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<htmlxmlns="http://www.w3.org/1999/xhtml"><head><title>InferIR__Exp (InferIR.InferIR__Exp)</title><linkrel="stylesheet"href="../../odoc.css"/><metacharset="utf-8"/><metaname="viewport"content="width=device-width,initial-scale=1.0"/><metaname="generator"content="doc-ock-html v1.0.0-1-g1fc9bf0"/></head><body><navid="top"><ahref="../index.html">Up</a>—<spanclass="package">package <ahref="../index.html">InferIR</a></span></nav><header><h1><spanclass="keyword">Module</span><spanclass="module-path">InferIR__Exp</span></h1></header><p>The Smallfoot Intermediate Language: Expressions</p><divclass="spec module"id="module-F"><ahref="#module-F"class="anchor"></a><divclass="def module"><code><spanclass="keyword">module </span>F = Format</code></div><divclass="doc"></div></div><divclass="spec type"id="type-closure"><ahref="#type-closure"class="anchor"></a><divclass="def type"><code><spanclass="keyword">type </span>closure</code><code></code><code><spanclass="keyword"> = </span></code><code>{</code><tableclass="record"><trid="type-closure.name"class="anchored"><tdclass="def field"><ahref="#type-closure.name"class="anchor"></a><code>name : <ahref="../InferIR/Typ/Procname/index.html#type-t">InferIR.Typ.Procname.t</a>;</code></td></tr><trid="type-closure.captured_vars"class="anchored"><tdclass="def field"><ahref="#type-closure.captured_vars"class="anchor"></a><code>captured_vars : (<ahref="index.html#type-t">t</a><spanclass="keyword"> * </span><ahref="../InferIR/Pvar/index.html#type-t">InferIR.Pvar.t</a><spanclass="keyword"> * </span><ahref="../InferIR/Typ/index.html#type-t">InferIR.Typ.t</a>) list;</code></td></tr></table><code>}</code><code></code></div><divclass="doc"></div></div><divclass="spec type"id="type-sizeof_data"><ahref="#type-sizeof_data"class="anchor"></a><divclass="def type"><code><spanclass="keyword">type </span>sizeof_data</code><code></code><code><spanclass="keyword"> = </span></code><code>{</code><tableclass="record"><trid="type-sizeof_data.typ"class="anchored"><tdclass="def field"><ahref="#type-sizeof_data.typ"class="anchor"></a><code>typ : <ahref="../InferIR/Typ/index.html#type-t">InferIR.Typ.t</a>;</code></td></tr><trid="type-sizeof_data.nbytes"class="anchored"><tdclass="def field"><ahref="#type-sizeof_data.nbytes"class="anchor"></a><code>nbytes : int option;</code></td></tr><trid="type-sizeof_data.dynamic_length"class="anchored"><tdclass="def field"><ahref="#type-sizeof_data.dynamic_length"class="anchor"></a><code>dynamic_length : <ahref="index.html#type-t">t</a> option;</code></td></tr><trid="type-sizeof_data.subtype"class="anchored"><tdclass="def field"><ahref="#type-sizeof_data.subtype"class="anchor"></a><code>subtype : <ahref="../InferIR/Subtype/index.html#type-t">InferIR.Subtype.t</a>;</code></td></tr></table><code>}</code><code></code></div><divclass="doc"><p>This records information about a <codeclass="code">sizeof(typ)</code> expression.</p><p><codeclass="code">nbytes</code> represents the result of the evaluation of <codeclass="code">sizeof(typ)</code> if it is statically known.</p><p>If <codeclass="code">typ</code> is of the form <codeclass="code">Tarray elt (Some static_length)</code>, then <codeclass="code">dynamic_length</code> is the number
of elements of type <codeclass="code">elt</code> in the array. The <codeclass="code">dynamic_length</code>, tracked by symbolic execution, may
differ from the <codeclass="code">static_length</code> obtained from the type definition, e.g. when an array is
over-allocated.</p><p>If <codeclass="code">typ</code> is a struct type, the <codeclass="code">dynamic_length</code> is that of the final extensible array, if any.</p></div></div><divclass="spec type"id="type-t"><ahref="#type-t"class="anchor"></a><divclass="def type"><code><spanclass="keyword">type </span>t</code><code></code><code><spanclass="keyword"> = </span></code><tableclass="variant"><trid="type-t.Var"class="anchored"><tdclass="def constructor"><ahref="#type-t.Var"class="anchor"></a><code><spanclass="keyword">| </span></code><code><spanclass="constructor">Var</span><spanclass="keyword"> of </span><ahref="../InferIR/Ident/index.html#type-t">InferIR.Ident.t</a></code></td><tdclass="doc"><p>(** Pure variable: it is not an lvalue *)</p></td></tr><trid="type-t.UnOp"class="anchored"><tdclass="def constructor"><ahref="#type-t.UnOp"class="anchor"></a><code><spanclass="keyword">| </span></code><code><spanclass="constructor">UnOp</span><spanclass="keyword"> of </span><ahref="../InferIR/Unop/index.html#type-t">InferIR.Unop.t</a><spanclass="keyword"> * </span><ahref="index.html#type-t">t</a><spanclass="keyword"> * </span><ahref="../InferIR/Typ/index.html#type-t">InferIR.Typ.t</a> option</code></td><tdclass="doc"><p>(** Unary operator with type of the result if known *)</p></td></tr><trid="type-t.BinOp"class="anchored"><tdclass="def constructor"><ahref="#type-t.BinOp"class="anchor"></a><code><spanclass="keyword">| </span></code><code><spanclass="constructor">BinOp</span><spanclass="keyword"> of </span><ahref="../InferIR/Binop/index.html#type-t">InferIR.Binop.t</a><spanclass="keyword"> * </span><ahref="index.html#type-t">t</a><spanclass="keyword"> * </span><ahref="index.html#type-t">t</a></code></td><tdclass="doc"><p>(** Binary operator *)</p></td></tr><trid="type-t.Exn"class="anchored"><tdclass="def constructor"><ahref="#type-t.Exn"class="anchor"></a><code><spanclass="keyword">| </span></code><code><spanclass="constructor">Exn</span><spanclass="keyword"> of </span><ahref="index.html#type-t">t</a></code></td><tdclass="doc"><p>(** Exception *)</p></td></tr><trid="type-t.Closure"class="anchored"><tdclass="def constructor"><ahref="#type-t.Closure"class="anchor"></a><code><spanclass="keyword">| </span></code><code><spanclass="constructor">Closure</span><spanclass="keyword"> of </span><ahref="index.html#type-closure">closure</a></code></td><tdclass="doc"><p>(** Anonymous function *)</p></td></tr><trid="type-t.Const"class="anchored"><tdclass="def constructor"><ahref="#type-t.Const"class="anchor"></a><code><spanclass="keyword">| </span></code><code><spanclass="constructor">Const</span><spanclass="keyword"> of </span><ahref="../InferIR/Const/index.html#type-t">InferIR.Const.t</a></code></td><tdclass="doc"><p>(** Constants *)</p></td></tr><trid="type-t.Cast"class="anchored"><tdclass="def constructor"><ahref="#type-t.Cast"class="anchor"></a><code><spanclass="keyword">| </span></code><code><spanclass="constructor">Cast</span><spanclass="keyword"> of </span><ahref="../InferIR/Typ/index.html#type-t">InferIR.Typ.t</a><spanclass="keyword"> * </span><ahref="index.html#type-t">t</a></code></td><tdclass="doc"><p>(** Type cast *)</p></td></tr><trid="type-t.Lvar"class="anchored"><tdclass="def constructor"><ahref="#type-t.Lvar"class="anchor"></a><code><spanclass="keyword">| </span></code><code><spanclass="constructor">Lvar</span><spanclass="keyword"> of </span><ahref="../InferIR/Pvar/index.html#type-t">InferIR.Pvar.t</a></code></td><tdclass="doc"><p>(** The address of a program variable *)</p></td></tr><trid="type-t.Lfield"class="anchored"><tdclass="def constructor"><ahref="#type-t.Lfield"class="anchor"></a><code><spanclass="keyword">| </span></code><code><spanclass="constructor">Lfield</span><spanclass="keyword"> of </span><ahref="index.html#type-t">t</a><spanclass="keyword"> * </span><ahref="../InferIR/Typ/Fieldname/index.html#type-t">InferIR.Typ.Fieldname.t</a><spanclass="keyword"> * </span><ahref="../InferIR/Typ/index.html#type-t">InferIR.Typ.t</a></code></td><tdclass="doc"><p>(** A field offset, the type is the surrounding struct type *)</p></td></tr><trid="type-t.Lindex"class="anchored"><tdclass="def constructor"><ahref="#type-t.Lindex"class="anchor"></a><code><spanclass="keyword">| </span></code><code><spanclass="constructor">Lindex</span><spanclass="keyword"> of </span><ahref="index.html#type-t">t</a><spanclass="keyword"> * </span><ahref="index.html#type-t">t</a></code></td><tdclass="doc"><p>(** An array index offset: <codeclass="code">exp1[exp2]</code> *)</p></td></tr><trid="type-t.Sizeof"class="anchored"><tdclass="def constructor"><ahref="#type-t.Sizeof"class="anchor"></a><code><spanclass="keyword">| </span></code><code><spanclass="constructor">Sizeof</span><spanclass="keyword"> of </span><ahref="index.html#type-sizeof_data">sizeof_data</a></code></td></tr></table><code></code></div><divclass="doc"><p>Program expressions.</p></div></div><divclass="spec include"><divclass="doc"></div><detailsopen="open"><summary><spanclass="def"><code><spanclass="keyword">include </span><spanclass="keyword">sig</span> ... <spanclass="keyword">end</span></code></span></summary><divclass="spec val"id="val-compare_closure"><ahref="#val-compare_closure"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>compare_closure : <ahref="index.html#type-closure">closure</a><spanclass="keyword">‑></span><ahref="index.html#type-closure">closure</a><spanclass="keyword">‑></span> int</code></div><divclass="doc"></div></div><divclass="spec val"id="val-compare_sizeof_data"><ahref="#val-compare_sizeof_data"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>compare_sizeof_data : <ahref="index.html#type-sizeof_data">sizeof_data</a><spanclass="keyword">‑></span><ahref="index.html#type-sizeof_data">sizeof_data</a><spanclass="keyword">‑></span> int</code></div><divclass="doc"></div></div><divclass="spec val"id="val-compare"><ahref="#val-compare"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>compare : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a><spanclass="keyword">‑></span> int</code></div><divclass="doc"></div></div></details></div><divclass="spec val"id="val-equal"><ahref="#val-equal"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>equal : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a><spanclass="keyword">‑></span> bool</code></div><divclass="doc"><p>Equality for expressions.</p></div></div><divclass="spec module"id="module-Set"><ahref="#module-Set"class="anchor"></a><divclass="def module"><code><spanclass="keyword">module </span>Set : <ahref="../../InferStdlib/InferStdlib/index.html#module-IStd">InferStdlib.IStd</a>.Caml.Set.S<spanclass="keyword"> with </span><spanclass="keyword">type </span><ahref="index.html#module-Set">Set</a>.elt<spanclass="keyword"> = </span><ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Set of expressions.</p></div></div><divclass="spec module"id="module-Map"><ahref="#module-Map"class="anchor"></a><divclass="def module"><code><spanclass="keyword">module </span>Map : <ahref="../../InferStdlib/InferStdlib/index.html#module-IStd">InferStdlib.IStd</a>.Caml.Map.S<spanclass="keyword"> with </span><spanclass="keyword">type </span><ahref="index.html#module-Map">Map</a>.key<spanclass="keyword"> = </span><ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Map with expression keys.</p></div></div><divclass="spec module"id="module-Hash"><ahref="#module-Hash"class="anchor"></a><divclass="def module"><code><spanclass="keyword">module </span>Hash : <ahref="../../InferStdlib/InferStdlib/index.html#module-IStd">InferStdlib.IStd</a>.Caml.Hashtbl.S<spanclass="keyword"> with </span><spanclass="keyword">type </span><ahref="index.html#module-Hash">Hash</a>.key<spanclass="keyword"> = </span><ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Hashtable with expression keys.</p></div></div><divclass="spec val"id="val-is_null_literal"><ahref="#val-is_null_literal"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>is_null_literal : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span> bool</code></div><divclass="doc"></div></div><divclass="spec val"id="val-is_this"><ahref="#val-is_this"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>is_this : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span> bool</code></div><divclass="doc"><p>return true if <codeclass="code">exp</code> is the special this/self expression</p></div></div><divclass="spec val"id="val-is_zero"><ahref="#val-is_zero"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>is_zero : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span> bool</code></div><divclass="doc"></div></div><h3>Utility Functions for Expressions</h3><divclass="spec val"id="val-texp_to_typ"><ahref="#val-texp_to_typ"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>texp_to_typ : <ahref="../InferIR/Typ/index.html#type-t">InferIR.Typ.t</a> option <spanclass="keyword">‑></span><ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="../InferIR/Typ/index.html#type-t">InferIR.Typ.t</a></code></div><divclass="doc"><p>Turn an expression representing a type into the type it represents
If not a sizeof, return the default type if given, otherwise raise an exception</p></div></div><divclass="spec val"id="val-root_of_lexp"><ahref="#val-root_of_lexp"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>root_of_lexp : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Return the root of <codeclass="code">lexp</code>.</p></div></div><divclass="spec val"id="val-get_undefined"><ahref="#val-get_undefined"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>get_undefined : bool <spanclass="keyword">‑></span><ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Get an expression "undefined", the boolean indicates
whether the undefined value goest into the footprint</p></div></div><divclass="spec val"id="val-pointer_arith"><ahref="#val-pointer_arith"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>pointer_arith : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span> bool</code></div><divclass="doc"><p>Checks whether an expression denotes a location using pointer arithmetic.
Currently, catches array - indexing expressions such as a<codeclass="code">i</code> only.</p></div></div><divclass="spec val"id="val-has_local_addr"><ahref="#val-has_local_addr"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>has_local_addr : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span> bool</code></div><divclass="doc"><p>returns true if the expression operates on address of local variable</p></div></div><divclass="spec val"id="val-zero"><ahref="#val-zero"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>zero : <ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Integer constant 0</p></div></div><divclass="spec val"id="val-null"><ahref="#val-null"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>null : <ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Null constant</p></div></div><divclass="spec val"id="val-one"><ahref="#val-one"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>one : <ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Integer constant 1</p></div></div><divclass="spec val"id="val-minus_one"><ahref="#val-minus_one"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>minus_one : <ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Integer constant -1</p></div></div><divclass="spec val"id="val-int"><ahref="#val-int"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>int : <ahref="../InferIR/IntLit/index.html#type-t">InferIR.IntLit.t</a><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Create integer constant</p></div></div><divclass="spec val"id="val-float"><ahref="#val-float"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>float : float <spanclass="keyword">‑></span><ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Create float constant</p></div></div><divclass="spec val"id="val-bool"><ahref="#val-bool"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>bool : bool <spanclass="keyword">‑></span><ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Create integer constant corresponding to the boolean value</p></div></div><divclass="spec val"id="val-eq"><ahref="#val-eq"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>eq : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Create expression <codeclass="code">e1 == e2</code></p></div></div><divclass="spec val"id="val-ne"><ahref="#val-ne"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>ne : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Create expression <codeclass="code">e1 != e2</code></p></div></div><divclass="spec val"id="val-le"><ahref="#val-le"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>le : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Create expression <codeclass="code">e1 <= e2</code></p></div></div><divclass="spec val"id="val-lt"><ahref="#val-lt"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>lt : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a></code></div><divclass="doc"><p>Create expression <codeclass="code">e1 < e2</code></p></div></div><divclass="spec val"id="val-free_vars"><ahref="#val-free_vars"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>free_vars : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="../InferIR/Ident/index.html#type-t">InferIR.Ident.t</a><ahref="../../InferStdlib/InferStdlib/index.html#module-IStd">InferStdlib.IStd</a>.Sequence.t</code></div><divclass="doc"><p>all the idents appearing in the expression</p></div></div><divclass="spec val"id="val-gen_free_vars"><ahref="#val-gen_free_vars"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>gen_free_vars : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span> (unit,<ahref="../InferIR/Ident/index.html#type-t">InferIR.Ident.t</a>)<ahref="../../InferStdlib/InferStdlib/index.html#module-IStd">InferStdlib.IStd</a>.Sequence.Generator.t</code></div><divclass="doc"></div></div><divclass="spec val"id="val-ident_mem"><ahref="#val-ident_mem"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>ident_mem : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="../InferIR/Ident/index.html#type-t">InferIR.Ident.t</a><spanclass="keyword">‑></span> bool</code></div><divclass="doc"><p>true if the identifier appears in the expression</p></div></div><divclass="spec val"id="val-program_vars"><ahref="#val-program_vars"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>program_vars : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><ahref="../InferIR/Pvar/index.html#type-t">InferIR.Pvar.t</a><ahref="../../InferStdlib/InferStdlib/index.html#module-IStd">InferStdlib.IStd</a>.Sequence.t</code></div><divclass="doc"><p>all the program variables appearing in the expression</p></div></div><divclass="spec val"id="val-fold_captured"><ahref="#val-fold_captured"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>fold_captured : f:(<spanclass="type-var">'a</span><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><spanclass="type-var">'a</span>) <spanclass="keyword">‑></span><ahref="index.html#type-t">t</a><spanclass="keyword">‑></span><spanclass="type-var">'a</span><spanclass="keyword">‑></span><spanclass="type-var">'a</span></code></div><divclass="doc"><p>Fold over the expressions captured by this expression.</p></div></div><divclass="spec val"id="val-pp_printenv"><ahref="#val-pp_printenv"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>pp_printenv : <ahref="../../InferStdlib/InferStdlib/Pp/index.html#type-env">InferStdlib.Pp.env</a><spanclass="keyword">‑></span> (<ahref="../../InferStdlib/InferStdlib/Pp/index.html#type-env">InferStdlib.Pp.env</a><spanclass="keyword">‑></span><ahref="index.html#module-F">F</a>.formatter <spanclass="keyword">‑></span><ahref="../InferIR/Typ/index.html#type-t">InferIR.Typ.t</a><spanclass="keyword">‑></span> unit) <spanclass="keyword">‑></span><ahref="index.html#module-F">F</a>.formatter <spanclass="keyword">‑></span><ahref="index.html#type-t">t</a><spanclass="keyword">‑></span> unit</code></div><divclass="doc"></div></div><divclass="spec val"id="val-pp"><ahref="#val-pp"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>pp : <ahref="index.html#module-F">F</a>.formatter <spanclass="keyword">‑></span><ahref="index.html#type-t">t</a><spanclass="keyword">‑></span> unit</code></div><divclass="doc"></div></div><divclass="spec val"id="val-to_string"><ahref="#val-to_string"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>to_string : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span> string</code></div><divclass="doc"></div></div><divclass="spec val"id="val-is_objc_block_closure"><ahref="#val-is_objc_block_closure"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>is_objc_block_closure : <ahref="index.html#type-t">t</a><spanclass="keyword">‑></span> bool</code></div><divclass="doc"></div></div><divclass="spec val"id="val-zero_of_type"><ahref="#val-zero_of_type"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>zero_of_type : <ahref="../InferIR/Typ/index.html#type-t">InferIR.Typ.t</a><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a> option</code></div><divclass="doc"><p>Returns the zero value of a type, for int, float and ptr types</p></div></div><divclass="spec val"id="val-zero_of_type_exn"><ahref="#val-zero_of_type_exn"class="anchor"></a><divclass="def val"><code><spanclass="keyword">val </span>zero_of_type_exn : <ahref="../InferIR/Typ/index.html#type-t">InferIR.Typ.t</a><spanclass="keyword">‑></span><ahref="index.html#type-t">t</a></code></div><divclass="doc"></div></div></body></html>
