| … | |
… | |
| 93 | $fun .= sprintf "if (· == 0x%04x) return 0x%04x;\n", $b + $_, $enc->[$b + $_]; |
93 | $fun .= sprintf "if (· == 0x%04x) return 0x%04x;\n", $b + $_, $enc->[$b + $_]; |
| 94 | } |
94 | } |
| 95 | } elsif (linear $enc, $b + $l, $b + $h, $enc->[$b + $l]) { |
95 | } elsif (linear $enc, $b + $l, $b + $h, $enc->[$b + $l]) { |
| 96 | my $dif = $enc->[$b + $l] - ($b + $l); |
96 | my $dif = $enc->[$b + $l] - ($b + $l); |
| 97 | $dif = $dif < 0 ? sprintf "- 0x%04x", -$dif : sprintf "+ 0x%04x", $dif; |
97 | $dif = $dif < 0 ? sprintf "- 0x%04x", -$dif : sprintf "+ 0x%04x", $dif; |
| 98 | $fun .= sprintf "if (· <= 0x%04x && 0x%04x <= ·) return · %s;\n", $b + $l, $b + $h, $dif; |
98 | $fun .= sprintf "if (· >= 0x%04x && 0x%04x >= ·) return · %s;\n", $b + $l, $b + $h, $dif; |
| 99 | } elsif ($map2[$p] <= 5) { # defunct |
99 | } elsif ($map2[$p] <= 5) { # defunct |
| 100 | $fun .= "switch (·)\n {\n"; |
100 | $fun .= "switch (·)\n {\n"; |
| 101 | for ($l .. $h) { |
101 | for ($l .. $h) { |
| 102 | next unless defined $enc->[$b + $_]; |
102 | next unless defined $enc->[$b + $_]; |
| 103 | $fun .= sprintf " case 0x%04x: return 0x%04x;\n", $b + $_, $enc->[$b + $_]; |
103 | $fun .= sprintf " case 0x%04x: return 0x%04x;\n", $b + $_, $enc->[$b + $_]; |
