public string GeneratePartitionScript() { imageProfile = BLL.ImageProfile.ReadProfile(profileId); ImageSchema = new ClientPartitionHelper(imageProfile).GetImageSchema(); clientSchema = new ClientPartition(HdNumberToGet, NewHdSize, imageProfile, partitionPrefix).GenerateClientSchema(); if (clientSchema == null) return "failed"; //Handle moving from / to hard drives with different sector sizes ie 512 / 4096 var activeCounter = HdNumberToGet; //Look for first active hd if (!ImageSchema.HardDrives[HdNumberToGet].Active) { while (activeCounter <= ImageSchema.HardDrives.Count()) { if (ImageSchema.HardDrives[activeCounter - 1].Active) { HdNumberToGet = activeCounter - 1; } activeCounter++; } } var LbsByte = Convert.ToInt32(ImageSchema.HardDrives[HdNumberToGet].Lbs); //logical block size in bytes if (LbsByte == 512 && clientBlockSize == 4096) { //fix calculations from 512 to 4096 clientSchema.FirstPartitionStartSector = clientSchema.FirstPartitionStartSector/8; clientSchema.ExtendedPartitionHelper.AgreedSizeBlk = clientSchema.ExtendedPartitionHelper.AgreedSizeBlk/ 8; foreach (var partition in clientSchema.PrimaryAndExtendedPartitions) { //efi partition on 4k drive cannot be smaller than this, and it is smaller on a 512 drive if (partition.FsId.ToLower() == "ef00") partition.Size = 66560; else partition.Size = partition.Size/8; partition.Start = partition.Size/8; } foreach (var partition in clientSchema.LogicalPartitions) { partition.Size = partition.Size / 8; partition.Start = partition.Size / 8; } foreach (var lv in clientSchema.LogicalVolumes) { lv.Size = lv.Size / 8; } } else if (LbsByte == 4096 && clientBlockSize == 512) { //fix calculations from 4096 to 512 clientSchema.FirstPartitionStartSector = clientSchema.FirstPartitionStartSector * 8; clientSchema.ExtendedPartitionHelper.AgreedSizeBlk = clientSchema.ExtendedPartitionHelper.AgreedSizeBlk * 8; foreach (var partition in clientSchema.PrimaryAndExtendedPartitions) { partition.Size = partition.Size * 8; partition.Start = partition.Size * 8; } foreach (var partition in clientSchema.LogicalPartitions) { partition.Size = partition.Size * 8; partition.Start = partition.Size * 8; } foreach (var lv in clientSchema.LogicalVolumes) { lv.Size = lv.Size * 8; } } //otherwise both the original image block size and the destination hard block size are the same, no changes needed //End Handle moving from / to hard drives with different sector sizes if (imageProfile.Image.Environment == "linux" || string.IsNullOrEmpty(imageProfile.Image.Environment)) { return LinuxLayout(); } else if(imageProfile.Image.Environment == "macOS") { return OsxNbiLayout(); } else if (imageProfile.Image.Environment == "winpe") { return WinPELayout(); } else { return "failed"; } }
public string GeneratePartitionScript() { imageProfile = BLL.ImageProfile.ReadProfile(profileId); ImageSchema = new ClientPartitionHelper(imageProfile).GetImageSchema(); clientSchema = new ClientPartition(HdNumberToGet, NewHdSize, imageProfile, partitionPrefix).GenerateClientSchema(); if (clientSchema == null) { return("failed"); } //Handle moving from / to hard drives with different sector sizes ie 512 / 4096 var activeCounter = HdNumberToGet; //Look for first active hd if (!ImageSchema.HardDrives[HdNumberToGet].Active) { while (activeCounter <= ImageSchema.HardDrives.Count()) { if (ImageSchema.HardDrives[activeCounter - 1].Active) { HdNumberToGet = activeCounter - 1; } activeCounter++; } } var LbsByte = Convert.ToInt32(ImageSchema.HardDrives[HdNumberToGet].Lbs); //logical block size in bytes if (LbsByte == 512 && clientBlockSize == 4096) { //fix calculations from 512 to 4096 clientSchema.FirstPartitionStartSector = clientSchema.FirstPartitionStartSector / 8; clientSchema.ExtendedPartitionHelper.AgreedSizeBlk = clientSchema.ExtendedPartitionHelper.AgreedSizeBlk / 8; foreach (var partition in clientSchema.PrimaryAndExtendedPartitions) { //efi partition on 4k drive cannot be smaller than this, and it is smaller on a 512 drive if (partition.FsId.ToLower() == "ef00") { partition.Size = 66560; } else { partition.Size = partition.Size / 8; } partition.Start = partition.Size / 8; } foreach (var partition in clientSchema.LogicalPartitions) { partition.Size = partition.Size / 8; partition.Start = partition.Size / 8; } foreach (var lv in clientSchema.LogicalVolumes) { lv.Size = lv.Size / 8; } } else if (LbsByte == 4096 && clientBlockSize == 512) { //fix calculations from 4096 to 512 clientSchema.FirstPartitionStartSector = clientSchema.FirstPartitionStartSector * 8; clientSchema.ExtendedPartitionHelper.AgreedSizeBlk = clientSchema.ExtendedPartitionHelper.AgreedSizeBlk * 8; foreach (var partition in clientSchema.PrimaryAndExtendedPartitions) { partition.Size = partition.Size * 8; partition.Start = partition.Size * 8; } foreach (var partition in clientSchema.LogicalPartitions) { partition.Size = partition.Size * 8; partition.Start = partition.Size * 8; } foreach (var lv in clientSchema.LogicalVolumes) { lv.Size = lv.Size * 8; } } //otherwise both the original image block size and the destination hard block size are the same, no changes needed //End Handle moving from / to hard drives with different sector sizes if (imageProfile.Image.Environment == "linux" || string.IsNullOrEmpty(imageProfile.Image.Environment)) { return(LinuxLayout()); } else if (imageProfile.Image.Environment == "macOS") { return(OsxNbiLayout()); } else if (imageProfile.Image.Environment == "winpe") { return(WinPELayout()); } else { return("failed"); } }