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https://github.com/ZDoom/fluidsynth.git
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Add test to test_modulator_links.c:
- complete test 6. - add circular path tests 6.0, 6.1. - fix test 8 title.
This commit is contained in:
jjceresa
parent
4744e68082
commit
956f1992e2
1 changed files with 137 additions and 20 deletions
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@ -17,7 +17,7 @@ int main(void)
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fluid_mod_t *list_of_mods = NULL;
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// set up a list of simple modulators
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printf("test 1: set up a list of simple modulators\n");
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printf("Test 1: set up a list of simple modulators\n");
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{
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mod1->next = mod2;
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mod0->next = mod1;
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@ -50,7 +50,11 @@ int main(void)
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}
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// set up a valid list of complex modulators
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printf("\ntest 2: set up a valid list of complex modulators\n");
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printf("\nTest 2: set up a valid list of complex modulators\n");
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printf( " List:m0,m1,m2\n");
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printf( " Paths from any CC to ending modulator connected to gen:\n");
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printf( " CC-->m1-->m0-->gen\n");
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printf( " CC-->m2-->m0\n");
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{
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mod1->next = mod2;
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mod0->next = mod1;
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@ -87,7 +91,11 @@ int main(void)
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}
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// same list, but changed order
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printf("\ntest 3: same list, but changed order\n");
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printf("\nTest 3: same list, but changed order\n");
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printf( " List:m0,m2,m1\n");
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printf( " Paths from any CC to ending modulator connected to gen:\n");
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printf( " CC-->m2-->m0-->gen\n");
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printf( " CC-->m1-->m0\n");
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{
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mod1->next = NULL;
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mod2->next = mod1;
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@ -108,8 +116,13 @@ int main(void)
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}
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// same list, but with additional mod3 that points to mod1 without mod1 having FLUID_MOD_LINK_SRC
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printf("\ntest 4: same list, but with additional mod3 that points to mod1 without mod1 having FLUID_MOD_LINK_SRC\n");
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{
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printf("\nTest 4: same list that test 2, but with additional mod3 that points to mod1 without mod1 having FLUID_MOD_LINK_SRC\n");
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printf( " List:m0,m1,m2,m3\n");
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printf( " Paths from any CC to ending modulator connected to gen:\n");
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printf( " CC-->m3-->m1\n");
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printf( " CC------->m1-->m0-->gen\n");
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printf( " CC------->m2-->m0\n");
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{
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fluid_mod_set_source1(mod3, 20, FLUID_MOD_CC | FLUID_MOD_LINEAR | FLUID_MOD_UNIPOLAR | FLUID_MOD_POSITIVE);
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fluid_mod_set_source2(mod3, FLUID_MOD_NONE, FLUID_MOD_GC);
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fluid_mod_set_amount (mod3, 50);
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@ -137,7 +150,12 @@ int main(void)
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// same list, with additional mod3 and valid mod1 this time
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printf("\ntest 5: same list, with additional mod3 and valid mod1 this time\n");
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printf("\nTest 5: same list, with additional mod3 and valid mod1 this time\n");
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printf( " List:m0,m1,m2,m3\n");
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printf( " Paths from any CC to ending modulator connected to gen:\n");
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printf( " CC-->m3-->m1\n");
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printf( " CC------->m1-->m0-->gen\n");
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printf( " CC------->m2-->m0\n");
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{
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fluid_mod_set_source1(mod1, FLUID_MOD_LINK_SRC, FLUID_MOD_GC);
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fluid_mod_set_amount (mod3, 50);
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@ -161,11 +179,19 @@ int main(void)
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TEST_ASSERT(fluid_mod_get_amount(mod2) == 300);
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TEST_ASSERT(fluid_mod_get_amount(mod3) == 50);
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}
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// circular complex modulators
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printf("\ntest 6: circular complex modulators mod3->mod1->mod3\n");
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#if 1 // nok
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// Look like circular circular complex modulators, but it isn't not circular !
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printf("\nTest 6: false circular complex modulators, CC->mod3->mod1->mod3 => circular path ?\n");
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printf( " List:m0,m1,m2,m3\n");
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printf( " Paths from any CC to ending modulator connected to gen:\n");
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printf( " m3<--m1\n");
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printf( " CC-->m3-->m1\n");
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printf( " CC------->m2-->m0-->gen\n");
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printf( " Question: is it a circular path ?\n");
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printf( " Answer: no, because mod3's src1 is without FLUID_MOD_LINK_SRC !\n");
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{
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fluid_mod_set_dest (mod1, FLUID_MOD_LINK_DEST | 3);
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fluid_mod_set_dest (mod1, FLUID_MOD_LINK_DEST | 3);
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mod2->next = mod3;
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mod1->next = mod2;
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@ -182,13 +208,101 @@ int main(void)
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// modulators that are part of the circular list are invalidated
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TEST_ASSERT(fluid_mod_get_amount(mod0) == 100);
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TEST_ASSERT(fluid_mod_get_amount(mod1) == 0); // invalid destination
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TEST_ASSERT(fluid_mod_get_amount(mod2) == 300);
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TEST_ASSERT(fluid_mod_get_amount(mod3) == 0); // path without destination
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}
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#endif
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#if 1 //ok
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// Circular complex modulators
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printf("\nTest 6.0: true circular complex modulators, CC->mod3->mod1->mod1 => circular path\n");
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printf( " List:m0,m1,m2,m3\n");
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printf( " Paths from any CC to ending modulator connected to gen:\n");
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printf( " <--m1\n");
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printf( " CC-->m3-*->m1\n");
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printf( " CC-------->m2-->m0-->gen\n");
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{
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// restore test 5 state:
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fluid_mod_set_dest (mod1, FLUID_MOD_LINK_DEST | 0); // mod1->mod0
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fluid_mod_set_amount (mod0, 100);
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fluid_mod_set_amount (mod1, 200);
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fluid_mod_set_amount (mod2, 300);
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fluid_mod_set_amount (mod3, 50);
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// new path: mod1->mod1, so new circurlar path is: CC->mod3->mod1->mod1 => circular path.
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fluid_mod_set_dest (mod1, FLUID_MOD_LINK_DEST | 1);
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mod2->next = mod3;
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mod1->next = mod2;
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mod0->next = mod1;
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list_of_mods = mod0;
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// It remains at least one linked path : mod2->mod0. Return must be TRUE
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TEST_ASSERT(fluid_zone_check_linked_mod("test zone with circular linked modulators", list_of_mods) == TRUE);
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TEST_ASSERT(list_of_mods == mod0);
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TEST_ASSERT(list_of_mods->next == mod1);
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TEST_ASSERT(list_of_mods->next->next == mod2);
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TEST_ASSERT(list_of_mods->next->next->next == mod3);
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TEST_ASSERT(list_of_mods->next->next->next->next == NULL);
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// modulators that are part of the circular list are invalidated: mod3,mod1
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TEST_ASSERT(fluid_mod_get_amount(mod0) == 100);
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TEST_ASSERT(fluid_mod_get_amount(mod1) == 0);
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TEST_ASSERT(fluid_mod_get_amount(mod2) == 300);
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TEST_ASSERT(fluid_mod_get_amount(mod3) == 0);
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}
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#endif
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#if 1 // ok
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// Another circular complex modulators
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printf("\nTest 6.1: another circular complex modulators CC->mod2->mod0->mod1->mod0 => circular path\n");
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printf( " List:m0,m1,m2,m3\n");
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printf( " Paths from any CC to ending modulator connected to gen:\n");
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printf( " m1<--m0\n");
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printf( " CC-->m3-->m1-->m0\n");
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printf( " CC------->m2-->m0\n");
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{
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// restore test 5 state:
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fluid_mod_set_dest (mod1, FLUID_MOD_LINK_DEST | 0); // mod1->mod0
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fluid_mod_set_amount (mod0, 100);
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fluid_mod_set_amount (mod1, 200);
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fluid_mod_set_amount (mod2, 300);
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fluid_mod_set_amount (mod3, 50);
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// new path: mod0->mod1, so new circurlar path is: CC->mod2, mod0, mod1.
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fluid_mod_set_dest (mod0, FLUID_MOD_LINK_DEST | 1);
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mod2->next = mod3;
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mod1->next = mod2;
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mod0->next = mod1;
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list_of_mods = mod0;
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// Circular path is: CC->mod2, mod0, mod1.
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// Remaining path CC->mod3-> is without destination.
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// It remain no linked path : mod2->mod0. Return must be FALSE
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TEST_ASSERT(fluid_zone_check_linked_mod("test zone with circular linked modulators", list_of_mods) == FALSE);
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TEST_ASSERT(list_of_mods == mod0);
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TEST_ASSERT(list_of_mods->next == mod1);
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TEST_ASSERT(list_of_mods->next->next == mod2);
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TEST_ASSERT(list_of_mods->next->next->next == mod3);
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TEST_ASSERT(list_of_mods->next->next->next->next == NULL);
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// modulators that are part of the circular list are invalidated
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TEST_ASSERT(fluid_mod_get_amount(mod0) == 0); // part of circular path
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TEST_ASSERT(fluid_mod_get_amount(mod1) == 0); // part of circular path
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TEST_ASSERT(fluid_mod_get_amount(mod2) == 0); // part of circular path
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TEST_ASSERT(fluid_mod_get_amount(mod3) == 0); // without destination.
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}
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#endif
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// invalid list of complex modulators: the first modulator should not have a linked destination
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printf("\ntest 7: invalid list of complex modulators: the first modulator should not have a linked destination\n");
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printf("\nTest 7: invalid list of complex modulators: the first modulator should not have a linked destination\n");
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printf( " List:m1,m0,m2\n");
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printf( " Paths from any CC to ending modulator connected to gen:\n");
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printf( " m1<--m0\n");
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printf( " CC-->m3-->m1-->m0\n");
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printf( " CC------->m2-->m0\n");
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{
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mod2->next = NULL;
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mod0->next = mod2;
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@ -220,13 +334,17 @@ int main(void)
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TEST_ASSERT(list_of_mods->next->next->next == NULL);
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// all mods are invalidated
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TEST_ASSERT(fluid_mod_get_amount(mod1) == 0);
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TEST_ASSERT(fluid_mod_get_amount(mod0) == 0);
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TEST_ASSERT(fluid_mod_get_amount(mod2) == 0);
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TEST_ASSERT(fluid_mod_get_amount(mod1) == 0); // path without destination
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TEST_ASSERT(fluid_mod_get_amount(mod0) == 0); // invalid isolated path
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TEST_ASSERT(fluid_mod_get_amount(mod2) == 0); // path without destination
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}
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// invalid list of complex modulators: valid first modulator but invalid destinations
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printf("\ntest 8: invalid list of complex modulators: valid first modulator but invalid destinations\n");
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// invalid list of complex modulators: invalid destinations
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printf("\nTest 8: invalid list of complex modulators: invalid destinations\n");
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printf( " List:m0,m1,m2\n");
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printf( " Paths from any CC to ending modulator connected to gen:\n");
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printf( " CC-->m2-->m0-->gen\n");
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printf( " CC-->m1-->42\n");
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{
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mod2->next = NULL;
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mod1->next = mod2;
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@ -259,11 +377,10 @@ int main(void)
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// all mods are invalidated
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TEST_ASSERT(fluid_mod_get_amount(mod0) == 100);
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TEST_ASSERT(fluid_mod_get_amount(mod1) == 0);
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TEST_ASSERT(fluid_mod_get_amount(mod1) == 0); // path without destination
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TEST_ASSERT(fluid_mod_get_amount(mod2) == 300);
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}
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delete_fluid_mod(mod0);
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delete_fluid_mod(mod1);
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delete_fluid_mod(mod2);
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