Function mapToStorageLayout

apps/server/src/data/storage/static.ts:107–163

(
  hostWin32: boolean,
  disks: Disk[],
  blocks: Block[],
  sizes: Size[],
)

};

export const mapToStorageLayout = (
  hostWin32: boolean,
  disks: Disk[],
  blocks: Block[],
  sizes: Size[],
): StorageInfo => {
  const diskBlocks = getDiskBlocks(blocks);

  const mapDiskBlock = (acc: StorageInfo, diskBlock: Block) => {
    const device = diskBlock.name;
    const nativeDisk = getNativeDisk(disks, diskBlock);
    const raidInfo = getRaidInfo(blocks, diskBlock, hostWin32);

    const disk: StorageInfo[number]['disks'][number] = {
      device: hostWin32 ? (diskBlock.device ?? '') : device,
      brand: nativeDisk.vendor,
      type: getDiskType(nativeDisk.type, nativeDisk.interfaceType),
    };

    if (raidInfo != null) {
      const existingRaid = acc.find((r) => r.raidName === raidInfo.name);
      if (existingRaid) {
        existingRaid.disks.push(disk);
      } else {
        acc.push({
          raidLabel: raidInfo.label,
          raidName: raidInfo.name,
          raidType: raidInfo.type,
          size: raidInfo.size,
          disks: [disk],
        });
      }
    } else {
      acc.push({
        size: nativeDisk.size,
        disks: [disk],
      });
    }

    return acc;
  };

  const blockLayout = (
    hostWin32
      ? diskBlocks.reduce((acc, curr) => {
          if (curr.device && !acc.some((b) => b.device === curr.device)) {
            acc.push(curr);
          }
          return acc;
        }, [] as Block[])
      : diskBlocks
  ).reduce(mapDiskBlock, [] as StorageInfo);

  const sizesLayout = getVirtualMountsLayout(sizes);

  return blockLayout.concat(sizesLayout);
};