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aarne
2005-04-20 19:22:38 +00:00
parent be9e8a961d
commit 2ccda07860
1 changed files with 40 additions and 40 deletions
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doc/gf-modules.html
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@@ -775,21 +775,21 @@ has not been implemented.)
Syntax:
<p>
<tt>abstract</tt> A <tt>=</tt> (A_1,...,A_n <tt>**</tt>)?
<tt>{</tt>J_1 <tt>;</tt> ... <tt>;</tt> J_m <tt>; }</tt>
<tt>abstract</tt> A <tt>=</tt> (A<sub>1</sub>,...,A<sub>n</sub> <tt>**</tt>)?
<tt>{</tt>J<sub>1</sub> <tt>;</tt> ... <tt>;</tt> J<sub>m</sub> <tt>; }</tt>
<p>
where
<ul>
<li> i >= 0
<li> each <i>A_i</i> is itself an abstract module
<li> each <i>J_i</i> is a judgement of one of the forms
<li> each <i>A<sub>i</sub></i> is itself an abstract module
<li> each <i>J<sub>i</sub></i> is a judgement of one of the forms
<tt>cat, fun, def, data</tt>
</ul>
Semantic conditions:
<ul>
<li> all names declared in each <i>A_i</i> and <i>A</i> must be distinct
<li> all names declared in each <i>A<sub>i</sub></i> and <i>A</i> must be distinct
</ul>
<h4>Concrete syntax modules</h4>
@@ -797,9 +797,9 @@ Semantic conditions:
Syntax:
<p>
<tt>incomplete</tt>? <tt>concrete</tt> C <tt>of</tt> A <tt>=</tt>
(C_1,...,C_n <tt>**</tt>)?
(<tt>open</tt> O_1,...,O_k <tt>in</tt>)?
<tt>{</tt>J_1 <tt>;</tt> ... <tt>;</tt> J_m <tt>; }</tt>
(C<sub>1</sub>,...,C<sub>n</sub> <tt>**</tt>)?
(<tt>open</tt> O<sub>1</sub>,...,O<sub>k</sub> <tt>in</tt>)?
<tt>{</tt>J<sub>1</sub> <tt>;</tt> ... <tt>;</tt> J<sub>m</sub> <tt>; }</tt>
<p>
@@ -807,15 +807,15 @@ where
<ul>
<li> i >= 0
<li> <i>A</i> is an abstract module
<li> each <i>C_i</i> is a concrete module
<li> each <i>O_i</i> is an open specification, of one of the forms
<li> each <i>C<sub>i</sub></i> is a concrete module
<li> each <i>O<sub>i</sub></i> is an open specification, of one of the forms
<ul>
<li> <i>R</i>
<li> <tt>(</tt><i>Q</i><tt>=</tt><i>R</i><tt>)</tt>
</ul>
where <i>R</i> is a resource, instance, or concrete, and
<i>Q</i> is any identifier
<li> each <i>J_i</i> is a judgement of one of the forms
<li> each <i>J<sub>i</sub></i> is a judgement of one of the forms
<tt>lincat, lin, lindef, printname</tt>
</ul>
@@ -842,23 +842,23 @@ Semantic conditions:
Syntax:
<p>
<tt>resource</tt> R <tt>=</tt>
(R_1,...,R_n <tt>**</tt>)?
(<tt>open</tt> O_1,...,O_k <tt>in</tt>)?
<tt>{</tt>J_1 <tt>;</tt> ... <tt>;</tt> J_m <tt>; }</tt>
(R<sub>1</sub>,...,R<sub>n</sub> <tt>**</tt>)?
(<tt>open</tt> O<sub>1</sub>,...,O<sub>k</sub> <tt>in</tt>)?
<tt>{</tt>J<sub>1</sub> <tt>;</tt> ... <tt>;</tt> J<sub>m</sub> <tt>; }</tt>
<p>
where
<ul>
<li> i >= 0
<li> each <i>R_i</i> is a resource module
<li> each <i>O_i</i> is an open specification, of one of the forms
<li> each <i>R<sub>i</sub></i> is a resource module
<li> each <i>O<sub>i</sub></i> is an open specification, of one of the forms
<ul>
<li> <i>P</i>
<li> <tt>(</tt><i>Q</i><tt>=</tt><i>R</i><tt>)</tt>
</ul>
where <i>P</i> is a resource, instance, or concrete, and
<i>Q</i> is any identifier
<li> each <i>J_i</i> is a judgement of one of the forms
<li> each <i>J<sub>i</sub></i> is a judgement of one of the forms
<tt>oper, param</tt>
</ul>
@@ -866,7 +866,7 @@ where <i>P</i> is a resource, instance, or concrete, and
Semantic conditions:
<ul>
<li> all names declared in each <i>R_i</i> and <i>R</i> must be distinct
<li> all names declared in each <i>R<sub>i</sub></i> and <i>R</i> must be distinct
<li> all constants declared must have a definition
</ul>
@@ -876,23 +876,23 @@ Semantic conditions:
Syntax:
<p>
<tt>interface</tt> R <tt>=</tt>
(R_1,...,R_n <tt>**</tt>)?
(<tt>open</tt> O_1,...,O_k <tt>in</tt>)?
<tt>{</tt>J_1 <tt>;</tt> ... <tt>;</tt> J_m <tt>; }</tt>
(R<sub>1</sub>,...,R<sub>n</sub> <tt>**</tt>)?
(<tt>open</tt> O<sub>1</sub>,...,O<sub>k</sub> <tt>in</tt>)?
<tt>{</tt>J<sub>1</sub> <tt>;</tt> ... <tt>;</tt> J<sub>m</sub> <tt>; }</tt>
<p>
where
<ul>
<li> i >= 0
<li> each <i>R_i</i> is an interface module
<li> each <i>O_i</i> is an open specification, of one of the forms
<li> each <i>R<sub>i</sub></i> is an interface module
<li> each <i>O<sub>i</sub></i> is an open specification, of one of the forms
<ul>
<li> <i>P</i>
<li> <tt>(</tt><i>Q</i><tt>=</tt><i>R</i><tt>)</tt>
</ul>
where <i>P</i> is a resource, instance, or concrete, and
<i>Q</i> is any identifier
<li> each <i>J_i</i> is a judgement of one of the forms
<li> each <i>J<sub>i</sub></i> is a judgement of one of the forms
<tt>oper, param</tt>
</ul>
@@ -900,7 +900,7 @@ where <i>P</i> is a resource, instance, or concrete, and
Semantic conditions:
<ul>
<li> all names declared in each <i>R_i</i> and <i>R</i> must be distinct
<li> all names declared in each <i>R<sub>i</sub></i> and <i>R</i> must be distinct
</ul>
@@ -910,24 +910,24 @@ Semantic conditions:
Syntax:
<p>
<tt>instance</tt> R <tt>of</tt> I <tt>=</tt>
(R_1,...,R_n <tt>**</tt>)?
(<tt>open</tt> O_1,...,O_k <tt>in</tt>)?
<tt>{</tt>J_1 <tt>;</tt> ... <tt>;</tt> J_m <tt>; }</tt>
(R<sub>1</sub>,...,R<sub>n</sub> <tt>**</tt>)?
(<tt>open</tt> O<sub>1</sub>,...,O<sub>k</sub> <tt>in</tt>)?
<tt>{</tt>J<sub>1</sub> <tt>;</tt> ... <tt>;</tt> J<sub>m</sub> <tt>; }</tt>
<p>
where
<ul>
<li> i >= 0
<li> <i>I</i> is an interface module
<li> each <i>R_i</i> is an instance module
<li> each <i>O_i</i> is an open specification, of one of the forms
<li> each <i>R<sub>i</sub></i> is an instance module
<li> each <i>O<sub>i</sub></i> is an open specification, of one of the forms
<ul>
<li> <i>P</i>
<li> <tt>(</tt><i>Q</i><tt>=</tt><i>R</i><tt>)</tt>
</ul>
where <i>P</i> is a resource, instance, or concrete, and
<i>Q</i> is any identifier
<li> each <i>J_i</i> is a judgement of one of the forms
<li> each <i>J<sub>i</sub></i> is a judgement of one of the forms
<tt>oper, param</tt>
</ul>
@@ -935,9 +935,9 @@ where <i>P</i> is a resource, instance, or concrete, and
Semantic conditions:
<ul>
<li> all names declared in each <i>R_i</i>, <i>I</i>, and <i>R</i> must be distinct
<li> all constants declared in <tt>I</tt> must have a definition either in
<tt>I</tt> or <tt>R</tt>
<li> all names declared in each <i>R<sub>i</sub></i>, <i>I</i>, and <i>R</i> must be distinct
<li> all constants declared in <i>I</i> must have a definition either in
<i>I</i> or <i>R</i>
</ul>
@@ -946,11 +946,11 @@ Semantic conditions:
Syntax:
<p>
<tt>concrete</tt> C <tt>of</tt> A <tt>=</tt>
(C_1,...,C_n <tt>**</tt>)?
(C<sub>1</sub>,...,C<sub>n</sub> <tt>**</tt>)?
B
<tt>with</tt>
<tt>(</tt>I_1 <tt>=</tt>J_1<tt>),</tt> ...
<tt>, (</tt>I_m <tt>=</tt>J_m<tt>) ;</tt>
<tt>(</tt>I<sub>1</sub> <tt>=</tt>J<sub>1</sub><tt>),</tt> ...
<tt>, (</tt>I<sub>m</sub> <tt>=</tt>J<sub>m</sub><tt>) ;</tt>
<p>
@@ -958,10 +958,10 @@ where
<ul>
<li> i >= 0
<li> <i>A</i> is an abstract module
<li> each <i>C_i</i> is a concrete module
<li> each <i>C<sub>i</sub></i> is a concrete module
<li> <i>B</i> is an incomplete concrete syntax of <i>A</i>
<li> each <i>I_i</i> is an interface
<li> each <i>J_i</i> is an instance of <i>I_i</i>
<li> each <i>I<sub>i</sub></i> is an interface
<li> each <i>J<sub>i</sub></i> is an instance of <i>I<sub>i</sub></i>
</ul>