Fix typos in module instantiation

document/core/exec/modules.rst

@@ -713,8 +713,8 @@ It is up to the :ref:`embedder <embedder>` to define how such conditions are rep
      &\wedge& \module.\MELEMS = \elem^n \\
      &\wedge& \module.\MDATAS = \data^m \\
      &\wedge& \module.\MSTART = \start^? \\
-     &\wedge& (\expr_{\F{g}} = \global.GINIT)^\ast \\
-     &\wedge& (\expr_{\F{e}}^\ast = \elem.EINIT)^n \\[1ex]
+     &\wedge& (\expr_{\F{g}} = \global.\GINIT)^\ast \\
+     &\wedge& (\expr_{\F{e}}^\ast = \elem.\EINIT)^n \\[1ex]
      &\wedge& S', \moduleinst = \allocmodule(S, \module, \externval^k, \val^\ast, (\reff^\ast)^n) \\
      &\wedge& F = \{ \AMODULE~\moduleinst, \ALOCALS~\epsilon \} \\[1ex]
      &\wedge& (S'; F; \expr_{\F{g}} \stepto^\ast S'; F; \val~\END)^\ast \\
@@ -733,15 +733,15 @@ where:
      \instr^\ast~(\I32.\CONST~0)~(\I32.\CONST~n)~(\TABLEINIT~i)~(\ELEMDROP~i) \\
    \F{runelem}_i(\{\ETYPE~\X{et}, \EINIT~\reff^n, \EMODE~\EDECLARATIVE\}) \quad=\\ \qquad
      (\ELEMDROP~i) \\[1ex]
-   \F{rundata}_i(\{\DINIT~b^n, DMODE~\DPASSIVE\}) \quad=\quad \epsilon \\
-   \F{rundata}_i(\{\DINIT~b^n, DMODE~\DACTIVE \{\DMEM~0, \DOFFSET~\instr^\ast~\END\}\}) \quad=\\ \qquad
+   \F{rundata}_i(\{\DINIT~b^n, \DMODE~\DPASSIVE\}) \quad=\quad \epsilon \\
+   \F{rundata}_i(\{\DINIT~b^n, \DMODE~\DACTIVE \{\DMEM~0, \DOFFSET~\instr^\ast~\END\}\}) \quad=\\ \qquad
      \instr^\ast~(\I32.\CONST~0)~(\I32.\CONST~n)~(\MEMORYINIT~i)~(\DATADROP~i) \\
    \end{array}
 
 .. note::
    Module :ref:`allocation <alloc-module>` and the :ref:`evaluation <exec-expr>` of :ref:`global <syntax-global>` initializers and :ref:`element segments <syntax-elem>` are mutually recursive because the global initialization :ref:`values <syntax-val>` :math:`\val^\ast` and element segment contents :math:`(\reff^\ast)^\ast` are passed to the module allocator while depending on the module instance :math:`\moduleinst` and store :math:`S'` returned by allocation.
    However, this recursion is just a specification device.
-   In practice, the initialization values can :ref:`be determined <exec-initvals>` beforehand by staging module allocation such that first, the module's own :math:`function instances <syntax-funcinst>` are pre-allocated in the store, then the initializer expressions are evaluated, then the rest of the module instance is allocated, and finally the new function instances' :math:`\AMODULE` fields are set to that module instance.
+   In practice, the initialization values can :ref:`be determined <exec-initvals>` beforehand by staging module allocation such that first, the module's own :ref:`function instances <syntax-funcinst>` are pre-allocated in the store, then the initializer expressions are evaluated, then the rest of the module instance is allocated, and finally the new function instances' :math:`\AMODULE` fields are set to that module instance.
    This is possible because :ref:`validation <valid-module>` ensures that initialization expressions cannot actually call a function, only take their reference.
 
    All failure conditions are checked before any observable mutation of the store takes place.