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lurchlurch
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Insist on an underscore when test functions end with 64
because IMHO float2fix64_4c is more readbale than float2fix644c
1 parent a706ad6 commit 4760460

3 files changed

Lines changed: 168 additions & 168 deletions

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‎test/pico_float_test/custom_double_funcs_test.c‎

Lines changed: 97 additions & 97 deletions
Original file line numberDiff line numberDiff line change
@@ -240,83 +240,83 @@ int test() {
240240

241241
#if PICO_DOUBLE_HAS_DOUBLE_TO_FIX64_M_CONVERSIONS
242242
printf("double2fix64\n");
243-
test_checki64(double2fix64(3.5, 8), 0x380, "double2fix641");
244-
test_checki64(double2fix64(-3.5, 8), -0x380, "double2fix642");
245-
test_checki64(double2fix64(32768.0, 16), 32768ll << 16, "double2fix643");
246-
test_checki64(double2fix64(65536.0, 16), 65536ll << 16, "double2fix644");
247-
test_checki64(double2fix64(2147483648.0, 16), 2147483648ll << 16, "double2fix644b");
248-
test_checki64(double2fix64(65536.0 * 65536.0 * 32768.0, 16), INT64_MAX, "double2fix644c");
249-
test_checki64(double2fix64(INFINITY, 16), INT64_MAX, "double2fix645");
250-
test_checki64(double2fix64(-INFINITY, 16), INT64_MIN, "double2fix645b");
251-
test_checki64(double2fix64(INFINITY, -16), INT64_MAX, "double2fix645c");
252-
test_checki64(double2fix64(-INFINITY, -16), INT64_MIN, "double2fix645d");
253-
test_checki64(double2fix64(INFINITY, 0), INT64_MAX, "double2fix645e");
254-
test_checki64(double2fix64(-INFINITY, 0), INT64_MIN, "double2fix645f");
255-
test_checki64(double2fix64(3.24999, 2), 12, "double2fix646");
256-
test_checki64(double2fix64(3.25, 2), 13, "double2fix647");
257-
test_checki64(double2fix64(-3.24999, 2), -13, "double2fix648");
258-
test_checki64(double2fix64(-3.25, 2), -13, "double2fix649");
259-
test_checki64(double2fix64(-3.0, -1), -2, "double2fix6410"); // not very useful
260-
test_checki64(double2fix64(2147483648.0 * 2147483648.0, 16), INT64_MAX, "double2fix6411");
261-
test_checki64(double2fix64(0.0, 16), 0, "double2fix6412");
262-
test_checki64(double2fix64(0.0, -16), 0, "double2fix6412b");
263-
test_checki64(double2fix64(-0.0, 16), 0, "double2fix6413");
264-
test_checki64(double2fix64(-0.0, -16), 0, "double2fix6413b");
265-
test_checki64(double2fix64(-3.25, 40), -13ll * (1ll << 38), "double2fix6414");
243+
test_checki64(double2fix64(3.5, 8), 0x380, "double2fix64_1");
244+
test_checki64(double2fix64(-3.5, 8), -0x380, "double2fix64_2");
245+
test_checki64(double2fix64(32768.0, 16), 32768ll << 16, "double2fix64_3");
246+
test_checki64(double2fix64(65536.0, 16), 65536ll << 16, "double2fix64_4");
247+
test_checki64(double2fix64(2147483648.0, 16), 2147483648ll << 16, "double2fix64_4b");
248+
test_checki64(double2fix64(65536.0 * 65536.0 * 32768.0, 16), INT64_MAX, "double2fix64_4c");
249+
test_checki64(double2fix64(INFINITY, 16), INT64_MAX, "double2fix64_5");
250+
test_checki64(double2fix64(-INFINITY, 16), INT64_MIN, "double2fix64_5b");
251+
test_checki64(double2fix64(INFINITY, -16), INT64_MAX, "double2fix64_5c");
252+
test_checki64(double2fix64(-INFINITY, -16), INT64_MIN, "double2fix64_5d");
253+
test_checki64(double2fix64(INFINITY, 0), INT64_MAX, "double2fix64_5e");
254+
test_checki64(double2fix64(-INFINITY, 0), INT64_MIN, "double2fix64_5f");
255+
test_checki64(double2fix64(3.24999, 2), 12, "double2fix64_6");
256+
test_checki64(double2fix64(3.25, 2), 13, "double2fix64_7");
257+
test_checki64(double2fix64(-3.24999, 2), -13, "double2fix64_8");
258+
test_checki64(double2fix64(-3.25, 2), -13, "double2fix64_9");
259+
test_checki64(double2fix64(-3.0, -1), -2, "double2fix64_10"); // not very useful
260+
test_checki64(double2fix64(2147483648.0 * 2147483648.0, 16), INT64_MAX, "double2fix64_11");
261+
test_checki64(double2fix64(0.0, 16), 0, "double2fix64_12");
262+
test_checki64(double2fix64(0.0, -16), 0, "double2fix64_12b");
263+
test_checki64(double2fix64(-0.0, 16), 0, "double2fix64_13");
264+
test_checki64(double2fix64(-0.0, -16), 0, "double2fix64_13b");
265+
test_checki64(double2fix64(-3.25, 40), -13ll * (1ll << 38), "double2fix64_14");
266266
u64d.u = 0xc00a000000000001;
267-
test_checki64(double2fix64(u64d.d, 40), -13ll * (1ll << 38) - 1ll, "double2fix6414b");
267+
test_checki64(double2fix64(u64d.d, 40), -13ll * (1ll << 38) - 1ll, "double2fix64_14b");
268268

269269
u64d.u = 0xc00a000080000001;
270-
test_checki64(double2fix64(u64d.d, 20), -13ll * (1ll << 18) - 2ll, "double2fix6414c");
270+
test_checki64(double2fix64(u64d.d, 20), -13ll * (1ll << 18) - 2ll, "double2fix64_14c");
271271
u64d.u = 0xc00a000080000000;
272-
test_checki64(double2fix64(u64d.d, 20), -13ll * (1ll << 18) - 1ll, "double2fix6414d");
272+
test_checki64(double2fix64(u64d.d, 20), -13ll * (1ll << 18) - 1ll, "double2fix64_14d");
273273
u64d.u = 0xc00a000000000001;
274-
test_checki64(double2fix64(u64d.d, 20), -13ll * (1ll << 18) - 1ll, "double2fix6414e");
274+
test_checki64(double2fix64(u64d.d, 20), -13ll * (1ll << 18) - 1ll, "double2fix64_14e");
275275
u64d.u = 0xc00a000000000000;
276-
test_checki64(double2fix64(u64d.d, 20), -13ll * (1ll << 18), "double2fix6414f");
276+
test_checki64(double2fix64(u64d.d, 20), -13ll * (1ll << 18), "double2fix64_14f");
277277

278278
u64d.u = 0xc00a000080000001;
279-
test_checki64(double2fix64(u64d.d, 19), -13ll * (1ll << 17) - 1ll, "double2fix6414g");
279+
test_checki64(double2fix64(u64d.d, 19), -13ll * (1ll << 17) - 1ll, "double2fix64_14g");
280280
u64d.u = 0xc00a000080000000;
281-
test_checki64(double2fix64(u64d.d, 19), -13ll * (1ll << 17) - 1ll, "double2fix6414h");
281+
test_checki64(double2fix64(u64d.d, 19), -13ll * (1ll << 17) - 1ll, "double2fix64_14h");
282282
u64d.u = 0xc00a000000000001;
283-
test_checki64(double2fix64(u64d.d, 19), -13ll * (1ll << 17) - 1ll, "double2fix6414i");
283+
test_checki64(double2fix64(u64d.d, 19), -13ll * (1ll << 17) - 1ll, "double2fix64_14i");
284284
u64d.u = 0xc00a000000000000;
285-
test_checki64(double2fix64(u64d.d, 19), -13ll * (1ll << 17), "double2fix6414j");
285+
test_checki64(double2fix64(u64d.d, 19), -13ll * (1ll << 17), "double2fix64_14j");
286286
u64d.u = 0x7fe0000000012345ull;
287-
test_checki64(double2fix64(u64d.d, 0), INT64_MAX, "double2fix6415a");
288-
test_checki64(double2fix64(u64d.d, 1), INT64_MAX, "double2fix6415b");
289-
test_checki64(double2fix64(u64d.d, 2), INT64_MAX, "double2fix6415c");
287+
test_checki64(double2fix64(u64d.d, 0), INT64_MAX, "double2fix64_15a");
288+
test_checki64(double2fix64(u64d.d, 1), INT64_MAX, "double2fix64_15b");
289+
test_checki64(double2fix64(u64d.d, 2), INT64_MAX, "double2fix64_15c");
290290
u64d.u = 0xffe0000000012345ull;
291-
test_checki64(double2fix64(u64d.d, 0), INT64_MIN, "double2fix6416a");
292-
test_checki64(double2fix64(u64d.d, 1), INT64_MIN, "double2fix6416b");
293-
test_checki64(double2fix64(u64d.d, 2), INT64_MIN, "double2fix6416c");
291+
test_checki64(double2fix64(u64d.d, 0), INT64_MIN, "double2fix64_16a");
292+
test_checki64(double2fix64(u64d.d, 1), INT64_MIN, "double2fix64_16b");
293+
test_checki64(double2fix64(u64d.d, 2), INT64_MIN, "double2fix64_16c");
294294

295295
printf("double2ufix64\n");
296-
test_checku64(double2ufix64(3.5, 8), 0x380, "double2ufix641");
297-
test_checku64(double2ufix64(-3.5, 8), 0, "double2ufix642");
298-
test_checku64(double2ufix64(32768.0, 16), 32768ull << 16, "double2ufix643");
299-
test_checku64(double2ufix64(65536.0, 16), 65536ull << 16, "double2ufix644");
300-
test_checku64(double2ufix64(2147483648.0, 16), 2147483648ull << 16, "double2ufix644b");
301-
test_checku64(double2ufix64(INFINITY, 16), UINT64_MAX, "double2ufix645");
302-
test_checku64(double2ufix64(-INFINITY, 16), 0, "double2ufix645b");
303-
test_checku64(double2ufix64(INFINITY, -16), UINT64_MAX, "double2ufix645c");
304-
test_checku64(double2ufix64(-INFINITY, -16), 0, "double2ufix645d");
305-
test_checku64(double2ufix64(INFINITY, 0), UINT64_MAX, "double2ufix645e");
306-
test_checku64(double2ufix64(-INFINITY, 0), 0, "double2ufix645f");
307-
test_checku64(double2ufix64(3.24999, 2), 12, "double2ufix646");
308-
test_checku64(double2ufix64(3.25, 2), 13, "double2ufix647");
309-
test_checku64(double2ufix64(3.0, -1), 1, "double2ufix648"); // not very useful
310-
test_checku64(double2ufix64(0.0, 16), 0, "double2ufix649");
311-
test_checku64(double2ufix64(-0.0, 16), 0, "double2ufix6410");
296+
test_checku64(double2ufix64(3.5, 8), 0x380, "double2ufix64_1");
297+
test_checku64(double2ufix64(-3.5, 8), 0, "double2ufix64_2");
298+
test_checku64(double2ufix64(32768.0, 16), 32768ull << 16, "double2ufix64_3");
299+
test_checku64(double2ufix64(65536.0, 16), 65536ull << 16, "double2ufix64_4");
300+
test_checku64(double2ufix64(2147483648.0, 16), 2147483648ull << 16, "double2ufix64_4b");
301+
test_checku64(double2ufix64(INFINITY, 16), UINT64_MAX, "double2ufix64_5");
302+
test_checku64(double2ufix64(-INFINITY, 16), 0, "double2ufix64_5b");
303+
test_checku64(double2ufix64(INFINITY, -16), UINT64_MAX, "double2ufix64_5c");
304+
test_checku64(double2ufix64(-INFINITY, -16), 0, "double2ufix64_5d");
305+
test_checku64(double2ufix64(INFINITY, 0), UINT64_MAX, "double2ufix64_5e");
306+
test_checku64(double2ufix64(-INFINITY, 0), 0, "double2ufix64_5f");
307+
test_checku64(double2ufix64(3.24999, 2), 12, "double2ufix64_6");
308+
test_checku64(double2ufix64(3.25, 2), 13, "double2ufix64_7");
309+
test_checku64(double2ufix64(3.0, -1), 1, "double2ufix64_8"); // not very useful
310+
test_checku64(double2ufix64(0.0, 16), 0, "double2ufix64_9");
311+
test_checku64(double2ufix64(-0.0, 16), 0, "double2ufix64_10");
312312
u64d.u = 0x7fe0000000012345ull;
313-
test_checku64(double2ufix64(u64d.d, 0), UINT64_MAX, "double2ufix6411a");
314-
test_checku64(double2ufix64(u64d.d, 1), UINT64_MAX, "double2ufix6411b");
315-
test_checku64(double2ufix64(u64d.d, 2), UINT64_MAX, "double2ufix6411c");
313+
test_checku64(double2ufix64(u64d.d, 0), UINT64_MAX, "double2ufix64_11a");
314+
test_checku64(double2ufix64(u64d.d, 1), UINT64_MAX, "double2ufix64_11b");
315+
test_checku64(double2ufix64(u64d.d, 2), UINT64_MAX, "double2ufix64_11c");
316316
u64d.u = 0xffe0000000012345ull;
317-
test_checku64(double2ufix64(u64d.d, 0), 0, "double2ufix6412a");
318-
test_checku64(double2ufix64(u64d.d, 1), 0, "double2ufix6412b");
319-
test_checku64(double2ufix64(u64d.d, 2), 0, "double2ufix6412c");
317+
test_checku64(double2ufix64(u64d.d, 0), 0, "double2ufix64_12a");
318+
test_checku64(double2ufix64(u64d.d, 1), 0, "double2ufix64_12b");
319+
test_checku64(double2ufix64(u64d.d, 2), 0, "double2ufix64_12c");
320320
#endif
321321

322322
#if PICO_DOUBLE_HAS_DOUBLE_TO_FIX32_Z_CONVERSIONS
@@ -518,53 +518,53 @@ int test() {
518518

519519
#if PICO_DOUBLE_HAS_DOUBLE_TO_INT64_M_CONVERSIONS
520520
printf("double2int64\n");
521-
test_checki64(double2int64(0.0), 0, "double2int641");
522-
test_checki64(double2int64(0.25), 0, "double2int641b");
523-
test_checki64(double2int64(0.5), 0, "double2int642");
524-
test_checki64(double2int64(0.75), 0, "double2int642b");
525-
test_checki64(double2int64(1.0), 1, "double2int643");
526-
test_checki64(double2int64(-10.0), -10, "double2int643b");
527-
test_checki64(double2int64(-0.0), 0, "double2int643c");
528-
test_checki64(double2int64(-0.25), -1, "double2int644");
529-
test_checki64(double2int64(-0.5), -1, "double2int644b");
530-
test_checki64(double2int64(-0.75), -1, "double2int645");
531-
test_checki64(double2int64(-1.0), -1, "double2int645b");
521+
test_checki64(double2int64(0.0), 0, "double2int64_1");
522+
test_checki64(double2int64(0.25), 0, "double2int64_1b");
523+
test_checki64(double2int64(0.5), 0, "double2int64_2");
524+
test_checki64(double2int64(0.75), 0, "double2int64_2b");
525+
test_checki64(double2int64(1.0), 1, "double2int64_3");
526+
test_checki64(double2int64(-10.0), -10, "double2int64_3b");
527+
test_checki64(double2int64(-0.0), 0, "double2int64_3c");
528+
test_checki64(double2int64(-0.25), -1, "double2int64_4");
529+
test_checki64(double2int64(-0.5), -1, "double2int64_4b");
530+
test_checki64(double2int64(-0.75), -1, "double2int64_5");
531+
test_checki64(double2int64(-1.0), -1, "double2int64_5b");
532532
// todo test correct rounding around maximum precision
533-
test_checki64(double2int64(2147483647.0), INT32_MAX, "double2int646");
534-
test_checki64(double2int64(21474836470.0), 21474836470ll, "double2int647");
535-
test_checki64(double2int64(-2147483648.0), INT32_MIN, "double2int648");
536-
test_checki64(double2int64(-21474836480.0), -21474836480ll, "double2int649");
537-
test_checki64(double2int64(-2.5), -3, "double2int6410");
538-
test_checki64(double2int64(-2.4), -3, "double2int6411");
533+
test_checki64(double2int64(2147483647.0), INT32_MAX, "double2int64_6");
534+
test_checki64(double2int64(21474836470.0), 21474836470ll, "double2int64_7");
535+
test_checki64(double2int64(-2147483648.0), INT32_MIN, "double2int64_8");
536+
test_checki64(double2int64(-21474836480.0), -21474836480ll, "double2int64_9");
537+
test_checki64(double2int64(-2.5), -3, "double2int64_10");
538+
test_checki64(double2int64(-2.4), -3, "double2int64_11");
539539
u64d.u = 0xc000000000000000ull;
540-
test_checki64(double2int64(u64d.d), -2, "double2int6412");
540+
test_checki64(double2int64(u64d.d), -2, "double2int64_12");
541541
u64d.u = 0xc008000000000000ull;
542-
test_checki64(double2int64(u64d.d), -3, "double2int6412b");
542+
test_checki64(double2int64(u64d.d), -3, "double2int64_12b");
543543
u64d.u = 0xc000000000000001ull;
544-
test_checki64(double2int64(u64d.d), -3, "double2int6412c");
544+
test_checki64(double2int64(u64d.d), -3, "double2int64_12c");
545545
u64d.u = 0xc000000080000000ull;
546-
test_checki64(double2int64(u64d.d), -3, "double2int6412d");
546+
test_checki64(double2int64(u64d.d), -3, "double2int64_12d");
547547
u64d.u = 0xc000000100000000ull;
548-
test_checki64(double2int64(u64d.d), -3, "double2int6412e");
548+
test_checki64(double2int64(u64d.d), -3, "double2int64_12e");
549549
u64d.u = 0xc000000100000001ull;
550-
test_checki64(double2int64(u64d.d), -3, "double2int6412f");
551-
test_checki64(double2int64(make_positive_denormal_double()), 0, "double2int6413");
552-
test_checki64(double2int64(make_negative_denormal_double()), 0, "double2int6414");
550+
test_checki64(double2int64(u64d.d), -3, "double2int64_12f");
551+
test_checki64(double2int64(make_positive_denormal_double()), 0, "double2int64_13");
552+
test_checki64(double2int64(make_negative_denormal_double()), 0, "double2int64_14");
553553

554554
printf("double2uint64\n");
555-
test_checku64(double2uint64(0.0), 0, "double2uint641");
556-
test_checku64(double2uint64(0.25), 0, "double2uint642");
557-
test_checku64(double2uint64(0.5), 0, "double2uint643");
558-
test_checku64(double2uint64(0.75), 0, "double2uint644");
559-
test_checku64(double2uint64(1.0), 1, "double2uint645");
560-
test_checku64(double2uint64(2147483647.0), INT32_MAX, "double2uint646");
561-
test_checku64(double2uint64(2147483648.0), INT32_MAX+1u, "double2uint647");
555+
test_checku64(double2uint64(0.0), 0, "double2uint64_1");
556+
test_checku64(double2uint64(0.25), 0, "double2uint64_2");
557+
test_checku64(double2uint64(0.5), 0, "double2uint64_3");
558+
test_checku64(double2uint64(0.75), 0, "double2uint64_4");
559+
test_checku64(double2uint64(1.0), 1, "double2uint64_5");
560+
test_checku64(double2uint64(2147483647.0), INT32_MAX, "double2uint64_6");
561+
test_checku64(double2uint64(2147483648.0), INT32_MAX+1u, "double2uint64_7");
562562
// todo test correct rounding around maximum precision
563-
test_checku64(double2uint64(4294967294.5), 4294967294ull, "double2uint648");
564-
test_checku64(double2uint64(4294967295.0), 4294967295ull, "double2uint649");
565-
test_checku64(double2uint64(42949672950.0), 42949672950, "double2uint6410");
566-
test_checku64(double2uint64(make_positive_denormal_double()), 0, "double2uint6411");
567-
test_checku64(double2uint64(make_negative_denormal_double()), 0, "double2uint6412");
563+
test_checku64(double2uint64(4294967294.5), 4294967294ull, "double2uint64_8");
564+
test_checku64(double2uint64(4294967295.0), 4294967295ull, "double2uint64_9");
565+
test_checku64(double2uint64(42949672950.0), 42949672950, "double2uint64_10");
566+
test_checku64(double2uint64(make_positive_denormal_double()), 0, "double2uint64_11");
567+
test_checku64(double2uint64(make_negative_denormal_double()), 0, "double2uint64_12");
568568
#endif
569569

570570
#if PICO_DOUBLE_HAS_DOUBLE_TO_INT32_Z_CONVERSIONS

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