public List <UsageBlock> BreaksInContinousUsageForTimeFrame(DateTime startTime, DateTime endTime,
TimeSpan maxAllowedGapInMillis)
{
List <UsageBlock> usageList = BlocksOfContinousUsageForTimeFrame(startTime, endTime, maxAllowedGapInMillis);
List <UsageBlock> notUsageList = new List <UsageBlock>();
UsageBlock notUsageBlock = new UsageBlock();
foreach (UsageBlock usageBlock in usageList)
{
if (notUsageBlock.StartTime == default && notUsageBlock.EndTime == default)
{
notUsageBlock.StartTime = usageBlock.EndTime;
}
else if (notUsageBlock.StartTime != default && notUsageBlock.EndTime == default)
{
notUsageBlock.EndTime = usageBlock.StartTime;
}
if (notUsageBlock.StartTime != default && notUsageBlock.EndTime != default)
{
notUsageList.Add(notUsageBlock);
notUsageBlock = new UsageBlock
{
StartTime = usageBlock.EndTime
};
}
}
return(notUsageList);
}
public List <UsageBlock> BlocksOfContinousUsageForTimeFrame(DateTime startTime, DateTime endTime,
TimeSpan maxAllowedGapInMillis)
{
List <HighPrecisionUsageModel> filteredUsages = ComposeListOfUsages(startTime, endTime);
List <UsageBlock> blockList = new List <UsageBlock>();
UsageBlock block = new UsageBlock();
foreach (HighPrecisionUsageModel usage in filteredUsages)
{
if (block.StartTime == default && block.EndTime == default)
{
block.StartTime = usage.StartTime;
block.EndTime = usage.EndTime;
}
if ((usage.StartTime - block.EndTime) <= maxAllowedGapInMillis)
{
block.EndTime = usage.EndTime;
}
else
{
blockList.Add(block);
block = new UsageBlock(usage.StartTime, usage.EndTime);
}
}
if (!blockList.Any(sm => sm.Id == block.Id))
{
blockList.Add(block);
}
return(blockList);
}
