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<a href="../../../html/index.html">Home</a> » <a href="../../../html/pmc.html">PMCs</a> » Abstract root class
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<h1><a name="NAME"
>NAME</a></h1>
<p>src/pmc/default.pmc - Abstract root class</p>
<h1><a name="DESCRIPTION"
>DESCRIPTION</a></h1>
<p>These are the vtable functions for the default PMC class.</p>
<p>All methods which are not defined here get a default implementation generated from <em>src/vtable.tbl</em> by <em>tools/build/pmc2c.pl</em>.</p>
<h2><a name="Functions"
>Functions</a></h2>
<dl>
<dt><a name="static_STRING_*_caller(PARROT_INTERP,_PMC_*pmc)"
><b><code>static STRING * caller(PARROT_INTERP, PMC *pmc)</b></code></a></dt>
Returns a C string for the name of <code>*pmc</code>.
<dt><a name="static_void_cant_do_method(PARROT_INTERP,_PMC_*pmc,_int_index)"
><b><code>static void cant_do_method(PARROT_INTERP, PMC *pmc, int index)</b></code></a></dt>
Throws an exception "$methname() not implemented in class '$class'",
used by all unimplemented messages.
<dt><a name="static_void_cant_do_write_method(PARROT_INTERP,_PMC_*pmc,_int_index)"
><b><code>static void cant_do_write_method(PARROT_INTERP, PMC *pmc, int index)</b></code></a></dt>
Throws an exception "$methname() on read-only instance of '$class'",
used by all updating messages on read-only instances.
<dt><a name="static_INTVAL_check_set_std_props(PARROT_INTERP,_PMC_*pmc,_const_STRING_*key,_PMC_*value)"
><b><code>static INTVAL check_set_std_props(PARROT_INTERP, PMC *pmc, const STRING *key, PMC *value)</b></code></a></dt>
Called from <code>setprop()</code>.Returns a true value if <code>setprop()</code> can avoid actually setting a property in the prophash.
If it returns true,
the property setting will be reflected in a future call to <code>propagate_std_props()</code>
<dt><a name="static_void_propagate_std_props(PARROT_INTERP,_PMC_*self,_PMC_*prop_hash)"
><b><code>static void propagate_std_props(PARROT_INTERP, PMC *self, PMC *prop_hash)</b></code></a></dt>
Set pending standard properties in <code>prop_hash</code>.
<dt><a name="static_INTVAL_has_pending_std_props(const_PMC_*self)"
><b><code>static INTVAL has_pending_std_props(const PMC *self)</b></code></a></dt>
Returns true if propagate_std_props() would create a non-empty prophash.
<dt><a name="static_PMC*_check_get_std_props(PARROT_INTERP,_const_PMC_*self,_const_STRING_*key)"
><b><code>static PMC* check_get_std_props(PARROT_INTERP, const PMC *self, const STRING *key)</b></code></a></dt>
Checks if we can infer the value of <code>key</code> property from <code>self</code> without looking at its prophash.
Returns <code>PMCNULL</code> if not,
returns the value otherwise.
<dt><a name="static_PMC*_make_prop_hash(PARROT_INTERP,_PMC_*self)"
><b><code>static PMC* make_prop_hash(PARROT_INTERP, PMC *self)</b></code></a></dt>
Create a property hash for <code>self</code>.
Returns the created hash.
Inferred properties will be added to the hash.</dl>
<h2><a name="Methods"
>Methods</a></h2>
<dl>
<dt><a name="void_init()"
><b><code>void init()</b></code></a></dt>
Does nothing.
<dt><a name="void_init_pmc(PMC_*initializer)"
><b><code>void init_pmc(PMC *initializer)</b></code></a></dt>
With a null <code>initializer</code>,
calls <code>init()</code>,
else throws an exception.
<dt><a name="void_init_int(INTVAL_initvalue)"
><b><code>void init_int(INTVAL initvalue)</b></code></a></dt>
Calls <code>init()</code> and <code>set_integer_native(initvalue)</code>.
Default implementation to allow more usages of init_int without having to implement it everywhere.
<dt><a name="void_destroy()"
><b><code>void destroy()</b></code></a></dt>
Does nothing.
<dt><a name="PMC_*instantiate(PMC_*init)"
><b><code>PMC *instantiate(PMC *init)</b></code></a></dt>
Default fallback.
Creates a new PMC of the type of the class SELF and calls init().
<dt><a name="void_mark()"
><b><code>void mark()</b></code></a></dt>
Panics with a "no custom mark routine defined" error message.
<dt><a name="PMC_*getprop(STRING_*key)"
><b><code>PMC *getprop(STRING *key)</b></code></a></dt>
Returns the property for <code>*key</code>.
If no property is defined then the NULL PMC is returned.
<dt><a name="void_setprop(STRING_*key,_PMC_*value)"
><b><code>void setprop(STRING *key, PMC *value)</b></code></a></dt>
Sets the property for <code>*key</code> to <code>*value</code>.
<dt><a name="void_delprop(STRING_*key)"
><b><code>void delprop(STRING *key)</b></code></a></dt>
Deletes the property for <code>*key</code>.
<dt><a name="PMC_*getprops()"
><b><code>PMC *getprops()</b></code></a></dt>
Returns the PMC's properties or the NULL PMC if no properties exist.
<dt><a name="INTVAL_type()"
><b><code>INTVAL type()</b></code></a></dt>
Returns the PMC's type.
<dt><a name="STRING_*name()"
><b><code>STRING *name()</b></code></a></dt>
Returns the name of the PMC.
<dt><a name="void_PMC_*add_attribute(STRING_*name,_PMC_*type)"
><b><code>void PMC *add_attribute(STRING *name, PMC *type)</b></code></a></dt>
Throws an exception,
as you can only add an attribute to something Class-y or Role-y.
<dt><a name="PMC_*get_namespace"
><b><code>PMC *get_namespace</b></code></a></dt>
Return the namespace for this PMC.
<dt><a name="PMC_*find_method(STRING_*method_name)"
><b><code>PMC *find_method(STRING *method_name)</b></code></a></dt>
Looks up the method for <code>*method_name</code> and returns it.
If no method is found then <code>NULL</code> is returned.
<dt><a name="void_add_method(STRING_*method_name,_PMC_*sub)"
><b><code>void add_method(STRING *method_name, PMC *sub)</b></code></a></dt>
Store the method as a global in the namespace of this class.
<dt><a name="INTVAL_get_integer_keyed_int(INTVAL_key)"
><b><code>INTVAL get_integer_keyed_int(INTVAL key)</b></code></a></dt>
Converts <code>key</code> to a PMC key and returns the result of calling <code>get_integer_keyed()</code> with it.
<dt><a name="FLOATVAL_get_number_keyed_int(INTVAL_key)"
><b><code>FLOATVAL get_number_keyed_int(INTVAL key)</b></code></a></dt>
Converts <code>key</code> to a PMC key and returns the result of calling <code>get_number_keyed()</code> with it.
<dt><a name="STRING_*get_string_keyed_int(INTVAL_key)"
><b><code>STRING *get_string_keyed_int(INTVAL key)</b></code></a></dt>
Converts <code>key</code> to a PMC key and returns the result of calling <code>get_string_keyed()</code> with it.
<dt><a name="PMC_*get_pmc_keyed_int(INTVAL_key)"
><b><code>PMC *get_pmc_keyed_int(INTVAL key)</b></code></a></dt>
Converts <code>key</code> to a PMC key and returns the result of calling <code>get_pmc_keyed()</code> with it.
<dt><a name="void_*get_pointer()"
><b><code>void *get_pointer()</b></code></a></dt>
Returns the address of the PMC.
<dt><a name="INTVAL_is_same(PMC_*value)"
><b><code>INTVAL is_same(PMC *value)</b></code></a></dt>
Returns whether the PMC is the same PMC as <code>value</code> (whether they're the same pointer).
<dt><a name="void_assign_pmc(PMC_*value)"
><b><code>void assign_pmc(PMC *value)</b></code></a></dt>
<dt><a name="void_assign_string_native(PMC_*value)"
><b><code>void assign_string_native(PMC *value)</b></code></a></dt>
Defaults fall back to <code>set_pmc</code> and <code>set_string_native</code>.
<dt><a name="void_morph(PMC*_type)"
><b><code>void morph(PMC* type)</b></code></a></dt>
Changes the PMC to a PMC of a new type
<dt><a name="void_set_integer_keyed_int(INTVAL_key,_INTVAL_value)"
><b><code>void set_integer_keyed_int(INTVAL key, INTVAL value)</b></code></a></dt>
Converts <code>key</code> to a PMC key and calls <code>set_integer_keyed()</code> with it and <code>value</code>.
<dt><a name="void_set_number_keyed_int(INTVAL_key,_FLOATVAL_value)"
><b><code>void set_number_keyed_int(INTVAL key, FLOATVAL value)</b></code></a></dt>
Converts <code>key</code> to a PMC key and calls <code>set_number_keyed()</code> with it and <code>value</code>.
<dt><a name="void_set_string_keyed_int(INTVAL_key,_STRING_*string)"
><b><code>void set_string_keyed_int(INTVAL key, STRING *string)</b></code></a></dt>
Converts <code>key</code> to a PMC key and calls <code>set_string_keyed()</code> with it and <code>value</code>.
<dt><a name="void_set_pmc_keyed_int(INTVAL_key,_PMC_*value)"
><b><code>void set_pmc_keyed_int(INTVAL key, PMC *value)</b></code></a></dt>
Converts <code>key</code> to a PMC key and calls <code>set_pmc_keyed()</code> with it and <code>value</code>.
<dt><a name="INTVAL_hashvalue()"
><b><code>INTVAL hashvalue()</b></code></a></dt>
Calculate hashvalue for PMC.
Default behaviour stringify and use string.
<dt><a name="INTVAL_is_equal(PMC_*value)"
><b><code>INTVAL is_equal(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'is_equal'.
<dt><a name="INTVAL_is_equal_num(PMC_*value)"
><b><code>INTVAL is_equal_num(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'is_equal_num'.
<dt><a name="INTVAL_is_equal_string(PMC_*value)"
><b><code>INTVAL is_equal_string(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'is_equal'.
<dt><a name="INTVAL_exists_keyed_int(INTVAL_key)"
><b><code>INTVAL exists_keyed_int(INTVAL key)</b></code></a></dt>
Converts <code>key</code> to a PMC key and returns the result of calling <code>exists_keyed()</code> with it.
<dt><a name="INTVAL_defined()"
><b><code>INTVAL defined()</b></code></a></dt>
Returns true.
<dt><a name="INTVAL_defined_keyed_int(INTVAL_key)"
><b><code>INTVAL defined_keyed_int(INTVAL key)</b></code></a></dt>
Converts <code>key</code> to a PMC key and returns the result of calling <code>defined_keyed()</code> with it.
<dt><a name="void_delete_keyed_int(INTVAL_key)"
><b><code>void delete_keyed_int(INTVAL key)</b></code></a></dt>
Converts <code>key</code> to a PMC key and calls <code>delete_keyed()</code> with it.
<dt><a name="INTVAL_can(STRING_*method)"
><b><code>INTVAL can(STRING *method)</b></code></a></dt>
Reports whether the PMC "can" perform <code>method</code>.
If the PMC implements the vtable function <code>method</code>,
true (1) is returned; otherwise,
false (0) is returned.
<dt><a name="INTVAL_does(STRING_*interface_name)"
><b><code>INTVAL does(STRING *interface_name)</b></code></a></dt>
Reports whether the PMC "does" perform <code>interface_name</code>.
If the interface <code>interface_name</code> is found in the PMC's interface list,
true (1) is returned; otherwise,
false (0) is returned.
<dt><a name="INTVAL_does_pmc(PMC_*role)"
><b><code>INTVAL does_pmc(PMC *role)</b></code></a></dt>
Reports whether the PMC "does" the <code>role</code>.
<dt><a name="INTVAL_isa_pmc(PMC_*_class)"
><b><code>INTVAL isa_pmc(PMC *_class)</b></code></a></dt>
Reports whether the PMC "isa" <code>_class</code>.
If the class <code>_class</code> is found in the PMC's class hierarchy,
true (1) is returned; otherwise,
false (0) is returned.
<dt><a name="INTVAL_isa(STRING_*_class)"
><b><code>INTVAL isa(STRING *_class)</b></code></a></dt>
Reports whether the PMC "isa" <code>_class</code>.
If the class <code>_class</code> is found in the PMC's class hierarchy,
true (1) is returned; otherwise,
false (0) is returned.
<dt><a name="PMC_*inspect_str(STRING_*what)"
><b><code>PMC *inspect_str(STRING *what)</b></code></a></dt>
Provides introspection of a specific piece of information about the PMC.
<dt><a name="PMC_*inspect()"
><b><code>PMC *inspect()</b></code></a></dt>
Returns a Hash describing the class,
with key/value pairs as described in inspect_str.
<dt><a name="PMC_*get_class()"
><b><code>PMC *get_class()</b></code></a></dt>
Returns SELF.
A PMC is its own class.
<dt><a name="PMC_*get_attr_keyed(PMC_*key,_STRING_*name)"
><b><code>PMC *get_attr_keyed(PMC *key, STRING *name)</b></code></a></dt>
Default version of keyed attribute lookups.
Discards the key and does a lookup by the string name passed in.
<dt><a name="void_set_attr_keyed(PMC_*key,_STRING_*name,_PMC_*value)"
><b><code>void set_attr_keyed(PMC *key, STRING *name, PMC *value)</b></code></a></dt>
Default version of keyed attribute set.
Discards the key and does a set by the string name passed in.
<dt><a name="void_add_parent(PMC_*parent)"
><b><code>void add_parent(PMC *parent)</b></code></a></dt>
Add class <code>parent</code> to the list of our parents.
<dt><a name="void_visit(PMC_*info)"
><b><code>void visit(PMC *info)</b></code></a></dt>
Used by GC to mark the PMC.
<dt><a name="PMC*_clone()"
><b><code>PMC* clone()</b></code></a></dt>
Clones this PMC.
By default,
this just does a freeze and thaw.
<dt><a name="void_freeze(PMC_*info)"
><b><code>void freeze(PMC *info)</b></code></a></dt>
Does nothing.
<dt><a name="void_thaw(PMC_*info)"
><b><code>void thaw(PMC *info)</b></code></a></dt>
Initializes the PMC during unarchiving.
<dt><a name="void_thawfinish(PMC_*info)"
><b><code>void thawfinish(PMC *info)</b></code></a></dt>
Does nothing.
<dt><a name="PMC_*add(PMC_*value,_PMC_*dest)"
><b><code>PMC *add(PMC *value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'add'.
<dt><a name="PMC_*add_int(INTVAL_value,_PMC_*dest)"
><b><code>PMC *add_int(INTVAL value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'add_int'.
<dt><a name="PMC_*add_float(FLOATVAL_value,_PMC_*dest)"
><b><code>PMC *add_float(FLOATVAL value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'add_float'.
<dt><a name="void_i_add(PMC_*value)"
><b><code>void i_add(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_add'.
<dt><a name="void_i_add_int(INTVAL_value)"
><b><code>void i_add_int(INTVAL value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_add_int'.
<dt><a name="void_i_add_float(FLOATVAL_value)"
><b><code>void i_add_float(FLOATVAL value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_add_float'.
<dt><a name="PMC_*subtract(PMC_*value,_PMC_*dest)"
><b><code>PMC *subtract(PMC *value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'subtract'.
<dt><a name="PMC_*subtract_int(INTVAL_value,_PMC_*dest)"
><b><code>PMC *subtract_int(INTVAL value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'subtract_int'.
<dt><a name="PMC_*subtract_float(FLOATVAL_value,_PMC_*dest)"
><b><code>PMC *subtract_float(FLOATVAL value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'subtract_float'.
<dt><a name="void_i_subtract(PMC_*value)"
><b><code>void i_subtract(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_subtract'.
<dt><a name="void_i_subtract_int(INTVAL_value)"
><b><code>void i_subtract_int(INTVAL value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_subtract_int'.
<dt><a name="void_i_subtract_float(FLOATVAL_value)"
><b><code>void i_subtract_float(FLOATVAL value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_subtract_float'.
<dt><a name="PMC_*multiply(PMC_*value,_PMC_*dest)"
><b><code>PMC *multiply(PMC *value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'multiply'.
<dt><a name="PMC_*multiply_int(INTVAL_value,_PMC_*dest)"
><b><code>PMC *multiply_int(INTVAL value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'multiply_int'.
<dt><a name="PMC_*multiply_float(FLOATVAL_value,_PMC_*dest)"
><b><code>PMC *multiply_float(FLOATVAL value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'multiply_float'.
<dt><a name="void_i_multiply(PMC_*value)"
><b><code>void i_multiply(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_multiply'.
<dt><a name="void_i_multiply_int(INTVAL_value)"
><b><code>void i_multiply_int(INTVAL value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_multiply_int'.
<dt><a name="void_i_multiply_float(FLOATVAL_value)"
><b><code>void i_multiply_float(FLOATVAL value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_multiply_float'.
<dt><a name="PMC_*divide(PMC_*value,_PMC_*dest)"
><b><code>PMC *divide(PMC *value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'divide'.
<dt><a name="PMC_*divide_int(INTVAL_value,_PMC_*dest)"
><b><code>PMC *divide_int(INTVAL value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'divide_int'.
<dt><a name="PMC_*divide_float(FLOATVAL_value,_PMC_*dest)"
><b><code>PMC *divide_float(FLOATVAL value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'divide_float'.
<dt><a name="void_i_divide(PMC_*value)"
><b><code>void i_divide(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_divide'.
<dt><a name="void_i_divide_int(INTVAL_value)"
><b><code>void i_divide_int(INTVAL value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_divide_int'.
<dt><a name="void_i_divide_float(FLOATVAL_value)"
><b><code>void i_divide_float(FLOATVAL value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_divide_float'.
<dt><a name="PMC_*floor_divide(PMC_*value,_PMC_*dest)"
><b><code>PMC *floor_divide(PMC *value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'floor_divide'.
<dt><a name="PMC_*floor_divide_int(INTVAL_value,_PMC_*dest)"
><b><code>PMC *floor_divide_int(INTVAL value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'floor_divide_int'.
<dt><a name="PMC_*floor_divide_float(FLOATVAL_value,_PMC_*dest)"
><b><code>PMC *floor_divide_float(FLOATVAL value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'floor_divide_float'.
<dt><a name="void_i_floor_divide(PMC_*value)"
><b><code>void i_floor_divide(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_floor_divide'.
<dt><a name="void_i_floor_divide_int(INTVAL_value)"
><b><code>void i_floor_divide_int(INTVAL value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_floor_divide_int'.
<dt><a name="void_i_floor_divide_float(FLOATVAL_value)"
><b><code>void i_floor_divide_float(FLOATVAL value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_floor_divide_float'.
<dt><a name="PMC_*modulus(PMC_*value,_PMC_*dest)"
><b><code>PMC *modulus(PMC *value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'modulus'.
<dt><a name="PMC_*modulus_int(INTVAL_value,_PMC_*dest)"
><b><code>PMC *modulus_int(INTVAL value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'modulus_int'.
<dt><a name="PMC_*modulus_float(FLOATVAL_value,_PMC_*dest)"
><b><code>PMC *modulus_float(FLOATVAL value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'modulus_float'.
<dt><a name="void_i_modulus(PMC_*value)"
><b><code>void i_modulus(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_modulus'.
<dt><a name="void_i_modulus_int(INTVAL_value)"
><b><code>void i_modulus_int(INTVAL value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_modulus_int'.
<dt><a name="void_i_modulus_float(FLOATVAL_value)"
><b><code>void i_modulus_float(FLOATVAL value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_modulus_float'.
<dt><a name="INTVAL_cmp(PMC_*value)"
><b><code>INTVAL cmp(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'cmp'.
<dt><a name="INTVAL_cmp_num(PMC_*value)"
><b><code>INTVAL cmp_num(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'cmp_num'.
<dt><a name="INTVAL_cmp_string(PMC_*value)"
><b><code>INTVAL cmp_string(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'cmp_string'.
<dt><a name="PMC_*cmp_pmc(PMC_*value)"
><b><code>PMC *cmp_pmc(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'cmp_pmc'.
<dt><a name="PMC_*concatenate(PMC_*value,_PMC_*dest)"
><b><code>PMC *concatenate(PMC *value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'concatenate'.
<dt><a name="PMC_*concatenate_str(STRING_*value,_PMC_*dest)"
><b><code>PMC *concatenate_str(STRING *value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'concatenate_str'.
<dt><a name="void_i_concatenate(PMC_*value)"
><b><code>void i_concatenate(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_concatenate'.
<dt><a name="void_i_concatenate_str(STRING_*value)"
><b><code>void i_concatenate_str(STRING *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_concatenate_str'.
<dt><a name="PMC_*repeat(PMC_*value,_PMC_*dest)"
><b><code>PMC *repeat(PMC *value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'repeat'.
<dt><a name="PMC_*repeat_int(INTVAL_value,_PMC_*dest)"
><b><code>PMC *repeat_int(INTVAL value, PMC *dest)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'repeat_int'.
<dt><a name="void_i_repeat(PMC_*value)"
><b><code>void i_repeat(PMC *value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_repeat'.
<dt><a name="void_i_repeat_int(INTVAL_value)"
><b><code>void i_repeat_int(INTVAL value)</b></code></a></dt>
Default fallback.
Performs a multiple dispatch call for 'i_repeat_int'.</dl>
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