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This commit is contained in:
jjceresa 2019-07-28 03:52:12 +02:00
parent aefa4feaab
commit 817661be52
1 changed files with 44 additions and 43 deletions
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73
test/test_fluid_zone_check_mod.c
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@ -19,6 +19,7 @@ Execute only one test number (i.e "test 1_2: unlinked, sources src1 none"
int fluid_zone_check_mod(char *zone_name, fluid_mod_t **list_mod, int fluid_zone_check_mod(char *zone_name, fluid_mod_t **list_mod,
fluid_mod_t **linked_mod); fluid_mod_t **linked_mod);
void delete_fluid_list_mod(fluid_mod_t *list_mod);
//---------------------------------------------------------------------------- //----------------------------------------------------------------------------
static fluid_mod_t * fluid_build_list(fluid_mod_t mod_table[], int count_mod); static fluid_mod_t * fluid_build_list(fluid_mod_t mod_table[], int count_mod);
@ -50,14 +51,14 @@ fluid_mod_t mod_table_1[] =
{GEN_ATTENUATION, FLUID_MOD_VELOCITY,FLUID_MOD_GC,FLUID_MOD_NONE, FLUID_MOD_GC,10.0}, {GEN_ATTENUATION, FLUID_MOD_VELOCITY,FLUID_MOD_GC,FLUID_MOD_NONE, FLUID_MOD_GC,10.0},
}; };
/* test 1.1: sources non-cc, modulator unlinked sources non-cc valid, amount = 0 */ /* test 1_1: sources non-cc, modulator unlinked sources non-cc valid, amount = 0 */
char test_1_1_unlinked_non_cc_valid[] = "test 1_1: unlinked, sources non-cc valid, amount = 0"; char test_1_1_unlinked_non_cc_valid[] = "test 1_1: unlinked, sources non-cc valid, amount = 0";
fluid_mod_t mod_table_1_1[] = fluid_mod_t mod_table_1_1[] =
{ {
{GEN_ATTENUATION, FLUID_MOD_VELOCITY,FLUID_MOD_GC,FLUID_MOD_NONE, FLUID_MOD_GC,0.0}, {GEN_ATTENUATION, FLUID_MOD_VELOCITY,FLUID_MOD_GC,FLUID_MOD_NONE, FLUID_MOD_GC,0.0},
}; };
/* test 1.2: sources non-cc src1 none, modulator unlinked */ /* test 1_2: sources non-cc src1 none, modulator unlinked */
char test_1_2_unlinked_non_cc_valid[] = "test 1_2: unlinked, sources non-cc src1 none"; char test_1_2_unlinked_non_cc_valid[] = "test 1_2: unlinked, sources non-cc src1 none";
fluid_mod_t mod_table_1_2[] = fluid_mod_t mod_table_1_2[] =
{ {
@ -65,7 +66,7 @@ fluid_mod_t mod_table_1_2[] =
{GEN_ATTENUATION, FLUID_MOD_KEY,FLUID_MOD_GC,FLUID_MOD_NONE, FLUID_MOD_GC,0.0}, {GEN_ATTENUATION, FLUID_MOD_KEY,FLUID_MOD_GC,FLUID_MOD_NONE, FLUID_MOD_GC,0.0},
}; };
/* test 1.3: sources non-cc src2 none, modulator unlinked */ /* test 1_3: sources non-cc src2 none, modulator unlinked */
char test_1_3_unlinked_non_cc_invalid[] = "test 1_3: unlinked, sources non-cc src2 none, bipolar"; char test_1_3_unlinked_non_cc_invalid[] = "test 1_3: unlinked, sources non-cc src2 none, bipolar";
fluid_mod_t mod_table_1_3[] = fluid_mod_t mod_table_1_3[] =
{ {
@ -117,7 +118,7 @@ fluid_mod_t mod_table_6[] =
{GEN_ATTENUATION, FLUID_MOD_LINK_SRC,FLUID_MOD_GC,FLUID_MOD_NONE, FLUID_MOD_GC,3.0}, {GEN_ATTENUATION, FLUID_MOD_LINK_SRC,FLUID_MOD_GC,FLUID_MOD_NONE, FLUID_MOD_GC,3.0},
}; };
/* test 6.1: linked modulators valid: src1->mod4->mod0->mod2->gen1 */ //OK /* test 6_1: linked modulators valid: src1->mod4->mod0->mod2->gen1 */
/* src2->mod1->mod2 */ /* src2->mod1->mod2 */
/* /*
/* src2->mod5->mod7->gen2 /* src2->mod5->mod7->gen2
@ -137,7 +138,7 @@ fluid_mod_t mod_table_6_1[] =
{GEN_VOLENVHOLD, FLUID_MOD_LINK_SRC,FLUID_MOD_GC,FLUID_MOD_NONE, FLUID_MOD_GC,8.0}, {GEN_VOLENVHOLD, FLUID_MOD_LINK_SRC,FLUID_MOD_GC,FLUID_MOD_NONE, FLUID_MOD_GC,8.0},
}; };
/* test 6.2: linked modulators valid: src2->mod3->mod0->mod2 */ /* test 6_2: linked modulators valid: src2->mod3->mod0->mod2 */
char test_6_2_mod_linked[] = "test 6_2 linked modulators valid: mod3->mod0->mod2"; char test_6_2_mod_linked[] = "test 6_2 linked modulators valid: mod3->mod0->mod2";
fluid_mod_t mod_table_6_2[] = fluid_mod_t mod_table_6_2[] =
{ {
@ -148,7 +149,7 @@ fluid_mod_t mod_table_6_2[] =
}; };
//----- //-----
/* test 6.3: 2 complex modulators identic: att<-mod0<-mod1<- , att<-mod0<-mod1<- */ /* test 6_3: 2 complex modulators identic: att<-mod0<-mod1<- , att<-mod0<-mod1<- */
char test_6_3_mod_linked[] = "test 6_3:complex mod identical: att<-mod0<-mod1<-, att<-mod0<-mod1<-"; char test_6_3_mod_linked[] = "test 6_3:complex mod identical: att<-mod0<-mod1<-, att<-mod0<-mod1<-";
/* table 0: att<-mod0<-mod1<- */ /* table 0: att<-mod0<-mod1<- */
fluid_mod_t mod_table_6_3_0[] = fluid_mod_t mod_table_6_3_0[] =
@ -169,7 +170,7 @@ fluid_mod_t mod_table_6_3_1[] =
}; };
//----- //-----
/* test 6.4: 2 complex modulators identic: att<-mod0<-mod1<-mod2<- , att<-mod0<-mod1<- */ /* test 6_4: 2 complex modulators identic: att<-mod0<-mod1<-mod2<- , att<-mod0<-mod1<- */
char test_6_4_mod_linked[] = "test 6_4:complex mod not identical: att<-mod0<-mod1<-mod2<-, att<-mod0<-mod1<-"; char test_6_4_mod_linked[] = "test 6_4:complex mod not identical: att<-mod0<-mod1<-mod2<-, att<-mod0<-mod1<-";
/* table 0: att<-mod0<-mod1<-mod2<- */ /* table 0: att<-mod0<-mod1<-mod2<- */
fluid_mod_t mod_table_6_4_0[] = fluid_mod_t mod_table_6_4_0[] =
@ -192,7 +193,7 @@ fluid_mod_t mod_table_6_4_1[] =
}; };
//----- //-----
/* test 6.5: 2 complex modulators identic: att<-mod0<-mod1<-mod2<- , att<-mod0<-mod1<-mod2<- */ /* test 6_5: 2 complex modulators identic: att<-mod0<-mod1<-mod2<- , att<-mod0<-mod1<-mod2<- */
char test_6_5_mod_linked[] = "test 6_5:complex mod identical: att<-mod0<-mod1<-mod2<-, att<-mod0<-mod1<-mod2<-"; char test_6_5_mod_linked[] = "test 6_5:complex mod identical: att<-mod0<-mod1<-mod2<-, att<-mod0<-mod1<-mod2<-";
/* table 0: att<-mod0<-mod1<-mod2<- */ /* table 0: att<-mod0<-mod1<-mod2<- */
fluid_mod_t mod_table_6_5_0[] = fluid_mod_t mod_table_6_5_0[] =
@ -217,7 +218,7 @@ fluid_mod_t mod_table_6_5_1[] =
}; };
//----- //-----
/* test 6.6: 2 complex modulators identic: att<-mod0<-mod1<-mod2<- , att<-mod0<-mod1<- */ /* test 6_6: 2 complex modulators identic: att<-mod0<-mod1<-mod2<- , att<-mod0<-mod1<- */
/* mod0<-mod2<- */ /* mod0<-mod2<- */
char test_6_6_mod_linked[] = "test 6_6:complex cm0:att<-mod0<-mod1<-mod2<-, cm1:att<-mod0<-mod1, mod0<-mod2<-"; char test_6_6_mod_linked[] = "test 6_6:complex cm0:att<-mod0<-mod1<-mod2<-, cm1:att<-mod0<-mod1, mod0<-mod2<-";
/* table 0: att<-mod0<-mod1<-mod2<- */ /* table 0: att<-mod0<-mod1<-mod2<- */
@ -244,7 +245,7 @@ fluid_mod_t mod_table_6_6_1[] =
}; };
//----- //-----
/* test 6.7: 2 complex modulators identic: att<-mod0<-mod1<- , att<-mod0<-mod1<- */ /* test 6_7: 2 complex modulators identic: att<-mod0<-mod1<- , att<-mod0<-mod1<- */
/* mod0<-mod2<- mod0<-mod2<- */ /* mod0<-mod2<- mod0<-mod2<- */
char test_6_7_mod_linked[] = "test 6_7:complex cm0:att<-m0<-m1 m0<-m2<-, cm1:att<-m0<-m1 m0<-m2<-"; char test_6_7_mod_linked[] = "test 6_7:complex cm0:att<-m0<-m1 m0<-m2<-, cm1:att<-m0<-m1 m0<-m2<-";
/* table 0: att<-mod0<-mod1<-mod2<- */ /* table 0: att<-mod0<-mod1<-mod2<- */
@ -272,7 +273,7 @@ fluid_mod_t mod_table_6_7_1[] =
}; };
//----- //-----
/* test 6.8: 2 complex modulators identic: att<-m0<-m1<-m2 , att<-m0<-m1<-m2 */ /* test 6_8: 2 complex modulators identic: att<-m0<-m1<-m2 , att<-m0<-m1<-m2 */
/* m0<-m3<-m4 m0<-m3<-m4 */ /* m0<-m3<-m4 m0<-m3<-m4 */
char test_6_8_mod_linked[] = "test 6_8:complex cm0:att<-m0<-m1<-m2 m0<-m3<-m4, cm1:att<-m0<-m1<-m2 m0<-m3<-m4"; char test_6_8_mod_linked[] = "test 6_8:complex cm0:att<-m0<-m1<-m2 m0<-m3<-m4, cm1:att<-m0<-m1<-m2 m0<-m3<-m4";
/* table 0: att<-m0<-m1<-m2<- */ /* table 0: att<-m0<-m1<-m2<- */
@ -441,9 +442,9 @@ static int is_arg_num_test(char *arg, char *num_test)
The modulators have to be presented in tables for convenience. The modulators have to be presented in tables for convenience.
It is easy to add a test: It is easy to add a test:
1) define the name of the test: name_x 1) define the name of the test: name_x.
2) add the name in test_names_list. 2) add the name in test_names_list.
2) define the first table mod_table0_x 2) define the first table mod_table0_x.
3) define the second table mod_table1_x (only if you want to test 3) define the second table mod_table1_x (only if you want to test
complex modulators identic). complex modulators identic).
4) call test_fluid_zone_check_mod(name_x, 4) call test_fluid_zone_check_mod(name_x,
@ -462,96 +463,96 @@ static int all_test_fluid_zone_check_mod(char *arg)
FLUID_LOG(FLUID_INFO, "========================== fluid_all_test_check_mod ========================="); FLUID_LOG(FLUID_INFO, "========================== fluid_all_test_check_mod =========================");
/*------ unlinked modulators tests -------------------------------------*/ /*------ unlinked modulators tests -------------------------------------*/
/* test 1: sources non-cc: modulateur non lié sources non-cc valide */ //Ok /* test 1: unliked modulator, sources non-cc valid */ //Ok
if (is_arg_num_test(arg,"1")) if (is_arg_num_test(arg,"1"))
{ {
test_fluid_zone_check_mod(test_1_unlinked_non_cc_valid, mod_table_1, sizeof(mod_table_1)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_1_unlinked_non_cc_valid, mod_table_1, sizeof(mod_table_1)/sizeof(fluid_mod_t),NULL,0);
} }
/* test 1.1: sources non-cc: modulateur non lié sources non-cc valide, amount = 0 */ //Ok /* test 1.1: unliked modulator, sources non-cc valid, amount = 0 */ //Ok
if (is_arg_num_test(arg,"1_1")) if (is_arg_num_test(arg,"1_1"))
{ {
test_fluid_zone_check_mod(test_1_1_unlinked_non_cc_valid, mod_table_1_1, sizeof(mod_table_1_1)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_1_1_unlinked_non_cc_valid, mod_table_1_1, sizeof(mod_table_1_1)/sizeof(fluid_mod_t),NULL,0);
} }
/* test 1.2: sources non-cc src1 none modulateur non lié */ /* test 1.2: unliked modulator, sources non-cc src1 none */ //Ok
if (is_arg_num_test(arg,"1_2")) if (is_arg_num_test(arg,"1_2"))
{ {
test_fluid_zone_check_mod(test_1_2_unlinked_non_cc_valid, mod_table_1_2, sizeof(mod_table_1_2)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_1_2_unlinked_non_cc_valid, mod_table_1_2, sizeof(mod_table_1_2)/sizeof(fluid_mod_t),NULL,0);
} }
/* test 1.3: sources non-cc src2 none modulateur non lié */ /* test 1.3: unliked modulator, sources non-cc src2 none */ //Ok
if (is_arg_num_test(arg,"1_3")) if (is_arg_num_test(arg,"1_3"))
{ {
test_fluid_zone_check_mod(test_1_3_unlinked_non_cc_invalid, mod_table_1_3, sizeof(mod_table_1_3)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_1_3_unlinked_non_cc_invalid, mod_table_1_3, sizeof(mod_table_1_3)/sizeof(fluid_mod_t),NULL,0);
} }
/* test 2: sources non-cc: modulateur non lié, sources non-cc invalides */ //Ok /* test 2: unliked modulator, sources non-cc invalid */ //Ok
if (is_arg_num_test(arg,"2")) if (is_arg_num_test(arg,"2"))
{ {
test_fluid_zone_check_mod(test_2_unlinked_non_cc_invalid, mod_table_2, sizeof(mod_table_2)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_2_unlinked_non_cc_invalid, mod_table_2, sizeof(mod_table_2)/sizeof(fluid_mod_t),NULL,0);
} }
/* test 3: sources cc: modulateur non lié, sources cc valide */ //Ok /* test 3: unliked modulator, sources cc valid */ //Ok
if (is_arg_num_test(arg,"3")) if (is_arg_num_test(arg,"3"))
{ {
test_fluid_zone_check_mod(test_3_unlinked_cc_valid, mod_table_3, sizeof(mod_table_3)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_3_unlinked_cc_valid, mod_table_3, sizeof(mod_table_3)/sizeof(fluid_mod_t),NULL,0);
} }
/* test 4: sources cc: modulateur non lié, sources cc invalide */ //Ok /* test 4: sources cc: unliked modulator, sources cc invalid */ //Ok
if (is_arg_num_test(arg,"4")) if (is_arg_num_test(arg,"4"))
{ {
test_fluid_zone_check_mod(test_4_unlinked_cc_invalid, mod_table_4, sizeof(mod_table_4)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_4_unlinked_cc_invalid, mod_table_4, sizeof(mod_table_4)/sizeof(fluid_mod_t),NULL,0);
} }
/* test 5::modulateurs identiques */ // Ok /* test 5::modulators identic */ // Ok
if (is_arg_num_test(arg,"5")) if (is_arg_num_test(arg,"5"))
{ {
test_fluid_zone_check_mod(test_5_mod_identic, mod_table_5, sizeof(mod_table_5)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_5_mod_identic, mod_table_5, sizeof(mod_table_5)/sizeof(fluid_mod_t),NULL,0);
} }
/*------ valid linked modulators tests -------------------------------------*/ /*------ valid linked modulators tests -------------------------------------*/
/* test 6: modulateurs liés valides: mod0->mod2 */ // Ok /* test 6: valid linked modulators: mod0->mod2 */ // Ok
if (is_arg_num_test(arg,"6")) if (is_arg_num_test(arg,"6"))
{ {
test_fluid_zone_check_mod(test_6_mod_linked, mod_table_6, sizeof(mod_table_6)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_6_mod_linked, mod_table_6, sizeof(mod_table_6)/sizeof(fluid_mod_t),NULL,0);
} }
/* test 6_1: modulateurs liés valides: src1->mod0->mod2 */ // Ok /* test 6_1: valid linked modulators: src1->mod0->mod2 */ // Ok
/* src2->mod1->mod2 */ /* src2->mod1->mod2 */
if (is_arg_num_test(arg,"6_1")) if (is_arg_num_test(arg,"6_1"))
{ {
test_fluid_zone_check_mod(test_6_1_mod_linked, mod_table_6_1, sizeof(mod_table_6_1)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_6_1_mod_linked, mod_table_6_1, sizeof(mod_table_6_1)/sizeof(fluid_mod_t),NULL,0);
} }
/* test 6_2: modulateurs liés valides: src2->mod3->mod0->mod2 */ //Ok /* test 6_2: valid linked modulators: src2->mod3->mod0->mod2 */ //Ok
if (is_arg_num_test(arg,"6_2")) if (is_arg_num_test(arg,"6_2"))
{ {
test_fluid_zone_check_mod(test_6_2_mod_linked, mod_table_6_2, sizeof(mod_table_6_2)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_6_2_mod_linked, mod_table_6_2, sizeof(mod_table_6_2)/sizeof(fluid_mod_t),NULL,0);
} }
//--- modulateurs complexe identiques ---- //--- complex modulators identity tests ----
/* test 6_3: 2 modulateurs complexe identique : att<-mod0->mod1<- , att<-mod0->mod1<- */ //Ok /* test 6_3: complex modulators identity test: att<-mod0->mod1<- , att<-mod0->mod1<- */ //Ok
if (is_arg_num_test(arg,"6_3")) if (is_arg_num_test(arg,"6_3"))
{ {
test_fluid_zone_check_mod(test_6_3_mod_linked, mod_table_6_3_0, sizeof(mod_table_6_3_0)/sizeof(fluid_mod_t), test_fluid_zone_check_mod(test_6_3_mod_linked, mod_table_6_3_0, sizeof(mod_table_6_3_0)/sizeof(fluid_mod_t),
mod_table_6_3_1, sizeof(mod_table_6_3_1)/sizeof(fluid_mod_t)); mod_table_6_3_1, sizeof(mod_table_6_3_1)/sizeof(fluid_mod_t));
} }
/* test 6_4: 2 modulateurs complexe identique : att<-mod0->mod1<-mod2<- att<-mod0->mod1<- */ //Ok /* test 6_4: complex modulators identity test: att<-mod0->mod1<-mod2<- att<-mod0->mod1<- */ //Ok
if (is_arg_num_test(arg,"6_4")) if (is_arg_num_test(arg,"6_4"))
{ {
test_fluid_zone_check_mod(test_6_4_mod_linked, mod_table_6_4_0, sizeof(mod_table_6_4_0)/sizeof(fluid_mod_t), test_fluid_zone_check_mod(test_6_4_mod_linked, mod_table_6_4_0, sizeof(mod_table_6_4_0)/sizeof(fluid_mod_t),
mod_table_6_4_1, sizeof(mod_table_6_4_1)/sizeof(fluid_mod_t)); mod_table_6_4_1, sizeof(mod_table_6_4_1)/sizeof(fluid_mod_t));
} }
/* test 6_5: 2 modulateurs complexe identique : att<-mod0->mod1<-mod2<-, att<-mod0->mod1<-mod2<-*/ //Ok /* test 6_5: complex modulators identity test: att<-mod0->mod1<-mod2<-, att<-mod0->mod1<-mod2<-*/ //Ok
if (is_arg_num_test(arg,"6_5")) if (is_arg_num_test(arg,"6_5"))
{ {
test_fluid_zone_check_mod(test_6_5_mod_linked, mod_table_6_5_0, sizeof(mod_table_6_5_0)/sizeof(fluid_mod_t), test_fluid_zone_check_mod(test_6_5_mod_linked, mod_table_6_5_0, sizeof(mod_table_6_5_0)/sizeof(fluid_mod_t),
mod_table_6_5_1, sizeof(mod_table_6_5_1)/sizeof(fluid_mod_t)); mod_table_6_5_1, sizeof(mod_table_6_5_1)/sizeof(fluid_mod_t));
} }
/* test 6_6: 2 modulateurs complexe identique : att<-mod0<-mod1<-mod2<- , att<-mod0->mod1<- */ //Ok /* test 6_6: complex modulators identity test: att<-mod0<-mod1<-mod2<- , att<-mod0->mod1<- */ //Ok
/* mod0->mod2<- */ /* mod0->mod2<- */
if (is_arg_num_test(arg,"6_6")) if (is_arg_num_test(arg,"6_6"))
{ {
@ -559,7 +560,7 @@ static int all_test_fluid_zone_check_mod(char *arg)
mod_table_6_6_1, sizeof(mod_table_6_6_1)/sizeof(fluid_mod_t)); mod_table_6_6_1, sizeof(mod_table_6_6_1)/sizeof(fluid_mod_t));
} }
/* test 6_7: 2 modulateurs complexe identique : att<-mod0<-mod1<-mod2<- , att<-mod0->mod1<- */ //Ok /* test 6_7: complex modulators identity test: att<-mod0<-mod1<-mod2<- , att<-mod0->mod1<- */ //Ok
/* mod0->mod2<- mod0->mod2<- */ /* mod0->mod2<- mod0->mod2<- */
if (is_arg_num_test(arg,"6_7")) if (is_arg_num_test(arg,"6_7"))
{ {
@ -568,7 +569,7 @@ static int all_test_fluid_zone_check_mod(char *arg)
} }
/* test 6_8: 2 modulateurs complexe identique : att<-m0<-m1<-m2 , att<-m0<-m1<-m2 */ // Ok /* test 6_8: complex modulators identity test: att<-m0<-m1<-m2 , att<-m0<-m1<-m2 */ // Ok
/* m0<-m3<-m4 m0<-m3<-m4 */ /* m0<-m3<-m4 m0<-m3<-m4 */
if (is_arg_num_test(arg,"6_8")) if (is_arg_num_test(arg,"6_8"))
{ {
@ -577,31 +578,31 @@ static int all_test_fluid_zone_check_mod(char *arg)
} }
/*------ invalid linked modulators tests -------------------------------------*/ /*------ invalid linked modulators tests -------------------------------------*/
/* test 7: modulateurs liés destination invalide: mod0->mod2(src1 unlinked) */ // Ok /* test 7: invalid linked modulators (invalid destination): mod0->mod2(src1 unlinked) */ // Ok
if (is_arg_num_test(arg,"7")) if (is_arg_num_test(arg,"7"))
{ {
test_fluid_zone_check_mod(test_7_mod_linked, mod_table_7, sizeof(mod_table_7)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_7_mod_linked, mod_table_7, sizeof(mod_table_7)/sizeof(fluid_mod_t),NULL,0);
} }
/* test 8: modulateurs liés invalides: mod0->mod2(amount=0) */ // Ok /* test 8: invalid linked modulators: mod0->mod2(amount=0) */ // Ok
if (is_arg_num_test(arg,"8")) if (is_arg_num_test(arg,"8"))
{ {
test_fluid_zone_check_mod(test_8_mod_linked, mod_table_8, sizeof(mod_table_8)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_8_mod_linked, mod_table_8, sizeof(mod_table_8)/sizeof(fluid_mod_t),NULL,0);
} }
/* test 9: modulateurs liés invalides: mod0->mod3(invalid index) */ // Ok /* test 9: invalid linked modulators: mod0->mod3(invalid index) */ // Ok
if (is_arg_num_test(arg,"9")) if (is_arg_num_test(arg,"9"))
{ {
test_fluid_zone_check_mod(test_9_mod_linked, mod_table_9, sizeof(mod_table_9)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_9_mod_linked, mod_table_9, sizeof(mod_table_9)/sizeof(fluid_mod_t),NULL,0);
} }
/* test 10: modulateurs liés isolés: src1 linked->mod0->mod2 */ // Ok /* test 10: linked modulators isolated: src1 linked->mod0->mod2 */ // Ok
if (is_arg_num_test(arg,"10")) if (is_arg_num_test(arg,"10"))
{ {
test_fluid_zone_check_mod(test_10_mod_linked, mod_table_10, sizeof(mod_table_10)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_10_mod_linked, mod_table_10, sizeof(mod_table_10)/sizeof(fluid_mod_t),NULL,0);
} }
/* test 11: modulateurs liés circulaire: src2->mod3->mod0->mod2->mod0 */ //Ok /* test 11: linked modulators circular: src2->mod3->mod0->mod2->mod0 */ //Ok
if (is_arg_num_test(arg,"11")) if (is_arg_num_test(arg,"11"))
{ {
test_fluid_zone_check_mod(test_11_mod_linked, mod_table_11, sizeof(mod_table_11)/sizeof(fluid_mod_t),NULL,0); test_fluid_zone_check_mod(test_11_mod_linked, mod_table_11, sizeof(mod_table_11)/sizeof(fluid_mod_t),NULL,0);