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#include "guitester.h"
#include "widgets/guiconstants.h"
#include <iostream>
#include <cmath>
#include <lv2/lv2plug.in/ns/extensions/ui/ui.h>
//Build
//g++ -g guitester.cpp eqbutton.cpp ctlbutton.cpp pixmapcombo.cpp bandctl.cpp gainctl.cpp eqparams.cpp faderwidget.cpp vuwidget.cpp ../eqwindow.cpp ../dsp/filter.c -o test `pkg-config gtkmm-2.4 slv2 --libs --cflags`
void writeTestFunction(LV2UI_Controller controller, uint32_t port_index, uint32_t buffer_size, uint32_t format, const void* buffer)
{
float data = *(float*)buffer;
std::string sPort;
const int m_iNumOfChannels = 2;
const int m_iNumOfBands = 10;
// Updating values in GUI ========================================================
switch (port_index)
{
case PORT_THRESHOLD:
sPort = "Threshold";
break;
case EQ_BYPASS:
sPort = "Bypass";
break;
case EQ_INGAIN:
sPort = "In Gain";
break;
case EQ_OUTGAIN:
sPort = "Out Gain";
break;
default:
//Connect BandGain ports
if((int)port_index >= (PORT_OFFSET + 2*m_iNumOfChannels) && (int)port_index < (PORT_OFFSET + 2*m_iNumOfChannels + m_iNumOfBands))
{
sPort = "Band Gain ";
}
//Connect BandFreq ports
else if((int)port_index >= (PORT_OFFSET + 2*m_iNumOfChannels + m_iNumOfBands) && (int)port_index < (PORT_OFFSET + 2*m_iNumOfChannels + 2*m_iNumOfBands))
{
sPort = "Band Freq ";
}
//Connect BandParam ports
else if((int)port_index >= (PORT_OFFSET + 2*m_iNumOfChannels + 2*m_iNumOfBands) && (int)port_index < (PORT_OFFSET + 2*m_iNumOfChannels + 3*m_iNumOfBands))
{
sPort = "Band Q ";
}
//Connect BandType ports
else if((int)port_index >= (PORT_OFFSET + 2*m_iNumOfChannels + 3*m_iNumOfBands) && (int)port_index < (PORT_OFFSET + 2*m_iNumOfChannels + 4*m_iNumOfBands))
{
sPort = "Band Type ";
}
//Connect BandEnabled ports
else if((int)port_index >= (PORT_OFFSET + 2*m_iNumOfChannels + 4*m_iNumOfBands) && (int)port_index < (PORT_OFFSET + 2*m_iNumOfChannels + 5*m_iNumOfBands))
{
sPort = "Band Enabled ";
}
//Connect VuInput ports
else if((int)port_index >= (PORT_OFFSET + 2*m_iNumOfChannels + 5*m_iNumOfBands) && (int)port_index < (PORT_OFFSET + 2*m_iNumOfChannels + 5*m_iNumOfBands + m_iNumOfChannels))
{
sPort = "Vu Input";
}
//Connect VuOutput ports
else if((int)port_index >= (PORT_OFFSET + 2*m_iNumOfChannels + 5*m_iNumOfBands + m_iNumOfChannels) && (int)port_index < (PORT_OFFSET + 2*m_iNumOfChannels + 5*m_iNumOfBands + 2*m_iNumOfChannels))
{
sPort = "Vu Output";
}
//Unknown port
else
{
sPort = "UNKNOWN";
}
break;
}
std::cout<<"LV2 Write function tester: Port = "<< sPort << " ("<< port_index <<") Data = "<<data<<std::endl;
}
HelloWorld::HelloWorld()
{
const LV2_Feature* features[1] = {NULL};
m_EqWin = Gtk::manage(new EqMainWindow(2, 10,"http://eq10q.sourceforge.net/eq/eq10qs",@Eq_Gui_Test_Path@, features)); //TODO he canviat el constructor!
m_GateWin = Gtk::manage(new DynMainWindow("http://eq10q.sourceforge.net/eq/eq10qs",std::string(@Eq_Gui_Test_Path@), "GT10Q ~ Noise Gate", false, false));
m_BassUp = Gtk::manage(new BassUpMainWindow("http://eq10q.sourceforge.net/eq/eq10qs",std::string(@Eq_Gui_Test_Path@)));
m_MidSide = Gtk::manage(new MidSideMainWindow("http://eq10q.sourceforge.net/eq/eq10qs",std::string(@Eq_Gui_Test_Path@), true));
m_hbox.pack_start(*m_EqWin);
m_hbox.pack_start(*m_GateWin);
//m_hbox.pack_start(*m_BassUp, Gtk::PACK_SHRINK);
//m_hbox.pack_start( *m_MidSide);
//m_hbox.pack_start(m_TestScale);
add(m_hbox);
show_all_children();
//Signals connections
///TODO REMOVE
/********************************************************************************************************
m_EqWin->signal_Bypass_Changed().connect(sigc::mem_fun(*this, &HelloWorld::on_BypassChanged));
m_EqWin->signal_InputGain_Changed().connect(sigc::mem_fun(*this, &HelloWorld::on_InputGainChanged));
m_EqWin->signal_OutputGain_Changed().connect(sigc::mem_fun(*this, &HelloWorld::on_OutputGainChanged));
m_EqWin->signal_BandGain_Changed().connect(sigc::mem_fun(*this, &HelloWorld::on_BandGainChanged));
m_EqWin->signal_BandFreq_Changed().connect(sigc::mem_fun(*this, &HelloWorld::on_BandFreqChanged));
m_EqWin->signal_BandQ_Changed().connect(sigc::mem_fun(*this, &HelloWorld::on_BandQChanged));
m_EqWin->signal_BandType_Changed().connect(sigc::mem_fun(*this, &HelloWorld::on_BandTypeChanged));
m_EqWin->signal_BandEnabled_Changed().connect(sigc::mem_fun(*this, &HelloWorld::on_BandEnabledChanged));
**********************************************************************************************************/
//Prepare writefunction
m_EqWin->write_function = writeTestFunction;
m_GateWin->write_function = writeTestFunction;
m_BassUp->write_function = writeTestFunction;
m_MidSide->write_function = writeTestFunction;
//Test scale
m_TestScale.set_range(0.0 , 2.0);
m_TestScale.set_value(0.0);
m_TestScale.set_inverted(true);
m_TestScale.signal_value_changed().connect(sigc::mem_fun(*this, &HelloWorld::on_TestScale_changed));
}
HelloWorld::~HelloWorld()
{
delete m_EqWin;
}
void HelloWorld::on_TestScale_changed()
{
float val = (float)m_TestScale.get_value();
m_GateWin->gui_port_event(NULL, 11, 4, 0, &val );
}
void HelloWorld::on_realize()
{
Gtk::Widget::on_realize();
//Initialize all
///TODO REMOVE
float data;
for( int i = 0; i < 10; i++)
{
data = 0;
m_EqWin->gui_port_event(NULL, PORT_OFFSET + 2*2 + 4*10 + i, 4, 0, &data);
}
}
//Slots signal handlers
void HelloWorld::on_BypassChanged(bool bypass)
{
//std::cout<<"Bypass = "<<bypass<<std::endl;
}
void HelloWorld::on_InputGainChanged(float gain)
{
//std::cout<<"In Gain = "<<gain<<std::endl;
}
void HelloWorld::on_OutputGainChanged(float gain)
{
//std::cout<<"Out Gain = "<<gain<<std::endl;
}
void HelloWorld::on_BandGainChanged(int band, float gain)
{
//std::cout<<"Band "<<band<<" Gain = "<<gain<<std::endl;
}
void HelloWorld::on_BandFreqChanged(int band, float freq)
{
//std::cout<<"Band "<<band<<" Freq = "<<freq<<std::endl;
}
void HelloWorld::on_BandQChanged(int band, float q)
{
//std::cout<<"Band "<<band<<" Q = "<<q<<std::endl;
}
void HelloWorld::on_BandTypeChanged(int band, int type)
{
//std::cout<<"Band "<<band<<" Type = "<<type<<std::endl;
}
void HelloWorld::on_BandEnabledChanged(int band, bool enabled)
{
//std::cout<<"Band "<<band<<" Enabled = "<<enabled<<std::endl;
}
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