- UOP.000 - ?000?
- UOP.010 - ?010?
- UOP.020 - ?020?
- UOP.025 - ?025?
- UOP.028 - ?028?
- UOP.029 - ?029?
- UOP.034 - ?034?
- UOP.035 - ?035?
- UOP.036 - ?036?
- UOP.03B - ?03B?
- UOP.03D - ?03D?
- UOP.03E - ?03E?
- UOP.040 - ?040?
- UOP.070 - ?070?
- UOP.0A0 - ?0A0?
- UOP.0A1 - ?0A1?
- UOP.0A5 - ?0A5?
- UOP.0B0 - ?0B0?
- UOP.0B1 - ?0B1?
- UOP.0B2 - ?0B2?
- UOP.0B3 - ?0B3?
- UOP.0B6 - ?0B6?
- UOP.0B9 - ?0B9?
- UOP.0C0 - ?0C0?
- UOP.0D1 - ?0D1?
- UOP.0D2 - ?0D2?
- UOP.0D4 - ?0D4?
- UOP.0D8 - ?0D8?
- UOP.0E3 - ?0E3?
- UOP.0E4 - ?0E4?
- UOP.120 - ?120?
- UOP.121 - ?121?
- UOP.122 - ?122?
- UOP.124 - ?124?
- UOP.130 - ?130?
- UOP.131 - ?131?
- UOP.132 - ?132?
- UOP.134 - ?134?
- UOP.135 - ?135?
- UOP.136 - ?136?
- UOP.1C1 - ?1C1?
- UOP.1C4 - ?1C4?
- UOP.1C8 - ?1C8?
- UOP.1C9 - ?1C9?
- UOP.1CA - ?1CA?
- UOP.200 - ?200?
- UOP.201 - ?201?
- UOP.202 - ?202?
- UOP.203 - ?203?
- UOP.204 - ?204?
- UOP.205 - ?205?
- UOP.206 - ?206?
- UOP.207 - ?207?
- UOP.208 - ?208?
- UOP.209 - ?209?
- UOP.20A - ?20A?
- UOP.220 - ?220?
- UOP.221 - ?221?
- UOP.229 - ?229?
- UOP.22A - ?22A?
- UOP.22B - ?22B?
- UOP.22C - ?22C?
- UOP.22D - ?22D?
- UOP.292 - ?292?
- UOP.298 - ?298?
- UOP.42C - ?42C?
- UOP.42D - ?42D?
- UOP.42E - ?42E?
- UOP.42F - ?42F?
- UOP.465 - ?465?
- UOP.4AC - ?42C?
- UOP.4AD - ?42D?
- UOP.4E7 - ?467?
- UOP.52F - ?42F?
- UOP.565 - ?465?
- UOP.56D - ?46D?
- UOP.62C - ?42C?
- UOP.62E - ?42E?
- UOP.633 - ?433?
- UOP.641 - ?441?
- UOP.660 - ?460?
- UOP.665 - ?465?
- UOP.66A - ?46A?
- UOP.66D - ?46D?
- UOP.66E - ?46E?
- UOP.6E0 - ?460?
- UOP.733 - ?433?
- UOP.760 - ?460?
- UOP.767 - ?467?
- UOP.76A - ?46A?
- UOP.76D - ?46D?
- UOP.76E - ?46E?
- UOP.7E0 - ?460?
- UOP.7E9 - ?469?
- UOP.7EA - ?46A?
- UOP.7EE - ?46E?
- UOP.C0B - ?C0A?
- UOP.C18 - ?C08?
- UOP.C44 - ?C04?
- UOP.C48 - ?C08?
- UOP.C4B - ?C0A?
- UOP.CC1 - ?C00?
- UOP.CC9 - ?C08?
- UOP.CCB - ?C0A?
- UOP.CCC - ?C0C?
- UOP.CCD - ?C0C?
- UOP.D4B - ?C0A?
- UOP.E41 - ?C00?
- UOP.F0B - ?C0A?
Grouping:
- 400-7FF likely have functional mask C7F
- 800-FFF likely have functional mask C0E
UOP.000 - ?000?
(000 masked with FFF is 000, unmasked 000 )Listings of known usage in the MSROM:
BOM UOP.000 (ALIAS.014 , ALIAS.014 ) BOM UOP.000 (ALIAS.014 , ALIAS.014 , U2.08) CONST.0 = UOP.000 (CONST.0 , CONST.0 ) UOP.000 (ALIAS.014 , ALIAS.014 ) UOP.000 (ALIAS.014 , ALIAS.014 , U2.08)
UOP.010 - ?010?
(010 masked with FFF is 010, unmasked 000 )
Listings of known usage in the MSROM:
UOP.010 (CONST , loc_12BD , IA.11) ; JECXZ? Jumps if ECX_10 == 0 ? Or maybe something else UOP.010 (CONST , loc_166E , IA.11) ; JECXZ? Jumps if ECX_10 == 0 ? Or maybe something else UOP.010 (CONST , loc_1718 , IA.11) ; JECXZ? Jumps if ECX_10 == 0 ? Or maybe something else UOP.010 (CONST , loc_243D , IA.11) ; JECXZ? Jumps if ECX_10 == 0 ? Or maybe something else UOP.010 (CONST , loc_2A90 , IA.11) ; JECXZ? Jumps if ECX_10 == 0 ? Or maybe something else UOP.010 (CONST , loc_CF9 , IA.11) ; JECXZ? Jumps if ECX_10 == 0 ? Or maybe something else UOP.010 (CONST , @MACRO_rep_movsb_movsw_movsd_fastpath_exit, IA.11) ; JECXZ? Jumps if ECX_10 == 0 ? Or maybe something else
UOP.020 - ?020?
(020 masked with FFF is 020, unmasked 000 )
Listings of known usage in the MSROM:
EOM.Fl3 ST0 = UOP.020 (CONST.00.032 , TMP0 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 EOM.Fl3 ST0 = UOP.020 (CONST.0 , TMP0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 EOM.Fl3 ST0 = UOP.020 (CONST.0 , TMP4 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 EOM.Fl3 ST7 = UOP.020 (CONST.00.012 , TMP0 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 EOM.Fl3 ST7 = UOP.020 (CONST.00.012 , TMP0 , U2.C9) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 EOM.Fl3 ST7 = UOP.020 (CONST.00.01A , TMP1 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 EOM.Fl3 UOP.020 (CONST.00.032 , CONST.00.032 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 EOM.Fl3 UOP.020 (CONST.00.0B1 , ST0 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 EOM.Fl3 UOP.020 (CONST.00.0B1 , ST0 , U2.A0) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 EOM.Fl3 UOP.020 (CONST.0 , CONST.0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 EOM.Fl3 UOP.020 (CONST.0 , CONST.0 , U2.49) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 EOM UOP.020 (CONST.0 , CONST.0 , U2.20) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 REG.21 = UOP.020 (CONST.0 , CONST.0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 REG.21 = UOP.020 (CONST.0 , TMP4 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 REG.23 = UOP.020 (CONST.0 , CONST.0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST0 = UOP.020 (CONST.00.014 , TMP8 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST0 = UOP.020 (CONST.00.032 , TMP0 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST0 = UOP.020 (CONST.00.034 , TMP1 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST0 = UOP.020 (CONST.0 , CONST.0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST1 = UOP.020 (CONST.00.011 , TMP8 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST1 = UOP.020 (CONST.0 , CONST.0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST1 = UOP.020 (CONST.0 , TMP0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST1 = UOP.020 (CONST.0 , TMP1 , U2.49) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST1 = UOP.020 (CONST.0 , TMP2 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST2 = UOP.020 (CONST.0 , CONST.0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST3 = UOP.020 (CONST.0 , CONST.0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST4 = UOP.020 (CONST.0 , CONST.0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST5 = UOP.020 (CONST.0 , CONST.0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST6 = UOP.020 (CONST.0 , CONST.0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST6 = UOP.020 (TMP0 , TMP1 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST7 = UOP.020 (CONST.00.012 , ST0 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST7 = UOP.020 (CONST.00.012 , TMP8 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST7 = UOP.020 (CONST.00.014 , TMP1 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST7 = UOP.020 (CONST.00.014 , TMP1 , U2.A0) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST7 = UOP.020 (CONST.00.014 , TMPB , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST7 = UOP.020 (CONST.00.03C , ST7 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST7 = UOP.020 (CONST.0 , CONST.0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST(i) = UOP.020 (CONST.00.011 , TMP8 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 ST(i) = UOP.020 (CONST.00.014 , TMP8 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 TMP0 = UOP.020 (CONST.0 , ST0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 TMP0 = UOP.020 (CONST.0 , TMP1 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 TMP0 = UOP.020 (CONST.0 , TMPA ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 TMP1 = UOP.020 (CONST.0 , TMP1 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 TMP1 = UOP.020 (CONST.0 , TMP2 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 TMP1 = UOP.020 (CONST.0 , TMPB ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 TMP4 = UOP.020 (CONST.0 , REG.21 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 TMP8 = UOP.020 (CONST.0 , REG.23 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 TMP8 = UOP.020 (CONST.0 , ST0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 TMP8 = UOP.020 (CONST.0 , TMP0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 TMPA = UOP.020 (CONST.0 , REG.23 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 TMPB = UOP.020 (CONST.0 , CONST.0 ) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 UOP.020 (CONST.00.024 , ST0 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 UOP.020 (CONST.00.0B1 , ST0 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 UOP.020 (CONST.00.0B4 , ST0 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 UOP.020 (CONST.00.0B4 , ST7 , U2.80) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 UOP.020 (CONST.0 , CONST.0 , U2.49) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1 UOP.020 (CONST.0 , CONST.0 , U2.4B) ; Probably FP stack pop and commit ▒ pops ST(0) off the x87 register stack; opcode selector in src1
UOP.025 - ?025?
(025 masked with FFF is 025, unmasked 000 )
Listings of known usage in the MSROM:
TMP6 = UOP.025 (TMP5 , ST7 ) TMP7 = UOP.025 (TMP5 , ST0 ) TMP7 = UOP.025 (TMP5 , ST1 ) TMP7 = UOP.025 (TMP5 , ST2 ) TMP7 = UOP.025 (TMP5 , ST3 ) TMP7 = UOP.025 (TMP5 , ST4 ) TMP7 = UOP.025 (TMP5 , ST5 ) TMP7 = UOP.025 (TMP5 , ST6 ) TMPA = UOP.025 (TMP0 , TMP1 )
UOP.028 - ?028?
(028 masked with FFF is 028, unmasked 000 )
Listings of known usage in the MSROM:
TMP2 = UOP.028 (TMP1 , TMP4 ) TMP2 = UOP.028 (TMP3 , TMP1 ) TMP6 = UOP.028 (TMP0 , TMP1 ) TMP8 = UOP.028 (TMP8 , TMP2 ) TMP8 = UOP.028 (TMP8 , TMP3 )
UOP.029 - ?029?
(029 masked with FFF is 029, unmasked 000 )
Listings of known usage in the MSROM:
ST7 = UOP.029 (TMP0 , TMP1 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMP0 = UOP.029 (TMPA , TMPA ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMP1 = UOP.029 (REG.23 , REG.23 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMP1 = UOP.029 (ST0 , ST0 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMP1 = UOP.029 (TMPB , TMPB ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMP2 = UOP.029 (ST0 , ST0 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMP2 = UOP.029 (TMPA , TMPA ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMP2 = UOP.029 (TMPB , TMPA ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMP3 = UOP.029 (TMPA , TMPA ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMP3 = UOP.029 (TMPB , TMPB ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMP4 = UOP.029 (TMP0 , TMP0 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMP4 = UOP.029 (TMPA , TMPA ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMP4 = UOP.029 (TMPB , TMPB ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMPB = UOP.029 (TMP1 , TMP1 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMPC = UOP.029 (TMP0 , TMP0 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMPC = UOP.029 (TMP0 , TMP1 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMPC = UOP.029 (TMP0 , TMP1 , U2.08) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMPD = UOP.029 (ST0 , ST0 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMPD = UOP.029 (TMP1 , TMP1 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMPD = UOP.029 (TMP2 , TMP2 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMPE = UOP.029 (ST0 , ST0 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMPE = UOP.029 (ST0 , ST1 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMPE = UOP.029 (TMP0 , TMP0 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMPE = UOP.029 (TMP0 , TMP1 ) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word TMPE = UOP.029 (TMP0 , TMP1 , U2.08) ; Probably FP special-value classifier ▒ tests src for zero, denormal, NaN, infinity; returns flag word
UOP.034 - ?034?
(034 masked with FFF is 034, unmasked 000 )
Listings of known usage in the MSROM:
TMP0 = UOP.034 (CONST.0E.102 , CONST.0E.102 ) TMP0 = UOP.034 (CONST.0E.102 , TMP5 ) TMP0 = UOP.034 (CONST.0E.102 , TMPB ) UOP.034 (CONST.0E.102 , CONST.0E.102 ) UOP.034 (CONST.0E.102 , CONST.0E.102 , U2.28) UOP.034 (CONST.0E.102 , TMPB )
UOP.035 - ?035?
(035 masked with FFF is 035, unmasked 000 )
Listings of known usage in the MSROM:
TMP6 = UOP.035 (TMP9 , CONST.16.001 )
UOP.036 - ?036?
(036 masked with FFF is 036, unmasked 000 )
Listings of known usage in the MSROM:
TMP2 = UOP.036 (TMP5 , CONST.16.004 ) TMP2 = UOP.036 (TMP9 , CONST.16.001 ) TMP2 = UOP.036 (TMP9 , CONST.16.00C ) TMP3 = UOP.036 (TMP7 , CONST.16 ) TMP3 = UOP.036 (TMP9 , CONST.16.00B ) TMP4 = UOP.036 (TMP9 , CONST.16.005 ) TMP8 = UOP.036 (TMP9 , CONST.16.002 ) TMP8 = UOP.036 (TMP9 , CONST.16.003 , U2.08) TMP8 = UOP.036 (TMPE , CONST.16.007 ) TMP8 = UOP.036 (TMPE , CONST.16.009 ) TMPB = UOP.036 (TMPE , CONST.16.00A ) TMPE = UOP.036 (TMPE , CONST.16.006 )
UOP.03B - ?03B?
(03B masked with FFF is 03B, unmasked 000 )
Listings of known usage in the MSROM:
BX = UOP.03B (CONST.0 , CONST.0 )
UOP.03D - ?03D?
(03D masked with FFF is 03D, unmasked 000 )
Listings of known usage in the MSROM:
TMP1 = UOP.03D (TMP0 , TMP0 )
UOP.03E - ?03E?
(03E masked with FFF is 03E, unmasked 000 )
Listings of known usage in the MSROM:
TMP2 = UOP.03E (TMP0 , TMP0 )
UOP.040 - ?040?
(040 masked with FFF is 040, unmasked 000 )
Listings of known usage in the MSROM:
UOP.040 (CONST.10.001 , CONST.10.001 )
UOP.070 - ?070?
(070 masked with FFF is 070, unmasked 000 )
Listings of known usage in the MSROM:
UOP.070 (ST0 , ST0 , CONST.00.0F4 , U2.80) UOP.070 (ST0 , ST(i) )
UOP.0A0 - ?0A0?
(0A0 masked with FFF is 0A0, unmasked 000 )
Listings of known usage in the MSROM:
TMP1 = UOP.0A0 (CONST.0 , TMP0 ) TMP8 = UOP.0A0 (TMP0 , TMP1 )
UOP.0A1 - ?0A1?
(0A1 masked with FFF is 0A1, unmasked 000 )
Listings of known usage in the MSROM:
TMP4 = UOP.0A1 (CONST.0 , TMP3 ) TMP7 = UOP.0A1 (TMP0 , TMP1 )
UOP.0A5 - ?0A5?
(0A5 masked with FFF is 0A5, unmasked 000 )
Listings of known usage in the MSROM:
TMP2 = UOP.0A5 (CONST.0 , TMP0 ) TMP2 = UOP.0A5 (CONST.0 , TMP4 ) TMP9 = UOP.0A5 (TMP0 , TMP1 )
UOP.0B0 - ?0B0?
(0B0 masked with FFF is 0B0, unmasked 000 )
Listings of known usage in the MSROM:
UOP.0B0 (CONST.6 , EIP_30 , CS , U2.08) UOP.0B0 (CONST.6 , EIP_30 , CS , U2.28)
UOP.0B1 - ?0B1?
(0B1 masked with FFF is 0B1, unmasked 000 )
Listings of known usage in the MSROM:
UOP.0B1 (TMPB , TMPD , CONST.6 , LINSEG )
UOP.0B2 - ?0B2?
(0B2 masked with FFF is 0B2, unmasked 000 )
Listings of known usage in the MSROM:
UOP.0B2 (TMPB , TMPD , CONST.6 , LINSEG )
UOP.0B3 - ?0B3?
(0B3 masked with FFF is 0B3, unmasked 000 )
Listings of known usage in the MSROM:
UOP.0B3 (TMPB , TMPD , CONST.6 , LINSEG )
UOP.0B6 - ?0B6?
(0B6 masked with FFF is 0B6, unmasked 000 )
Listings of known usage in the MSROM:
TMPE = UOP.0B6 (CONST.6 , TMPC , LINSEG , U2.20)
UOP.0B9 - ?0B9?
(0B9 masked with FFF is 0B9, unmasked 000 )
Listings of known usage in the MSROM:
TMPE = UOP.0B9 (CONST.6 , TMPC , LINSEG , U2.20)
UOP.0C0 - ?0C0?
(0C0 masked with FFF is 0C0, unmasked 000 )
Listings of known usage in the MSROM:
REG.B8 = UOP.0C0 (REG.40 , AL , CONST.1C.060 , OA.3, U2.106)
UOP.0D1 - ?0D1?
(0D1 masked with FFF is 0D1, unmasked 000 )
Listings of known usage in the MSROM:
UOP.0D1 (TMP2 , TMP2 ) UOP.0D1 (TMP2 , TMP2 , U2.08) UOP.0D1 (TMP3 , TMP3 ) UOP.0D1 (TMP4 , TMP4 ) UOP.0D1 (TMP6 , TMP6 ) UOP.0D1 (TMPA , TMPA ) UOP.0D1 (TMPB , TMPB , U2.08)
UOP.0D2 - ?0D2?
(0D2 masked with FFF is 0D2, unmasked 000 )
Listings of known usage in the MSROM:
UOP.0D2 (CONST.0 , TMP3 ) UOP.0D2 (CONST.0 , TMPE )
UOP.0D4 - ?0D4?
(0D4 masked with FFF is 0D4, unmasked 000 )
Listings of known usage in the MSROM:
EOM.Fl2 UOP.0D4 (CONST.0 , CONST.0 ) EOM UOP.0D4 (CONST.0 , CONST.0 ) EOM UOP.0D4 (CONST.0 , CONST.0 , U2.20) UOP.0D4 (CONST.0 , CONST.0 ) UOP.0D4 (CONST.0 , CONST.0 , U2.20)
UOP.0D8 - ?0D8?
(0D8 masked with FFF is 0D8, unmasked 000 )
Listings of known usage in the MSROM:
EOM.Fl2 UOP.0D8 (CONST.0 , EIP_30 ) EOM.Fl2 UOP.0D8 (CONST.0 , TMP3 ) EOM UOP.0D8 (CONST.0 , TMP2 ) SGLUOP.Fl3 UOP.0D8 (CONST.0 , EIP_30 ) UOP.0D8 (CONST.0 , CONST.0 , U2.28) UOP.0D8 (CONST.0 , EIP_30 ) UOP.0D8 (CONST.0 , EIP_30 , U2.20) UOP.0D8 (CONST.0 , TMP0 ) UOP.0D8 (CONST.0 , TMP2 ) UOP.0D8 (CONST.0 , TMP2 , U2.08) UOP.0D8 (CONST.0 , TMP3 ) UOP.0D8 (CONST.0 , TMP3 , U2.08) UOP.0D8 (CONST.0 , TMP3 , U2.20) UOP.0D8 (CONST.0 , TMP7 ) UOP.0D8 (CONST.0 , TMP8 ) UOP.0D8 (CONST.0 , TMP9 ) UOP.0D8 (CONST.0 , TMPA , U2.20) UOP.0D8 (CONST.0 , TMPB ) UOP.0D8 (CONST.0 , TMPC ) UOP.0D8 (CONST.0 , TMPD ) UOP.0D8 (CONST.0 , TMPE ) UOP.0D8 (TMP0 , TMP3 ) UOP.0D8 (TMP1 , TMP3 ) UOP.0D8 (TMP5 , TMP1 ) UOP.0D8 (TMPB , TMP3 )
UOP.0E3 - ?0E3?
(0E3 masked with FFF is 0E3, unmasked 000 )
Listings of known usage in the MSROM:
ST0 = UOP.0E3 (TMP0 , TMP1 ) ST0 = UOP.0E3 (TMP3 , TMP2 ) ST1 = UOP.0E3 (TMP3 , TMP2 ) ST2 = UOP.0E3 (TMP3 , TMP2 ) ST3 = UOP.0E3 (TMP3 , TMP2 ) ST4 = UOP.0E3 (TMP3 , TMP2 ) ST5 = UOP.0E3 (TMP3 , TMP2 ) ST6 = UOP.0E3 (TMP3 , TMP2 ) ST7 = UOP.0E3 (TMP3 , TMP2 ) TMP1 = UOP.0E3 (CONST.0 , TMP1 )
UOP.0E4 - ?0E4?
(0E4 masked with FFF is 0E4, unmasked 000 )
Listings of known usage in the MSROM:
EOM.Fl3 ST0 = UOP.0E4 (ST0 , CONST.0 ) EOM.Fl3 ST0 = UOP.0E4 (ST0 , ST1 ) EOM.Fl3 ST0 = UOP.0E4 (ST0 , TMP0 ) ST2 = UOP.0E4 (TMP0 , TMP1 ) TMP2 = UOP.0E4 (TMP1 , TMP2 ) TMP3 = UOP.0E4 (TMP1 , TMP3 ) TMP4 = UOP.0E4 (TMP1 , TMP2 ) TMP5 = UOP.0E4 (REG.23 , TMP5 ) TMP8 = UOP.0E4 (ST0 , TMP8 ) TMP8 = UOP.0E4 (TMP2 , TMP8 ) TMP8 = UOP.0E4 (TMP3 , TMP8 ) TMP8 = UOP.0E4 (TMP4 , TMP8 ) TMP8 = UOP.0E4 (TMP8 , TMP1 )
UOP.120 - ?120?
(120 masked with FFF is 120, unmasked 000 )
Listings of known usage in the MSROM:
BOM TMP0 = UOP.120 (CONST.16.00D , CONST.16.00D ) EOM.Fl3 ST0 = UOP.120 (TMP0 , CONST.0 , U2.4D) EOM.Fl3 UOP.120 (CONST.0 , CONST.0 , U2.4D) EOM.Fl3 UOP.120 (CONST.0 , TMP4 , U2.4D) EOM.Fl3 UOP.120 (CONST.16.004 , CONST.16.004 , U2.4A) REG.23 = UOP.120 (CONST.16.001 , CONST.16.001 ) REG.23 = UOP.120 (REG.23 , TMPC , U2.08) REG.23 = UOP.120 (TMP3 , TMP3 ) REG.37 = UOP.120 (REG.37 , TMPD ) TMP0 = UOP.120 (CONST.16.00D , CONST.16.00D ) TMP2 = UOP.120 (CONST.0 , CONST.0 ) TMP2 = UOP.120 (CONST.16.001 , CONST.16.001 ) TMP2 = UOP.120 (REG_sss , TMP0 ) TMP2 = UOP.120 (TMP0 , TMPD ) TMP2 = UOP.120 (TMP2 , CONST.16.001 ) TMP2 = UOP.120 (TMP2 , TMP0 ) TMP2 = UOP.120 (TMP2 , TMP1 ) TMP2 = UOP.120 (TMP2 , TMP2 ) TMP3 = UOP.120 (CONST.0E.003 , TMP2 ) TMP3 = UOP.120 (CONST.16.010 , CONST.16.010 ) TMP3 = UOP.120 (REG.23 , REG.23 ) TMP3 = UOP.120 (TMP3 , TMP8 ) TMP4 = UOP.120 (CONST.0 , CONST.0 ) TMP4 = UOP.120 (CONST.16.008 , CONST.16.008 ) TMP4 = UOP.120 (CONST.16.00D , CONST.16.00D ) TMP4 = UOP.120 (REG.F2 , CONST.0 ) TMP4 = UOP.120 (TMP4 , TMP2 ) TMP5 = UOP.120 (CONST.16.005 , CONST.16.005 ) TMP5 = UOP.120 (CONST.16.00D , CONST.16.00D ) TMP6 = UOP.120 (CONST.0 , TMP6 ) TMP6 = UOP.120 (CONST.16.006 , CONST.16.006 ) TMP6 = UOP.120 (CONST.16.00D , CONST.16.00D ) TMP6 = UOP.120 (TMP6 , TMP6 ) TMP7 = UOP.120 (CONST.16.00D , CONST.16.00D , U2.08) TMP7 = UOP.120 (TMP7 , TMP8 ) TMP8 = UOP.120 (TMP8 , CONST.0 ) TMP8 = UOP.120 (TMP8 , CONST.16.001 ) TMP9 = UOP.120 (TMP0 , TMP1 ) TMPA = UOP.120 (TMP4 , TMPD ) TMPA = UOP.120 (TMPA , TMP3 ) TMPA = UOP.120 (TMPA , TMPD ) TMPB = UOP.120 (CONST.16.006 , CONST.16.006 ) TMPB = UOP.120 (TMPB , TMP3 ) TMPC = UOP.120 (CONST.0 , CONST.0 ) TMPC = UOP.120 (CONST.16.001 , CONST.16.001 ) TMPD = UOP.120 (TMPD , TMP1 ) TMPD = UOP.120 (TMPD , TMPC ) TMPE = UOP.120 (CONST.16.00E , CONST.16.00E , U2.20) UOP.120 (CONST.0 , CONST.0 , U2.49) UOP.120 (CONST.0 , CONST.0 , U2.4B) UOP.120 (CONST.0 , CONST.0 , U2.4D) UOP.120 (CONST.0 , TMP2 , U2.49) UOP.120 (CONST.0 , TMP2 , U2.4D) UOP.120 (CONST.0 , TMP2 , U2.50) UOP.120 (CONST.0 , TMP3 , U2.49) UOP.120 (CONST.0 , TMP4 , U2.4D) UOP.120 (CONST.0 , TMP5 , U2.59) UOP.120 (CONST.0 , TMPD , U2.49) UOP.120 (CONST.0 , TMPD , U2.5D) UOP.120 (CONST.0 , TMPE , U2.4D) UOP.120 (CONST.16.002 , CONST.16.002 , U2.49) UOP.120 (CONST.16.004 , CONST.16.004 , U2.4D) UOP.120 (CONST.16.00B , CONST.16.00B , U2.0F) UOP.120 (CONST.16.00D , CONST.16.00D , U2.4C) UOP.120 (CONST.16.010 , CONST.16.010 , U2.50)
UOP.121 - ?121?
(121 masked with FFF is 121, unmasked 000 )
Listings of known usage in the MSROM:
ST0 = UOP.121 (ST0 , TMP1 ) ST0 = UOP.121 (ST0 , TMP2 , CONST.00.032 , U2.80) ST0 = UOP.121 (ST0 , TMPE ) TMP0 = UOP.121 (ST0 , TMP3 ) TMP0 = UOP.121 (TMP0 , TMPC ) TMP0 = UOP.121 (TMP0 , TMPD ) TMP0 = UOP.121 (TMP0 , TMPE ) TMP1 = UOP.121 (CONST.0 , TMPB ) TMP1 = UOP.121 (TMP1 , TMPB ) TMP1 = UOP.121 (TMP8 , TMP5 ) TMP1 = UOP.121 (TMPA , TMP1 ) TMP2 = UOP.121 (CONST.16.003 , CONST.16.003 ) TMP2 = UOP.121 (TMP1 , TMPD ) TMP2 = UOP.121 (TMPB , TMP2 ) TMP3 = UOP.121 (TMP3 , CONST.0 ) TMP3 = UOP.121 (TMP3 , TMPC ) TMP4 = UOP.121 (TMP1 , TMPE ) TMP4 = UOP.121 (TMP2 , TMPC ) TMP5 = UOP.121 (REG.23 , TMP4 ) TMP5 = UOP.121 (TMP5 , TMP0 ) TMP5 = UOP.121 (TMP5 , TMPB ) TMP6 = UOP.121 (TMP3 , TMPD ) TMP8 = UOP.121 (REG.23 , TMP2 ) TMP8 = UOP.121 (ST0 , TMP3 ) TMP8 = UOP.121 (TMP0 , TMP1 ) TMP8 = UOP.121 (TMP8 , CONST.0 ) TMP8 = UOP.121 (TMP8 , TMP2 ) TMP8 = UOP.121 (TMP8 , TMP5 ) TMPB = UOP.121 (CONST.0 , TMPB ) TMPB = UOP.121 (CONST.16.043 , CONST.16.043 )
UOP.122 - ?122?
(122 masked with FFF is 122, unmasked 000 )
Listings of known usage in the MSROM:
TMP8 = UOP.122 (TMP8 , TMP5 ) TMP8 = UOP.122 (TMPA , TMP2 ) TMP8 = UOP.122 (TMPB , TMP2 ) TMPA = UOP.122 (TMP0 , TMP1 )
UOP.124 - ?124?
(124 masked with FFF is 124, unmasked 000 )
Listings of known usage in the MSROM:
ST1 = UOP.124 (TMP0 , TMPC , U2.49) TMP0 = UOP.124 (TMP0 , CONST.0 ) TMP1 = UOP.124 (TMP1 , TMPB ) TMP3 = UOP.124 (TMP1 , TMPE ) TMP3 = UOP.124 (TMP3 , TMPD ) TMP4 = UOP.124 (TMP4 , TMPD ) TMP8 = UOP.124 (TMP8 , TMP4 ) TMP8 = UOP.124 (TMP8 , TMP5 ) TMP9 = UOP.124 (TMP9 , TMPC ) TMPB = UOP.124 (CONST.0 , TMPD ) TMPB = UOP.124 (TMP0 , TMP1 ) TMPB = UOP.124 (TMPB , TMPC ) TMPB = UOP.124 (TMPB , TMPC , U2.08) TMPB = UOP.124 (TMPB , TMPD ) TMPB = UOP.124 (TMPB , TMPE )
UOP.130 - ?130?
(130 masked with FFF is 130, unmasked 000 )
Listings of known usage in the MSROM:
UOP.130 (CONST.6 , TMP3 , LINSEG , U2.08) UOP.130 (CONST.6 , TMP4 , LINSEG , U2.08) UOP.130 (CONSTROM2.08E , CONSTROM2.08E , LINSEG , U2.20) UOP.130 (CONSTROM2.08E , CONSTROM2.08E , LINSEG , U2.28)
UOP.131 - ?131?
(131 masked with FFF is 131, unmasked 000 )
Listings of known usage in the MSROM:
UOP.131 (CONST.04.004 , CONST.04.004 , LINSEG ) UOP.131 (CONST.04.004 , CONST.04.004 , LINSEG , U2.08) UOP.131 (CONST.04.004 , CONST.04.004 , LINSEG , U2.20) UOP.131 (CONST.04.004 , CONST.04.004 , LINSEG , U2.28) UOP.131 (CONST.6 , TMP7 , LINSEG ) UOP.131 (CONST.6 , TMP7 , LINSEG , U2.28) UOP.131 (CONST.6 , TMP8 , LINSEG ) UOP.131 (CONST.6 , TMPB , LINSEG ) UOP.131 (CONST.6 , TMPB , LINSEG , U2.08) UOP.131 (CONST.6 , TMPC , LINSEG , U2.28) UOP.131 (CONSTROM2.009 , CONSTROM2.009 , LINSEG )
UOP.132 - ?132?
(132 masked with FFF is 132, unmasked 000 )
Listings of known usage in the MSROM:
TMP2 = UOP.132 (CONSTROM2.08C , CONSTROM2.08C , LINSEG ) TMP3 = UOP.132 (CONSTROM2.08C , CONSTROM2.08C , LINSEG , U2.08)
UOP.134 - ?134?
(134 masked with FFF is 134, unmasked 000 )
Listings of known usage in the MSROM:
EOM UOP.134 (CONST.6 , CONST.6 , U2.20) ; Always has preceding STRD with imm #0; almost always called with CONST.6,CONST.6 UOP.134 (CONST.6 , CONST.6 ) ; Always has preceding STRD with imm #0; almost always called with CONST.6,CONST.6 UOP.134 (CONST.6 , CONST.6 , LINSEG , U2.28) ; Always has preceding STRD with imm #0; almost always called with CONST.6,CONST.6 UOP.134 (CONST.6 , CONST.6 , U2.08) ; Always has preceding STRD with imm #0; almost always called with CONST.6,CONST.6 UOP.134 (CONST.6 , CONST.6 , U2.28) ; Always has preceding STRD with imm #0; almost always called with CONST.6,CONST.6 UOP.134 (CONST.6 , TMP6 ) ; Always has preceding STRD with imm #0; almost always called with CONST.6,CONST.6
UOP.135 - ?135?
(135 masked with FFF is 135, unmasked 000 )
Listings of known usage in the MSROM:
UOP.135 (CONST.6 , TMPC , LINSEG , U2.08) UOP.135 (CONST.6 , TMPC , LINSEG , U2.20)
UOP.136 - ?136?
(136 masked with FFF is 136, unmasked 000 )
Listings of known usage in the MSROM:
UOP.136 (CONST.6 , TMPC , LINSEG , U2.08) UOP.136 (CONST.6 , TMPC , LINSEG , U2.28)
UOP.1C1 - ?1C1?
(1C1 masked with FFF is 1C1, unmasked 000 )
Listings of known usage in the MSROM:
EOM TMP2 = UOP.1C1 (TMP2 , TMP2 , U2.0F) ; Probably Extract flags for rotate-through-carry instructions (U2.XXs suggests flag extraction phase) TMP0 = UOP.1C1 (ArithFLAGS , TMP0 , U2.21) ; Probably Extract flags for rotate-through-carry instructions (U2.XXs suggests flag extraction phase) TMP1 = UOP.1C1 (ArithFLAGS , REG_sss , U2.21) ; Probably Extract flags for rotate-through-carry instructions (U2.XXs suggests flag extraction phase) TMP1 = UOP.1C1 (ArithFLAGS , TMP2 , U2.21) ; Probably Extract flags for rotate-through-carry instructions (U2.XXs suggests flag extraction phase) TMP2 = UOP.1C1 (TMP2 , TMP2 , U2.0F) ; Probably Extract flags for rotate-through-carry instructions (U2.XXs suggests flag extraction phase)
UOP.1C4 - ?1C4?
(1C4 masked with FFF is 1C4, unmasked 000 )
Listings of known usage in the MSROM:
UOP.1C4 (TMP5 , CONST.0 ) UOP.1C4 (TMPA , CONST.0 , U2.28)
UOP.1C8 - ?1C8?
(1C8 masked with FFF is 1C8, unmasked 000 )
Listings of known usage in the MSROM:
UOP.1C8 (CONST.0 , EIP_30 )
UOP.1C9 - ?1C9?
(1C9 masked with FFF is 1C9, unmasked 000 )
Listings of known usage in the MSROM:
UOP.1C9 (CONST.0 , CONST.0 ) UOP.1C9 (CONST.0 , EIP_30 )
UOP.1CA - ?1CA?
(1CA masked with FFF is 1CA, unmasked 000 )
Listings of known usage in the MSROM:
UOP.1CA (CONST.0 , CONST.0 )
UOP.200 - ?200?
(200 masked with FFF is 200, unmasked 000 )
Listings of known usage in the MSROM:
TMP2 = UOP.200 (CONST.0E.001 , CONST.0E.001 ) TMP2 = UOP.200 (CONST.0E.001 , TMP2 ) TMP7 = UOP.200 (CONST.0E.0C1 , CONST.0E.0C1 )
UOP.201 - ?201?
(201 masked with FFF is 201, unmasked 000 )
Listings of known usage in the MSROM:
TMP6 = UOP.201 (CONST.0 , TMP7 )
UOP.202 - ?202?
(202 masked with FFF is 202, unmasked 000 )
Listings of known usage in the MSROM:
TMP0 = UOP.202 (CONST.0 , TMP0 ) TMP0 = UOP.202 (CONST.0 , TMP6 ) TMP5 = UOP.202 (TMP5 , CONSTROM.0CE )
UOP.203 - ?203?
(203 masked with FFF is 203, unmasked 000 )
Listings of known usage in the MSROM:
TMP0 = UOP.203 (CONST.0E.001 , CONST.0E.001 ) TMP0 = UOP.203 (CONST.16.001 , CONST.16.001 ) TMP1 = UOP.203 (CONST.16.0C1 , CONST.16.0C1 ) TMP2 = UOP.203 (CONST.0 , TMP2 ) TMP2 = UOP.203 (CONST.16.0C1 , CONST.16.0C1 ) TMP3 = UOP.203 (CONST.14.1CF , TMP3 ) TMP5 = UOP.203 (CONST.14.17E , TMP5 ) TMP5 = UOP.203 (CONST.16.0C1 , CONST.16.0C1 ) TMP7 = UOP.203 (CONST.16.0C1 , CONST.16.0C1 ) TMP8 = UOP.203 (CONST.16.0C1 , CONST.16.0C1 ) TMPE = UOP.203 (TMPE , CONST.0 )
UOP.204 - ?204?
(204 masked with FFF is 204, unmasked 000 )
Listings of known usage in the MSROM:
TMP0 = UOP.204 (TMP1 , TMP2 ) TMP2 = UOP.204 (CONST.0E.001 , CONST.0E.001 ) TMP2 = UOP.204 (TMP2 , CONST.0 ) TMP4 = UOP.204 (CONST.14.10A , CONST.14.10A ) TMP5 = UOP.204 (CONST.14.106 , TMP5 ) TMP6 = UOP.204 (CONST.0E.004 , TMP6 ) TMP6 = UOP.204 (CONST.14.0B7 , TMP6 ) TMP6 = UOP.204 (CONST.14.109 , CONST.14.109 ) TMP6 = UOP.204 (TMP7 , CONST.0 ) TMP7 = UOP.204 (CONST.0E.0C1 , CONST.0E.0C1 ) TMP8 = UOP.204 (TMP6 , CONST.0 ) TMP8 = UOP.204 (TMP6 , TMP7 ) TMPB = UOP.204 (TMP8 , TMP7 ) TMPB = UOP.204 (TMP8 , TMP9 )
UOP.205 - ?205?
(205 masked with FFF is 205, unmasked 000 )
Listings of known usage in the MSROM:
TMP0 = UOP.205 (CONST.16.001 , CONST.16.001 ) TMP3 = UOP.205 (CONST.16.010 , CONST.16.010 )
UOP.206 - ?206?
(206 masked with FFF is 206, unmasked 000 )
Listings of known usage in the MSROM:
SGLUOP EAX = UOP.206 (TMP6 , REG.30 , CONST.00.0E1 , LDTR , OA.D, U2.30)
UOP.207 - ?207?
(207 masked with FFF is 207, unmasked 000 )
Listings of known usage in the MSROM:
TMP4 = UOP.207 (TMP3 , TMP7 )
UOP.208 - ?208?
(208 masked with FFF is 208, unmasked 000 )
Listings of known usage in the MSROM:
TMP1 = UOP.208 (CONST.0E.001 , CONST.0E.001 ) TMP6 = UOP.208 (TMPA , CONST.0 ) TMP9 = UOP.208 (CONST.0E.001 , CONST.0E.001 )
UOP.209 - ?209?
(209 masked with FFF is 209, unmasked 000 )
Listings of known usage in the MSROM:
TMP0 = UOP.209 (TMP0 , TMP1 ) TMP2 = UOP.209 (TMP1 , TMP2 ) TMP4 = UOP.209 (TMP7 , TMP8 ) TMP5 = UOP.209 (CONST.14.0FE , TMP5 )
UOP.20A - ?20A?
(20A masked with FFF is 20A, unmasked 000 )
Listings of known usage in the MSROM:
TMP0 = UOP.20A (CONST.14.109 , CONST.14.109 )
UOP.220 - ?220?
(220 masked with FFF is 220, unmasked 000 )
Listings of known usage in the MSROM:
TMP0 = UOP.220 (CONST.00.024 , ST0 , U2.80) UOP.220 (CONST.00.024 , ST0 , U2.80) UOP.220 (CONST.0 , ST0 )
UOP.221 - ?221?
(221 masked with FFF is 221, unmasked 000 )
Listings of known usage in the MSROM:
ST2 = UOP.221 (TMP0 , TMP1 ) TMP1 = UOP.221 (TMP1 , TMP2 ) TMP3 = UOP.221 (TMP3 , TMP1 ) TMP8 = UOP.221 (TMP8 , TMP4 )
UOP.229 - ?229?
(229 masked with FFF is 229, unmasked 000 )
Listings of known usage in the MSROM:
TMP0 = UOP.229 (TMP0 , CONST.0 ) TMP0 = UOP.229 (TMP0 , TMP1 ) TMP4 = UOP.229 (TMP0 , TMP1 ) TMP8 = UOP.229 (TMP8 , TMP1 ) TMP8 = UOP.229 (TMP8 , TMPB )
UOP.22A - ?22A?
(22A masked with FFF is 22A, unmasked 000 )
Listings of known usage in the MSROM:
TMP0 = UOP.22A (TMP0 , CONST.0 ) TMP3 = UOP.22A (TMP0 , TMP1 ) TMP8 = UOP.22A (TMP8 , TMP2 )
UOP.22B - ?22B?
(22B masked with FFF is 22B, unmasked 000 )
Listings of known usage in the MSROM:
TMP2 = UOP.22B (TMP0 , TMP1 ) TMP3 = UOP.22B (TMP3 , TMP2 ) TMP5 = UOP.22B (TMP5 , CONST.0 )
UOP.22C - ?22C?
(22C masked with FFF is 22C, unmasked 000 )
Listings of known usage in the MSROM:
TMP3 = UOP.22C (TMP2 , TMP6 ) TMPA = UOP.22C (TMP1 , TMP2 )
UOP.22D - ?22D?
(22D masked with FFF is 22D, unmasked 000 )
Listings of known usage in the MSROM:
TMP1 = UOP.22D (TMP1 , TMP2 ) TMP2 = UOP.22D (TMPB , TMPA ) TMP5 = UOP.22D (TMP0 , TMP1 ) TMP8 = UOP.22D (REG.23 , TMP3 )
UOP.292 - ?292?
(292 masked with FFF is 292, unmasked 000 )
Listings of known usage in the MSROM:
EOM UOP.292 (CONST.09.011 , REG_sss ) EOM UOP.292 (CONST.09.011 , TMP0 )
UOP.298 - ?298?
(298 masked with FFF is 298, unmasked 000 )
Listings of known usage in the MSROM:
EOM UOP.298 (CONST.0 , TMP3 ) EOM UOP.298 (CONST.0 , TMPC ) EOM UOP.298 (CONST.0 , TMPC , U2.20)
UOP.42C - ?42C?
(42C masked with C7F is 42C, unmasked 000 )
Listings of known usage in the MSROM:
TMP1 = UOP.42C (TMP1 , CONST.16.001 , OA.4)
UOP.42D - ?42D?
(42D masked with C7F is 42D, unmasked 000 )
Listings of known usage in the MSROM:
TMP1 = UOP.42D (TMP1 , CONST.16.001 , OA.4)
UOP.42E - ?42E?
(42E masked with C7F is 42E, unmasked 000 )
Listings of known usage in the MSROM:
EOM REG_sss = UOP.42E (TMP2 , TMP1 , OA.4, U2.39) TMP2 = UOP.42E (TMP2 , TMP1 , OA.4, U2.39)
UOP.42F - ?42F?
(42F masked with C7F is 42F, unmasked 000 )
Listings of known usage in the MSROM:
EOM REG_sss = UOP.42F (TMP2 , TMP1 , OA.4, U2.39) TMP2 = UOP.42F (TMP2 , TMP1 , OA.4, U2.39)
UOP.465 - ?465?
(465 masked with C7F is 465, unmasked 000 )
Listings of known usage in the MSROM:
TMP0 = UOP.465 (TMP1 , TMP0 , OA.4) TMP1 = UOP.465 (TMP1 , TMP0 , OA.4)
UOP.4AC - ?42C?
(4AC masked with C7F is 42C, unmasked 080 )
Listings of known usage in the MSROM:
TMP1 = UOP.4AC (TMP1 , CONST.16.001 )
UOP.4AD - ?42D?
(4AD masked with C7F is 42D, unmasked 080 )
Listings of known usage in the MSROM:
TMP1 = UOP.4AD (TMP1 , CONST.16.001 )
UOP.4E7 - ?467?
(4E7 masked with C7F is 467, unmasked 080 )
Listings of known usage in the MSROM:
TMP1 = UOP.4E7 (TMP2 , TMP1 )
UOP.52F - ?42F?
(52F masked with C7F is 42F, unmasked 100 )
Listings of known usage in the MSROM:
TMP1 = UOP.52F (TMP2 , TMP1 , U2.39)
UOP.565 - ?465?
(565 masked with C7F is 465, unmasked 100 )
Listings of known usage in the MSROM:
ST3 = UOP.565 (TMP0 , TMP1 )
UOP.56D - ?46D?
(56D masked with C7F is 46D, unmasked 100 )
Listings of known usage in the MSROM:
TMP4 = UOP.56D (TMP0 , TMP1 )
UOP.62C - ?42C?
(62C masked with C7F is 42C, unmasked 200 )
Listings of known usage in the MSROM:
TMP1 = UOP.62C (TMP1 , CONST.16.001 )
UOP.62E - ?42E?
(62E masked with C7F is 42E, unmasked 200 )
Listings of known usage in the MSROM:
TMPD = UOP.62E (TMPD , TMPE )
UOP.633 - ?433?
(633 masked with C7F is 433, unmasked 200 )
Listings of known usage in the MSROM:
UOP.633 (CONST.0 , TMP8 )
UOP.641 - ?441?
(641 masked with C7F is 441, unmasked 200 )
Listings of known usage in the MSROM:
Fl3 ECX_10 = UOP.641 (ECX_10 , CONST.16.001 ) TMPB = UOP.641 (ECX_10 , CONST.16.001 )
UOP.660 - ?460?
(660 masked with C7F is 460, unmasked 200 )
Listings of known usage in the MSROM:
EOM.Fl3 ST0 = UOP.660 (ST0 , TMP0 , CONST.00.05C , OA.2, U2.D9) EOM.Fl3 ST0 = UOP.660 (TMP0 , ST0 , CONST.00.024 , OA.2, U2.D9) REG.F2 = UOP.660 (TMPB , TMPA , OA.2, U2.59) ST7 = UOP.660 (TMP0 , TMP1 ) TMP8 = UOP.660 (CONST.0 , TMP8 , U2.59)
UOP.665 - ?465?
(665 masked with C7F is 465, unmasked 200 )
Listings of known usage in the MSROM:
ST3 = UOP.665 (TMP0 , TMP1 ) TMP1 = UOP.665 (TMP1 , TMP2 )
UOP.66A - ?46A?
(66A masked with C7F is 46A, unmasked 200 )
Listings of known usage in the MSROM:
ST6 = UOP.66A (TMP0 , TMP1 ) TMP8 = UOP.66A (CONST.0 , ST0 , U2.59)
UOP.66D - ?46D?
(66D masked with C7F is 46D, unmasked 200 )
Listings of known usage in the MSROM:
TMP2 = UOP.66D (CONST.0 , TMPC ) TMP5 = UOP.66D (CONST.0 , TMPB ) TMP5 = UOP.66D (TMP0 , TMP1 ) TMP6 = UOP.66D (CONST.0 , TMP8 ) TMPA = UOP.66D (CONST.0 , TMPC )
UOP.66E - ?46E?
(66E masked with C7F is 46E, unmasked 200 )
Listings of known usage in the MSROM:
TMP9 = UOP.66E (TMP9 , TMP6 )
UOP.6E0 - ?460?
(6E0 masked with C7F is 460, unmasked 280 )
Listings of known usage in the MSROM:
TMP8 = UOP.6E0 (CONST.0 , TMP8 , U2.59)
UOP.733 - ?433?
(733 masked with C7F is 433, unmasked 300 )
Listings of known usage in the MSROM:
UOP.733 (CONST.0 , TMP4 ) UOP.733 (CONST.0 , TMP8 )
UOP.760 - ?460?
(760 masked with C7F is 460, unmasked 300 )
Listings of known usage in the MSROM:
ST7 = UOP.760 (TMP0 , TMP1 ) TMP8 = UOP.760 (CONST.0 , TMP8 , U2.59)
UOP.767 - ?467?
(767 masked with C7F is 467, unmasked 300 )
Listings of known usage in the MSROM:
TMP8 = UOP.767 (TMP4 , TMP8 , U2.59) UOP.767 (TMP0 , TMP1 )
UOP.76A - ?46A?
(76A masked with C7F is 46A, unmasked 300 )
Listings of known usage in the MSROM:
ST6 = UOP.76A (TMP0 , TMP1 ) TMP8 = UOP.76A (CONST.0 , ST0 , U2.59)
UOP.76D - ?46D?
(76D masked with C7F is 46D, unmasked 300 )
Listings of known usage in the MSROM:
TMP6 = UOP.76D (TMP0 , TMP1 )
UOP.76E - ?46E?
(76E masked with C7F is 46E, unmasked 300 )
Listings of known usage in the MSROM:
TMP3 = UOP.76E (TMP3 , TMP4 ) TMP6 = UOP.76E (TMP1 , TMP3 )
UOP.7E0 - ?460?
(7E0 masked with C7F is 460, unmasked 380 )
Listings of known usage in the MSROM:
ST7 = UOP.7E0 (TMP0 , TMP1 ) TMP0 = UOP.7E0 (CONST.0 , TMP0 , U2.59) TMP3 = UOP.7E0 (CONST.0 , TMP0 ) TMP8 = UOP.7E0 (CONST.0 , TMP8 , U2.59)
UOP.7E9 - ?469?
(7E9 masked with C7F is 469, unmasked 380 )
Listings of known usage in the MSROM:
EOM.Fl3 ST0 = UOP.7E9 (TMP7 , TMP0 , U2.49) ST0 = UOP.7E9 (TMP1 , TMP0 , U2.49) ST1 = UOP.7E9 (CONST.0 , TMP1 ) ST1 = UOP.7E9 (TMP0 , TMP1 , U2.49) ST1 = UOP.7E9 (TMP2 , TMP1 , U2.49)
UOP.7EA - ?46A?
(7EA masked with C7F is 46A, unmasked 380 )
Listings of known usage in the MSROM:
ST6 = UOP.7EA (TMP0 , TMP1 )
UOP.7EE - ?46E?
(7EE masked with C7F is 46E, unmasked 380 )
Listings of known usage in the MSROM:
EOM.Fl3 ST0 = UOP.7EE (TMP5 , TMP6 , CONST.00.032 , U2.C9) EOM.Fl3 ST0 = UOP.7EE (TMP6 , TMP5 , CONST.00.032 , U2.C9)
UOP.C0B - ?C0A?
(C0B masked with C0E is C0A, unmasked 001 )
Listings of known usage in the MSROM:
UOP.C0B (TMP1 , TMP2 , CONST.6 , SS , OA.C)
UOP.C18 - ?C08?
(C18 masked with C0E is C08, unmasked 010 )
Listings of known usage in the MSROM:
Fl3 TMP6 = UOP.C18 (TMP4 , REG.E0 , CONST.03.0C3 , FS , U2.70)
UOP.C44 - ?C04?
(C44 masked with C0E is C04, unmasked 040 )
Listings of known usage in the MSROM:
UOP.C44 (ECX_10 , EDI_10 , CONST.1C.001 , ES , OA.C) UOP.C44 (ECX_10 , EDI_10 , CONST.1C.002 , ES , OA.C) UOP.C44 (ECX_10 , EDI_10 , CONST.1C.003 , ES , OA.C) UOP.C44 (ECX_10 , EDI_10 , CONST.1C.004 , ES , OA.C) UOP.C44 (ECX_10 , EDI_10 , CONST.1C.005 , ES , OA.C) UOP.C44 (ECX_10 , EDI_10 , CONST.1C.006 , ES , OA.C) UOP.C44 (ECX_10 , EDI_10 , CONST.1C.007 , ES , OA.C) UOP.C44 (ECX_10 , EDI_10 , CONST.1c , ES , OA.C)
UOP.C48 - ?C08?
(C48 masked with C0E is C08, unmasked 040 )
Listings of known usage in the MSROM:
TMP5 = UOP.C48 (ECX_10 , ESI_10 , CONST.1C.001 , OA.C, U1.1) TMP5 = UOP.C48 (ECX_10 , ESI_10 , CONST.1C.002 , OA.C, U1.1) TMP5 = UOP.C48 (ECX_10 , ESI_10 , CONST.1C.003 , OA.C, U1.1) TMP5 = UOP.C48 (ECX_10 , ESI_10 , CONST.1C.004 , OA.C, U1.1) TMP5 = UOP.C48 (ECX_10 , ESI_10 , CONST.1C.005 , OA.C, U1.1) TMP5 = UOP.C48 (ECX_10 , ESI_10 , CONST.1C.006 , OA.C, U1.1) TMP5 = UOP.C48 (ECX_10 , ESI_10 , CONST.1C.007 , OA.C, U1.1) TMP5 = UOP.C48 (ECX_10 , ESI_10 , CONST.1c , OA.C, U1.1)
UOP.C4B - ?C0A?
(C4B masked with C0E is C0A, unmasked 041 )
Listings of known usage in the MSROM:
UOP.C4B (CONST.6 , EDI_10 , ES , OA.C)
UOP.CC1 - ?C00?
(CC1 masked with C0E is C00, unmasked 0C1 )
Listings of known usage in the MSROM:
EDI_10 = UOP.CC1 (CONST.1D.010 , EDI_10 , LINSEG , OA.8) EOM EDI_10 = UOP.CC1 (CONST.1D.010 , EDI_10 , LINSEG , OA.8) EOM ESI_10 = UOP.CC1 (CONST.1D.010 , ESI_10 , LINSEG , OA.8) EOM REG.37 = UOP.CC1 (CONST.04.0FF , CONST.04.0FF , LINSEG ) ESI_10 = UOP.CC1 (CONST.1D.010 , ESI_10 , LINSEG , OA.8) ESI_10 = UOP.CC1 (TMPA , ESI_10 , CONST.6 , LINSEG , OA.8) Fl3 EDI_10 = UOP.CC1 (CONST.1D.010 , EDI_10 , LINSEG , OA.8) Fl3 ESI_10 = UOP.CC1 (CONST.1D.010 , ESI_10 , LINSEG , OA.8) TMP0 = UOP.CC1 (CONST.04.001 , CONST.04.001 , LINSEG , OA.8) TMP0 = UOP.CC1 (CONST.4 , CONST.4 , LINSEG , OA.8) TMP6 = UOP.CC1 (CONST.6 , EDI_10 , ES , OA.8) TMP7 = UOP.CC1 (CONST.6 , ESI_10 , OA.8, U1.1) TMPA = UOP.CC1 (CONST.1D.010 , CONST.1D.010 , LINSEG , OA.8) UOP.CC1 (CONST.6 , TMP3 , CS ) UOP.CC1 (CONST.6 , TMP3 , CS , U2.08) UOP.CC1 (CONST.6 , TMP8 , SEG_02 , U2.20) UOP.CC1 (TMP5 , TMP3 , CONST.6 , CS ) UOP.CC1 (TMPB , TMP3 , CONST.6 , CS ) UOP.CC1 (TMPB , TMP3 , CONST.6 , CS , U2.08)
UOP.CC9 - ?C08?
(CC9 masked with C0E is C08, unmasked 0C1 )
Listings of known usage in the MSROM:
UOP.CC9 (CONST.04.04F , TMP0 , OA.8, U1.1) UOP.CC9 (CONST.04.1FF , TMP0 , OA.8, U1.1) UOP.CC9 (CONST.6 , TMP8 , SEG_02 ) UOP.CC9 (CONST.6 , TMP9 , LINSEG , U2.08) UOP.CC9 (CONST.6 , TMP9 , U2.28) UOP.CC9 (CONST.6 , TMPC , LINSEG ) UOP.CC9 (CONST.6 , TMPC , U2.20) UOP.CC9 (CONSTROM2.01E , TMPC , LINSEG , U2.08) UOP.CC9 (CONSTROM2.01E , TMPC , U2.08)
UOP.CCB - ?C0A?
(CCB masked with C0E is C0A, unmasked 0C1 )
Listings of known usage in the MSROM:
UOP.CCB (CONST.04.04F , TMP0 , OA.8, U1.1) UOP.CCB (CONST.04.1FF , TMP0 , OA.8, U1.1) UOP.CCB (CONST.14.01E , TMPC , LINSEG , U2.08) UOP.CCB (CONST.6 , TMP9 , LINSEG , U2.08) UOP.CCB (CONST.6 , TMP9 , U2.28) UOP.CCB (CONST.6 , TMPC , LINSEG ) UOP.CCB (CONST.6 , TMPC , U2.20) UOP.CCB (CONSTROM2.01E , TMPC , U2.08)
UOP.CCC - ?C0C?
(CCC masked with C0E is C0C, unmasked 0C0 )
Listings of known usage in the MSROM:
UOP.CCC (REG.D0 , REG.D0 , CONST.05.008 , OA.9, U1.1) ; Probably cache store commit / MESI coherence - finalises pending memory stores and ensures cache line consistency
UOP.CCD - ?C0C?
(CCD masked with C0E is C0C, unmasked 0C1 )
Listings of known usage in the MSROM:
UOP.CCD (CONST.6 , EDI_10 , ES , OA.8) UOP.CCD (CONST.6 , ESI_10 , OA.8, U1.1)
UOP.D4B - ?C0A?
(D4B masked with C0E is C0A, unmasked 141 )
Listings of known usage in the MSROM:
UOP.D4B (CONST.6 , CONST.6 , SEG_02 ) UOP.D4B (CONST.6 , CONST.6 , TR , U2.08)
UOP.E41 - ?C00?
(E41 masked with C0E is C00, unmasked 241 )
Listings of known usage in the MSROM:
TMP1 = UOP.E41 (TMP3 , TMP1 , CONST.6 , LINSEG , U2.20) TMP8 = UOP.E41 (TMP8 , TMP1 , CONST.6 , LINSEG )
UOP.F0B - ?C0A?
(F0B masked with C0E is C0A, unmasked 301 )
Listings of known usage in the MSROM:
UOP.F0B (CONST.6 , TMP7 , GDTR ) UOP.F0B (CONST.6 , TMP8 , GDTR )
The author is not affiliated with, endorsed by, or sponsored by Intel Corporation or its affiliates. All trademarks, including but not limited to Intel, Pentium, and any other registered or unregistered marks mentioned herein, are the property of their respective owners. Their use in this context is solely for descriptive and informational purposes and constitutes nominative fair use under applicable trademark laws.