#include "stdsimheader.h"
#include "StreamFMAKernel.h"

namespace maxcompilersim {

StreamFMAKernel::StreamFMAKernel(const std::string &instance_name) : 
  ManagerBlockSync(instance_name),
  KernelManagerBlockSync(instance_name, 15, 2, 0, 0, "",1)
, c_hw_fix_1_0_uns_bits((HWOffsetFix<1,0,UNSIGNED>(varint_u<1>(0x0l))))
, c_hw_fix_32_0_sgn_undef((HWOffsetFix<32,0,TWOSCOMPLEMENT>()))
, c_hw_fix_1_0_uns_bits_1((HWOffsetFix<1,0,UNSIGNED>(varint_u<1>(0x1l))))
, c_hw_fix_49_0_uns_bits((HWOffsetFix<49,0,UNSIGNED>(varint_u<49>(0x1000000000000l))))
, c_hw_fix_49_0_uns_bits_1((HWOffsetFix<49,0,UNSIGNED>(varint_u<49>(0x0000000000000l))))
, c_hw_fix_49_0_uns_bits_2((HWOffsetFix<49,0,UNSIGNED>(varint_u<49>(0x0000000000001l))))
{
  { // Node ID: 22 (NodeInputMappedReg)
    registerMappedRegister("io_oDataT1_force_disabled", Data(1));
  }
  { // Node ID: 0 (NodeInputMappedReg)
    registerMappedRegister("io_inAT1_force_disabled", Data(1));
  }
  { // Node ID: 2 (NodeInput)
     m_inAT1 =  registerInput("inAT1",0,5);
  }
  { // Node ID: 3 (NodeInputMappedReg)
    registerMappedRegister("io_inBT1_force_disabled", Data(1));
  }
  { // Node ID: 5 (NodeInput)
     m_inBT1 =  registerInput("inBT1",1,5);
  }
  { // Node ID: 25 (NodeOutput)
    m_oDataT1 = registerOutput("oDataT1",0 );
  }
  { // Node ID: 27 (NodeInputMappedReg)
    registerMappedRegister("io_oDataT2_force_disabled", Data(1));
  }
  { // Node ID: 6 (NodeInputMappedReg)
    registerMappedRegister("io_inAT2_force_disabled", Data(1));
  }
  { // Node ID: 8 (NodeInput)
     m_inAT2 =  registerInput("inAT2",2,5);
  }
  { // Node ID: 9 (NodeInputMappedReg)
    registerMappedRegister("io_inBT2_force_disabled", Data(1));
  }
  { // Node ID: 11 (NodeInput)
     m_inBT2 =  registerInput("inBT2",3,5);
  }
  { // Node ID: 30 (NodeOutput)
    m_oDataT2 = registerOutput("oDataT2",1 );
  }
  { // Node ID: 32 (NodeInputMappedReg)
    registerMappedRegister("io_oDataT3_force_disabled", Data(1));
  }
  { // Node ID: 12 (NodeInputMappedReg)
    registerMappedRegister("io_inAT3_force_disabled", Data(1));
  }
  { // Node ID: 14 (NodeInput)
     m_inAT3 =  registerInput("inAT3",4,5);
  }
  { // Node ID: 15 (NodeInputMappedReg)
    registerMappedRegister("io_inBT3_force_disabled", Data(1));
  }
  { // Node ID: 17 (NodeInput)
     m_inBT3 =  registerInput("inBT3",5,5);
  }
  { // Node ID: 35 (NodeOutput)
    m_oDataT3 = registerOutput("oDataT3",2 );
  }
  { // Node ID: 40 (NodeConstantRawBits)
    id40out_value = (c_hw_fix_1_0_uns_bits_1);
  }
  { // Node ID: 50 (NodeConstantRawBits)
    id50out_value = (c_hw_fix_1_0_uns_bits_1);
  }
  { // Node ID: 37 (NodeConstantRawBits)
    id37out_value = (c_hw_fix_49_0_uns_bits);
  }
  { // Node ID: 41 (NodeOutputMappedReg)
    registerMappedRegister("current_run_cycle_count", Data(48), true);
  }
  { // Node ID: 49 (NodeConstantRawBits)
    id49out_value = (c_hw_fix_1_0_uns_bits_1);
  }
  { // Node ID: 43 (NodeConstantRawBits)
    id43out_value = (c_hw_fix_49_0_uns_bits);
  }
  { // Node ID: 46 (NodeInputMappedReg)
    registerMappedRegister("run_cycle_count", Data(48));
  }
}

void StreamFMAKernel::resetComputation() {
  resetComputationAfterFlush();
}

void StreamFMAKernel::resetComputationAfterFlush() {
  { // Node ID: 22 (NodeInputMappedReg)
    id22out_io_oDataT1_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_oDataT1_force_disabled");
  }
  { // Node ID: 0 (NodeInputMappedReg)
    id0out_io_inAT1_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_inAT1_force_disabled");
  }
  { // Node ID: 2 (NodeInput)

    (id2st_read_next_cycle) = (c_hw_fix_1_0_uns_bits);
    (id2st_last_read_value) = (c_hw_fix_32_0_sgn_undef);
  }
  { // Node ID: 3 (NodeInputMappedReg)
    id3out_io_inBT1_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_inBT1_force_disabled");
  }
  { // Node ID: 5 (NodeInput)

    (id5st_read_next_cycle) = (c_hw_fix_1_0_uns_bits);
    (id5st_last_read_value) = (c_hw_fix_32_0_sgn_undef);
  }
  { // Node ID: 27 (NodeInputMappedReg)
    id27out_io_oDataT2_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_oDataT2_force_disabled");
  }
  { // Node ID: 6 (NodeInputMappedReg)
    id6out_io_inAT2_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_inAT2_force_disabled");
  }
  { // Node ID: 8 (NodeInput)

    (id8st_read_next_cycle) = (c_hw_fix_1_0_uns_bits);
    (id8st_last_read_value) = (c_hw_fix_32_0_sgn_undef);
  }
  { // Node ID: 9 (NodeInputMappedReg)
    id9out_io_inBT2_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_inBT2_force_disabled");
  }
  { // Node ID: 11 (NodeInput)

    (id11st_read_next_cycle) = (c_hw_fix_1_0_uns_bits);
    (id11st_last_read_value) = (c_hw_fix_32_0_sgn_undef);
  }
  { // Node ID: 32 (NodeInputMappedReg)
    id32out_io_oDataT3_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_oDataT3_force_disabled");
  }
  { // Node ID: 12 (NodeInputMappedReg)
    id12out_io_inAT3_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_inAT3_force_disabled");
  }
  { // Node ID: 14 (NodeInput)

    (id14st_read_next_cycle) = (c_hw_fix_1_0_uns_bits);
    (id14st_last_read_value) = (c_hw_fix_32_0_sgn_undef);
  }
  { // Node ID: 15 (NodeInputMappedReg)
    id15out_io_inBT3_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_inBT3_force_disabled");
  }
  { // Node ID: 17 (NodeInput)

    (id17st_read_next_cycle) = (c_hw_fix_1_0_uns_bits);
    (id17st_last_read_value) = (c_hw_fix_32_0_sgn_undef);
  }
  { // Node ID: 38 (NodeCounter)

    (id38st_count) = (c_hw_fix_49_0_uns_bits_1);
  }
  { // Node ID: 44 (NodeCounter)

    (id44st_count) = (c_hw_fix_49_0_uns_bits_1);
  }
  { // Node ID: 46 (NodeInputMappedReg)
    id46out_run_cycle_count = getMappedRegValue<HWOffsetFix<48,0,UNSIGNED> >("run_cycle_count");
  }
}

void StreamFMAKernel::updateState() {
  { // Node ID: 22 (NodeInputMappedReg)
    id22out_io_oDataT1_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_oDataT1_force_disabled");
  }
  { // Node ID: 0 (NodeInputMappedReg)
    id0out_io_inAT1_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_inAT1_force_disabled");
  }
  { // Node ID: 3 (NodeInputMappedReg)
    id3out_io_inBT1_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_inBT1_force_disabled");
  }
  { // Node ID: 27 (NodeInputMappedReg)
    id27out_io_oDataT2_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_oDataT2_force_disabled");
  }
  { // Node ID: 6 (NodeInputMappedReg)
    id6out_io_inAT2_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_inAT2_force_disabled");
  }
  { // Node ID: 9 (NodeInputMappedReg)
    id9out_io_inBT2_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_inBT2_force_disabled");
  }
  { // Node ID: 32 (NodeInputMappedReg)
    id32out_io_oDataT3_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_oDataT3_force_disabled");
  }
  { // Node ID: 12 (NodeInputMappedReg)
    id12out_io_inAT3_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_inAT3_force_disabled");
  }
  { // Node ID: 15 (NodeInputMappedReg)
    id15out_io_inBT3_force_disabled = getMappedRegValue<HWOffsetFix<1,0,UNSIGNED> >("io_inBT3_force_disabled");
  }
  { // Node ID: 46 (NodeInputMappedReg)
    id46out_run_cycle_count = getMappedRegValue<HWOffsetFix<48,0,UNSIGNED> >("run_cycle_count");
  }
}

void StreamFMAKernel::preExecute() {
  { // Node ID: 2 (NodeInput)
    if(((needsToReadInput(m_inAT1))&(((getFlushLevel())<((4l)+(5)))|(!(isFlushingActive()))))) {
      (id2st_last_read_value) = (readInput<HWOffsetFix<32,0,TWOSCOMPLEMENT> >(m_inAT1));
    }
    id2out_data = (id2st_last_read_value);
  }
  { // Node ID: 5 (NodeInput)
    if(((needsToReadInput(m_inBT1))&(((getFlushLevel())<((4l)+(5)))|(!(isFlushingActive()))))) {
      (id5st_last_read_value) = (readInput<HWOffsetFix<32,0,TWOSCOMPLEMENT> >(m_inBT1));
    }
    id5out_data = (id5st_last_read_value);
  }
  { // Node ID: 8 (NodeInput)
    if(((needsToReadInput(m_inAT2))&(((getFlushLevel())<((4l)+(5)))|(!(isFlushingActive()))))) {
      (id8st_last_read_value) = (readInput<HWOffsetFix<32,0,TWOSCOMPLEMENT> >(m_inAT2));
    }
    id8out_data = (id8st_last_read_value);
  }
  { // Node ID: 11 (NodeInput)
    if(((needsToReadInput(m_inBT2))&(((getFlushLevel())<((4l)+(5)))|(!(isFlushingActive()))))) {
      (id11st_last_read_value) = (readInput<HWOffsetFix<32,0,TWOSCOMPLEMENT> >(m_inBT2));
    }
    id11out_data = (id11st_last_read_value);
  }
  { // Node ID: 14 (NodeInput)
    if(((needsToReadInput(m_inAT3))&(((getFlushLevel())<((4l)+(5)))|(!(isFlushingActive()))))) {
      (id14st_last_read_value) = (readInput<HWOffsetFix<32,0,TWOSCOMPLEMENT> >(m_inAT3));
    }
    id14out_data = (id14st_last_read_value);
  }
  { // Node ID: 17 (NodeInput)
    if(((needsToReadInput(m_inBT3))&(((getFlushLevel())<((4l)+(5)))|(!(isFlushingActive()))))) {
      (id17st_last_read_value) = (readInput<HWOffsetFix<32,0,TWOSCOMPLEMENT> >(m_inBT3));
    }
    id17out_data = (id17st_last_read_value);
  }
}

void StreamFMAKernel::runComputationCycle() {
  if (m_mappedElementsChanged) {
    m_mappedElementsChanged = false;
    updateState();
    std::cout << "StreamFMAKernel: Mapped Elements Changed: Reloaded" << std::endl;
  }
  preExecute();
  execute0();
}

int StreamFMAKernel::getFlushLevelStart() {
  return ((1l)+(3l));
}

}