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gem5/src/systemc/core/sc_module.cc
Daniel R. Carvalho 974a47dfb9 misc: Adopt the gem5 namespace 
Apply the gem5 namespace to the codebase.

Some anonymous namespaces could theoretically be removed,
but since this change's main goal was to keep conflicts
at a minimum, it was decided not to modify much the
general shape of the files.

A few missing comments of the form "// namespace X" that
occurred before the newly added "} // namespace gem5"
have been added for consistency.

std out should not be included in the gem5 namespace, so
they weren't.

ProtoMessage has not been included in the gem5 namespace,
since I'm not familiar with how proto works.

Regarding the SystemC files, although they belong to gem5,
they actually perform integration between gem5 and SystemC;
therefore, it deserved its own separate namespace.

Files that are automatically generated have been included
in the gem5 namespace.

The .isa files currently are limited to a single namespace.
This limitation should be later removed to make it easier
to accomodate a better API.

Regarding the files in util, gem5:: was prepended where
suitable. Notice that this patch was tested as much as
possible given that most of these were already not
previously compiling.

Change-Id: Ia53d404ec79c46edaa98f654e23bc3b0e179fe2d
Signed-off-by: Daniel R. Carvalho <odanrc@yahoo.com.br>
Reviewed-on: https://gem5-review.googlesource.com/c/public/gem5/+/46323
Maintainer: Bobby R. Bruce <bbruce@ucdavis.edu>
Reviewed-by: Bobby R. Bruce <bbruce@ucdavis.edu>
Reviewed-by: Matthew Poremba <matthew.poremba@amd.com>
Tested-by: kokoro <noreply+kokoro@google.com>
2021-07-01 19:08:24 +00:00

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/*
* Copyright 2018 Google, Inc.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions are
* met: redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer;
* redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution;
* neither the name of the copyright holders nor the names of its
* contributors may be used to endorse or promote products derived from
* this software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
* "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
* LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
* A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
* OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
* SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
* LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
* DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
* THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
* (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
* OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*/
#include <memory>
#include <string>
#include <vector>
#include "base/logging.hh"
#include "systemc/core/event.hh"
#include "systemc/core/kernel.hh"
#include "systemc/core/module.hh"
#include "systemc/core/object.hh"
#include "systemc/core/port.hh"
#include "systemc/core/process_types.hh"
#include "systemc/core/sensitivity.hh"
#include "systemc/ext/channel/sc_in.hh"
#include "systemc/ext/channel/sc_inout.hh"
#include "systemc/ext/channel/sc_out.hh"
#include "systemc/ext/channel/sc_signal_in_if.hh"
#include "systemc/ext/core/messages.hh"
#include "systemc/ext/core/sc_module.hh"
#include "systemc/ext/core/sc_module_name.hh"
#include "systemc/ext/dt/bit/sc_logic.hh"
#include "systemc/ext/utils/sc_report_handler.hh"
namespace sc_gem5
{
Process *
newMethodProcess(const char *name, ProcessFuncWrapper *func)
{
Method *p = new Method(name, func);
if (::sc_core::sc_is_running()) {
std::string name = p->name();
delete p;
SC_REPORT_ERROR(sc_core::SC_ID_MODULE_METHOD_AFTER_START_,
name.c_str());
return nullptr;
}
scheduler.reg(p);
return p;
}
Process *
newThreadProcess(const char *name, ProcessFuncWrapper *func)
{
Thread *p = new Thread(name, func);
if (::sc_core::sc_is_running()) {
std::string name = p->name();
delete p;
SC_REPORT_ERROR(sc_core::SC_ID_MODULE_THREAD_AFTER_START_,
name.c_str());
return nullptr;
}
scheduler.reg(p);
return p;
}
Process *
newCThreadProcess(const char *name, ProcessFuncWrapper *func)
{
CThread *p = new CThread(name, func);
if (::sc_core::sc_is_running()) {
std::string name = p->name();
delete p;
SC_REPORT_ERROR(sc_core::SC_ID_MODULE_CTHREAD_AFTER_START_,
name.c_str());
return nullptr;
}
scheduler.reg(p);
p->dontInitialize(true);
return p;
}
} // namespace sc_gem5
namespace sc_core
{
sc_bind_proxy::sc_bind_proxy() : _interface(nullptr), _port(nullptr) {}
sc_bind_proxy::sc_bind_proxy(sc_interface &_interface) :
_interface(&_interface), _port(nullptr)
{}
sc_bind_proxy::sc_bind_proxy(sc_port_base &_port) :
_interface(nullptr), _port(&_port)
{}
const sc_bind_proxy SC_BIND_PROXY_NIL;
gem5::Port &
sc_module::gem5_getPort(const std::string &if_name, int idx)
{
fatal("%s does not have any port named %s\n", name(), if_name);
}
sc_module::~sc_module() { delete _gem5_module; }
void
sc_module::operator () (const sc_bind_proxy &p001,
const sc_bind_proxy &p002,
const sc_bind_proxy &p003,
const sc_bind_proxy &p004,
const sc_bind_proxy &p005,
const sc_bind_proxy &p006,
const sc_bind_proxy &p007,
const sc_bind_proxy &p008,
const sc_bind_proxy &p009,
const sc_bind_proxy &p010,
const sc_bind_proxy &p011,
const sc_bind_proxy &p012,
const sc_bind_proxy &p013,
const sc_bind_proxy &p014,
const sc_bind_proxy &p015,
const sc_bind_proxy &p016,
const sc_bind_proxy &p017,
const sc_bind_proxy &p018,
const sc_bind_proxy &p019,
const sc_bind_proxy &p020,
const sc_bind_proxy &p021,
const sc_bind_proxy &p022,
const sc_bind_proxy &p023,
const sc_bind_proxy &p024,
const sc_bind_proxy &p025,
const sc_bind_proxy &p026,
const sc_bind_proxy &p027,
const sc_bind_proxy &p028,
const sc_bind_proxy &p029,
const sc_bind_proxy &p030,
const sc_bind_proxy &p031,
const sc_bind_proxy &p032,
const sc_bind_proxy &p033,
const sc_bind_proxy &p034,
const sc_bind_proxy &p035,
const sc_bind_proxy &p036,
const sc_bind_proxy &p037,
const sc_bind_proxy &p038,
const sc_bind_proxy &p039,
const sc_bind_proxy &p040,
const sc_bind_proxy &p041,
const sc_bind_proxy &p042,
const sc_bind_proxy &p043,
const sc_bind_proxy &p044,
const sc_bind_proxy &p045,
const sc_bind_proxy &p046,
const sc_bind_proxy &p047,
const sc_bind_proxy &p048,
const sc_bind_proxy &p049,
const sc_bind_proxy &p050,
const sc_bind_proxy &p051,
const sc_bind_proxy &p052,
const sc_bind_proxy &p053,
const sc_bind_proxy &p054,
const sc_bind_proxy &p055,
const sc_bind_proxy &p056,
const sc_bind_proxy &p057,
const sc_bind_proxy &p058,
const sc_bind_proxy &p059,
const sc_bind_proxy &p060,
const sc_bind_proxy &p061,
const sc_bind_proxy &p062,
const sc_bind_proxy &p063,
const sc_bind_proxy &p064)
{
std::vector<const ::sc_core::sc_bind_proxy *> proxies;
auto insert = [&proxies](const ::sc_core::sc_bind_proxy &p) -> bool {
if (!p.port() && !p.interface())
return false;
proxies.push_back(&p);
return true;
};
insert(p001) && insert(p002) && insert(p003) && insert(p004) &&
insert(p005) && insert(p006) && insert(p007) && insert(p008) &&
insert(p009) && insert(p010) && insert(p011) && insert(p012) &&
insert(p013) && insert(p014) && insert(p015) && insert(p016) &&
insert(p017) && insert(p018) && insert(p019) && insert(p020) &&
insert(p021) && insert(p022) && insert(p023) && insert(p024) &&
insert(p025) && insert(p026) && insert(p027) && insert(p028) &&
insert(p029) && insert(p030) && insert(p031) && insert(p032) &&
insert(p033) && insert(p034) && insert(p035) && insert(p036) &&
insert(p037) && insert(p038) && insert(p039) && insert(p040) &&
insert(p041) && insert(p042) && insert(p043) && insert(p044) &&
insert(p045) && insert(p046) && insert(p047) && insert(p048) &&
insert(p049) && insert(p050) && insert(p051) && insert(p052) &&
insert(p053) && insert(p054) && insert(p055) && insert(p056) &&
insert(p057) && insert(p058) && insert(p059) && insert(p060) &&
insert(p061) && insert(p062) && insert(p063) && insert(p064);
_gem5_module->bindPorts(proxies);
}
sc_module &
sc_module::operator << (sc_interface &iface)
{
(*this)(iface);
return *this;
}
sc_module &
sc_module::operator << (sc_port_base &pb)
{
(*this)(pb);
return *this;
}
sc_module &
sc_module::operator , (sc_interface &iface)
{
(*this)(iface);
return *this;
}
sc_module &
sc_module::operator , (sc_port_base &pb)
{
(*this)(pb);
return *this;
}
const std::vector<sc_object *> &
sc_module::get_child_objects() const
{
return _gem5_module->obj()->get_child_objects();
}
const std::vector<sc_event *> &
sc_module::get_child_events() const
{
return _gem5_module->obj()->get_child_events();
}
sc_module::sc_module() :
sc_object(sc_gem5::newModuleChecked()->name()),
_gem5_module(sc_gem5::currentModule())
{
if (sc_is_running())
SC_REPORT_ERROR(SC_ID_INSERT_MODULE_, "simulation running");
if (::sc_gem5::scheduler.elaborationDone())
SC_REPORT_ERROR(SC_ID_INSERT_MODULE_, "elaboration done");
}
sc_module::sc_module(const sc_module_name &) : sc_module() {}
sc_module::sc_module(const char *_name) : sc_module(sc_module_name(_name))
{
_gem5_module->deprecatedConstructor();
SC_REPORT_WARNING(SC_ID_BAD_SC_MODULE_CONSTRUCTOR_, _name);
}
sc_module::sc_module(const std::string &_name) :
sc_module(sc_module_name(_name.c_str()))
{
_gem5_module->deprecatedConstructor();
SC_REPORT_WARNING(SC_ID_BAD_SC_MODULE_CONSTRUCTOR_, _name.c_str());
}
void
sc_module::end_module()
{
_gem5_module->endModule();
}
void
sc_module::reset_signal_is(const sc_in<bool> &port, bool val)
{
::sc_gem5::newReset(&port, ::sc_gem5::Process::newest(), true, val);
}
void
sc_module::reset_signal_is(const sc_inout<bool> &port, bool val)
{
::sc_gem5::newReset(&port, ::sc_gem5::Process::newest(), true, val);
}
void
sc_module::reset_signal_is(const sc_out<bool> &port, bool val)
{
::sc_gem5::newReset(&port, ::sc_gem5::Process::newest(), true, val);
}
void
sc_module::reset_signal_is(const sc_signal_in_if<bool> &signal, bool val)
{
::sc_gem5::newReset(&signal, ::sc_gem5::Process::newest(), true, val);
}
void
sc_module::async_reset_signal_is(const sc_in<bool> &port, bool val)
{
::sc_gem5::newReset(&port, ::sc_gem5::Process::newest(), false, val);
}
void
sc_module::async_reset_signal_is(const sc_inout<bool> &port, bool val)
{
::sc_gem5::newReset(&port, ::sc_gem5::Process::newest(), false, val);
}
void
sc_module::async_reset_signal_is(const sc_out<bool> &port, bool val)
{
::sc_gem5::newReset(&port, ::sc_gem5::Process::newest(), false, val);
}
void
sc_module::async_reset_signal_is(const sc_signal_in_if<bool> &signal, bool val)
{
::sc_gem5::newReset(&signal, ::sc_gem5::Process::newest(), false, val);
}
void
sc_module::dont_initialize()
{
::sc_gem5::Process *p = ::sc_gem5::Process::newest();
if (p->procKind() == SC_CTHREAD_PROC_)
SC_REPORT_WARNING(SC_ID_DONT_INITIALIZE_, "");
p->dontInitialize(true);
}
void
sc_module::set_stack_size(size_t size)
{
::sc_gem5::Process::newest()->setStackSize(size);
}
void sc_module::next_trigger() { ::sc_core::next_trigger(); }
void
sc_module::next_trigger(const sc_event &e)
{
::sc_core::next_trigger(e);
}
void
sc_module::next_trigger(const sc_event_or_list &eol)
{
::sc_core::next_trigger(eol);
}
void
sc_module::next_trigger(const sc_event_and_list &eal)
{
::sc_core::next_trigger(eal);
}
void
sc_module::next_trigger(const sc_time &t)
{
::sc_core::next_trigger(t);
}
void
sc_module::next_trigger(double d, sc_time_unit u)
{
::sc_core::next_trigger(d, u);
}
void
sc_module::next_trigger(const sc_time &t, const sc_event &e)
{
::sc_core::next_trigger(t, e);
}
void
sc_module::next_trigger(double d, sc_time_unit u, const sc_event &e)
{
::sc_core::next_trigger(d, u, e);
}
void
sc_module::next_trigger(const sc_time &t, const sc_event_or_list &eol)
{
::sc_core::next_trigger(t, eol);
}
void
sc_module::next_trigger(double d, sc_time_unit u, const sc_event_or_list &eol)
{
::sc_core::next_trigger(d, u, eol);
}
void
sc_module::next_trigger(const sc_time &t, const sc_event_and_list &eal)
{
::sc_core::next_trigger(t, eal);
}
void
sc_module::next_trigger(double d, sc_time_unit u, const sc_event_and_list &eal)
{
::sc_core::next_trigger(d, u, eal);
}
bool
sc_module::timed_out()
{
return ::sc_core::timed_out();
}
void
sc_module::wait()
{
::sc_core::wait();
}
void
sc_module::wait(int i)
{
::sc_core::wait(i);
}
void
sc_module::wait(const sc_event &e)
{
::sc_core::wait(e);
}
void
sc_module::wait(const sc_event_or_list &eol)
{
::sc_core::wait(eol);
}
void
sc_module::wait(const sc_event_and_list &eal)
{
::sc_core::wait(eal);
}
void
sc_module::wait(const sc_time &t)
{
::sc_core::wait(t);
}
void
sc_module::wait(double d, sc_time_unit u)
{
::sc_core::wait(d, u);
}
void
sc_module::wait(const sc_time &t, const sc_event &e)
{
::sc_core::wait(t, e);
}
void
sc_module::wait(double d, sc_time_unit u, const sc_event &e)
{
::sc_core::wait(d, u, e);
}
void
sc_module::wait(const sc_time &t, const sc_event_or_list &eol)
{
::sc_core::wait(t, eol);
}
void
sc_module::wait(double d, sc_time_unit u, const sc_event_or_list &eol)
{
::sc_core::wait(d, u, eol);
}
void
sc_module::wait(const sc_time &t, const sc_event_and_list &eal)
{
::sc_core::wait(t, eal);
}
void
sc_module::wait(double d, sc_time_unit u, const sc_event_and_list &eal)
{
::sc_core::wait(d, u, eal);
}
void
sc_module::halt()
{
::sc_core::halt();
}
void
sc_module::at_posedge(const sc_signal_in_if<bool> &s)
{
::sc_core::at_posedge(s);
}
void
sc_module::at_posedge(const sc_signal_in_if<sc_dt::sc_logic> &s)
{
::sc_core::at_posedge(s);
}
void
sc_module::at_negedge(const sc_signal_in_if<bool> &s)
{
::sc_core::at_negedge(s);
}
void
sc_module::at_negedge(const sc_signal_in_if<sc_dt::sc_logic> &s)
{
::sc_core::at_negedge(s);
}
void
next_trigger()
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
p->cancelTimeout();
p->clearDynamic();
}
void
next_trigger(const sc_event &e)
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
p->cancelTimeout();
::sc_gem5::newDynamicSensitivityEvent(p, &e);
}
void
next_trigger(const sc_event_or_list &eol)
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
p->cancelTimeout();
::sc_gem5::newDynamicSensitivityEventOrList(p, &eol);
}
void
next_trigger(const sc_event_and_list &eal)
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
p->cancelTimeout();
::sc_gem5::newDynamicSensitivityEventAndList(p, &eal);
}
void
next_trigger(const sc_time &t)
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
p->setTimeout(t);
p->clearDynamic();
}
void
next_trigger(double d, sc_time_unit u)
{
next_trigger(sc_time(d, u));
}
void
next_trigger(const sc_time &t, const sc_event &e)
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
p->setTimeout(t);
::sc_gem5::newDynamicSensitivityEvent(p, &e);
}
void
next_trigger(double d, sc_time_unit u, const sc_event &e)
{
next_trigger(sc_time(d, u), e);
}
void
next_trigger(const sc_time &t, const sc_event_or_list &eol)
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
p->setTimeout(t);
::sc_gem5::newDynamicSensitivityEventOrList(p, &eol);
}
void
next_trigger(double d, sc_time_unit u, const sc_event_or_list &eol)
{
next_trigger(sc_time(d, u), eol);
}
void
next_trigger(const sc_time &t, const sc_event_and_list &eal)
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
p->setTimeout(t);
::sc_gem5::newDynamicSensitivityEventAndList(p, &eal);
}
void
next_trigger(double d, sc_time_unit u, const sc_event_and_list &eal)
{
next_trigger(sc_time(d, u), eal);
}
bool
timed_out()
{
::sc_gem5::Process *p = sc_gem5::scheduler.current();
if (!p)
return false;
else
return p->timedOut();
}
namespace
{
bool
waitErrorCheck(sc_gem5::Process *p)
{
if (p->procKind() == SC_METHOD_PROC_) {
SC_REPORT_ERROR(SC_ID_WAIT_NOT_ALLOWED_,
"\n in SC_METHODs use next_trigger() instead");
return true;
}
return false;
}
} // anonymous namespace
void
wait()
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
if (waitErrorCheck(p))
return;
p->cancelTimeout();
p->clearDynamic();
sc_gem5::scheduler.yield();
}
void
wait(int n)
{
if (n <= 0) {
std::string msg = gem5::csprintf("n = %d", n);
SC_REPORT_ERROR(SC_ID_WAIT_N_INVALID_, msg.c_str());
}
sc_gem5::Process *p = sc_gem5::scheduler.current();
p->waitCount(n - 1);
wait();
}
void
wait(const sc_event &e)
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
if (waitErrorCheck(p))
return;
p->cancelTimeout();
::sc_gem5::newDynamicSensitivityEvent(p, &e);
sc_gem5::scheduler.yield();
}
void
wait(const sc_event_or_list &eol)
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
if (waitErrorCheck(p))
return;
p->cancelTimeout();
::sc_gem5::newDynamicSensitivityEventOrList(p, &eol);
sc_gem5::scheduler.yield();
}
void
wait(const sc_event_and_list &eal)
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
if (waitErrorCheck(p))
return;
p->cancelTimeout();
::sc_gem5::newDynamicSensitivityEventAndList(p, &eal);
sc_gem5::scheduler.yield();
}
void
wait(const sc_time &t)
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
if (waitErrorCheck(p))
return;
p->setTimeout(t);
p->clearDynamic();
sc_gem5::scheduler.yield();
}
void
wait(double d, sc_time_unit u)
{
wait(sc_time(d, u));
}
void
wait(const sc_time &t, const sc_event &e)
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
if (waitErrorCheck(p))
return;
p->setTimeout(t);
::sc_gem5::newDynamicSensitivityEvent(p, &e);
sc_gem5::scheduler.yield();
}
void
wait(double d, sc_time_unit u, const sc_event &e)
{
wait(sc_time(d, u), e);
}
void
wait(const sc_time &t, const sc_event_or_list &eol)
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
if (waitErrorCheck(p))
return;
p->setTimeout(t);
::sc_gem5::newDynamicSensitivityEventOrList(p, &eol);
sc_gem5::scheduler.yield();
}
void
wait(double d, sc_time_unit u, const sc_event_or_list &eol)
{
wait(sc_time(d, u), eol);
}
void
wait(const sc_time &t, const sc_event_and_list &eal)
{
sc_gem5::Process *p = sc_gem5::scheduler.current();
if (waitErrorCheck(p))
return;
p->setTimeout(t);
::sc_gem5::newDynamicSensitivityEventAndList(p, &eal);
sc_gem5::scheduler.yield();
}
void
wait(double d, sc_time_unit u, const sc_event_and_list &eal)
{
wait(sc_time(d, u), eal);
}
void
halt()
{
::sc_core::wait();
throw ::sc_gem5::ScHalt();
}
void
at_posedge(const sc_signal_in_if<bool> &s)
{
while (s.read())
wait();
while (!s.read())
wait();
}
void
at_posedge(const sc_signal_in_if<sc_dt::sc_logic> &s)
{
while (s.read() == sc_dt::Log_1)
wait();
while (s.read() == sc_dt::Log_0)
wait();
}
void
at_negedge(const sc_signal_in_if<bool> &s)
{
while (!s.read())
wait();
while (s.read())
wait();
}
void
at_negedge(const sc_signal_in_if<sc_dt::sc_logic> &s)
{
while (s.read() == sc_dt::Log_0)
wait();
while (s.read() == sc_dt::Log_1)
wait();
}
const char *
sc_gen_unique_name(const char *seed)
{
if (!seed || seed[0] == '\0') {
SC_REPORT_ERROR(SC_ID_GEN_UNIQUE_NAME_, "");
seed = "unnamed";
}
auto mod = sc_gem5::pickParentModule();
if (mod)
return mod->uniqueName(seed);
sc_gem5::Process *p = sc_gem5::scheduler.current();
if (p)
return p->uniqueName(seed);
return ::sc_gem5::globalNameGen.gen(seed);
}
bool
sc_hierarchical_name_exists(const char *name)
{
return sc_gem5::findEvent(name) != sc_gem5::allEvents.end() ||
::sc_gem5::findObject(name, sc_gem5::allObjects);
}
bool
sc_start_of_simulation_invoked()
{
return ::sc_gem5::kernel->startOfSimulationComplete();
}
bool
sc_end_of_simulation_invoked()
{
return ::sc_gem5::kernel->endOfSimulationComplete();
}
sc_module *
sc_module_sc_new(sc_module *mod)
{
static std::vector<std::unique_ptr<sc_module> > modules;
modules.emplace_back(mod);
return mod;
}
} // namespace sc_core
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