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Ensure each test has a unique name (followup to #2208) #2443

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Merged
Parent: Remove unnecessary check in pio_encode_sideset_opt
merged 1 commit into from
Apr 26, 2025
Merged

Ensure each test has a unique name (followup to #2208) #2443

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4 changes: 2 additions & 2 deletions src/rp2_common/pico_double/double_aeabi_rp2040.S
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Original file line number Diff line number Diff line change
Expand Up @@ -649,7 +649,7 @@ regular_func double2fix_z
lsrs r3, #21
// adjust
adds r3, r2
ble 2f // adjusted input is zero or dedornmal or < 1
ble 2f // adjusted input is zero or denormal or < 1
lsrs r3, r3, #11
bne 3f // adjusted input is > infinite

Expand Down Expand Up @@ -933,4 +933,4 @@ double_wrapper_section log
wrapper_func_d1 log
shimmable_table_tail_call SF_TABLE_FLN dln_shim

#endif
#endif
22 changes: 11 additions & 11 deletions test/pico_float_test/custom_double_funcs_test.c
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Expand Up @@ -162,16 +162,16 @@ int test() {
test_checku(double2ufix(3.25, 2), 13, "double2ufix7");
test_checku(double2ufix(3.0, -1), 1, "double2ufix8"); // not very useful
test_checki(double2ufix(0.0, 16), 0, "double2ufix12");
test_checki(double2ufix(-0.0, 16), 0, "double2fix13");
test_checki(double2ufix(-0.0, 16), 0, "double2ufix13");
test_checki(double2ufix(0.0, -16), 0, "double2ufix14");
test_checki(double2ufix(-0.0, -16), 0, "double2fix15");
test_checki(double2ufix(-0.0, -16), 0, "double2ufix15");

printf("double2fix64\n");
test_checki64(double2fix64(3.5, 8), 0x380, "double2fix641");
test_checki64(double2fix64(-3.5, 8), -0x380, "double2fix642");
test_checki64(double2fix64(32768.0, 16), 32768ll << 16, "double2fix643");
test_checki64(double2fix64(65536.0, 16), 65536ll << 16, "double2fix644");
test_checki64(double2fix64(2147483648.0, 16), 2147483648ll << 16, "double2ufix644b");
test_checki64(double2fix64(2147483648.0, 16), 2147483648ll << 16, "double2fix644b");
test_checki64(double2fix64(65536.0 * 65536.0 * 32768.0, 16), INT64_MAX, "double2fix644c");
test_checki64(double2fix64(INFINITY, 16), INT64_MAX, "double2fix645");
test_checki64(double2fix64(-INFINITY, 16), INT64_MIN, "double2fix645b");
Expand Down Expand Up @@ -257,10 +257,10 @@ int test() {
test_checku(double2ufix_z(3.24999, 2), 12, "double2ufix_z6");
test_checku(double2ufix_z(3.25, 2), 13, "double2ufix_z7");
test_checku(double2ufix_z(3.0, -1), 1, "double2ufix_z8"); // not very useful
test_checki(double2ufix_z(0.0, 16), 0, "double2fix_z9");
test_checki(double2ufix_z(-0.0, 16), 0, "double2fix_z10");
test_checki(double2ufix_z(0.0, -16), 0, "double2fix_z11");
test_checki(double2ufix_z(-0.0, -16), 0, "double2fix_z12");
test_checki(double2ufix_z(0.0, 16), 0, "double2ufix_z9");
test_checki(double2ufix_z(-0.0, 16), 0, "double2ufix_z10");
test_checki(double2ufix_z(0.0, -16), 0, "double2ufix_z11");
test_checki(double2ufix_z(-0.0, -16), 0, "double2ufix_z12");

printf("double2fix64_z\n");
test_checki64(double2fix64_z(3.5, 8), 0x380, "double2fix64_z1");
Expand All @@ -269,9 +269,9 @@ int test() {
test_checki64(double2fix64_z(65536.0, 16), 65536ll << 16, "double2fix64_z4");
test_checki64(double2fix64_z(65536.0 * 65536.0 * 32768.0, 16), INT64_MAX, "double2fix64_z4b");
test_checki64(double2fix64_z(INFINITY, 16), INT64_MAX, "double2fix64_z5");
test_checki64(double2fix64_z(-INFINITY, 16), INT64_MIN, "double2fix64_z5");
test_checki64(double2fix64_z(INFINITY, 16), INT64_MAX, "double2fix64_z5");
test_checki64(double2fix64_z(-INFINITY, 16), INT64_MIN, "double2fix64_z5");
test_checki64(double2fix64_z(-INFINITY, 16), INT64_MIN, "double2fix64_z5b");
test_checki64(double2fix64_z(INFINITY, 16), INT64_MAX, "double2fix64_z5c");
test_checki64(double2fix64_z(-INFINITY, 16), INT64_MIN, "double2fix64_z5d");
test_checki64(double2fix64_z(3.24999, 2), 12, "double2fix64_z6");
test_checki64(double2fix64_z(3.25, 2), 13, "double2fix64_z7");
test_checki64(double2fix64_z(-3.24999, 2), -12, "double2fix64_z8");
Expand Down Expand Up @@ -308,7 +308,7 @@ int test() {
test_checku64(double2ufix64_z(-3.5, 8), 0, "double2ufix64_z2");
test_checku64(double2ufix64_z(32768.0, 16), 32768ll << 16, "double2ufix64_z3");
test_checku64(double2ufix64_z(65536.0, 16), 65536ll << 16, "double2ufix64_z4");
test_checki64(double2ufix64_z(65536.0 * 65536.0 * 65536.0, 16), UINT64_MAX, "double2fix64_z4b");
test_checki64(double2ufix64_z(65536.0 * 65536.0 * 65536.0, 16), UINT64_MAX, "double2ufix64_z4b");
test_checku64(double2ufix64_z(INFINITY, 16), UINT64_MAX, "double2ufix64_z5");
test_checku64(double2ufix64_z(-INFINITY, 16), 0, "double2ufix64_z5b");
test_checku64(double2ufix64_z(INFINITY, 16), UINT64_MAX, "double2ufix64_z5c");
Expand Down
8 changes: 4 additions & 4 deletions test/pico_float_test/custom_float_funcs_test.c
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Expand Up @@ -179,7 +179,7 @@ int test() {
test_checki64(float2fix64(-3.5f, 8), -0x380, "float2fix642");
test_checki64(float2fix64(32768.0f, 16), 32768ll << 16, "float2fix643");
test_checki64(float2fix64(65536.0f, 16), 65536ll << 16, "float2fix644");
test_checki64(float2fix64(2147483648.0f, 16), 2147483648ll << 16, "float2ufix644b");
test_checki64(float2fix64(2147483648.0f, 16), 2147483648ll << 16, "float2fix644b");
test_checki64(float2fix64(65536.0f * 65536.0f * 32768.0f, 16), INT64_MAX, "float2fix644c");
test_checki64(float2fix64(INFINITY, 16), INT64_MAX, "float2fix645");
test_checki64(float2fix64(3.24999f, 2), 12, "float2fix646");
Expand Down Expand Up @@ -227,9 +227,9 @@ int test() {
test_checku(float2ufix_z(3.25f, 2), 13, "float2ufix_z7");
test_checku(float2ufix_z(3.0f, -1), 1, "float2ufix_z8"); // not very useful
u32f.u = 0x7f012345;
test_checku(float2ufix_z(u32f.f, 1), UINT32_MAX, "float2fix_z9");
test_checku(float2ufix_z(u32f.f, 1), UINT32_MAX, "float2ufix_z9");
u32f.u = 0xff012345;
test_checku(float2ufix_z(u32f.f, 1), 0, "float2fix_z10");
test_checku(float2ufix_z(u32f.f, 1), 0, "float2ufix_z10");

printf("float2fix64_z\n");
test_checki64(float2fix64_z(3.5f, 8), 0x380, "float2fix64_z1");
Expand All @@ -249,7 +249,7 @@ int test() {
test_checku64(float2ufix64_z(-3.5f, 8), 0, "float2ufix64_z2");
test_checku64(float2ufix64_z(32768.0f, 16), 32768ll << 16, "float2ufix64_z3");
test_checku64(float2ufix64_z(65536.0f, 16), 65536ll << 16, "float2ufix64_z4");
test_checki64(float2ufix64_z(65536.0f * 65536.0f * 65536.0f, 16), UINT64_MAX, "float2fix64_z4b");
test_checki64(float2ufix64_z(65536.0f * 65536.0f * 65536.0f, 16), UINT64_MAX, "float2ufix64_z4b");
test_checku64(float2ufix64_z(INFINITY, 16), UINT64_MAX, "float2ufix64_z5");
test_checku64(float2ufix64_z(3.24999f, 2), 12, "float2ufix64_z6");
test_checku64(float2ufix64_z(3.25f, 2), 13, "float2ufix64_z7");
Expand Down
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