// Scan starts a scanGlob for each provided path/glob
func (p *ProspectorLog) scan() {
for path, info := range p.getFiles() {
logp.Debug("prospector", "Check file for harvesting: %s", path)
// Create new state for comparison
newState := file.NewState(info, path)
// Load last state
lastState := p.Prospector.states.FindPrevious(newState)
// Ignores all files which fall under ignore_older
if p.isIgnoreOlder(newState) {
logp.Debug("prospector", "Ignore file because ignore_older reached: %s", newState.Source)
// If last state is empty, it means state was removed or never created -> can be ignored
if !lastState.IsEmpty() && !lastState.Finished {
logp.Err("File is falling under ignore_older before harvesting is finished. Adjust your close_* settings: %s", newState.Source)
}
continue
}
// Decides if previous state exists
if lastState.IsEmpty() {
logp.Debug("prospector", "Start harvester for new file: %s", newState.Source)
err := p.Prospector.startHarvester(newState, 0)
if err != nil {
logp.Err("Harvester could not be started on new file: %s, Err: %s", newState.Source, err)
}
} else {
p.harvestExistingFile(newState, lastState)
}
}
}
// Scan starts a scanGlob for each provided path/glob
func (p *ProspectorLog) scan() {
newLastScan := time.Now()
// TODO: Track harvesters to prevent any file from being harvested twice. Finished state could be delayed?
// Now let's do one quick scan to pick up new files
for f, fileinfo := range p.getFiles() {
logp.Debug("prospector", "Check file for harvesting: %s", f)
// Create new state for comparison
newState := file.NewState(fileinfo, f)
// Load last state
index, lastState := p.Prospector.states.FindPrevious(newState)
// Decides if previous state exists
if index == -1 {
p.harvestNewFile(newState)
} else {
p.harvestExistingFile(newState, lastState)
}
}
p.lastScan = newLastScan
}
// Scan starts a scanGlob for each provided path/glob
func (p *ProspectorLog) scan() {
for path, info := range p.getFiles() {
logp.Debug("prospector", "Check file for harvesting: %s", path)
// Create new state for comparison
newState := file.NewState(info, path)
// Load last state
lastState := p.Prospector.states.FindPrevious(newState)
// Ignores all files which fall under ignore_older
if p.isIgnoreOlder(newState) {
err := p.handleIgnoreOlder(lastState, newState)
if err != nil {
logp.Err("Updating ignore_older state error: %s", err)
}
continue
}
// Decides if previous state exists
if lastState.IsEmpty() {
logp.Debug("prospector", "Start harvester for new file: %s", newState.Source)
err := p.Prospector.startHarvester(newState, 0)
if err != nil {
logp.Err("Harvester could not be started on new file: %s, Err: %s", newState.Source, err)
}
} else {
p.harvestExistingFile(newState, lastState)
}
}
}
// Scan starts a scanGlob for each provided path/glob
func (p *ProspectorLog) scan() {
for path, info := range p.getFiles() {
logp.Debug("prospector", "Check file for harvesting: %s", path)
// Create new state for comparison
newState := file.NewState(info, path)
// Load last state
lastState := p.Prospector.states.FindPrevious(newState)
// Ignores all files which fall under ignore_older
if p.isIgnoreOlder(newState) {
logp.Debug("prospector", "Ignore file because ignore_older reached: %s", newState.Source)
if lastState.IsEmpty() && lastState.Finished == false {
logp.Err("File is falling under ignore_older before harvesting is finished. Adjust your close_* settings: %s", newState.Source)
}
continue
}
// Decides if previous state exists
if lastState.IsEmpty() {
logp.Debug("prospector", "Start harvester for new file: %s", newState.Source)
p.Prospector.startHarvester(newState, 0)
} else {
p.harvestExistingFile(newState, lastState)
}
}
}
