func RangeUsedUpdate(taskRanges *mesosproto.Value_Ranges, nodeRanges *mesosproto.Value_Ranges) *mesosproto.Value_Ranges {
var newNodeRanges []*mesosproto.Value_Range
for _, taskRange := range taskRanges.GetRange() {
for _, nodeRange := range nodeRanges.GetRange() {
if RangeInside(nodeRange, taskRange) {
subedLeftRange, subedRightRange := RangeSub(nodeRange, taskRange)
if subedLeftRange != nil {
newNodeRanges = append(newNodeRanges, subedLeftRange)
}
if subedRightRange != nil {
newNodeRanges = append(newNodeRanges, subedRightRange)
}
}
}
}
return &mesosproto.Value_Ranges{
Range: newNodeRanges,
}
}
func RangeAdd(rangeOne *mesosproto.Value_Ranges, rangeTwo *mesosproto.Value_Ranges) *mesosproto.Value_Ranges {
line := make([]bool, 65536)
for _, enumRange := range rangeOne.GetRange() {
for index := enumRange.GetBegin(); index <= enumRange.GetEnd(); index++ {
line[index] = true
}
}
for _, enumRange := range rangeTwo.GetRange() {
for index := enumRange.GetBegin(); index <= enumRange.GetEnd(); index++ {
line[index] = true
}
}
newRanges := &mesosproto.Value_Ranges{}
for index := 0; index < len(line); {
for index < len(line) && !line[index] {
index++
}
if index < len(line) {
uint64Begin := uint64(index)
newRange := &mesosproto.Value_Range{
Begin: &uint64Begin,
}
for index < len(line) && line[index] {
index++
}
uint64End := uint64(index - 1)
newRange.End = &uint64End
newRanges.Range = append(newRanges.Range, newRange)
}
}
return newRanges
}