Searched refs:code16 (Results 1 – 14 of 14) sorted by relevance
75 .code16178 .code16279 .code16
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138 .code16631 .code16997 .code16
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7875 int code16; in output_branch() local7889 code16 ^= flip_code16(code16); in output_branch()7939 subtype |= code16; in output_branch()8023 int code16; in output_jump() local8025 code16 = 0; in output_jump()8027 code16 = CODE16; in output_jump()8033 code16 ^= flip_code16(code16); in output_jump()8037 if (code16) in output_jump()8095 int code16; in output_interseg_jump() local8097 code16 = 0; in output_interseg_jump()[all …]
6826 int code16; in output_branch() local6888 subtype |= code16; in output_branch()6932 int code16; in output_jump() local6934 code16 = 0; in output_jump()6936 code16 = CODE16; in output_jump()6942 code16 ^= CODE16; in output_jump()6946 if (code16) in output_jump()6994 int code16; in output_interseg_jump() local6996 code16 = 0; in output_interseg_jump()6998 code16 = CODE16; in output_interseg_jump()[all …]
814 @code{.code16} section) into 32-bit operands/addresses. These prefixes816 modify. For example, in a 16-bit @code{.code16} section, you might1113 @cindex @code{code16} directive, i3861120 mode code segments. To do this, put a @samp{.code16} or1127 code from gcc, and differs from @samp{.code16} in that @samp{call},1208 @emph{and} @samp{.code16} or @samp{.code16gcc} then byte offset
100 .code16 # This runs in real mode
310 .code16