+ test(my_LcLc.b == my_LcLc2.b);
+ test(my_LcLc.c == my_LcLc2.c);
+ test(my_LcLc.d == my_LcLc2.d);
+ if (!failed) XBT_VERB("Passed LcLc");
+ }
+ write_read("Lcfc", &my_Lcfc, &my_Lcfc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_Lcfc.a == my_Lcfc2.a);
+ test(my_Lcfc.b == my_Lcfc2.b);
+ test(my_Lcfc.c == my_Lcfc2.c);
+ test(my_Lcfc.d == my_Lcfc2.d);
+ if (!failed) XBT_VERB("Passed Lcfc");
+ }
+ write_read("Lcdc", &my_Lcdc, &my_Lcdc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_Lcdc.a == my_Lcdc2.a);
+ test(my_Lcdc.b == my_Lcdc2.b);
+ test(my_Lcdc.c == my_Lcdc2.c);
+ test(my_Lcdc.d == my_Lcdc2.d);
+ if (!failed) XBT_VERB("Passed Lcdc");
+ }
+ write_read("fccc", &my_fccc, &my_fccc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_fccc.a == my_fccc2.a);
+ test(my_fccc.b == my_fccc2.b);
+ test(my_fccc.c == my_fccc2.c);
+ test(my_fccc.d == my_fccc2.d);
+ if (!failed) XBT_VERB("Passed fccc");
+ }
+ write_read("fcsc", &my_fcsc, &my_fcsc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_fcsc.a == my_fcsc2.a);
+ test(my_fcsc.b == my_fcsc2.b);
+ test(my_fcsc.c == my_fcsc2.c);
+ test(my_fcsc.d == my_fcsc2.d);
+ if (!failed) XBT_VERB("Passed fcsc");
+ }
+ write_read("fcic", &my_fcic, &my_fcic2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_fcic.a == my_fcic2.a);
+ test(my_fcic.b == my_fcic2.b);
+ test(my_fcic.c == my_fcic2.c);
+ test(my_fcic.d == my_fcic2.d);
+ if (!failed) XBT_VERB("Passed fcic");
+ }
+ write_read("fclc", &my_fclc, &my_fclc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_fclc.a == my_fclc2.a);
+ test(my_fclc.b == my_fclc2.b);
+ test(my_fclc.c == my_fclc2.c);
+ test(my_fclc.d == my_fclc2.d);
+ if (!failed) XBT_VERB("Passed fclc");
+ }
+ write_read("fcLc", &my_fcLc, &my_fcLc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_fcLc.a == my_fcLc2.a);
+ test(my_fcLc.b == my_fcLc2.b);
+ test(my_fcLc.c == my_fcLc2.c);
+ test(my_fcLc.d == my_fcLc2.d);
+ if (!failed) XBT_VERB("Passed fcLc");
+ }
+ write_read("fcfc", &my_fcfc, &my_fcfc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_fcfc.a == my_fcfc2.a);
+ test(my_fcfc.b == my_fcfc2.b);
+ test(my_fcfc.c == my_fcfc2.c);
+ test(my_fcfc.d == my_fcfc2.d);
+ if (!failed) XBT_VERB("Passed fcfc");
+ }
+ write_read("fcdc", &my_fcdc, &my_fcdc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_fcdc.a == my_fcdc2.a);
+ test(my_fcdc.b == my_fcdc2.b);
+ test(my_fcdc.c == my_fcdc2.c);
+ test(my_fcdc.d == my_fcdc2.d);
+ if (!failed) XBT_VERB("Passed fcdc");
+ }
+ write_read("dccc", &my_dccc, &my_dccc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_dccc.a == my_dccc2.a);
+ test(my_dccc.b == my_dccc2.b);
+ test(my_dccc.c == my_dccc2.c);
+ test(my_dccc.d == my_dccc2.d);
+ if (!failed) XBT_VERB("Passed dccc");
+ }
+ write_read("dcsc", &my_dcsc, &my_dcsc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_dcsc.a == my_dcsc2.a);
+ test(my_dcsc.b == my_dcsc2.b);
+ test(my_dcsc.c == my_dcsc2.c);
+ test(my_dcsc.d == my_dcsc2.d);
+ if (!failed) XBT_VERB("Passed dcsc");
+ }
+ write_read("dcic", &my_dcic, &my_dcic2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_dcic.a == my_dcic2.a);
+ test(my_dcic.b == my_dcic2.b);
+ test(my_dcic.c == my_dcic2.c);
+ test(my_dcic.d == my_dcic2.d);
+ if (!failed) XBT_VERB("Passed dcic");
+ }
+ write_read("dclc", &my_dclc, &my_dclc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_dclc.a == my_dclc2.a);
+ test(my_dclc.b == my_dclc2.b);
+ test(my_dclc.c == my_dclc2.c);
+ test(my_dclc.d == my_dclc2.d);
+ if (!failed) XBT_VERB("Passed dclc");
+ }
+ write_read("dcLc", &my_dcLc, &my_dcLc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_dcLc.a == my_dcLc2.a);
+ test(my_dcLc.b == my_dcLc2.b);
+ test(my_dcLc.c == my_dcLc2.c);
+ test(my_dcLc.d == my_dcLc2.d);
+ if (!failed) XBT_VERB("Passed dcLc");
+ }
+ write_read("dcfc", &my_dcfc, &my_dcfc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_dcfc.a == my_dcfc2.a);
+ test(my_dcfc.b == my_dcfc2.b);
+ test(my_dcfc.c == my_dcfc2.c);
+ test(my_dcfc.d == my_dcfc2.d);
+ if (!failed) XBT_VERB("Passed dcfc");
+ }
+ write_read("dcdc", &my_dcdc, &my_dcdc2, sock,direction);
+ if (direction == READ || direction == RW) {
+ int failed = 0;
+ test(my_dcdc.a == my_dcdc2.a);
+ test(my_dcdc.b == my_dcdc2.b);
+ test(my_dcdc.c == my_dcdc2.c);
+ test(my_dcdc.d == my_dcdc2.d);
+ if (!failed) XBT_VERB("Passed dcdc");
}
}
