| /src/lib/libm/ld128/ |
| s_cospil.c | 49 long double ai, ar, ax, c; local
51 ax = fabsl(x);
53 if (ax <= 1) {
54 if (ax < 0.25) {
55 if (ax < 0x1p-60) {
59 return (__kernel_cospil(ax));
62 if (ax < 0.5)
63 c = __kernel_sinpil(0.5 - ax);
64 else if (ax < 0.75) {
65 if (ax == 0.5
[all...] |
| s_sinpil.c | 49 long double ai, ar, ax, hi, lo, s; local
51 ax = fabsl(x);
53 if (ax < 1) {
54 if (ax < 0.25) {
55 if (ax < 0x1p-60) {
66 s = __kernel_sinpil(ax);
70 if (ax < 0.5)
71 s = __kernel_cospil(0.5 - ax);
72 else if (ax < 0.75)
73 s = __kernel_cospil(ax - 0.5)
[all...] |
| /src/external/gpl3/gcc/dist/libgcc/config/rl78/ |
| trampoline.S | 46 movw ax, !trampoline_chain_\n
47 movw r14, ax
48 movw ax, !trampoline_addr_\n
49 br ax
86 1: movw ax, [hl + TO_ADDR]
87 cmpw ax, #0
90 movw ax, hl
91 addw ax, #TO_SIZE
92 movw hl, ax
93 cmpw ax, #trampoline_array_en
[all...] |
| mulsi3.S | 31 ; AX op2L res32L res32H
38 ; AX op2L
54 movw ax, r16
55 push ax
56 movw ax, r18
57 push ax
60 push ax
64 clrw ax
65 movw r8, ax
66 movw r16, ax
[all...] |
| divmodsi.S | 34 movw ax, [sp+8]
35 movw de, ax
36 movw ax, [sp+10]
38 movw hl, ax
42 movw ax, [sp+6]
44 movw bc, ax
45 movw ax, [sp+4]
55 movw r8, ax
56 movw ax, bc
57 movw r10, ax
[all...] |
| fpmath-sf.S | 41 cmpw ax, #0x7f80
73 movw ax, [de+2]
75 shrw ax, 7
76 movw bc, ax ; remember if the exponent is all zeros
77 subw ax, #127 ; exponent is now non-biased
78 movw A_EXP, ax
80 movw ax, [de]
81 movw A_FRAC_L, ax
94 movw ax, A_FRAC_L
95 shlw ax,
[all...] |
| smaxdi3.S | 31 movw ax, [sp+4]
32 movw r8, ax
33 movw ax, [sp+6]
34 movw r10, ax
35 movw ax, [sp+8]
36 movw r12, ax
37 movw ax, [sp+10]
38 movw r14, ax
41 movw ax, [sp+18]
42 cmpw ax, r1
[all...] |
| smindi3.S | 31 movw ax, [sp+4]
32 movw r8, ax
33 movw ax, [sp+6]
34 movw r10, ax
35 movw ax, [sp+8]
36 movw r12, ax
37 movw ax, [sp+10]
38 movw r14, ax
41 movw ax, [sp+18]
42 cmpw ax, r1
[all...] |
| umaxdi3.S | 31 movw ax, [sp+4]
32 movw r8, ax
33 movw ax, [sp+6]
34 movw r10, ax
35 movw ax, [sp+8]
36 movw r12, ax
37 movw ax, [sp+10]
38 movw r14, ax
41 movw ax, [sp+18]
42 cmpw ax, r1
[all...] |
| umindi3.S | 31 movw ax, [sp+4]
32 movw r8, ax
33 movw ax, [sp+6]
34 movw r10, ax
35 movw ax, [sp+8]
36 movw r12, ax
37 movw ax, [sp+10]
38 movw r14, ax
41 movw ax, [sp+18]
42 cmpw ax, r1
[all...] |
| /src/external/gpl3/gcc.old/dist/libgcc/config/rl78/ |
| trampoline.S | 46 movw ax, !trampoline_chain_\n
47 movw r14, ax
48 movw ax, !trampoline_addr_\n
49 br ax
86 1: movw ax, [hl + TO_ADDR]
87 cmpw ax, #0
90 movw ax, hl
91 addw ax, #TO_SIZE
92 movw hl, ax
93 cmpw ax, #trampoline_array_en
[all...] |
| mulsi3.S | 31 ; AX op2L res32L res32H
38 ; AX op2L
54 movw ax, r16
55 push ax
56 movw ax, r18
57 push ax
60 push ax
64 clrw ax
65 movw r8, ax
66 movw r16, ax
[all...] |
| divmodsi.S | 34 movw ax, [sp+8]
35 movw de, ax
36 movw ax, [sp+10]
38 movw hl, ax
42 movw ax, [sp+6]
44 movw bc, ax
45 movw ax, [sp+4]
55 movw r8, ax
56 movw ax, bc
57 movw r10, ax
[all...] |
| fpmath-sf.S | 41 cmpw ax, #0x7f80
73 movw ax, [de+2]
75 shrw ax, 7
76 movw bc, ax ; remember if the exponent is all zeros
77 subw ax, #127 ; exponent is now non-biased
78 movw A_EXP, ax
80 movw ax, [de]
81 movw A_FRAC_L, ax
94 movw ax, A_FRAC_L
95 shlw ax,
[all...] |
| smaxdi3.S | 31 movw ax, [sp+4]
32 movw r8, ax
33 movw ax, [sp+6]
34 movw r10, ax
35 movw ax, [sp+8]
36 movw r12, ax
37 movw ax, [sp+10]
38 movw r14, ax
41 movw ax, [sp+18]
42 cmpw ax, r1
[all...] |
| smindi3.S | 31 movw ax, [sp+4]
32 movw r8, ax
33 movw ax, [sp+6]
34 movw r10, ax
35 movw ax, [sp+8]
36 movw r12, ax
37 movw ax, [sp+10]
38 movw r14, ax
41 movw ax, [sp+18]
42 cmpw ax, r1
[all...] |
| umaxdi3.S | 31 movw ax, [sp+4]
32 movw r8, ax
33 movw ax, [sp+6]
34 movw r10, ax
35 movw ax, [sp+8]
36 movw r12, ax
37 movw ax, [sp+10]
38 movw r14, ax
41 movw ax, [sp+18]
42 cmpw ax, r1
[all...] |
| umindi3.S | 31 movw ax, [sp+4]
32 movw r8, ax
33 movw ax, [sp+6]
34 movw r10, ax
35 movw ax, [sp+8]
36 movw r12, ax
37 movw ax, [sp+10]
38 movw r14, ax
41 movw ax, [sp+18]
42 cmpw ax, r1
[all...] |
| /src/lib/libm/src/ |
| s_cospi.c | 84 double ax, c; local
89 INSERT_WORDS(ax, ix, lx);
94 if ((int)ax == 0)
97 return (__kernel_cospi(ax));
101 c = __kernel_sinpi(0.5 - ax);
103 if (ax == 0.5)
105 c = -__kernel_sinpi(ax - 0.5);
107 c = -__kernel_cospi(1 - ax);
112 FFLOOR(x, jj0, ix, lx); /* Integer part of ax. */
113 ax -= x
[all...] |
| s_cospif.c | 50 float ax, c; local
55 SET_FLOAT_WORD(ax, ix);
61 if ((int)ax == 0)
64 return (__kernel_cospif(ax));
68 c = __kernel_sinpif(0.5F - ax);
72 c = -__kernel_sinpif(ax - 0.5F);
74 c = -__kernel_cospif(1 - ax);
79 FFLOORF(x, jj0, ix); /* Integer part of ax. */
80 ax -= x;
81 GET_FLOAT_WORD(ix, ax);
[all...] |
| /src/lib/libm/ld80/ |
| s_cospil.c | 48 long double ax, c; local
55 INSERT_LDBL80_WORDS(ax, ix, lx);
65 RETURNI(__kernel_cospil(ax));
69 c = __kernel_sinpil(0.5 - ax);
71 if (ax == 0.5)
73 c = -__kernel_sinpil(ax - 0.5);
75 c = -__kernel_cospil(1 - ax);
80 FFLOORL80(x, j0, ix, lx); /* Integer part of ax. */
81 ax -= x;
82 EXTRACT_LDBL80_WORDS(ix, lx, ax);
[all...] |
| s_sinpil.c | 50 long double ax, hi, lo, s; local
57 INSERT_LDBL80_WORDS(ax, ix, lx);
74 s = __kernel_sinpil(ax);
79 s = __kernel_cospil(0.5 - ax);
81 s = __kernel_cospil(ax - 0.5);
83 s = __kernel_sinpil(1 - ax);
88 FFLOORL80(x, j0, ix, lx); /* Integer part of ax. */
89 ax -= x;
90 EXTRACT_LDBL80_WORDS(ix, lx, ax);
97 s = __kernel_sinpil(ax);
[all...] |
| /src/external/gpl3/gdb.old/dist/gdb/ |
| ax-gdb.c | 30 #include "ax.h"
31 #include "ax-gdb.h"
52 Then look at the types and enums in ax-gdb.h. For the code itself,
86 static void gen_offset (struct agent_expr *ax, int offset);
88 static void gen_var_ref (struct agent_expr *ax, struct axs_value *value,
92 static void gen_int_literal (struct agent_expr *ax,
96 static void gen_usual_unary (struct agent_expr *ax, struct axs_value *value);
99 static void gen_conversion (struct agent_expr *ax,
102 static void gen_usual_arithmetic (struct agent_expr *ax,
105 static void gen_integral_promotions (struct agent_expr *ax,
[all...] |
| /src/external/gpl3/gdb/dist/gdb/ |
| ax-gdb.c | 30 #include "ax.h"
31 #include "ax-gdb.h"
52 Then look at the types and enums in ax-gdb.h. For the code itself,
86 static void gen_offset (struct agent_expr *ax, int offset);
88 static void gen_var_ref (struct agent_expr *ax, struct axs_value *value,
92 static void gen_int_literal (struct agent_expr *ax,
96 static void gen_usual_unary (struct agent_expr *ax, struct axs_value *value);
99 static void gen_conversion (struct agent_expr *ax,
102 static void gen_usual_arithmetic (struct agent_expr *ax,
105 static void gen_integral_promotions (struct agent_expr *ax,
[all...] |
| /src/sys/arch/i386/stand/fatboot/ |
| fatboot.S | 73 #define set_err(err) mov $err, %ax
110 mov %ax, %ds
111 mov %ax, %es
112 mov %ax, %ss
127 mov bpb_res_sectors(%bp), %ax
141 movzbw bpb_FATs(%bp), %ax /* Count of FATs */
142 mulw bpb_FAT_secs(%bp) /* FAT size in %dx:%ax */
144 xchg %ax,%dx /* FAT size now in %edx */
155 mov bpb_root_dir_ents(%bp), %ax
160 adc $0, %ax /* and round up the division *
[all...] |
