Lines Matching refs:code
71 the server <code>www.dont.go</code>. One solution would be to register
72 the HTTP content provider on the <var>Scheme</var> <code>http</code>,
74 <var>Scheme</var> <code>"http://www.dont.go"([/?#].*)?</code>.
87 <li><code>regexp = scheme / simple / translation</code></li>
88 <li><code>scheme = ALPHA *(ALPHA / DIGIT / "+" / "-" / ".")</code></li>
89 <li><code>simple = simple-prefix / simple-authority / simple-domain</code></li>
90 <li><code>translation = trans-prefix / trans-authority / trans-domain</code></li>
91 <li><code>simple-prefix = [string] ".*"</code></li>
92 <li><code>trans-prefix = [string] "(.*)->" [string] "\1"</code></li>
93 <li><code>simple-authority = [string] "([/?#].*)?"</code></li>
94 <li><code>trans-authority = [string] "(([/?#].*)?)->" string "\1"</code></li>
95 <li><code>simple-domain = [string] "[^/?#]*" string "([/?#].*)?"</code></li>
96 <li><code>trans-domain = [string] "([^/?#]*" string "([/?#].*)?)->" string "\1"</code></li>
97 <li><code>string = DQUOTE 1*(schar / sescape) DQUOTE ; DQUOTE is "</code></li>
98 <li><code>schar = < any UTF-16 character except " or \></code></li>
99 <li><code>sescape = "\" (DQUOTE / "\")</code></li>
102 <p>A <code><scheme>:</code> matches any URL of exactly the given
104 templates backwards compatible. The <code><simple>:</code>
106 by arbitrary characters (<code><simple-prefix>:</code>), or
108 (<code><simple-authority>:</code>), or by arbitrary characters not
112 case of ASCII letters. The <code><translation>:</code> regexps
113 match the same URLs as their <code><simple>:</code> counterparts,
118 cases, <code><translation>:</code> regexps have the same semantics
119 as their <code><simple>:</code> counterparts.