#include "FileProcessor.h"

FileProcessor::FileProcessor()
	:m_StartIndex(0)
	, m_IsFinished(false)
	, m_IsOpen(true)
	, m_FirstStartTime(0L)
	, m_BeginPrintTime(0L)
	, m_AutoPauseTime(0L)
	, m_IsAutoCtrl(false)
	,m_SetParamType(SingleParam)
	, m_AutoHeatingScanner(false)
{
}


FileProcessor::~FileProcessor()
{

}

void FileProcessor::SetJobbean(JobBean bean)
{
	m_Jobbean = bean;
}

JobBean* FileProcessor::GetJobbean()
{
	return &m_Jobbean;
}

void FileProcessor::UpdateJobBeanWhenStart()
{
	if (m_Jobbean.m_IsContinue) {
		time(&m_Jobbean.m_StartTime);
	}
	else
	{
		time(&m_Jobbean.m_InsertTime);
		m_Jobbean.m_StartTime = m_Jobbean.m_InsertTime;
		m_Jobbean.m_Uid = GetJobUid();
		m_Jobbean.m_Name = GetJobTitle();
		m_Jobbean.m_PrintedLayerIndex = m_StartIndex;
	}
}

bool FileProcessor::JudgePowder(double powderPos,unsigned int layer,unsigned int& level )
{
	vector<MetaData::Layer*> layers= GetMetaData()->GetLayersVec();
	bool rel = true;
	double need = 0.0;
	for (size_t layerindex = layer; layerindex < layers.size(); ++layerindex) {
		MetaData::Layer* layer = layers[layerindex];
		need = need + layer->powder;
		if (need>powderPos) {
			level = layerindex;
			rel = false;
			break;
		}
	}
	return rel;
}

float FileProcessor::GetJobPrintHigh()
{
	uint32_t high = 0;
	vector<MetaData::Layer*> layers = GetMetaData()->GetLayersVec();
	for (size_t layerindex = m_StartIndex; layerindex < layers.size(); ++layerindex) {
		MetaData::Layer* layer = layers[layerindex];
		high += layer->layer_thickness;
	}
	float fh = (float)high / 1000.0f;
	return fh;
}

void FileProcessor::UpdateJobBeanWhenStop()
{
	m_Jobbean.m_IsContinue = false;
	m_Jobbean.m_PrintedLayerIndex = 0;
	m_Jobbean.m_LastPauseTime = 0;
	m_FirstStartTime = 0;
	m_Jobbean.m_PrintSecond = 0;
}