@ -651,9 +651,12 @@ func (c *commandVolumeFsck) collectVolumeIds() (volumeIdToServer map[string]map[
}
}
eachDataNode ( topologyInfo , func ( dc string , rack RackId , t * master_pb . DataNodeInfo ) {
eachDataNode ( topologyInfo , func ( dc string , rack RackId , t * master_pb . DataNodeInfo ) {
var volumeCount , ecShardCount int
dataNodeId := t . GetId ( )
for _ , diskInfo := range t . DiskInfos {
for _ , diskInfo := range t . DiskInfos {
dataNodeId := t . GetId ( )
volumeIdToServer [ dataNodeId ] = make ( map [ uint32 ] VInfo )
if _ , ok := volumeIdToServer [ dataNodeId ] ; ! ok {
volumeIdToServer [ dataNodeId ] = make ( map [ uint32 ] VInfo )
}
for _ , vi := range diskInfo . VolumeInfos {
for _ , vi := range diskInfo . VolumeInfos {
volumeIdToServer [ dataNodeId ] [ vi . Id ] = VInfo {
volumeIdToServer [ dataNodeId ] [ vi . Id ] = VInfo {
server : pb . NewServerAddressFromDataNode ( t ) ,
server : pb . NewServerAddressFromDataNode ( t ) ,
@ -661,6 +664,7 @@ func (c *commandVolumeFsck) collectVolumeIds() (volumeIdToServer map[string]map[
isEcVolume : false ,
isEcVolume : false ,
isReadOnly : vi . ReadOnly ,
isReadOnly : vi . ReadOnly ,
}
}
volumeCount += 1
}
}
for _ , ecShardInfo := range diskInfo . EcShardInfos {
for _ , ecShardInfo := range diskInfo . EcShardInfos {
volumeIdToServer [ dataNodeId ] [ ecShardInfo . Id ] = VInfo {
volumeIdToServer [ dataNodeId ] [ ecShardInfo . Id ] = VInfo {
@ -669,10 +673,11 @@ func (c *commandVolumeFsck) collectVolumeIds() (volumeIdToServer map[string]map[
isEcVolume : true ,
isEcVolume : true ,
isReadOnly : true ,
isReadOnly : true ,
}
}
ecShardCount += 1
}
}
if * c . verbose {
fmt . Fprintf ( c . writer , "dn %+v collected %d volumes and locations.\n" , dataNodeId , len ( volumeIdToServer [ dataNodeId ] ) )
}
}
if * c . verbose {
fmt . Fprintf ( c . writer , "dn %+v collected %d volumes and %d ec shards.\n" , dataNodeId , volumeCount , ecShardCount )
}
}
} )
} )
return
return