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USB device using the ‘w’ command, like this: Command (m for help): w The partition table has been altered! Calling ioctl() to re-read partition table. Syncing disks. vmmint01 etc # Open in new window -> Your USB device is now empty, no partitions left on the device. Create 2 partitions on the USB device, 1st FAT32, 2nd EXT2/3 (data) 2 partitions are created on the USB device, one (FAT) for storing the clone/recovery application Clonezilla and the other for storing data (EXT2/3). I choose a size of 700 Mb for the 1st partition as this will suffice for or storing the clone/recovery application. You may choose a smaller size if you like. As ‘root’ create partitions using the fdisk /dev/, n command, like this: fdisk /dev/sdb Command (m for help): n Command action e extended p primary partition (1-4) p Partition number (1-4, default 1): 1 First sector (2048-31326207, default 2048): Using default value 2048 Last sector, +sectors or +size{K,M,G} (2048-31326207, default 31326207): +700M Command (m for help): a Partition number (1-4): 1 Command (m for help): t Selected partition 1 Hex code (type L to list codes): c Command (m for help): p Disk /dev/sdb: 16.0 GB, 16039018496 bytes 64 heads, 32 sectors/track, 15296 cylinders, total 31326208 sectors Units = sectors of 1 * 512 = 512 bytes Sector size (logical/physical): 512 bytes / 512 bytes I/O size (minimum/optimal): 512 bytes / 512 bytes Disk identifier: 0x6f20736b Device Boot Start End Blocks Id System /dev/sdb1 * 2048 1435647 716800 c W95 FAT32 (LBA) Open in new window Now create the 2nd partition: Command (m for help): n Command action e extended p primary partition (1-4) p Partition number (1-4, default 2): 2 First sector (1435648-31326207, default 1435648): Using default value 1435648 Last sector, +sectors or +size{K,M,G} (1435648-31326207, default 31326207): Using default value 31326207 Command (m for help): t Hex code (type L to list codes): 83 Command (m for help): p Disk /dev/sdb: 16.0 GB, 16039018496 bytes 64 heads, 32 sectors/track, 15296 cylinders, total 31326208 sectors Units = sectors of 1 * 512 = 512 bytes Sector size (logical/physical): 512 bytes / 512 bytes I/O size (minimum/optimal): 512 bytes / 512 bytes Device Boot Start End Blocks Id System /dev/sdb1 * 2048 1435647 716800 c W95 FAT32 (LBA) /dev/sdb2 1435648 31326207 14945280 83 Linux Command (m for help): w The partition table has been altered! Calling ioctl() to re-read

Current structure library file where the #include is defined. For example, all of the sample structure libraries included with Hex Workshop reference a common library (standard-types.hsl) that consists of common and standard data types. The #include directive used in the sample libraries is provided below.#include "standard-types.hsl"Setting display name (#pragma displayname("'))The displayname pragma defines the friendly name of the structure. The friendly name is displayed on the structure viewer selection tool.#pragma displayname("zip structures")Setting file extensions (#pragma fileextensions("'))The fileextensions pragma defines which document extensions are appropriate for the structure definition. Multiple file extensions can be specified by using a semicolon a delimited. If the structure definition is loaded/open, Hex Workshop will automatically select the library whenever a compatible document is in focus.#pragma fileextensions(".zip;.jar")Setting enum data size (#pragma enumsize(n))By default an enumerate type is assumed to be a 4 byte (32 bit) data member. To define an enumeration for an 8 bit, 16 bit, or 64 bit enumerated type, use the #pragma directive to indicate the size. The #pragma directive sets the enumeration data size for all enumerations defined after the directive until a new #pragma is encountered.#pragma enumsize(1) // Enums defined after here are 1 byte (8 bits)>#pragma enumsize(2) // Enums defined after here are 2 bytes (16 bits)>#pragma enumsize(4) // Enums defined after here are 4 bytes (32 bits)>#pragma enumsize(8) // Enums defined after here are 8 bytes (64 bits)>Setting maximum array length (#pragma maxarray(n))By default, Hex Workshop limits the length of arrays to 1024 members. This setting imposes an upper limit to bound how much processing Hex Workshop performs when evaluation structures. If a structure definition contains recursive/exponential data structures (e.g. arrays of arrays) and is applied to a corrupt file, Hex Workshop may appear to hang while processing. #pragma maxarray(2048); // Increase the max array length to 2048StringsThe Hex Workshop structure view can accommodate three popular types of strings:- A variable length null (or zero) terminated string (zstring).- A fixed length string.- A variable length string where the length preceeds the string content.Example of the three string types are shown below:struct stringexample{ zstring null_terminated_str; char fixed_length_str[128]; struct length_first_str {

We understand how important it is to remember the details. The colors, each with their own unique beauty and value, are truly special. The hues of the colors are quite similar. NCS S 6030-B70G and 2048-10 have pretty similar saturation. Despite their differences, both colors share a similar value.Supported paint brands for comparison: Behr, Benjamin Moore, Farrow and Ball, Dulux, Jotun, Little Greene, NCS, Ral Classic, Ral Design, Ral Effect, Sherwin Williams, TikkurilaBenjamin MooreSherwood Forest2048-10Please note that the color shown on this page is a representation and might not exactly match the real shade of the cards, fan decks, or color collections. Your monitor, browser, and screen angle can all affect how the paint looks, so it may not be the same as what you see here. All information on this page is based on RGB and HEX values provided by manufacturers.It's important to keep in mind that the same color may appear differently on various surfaces due to the nature of those surfaces. For example, the same shade will look different on a rough wall compared to the smooth surface of cabinets.Color comparisons featuring NCS S 6030-B70G

ENT / 32; const res = bytesToBinary([].slice.call(hash)); return res.slice(0, CS);}; const wordsToSeed = async (mnemonic: string, password: string): PromiseBuffer> => { const mnemonicBuffer = Buffer.from(mnemonic, "utf8"); const saltBuffer = Buffer.from(salt(password), "utf8"); return pbkdf2.deriveAsync(mnemonicBuffer, saltBuffer, 2048, 64, "sha512");}; const entropyToWords = async (entropy: string, wordlist: string[] = wordList): Promisestring[]> => { const entropyBuffer = Buffer.from(entropy, "hex"); const entropyBits = bytesToBinary([].slice.call(entropyBuffer)); const checksum = await checksumBits(entropyBuffer); const bits = entropyBits + checksum; const chunks = bits.match(/(.{1,11})/g); return (chunks ?? []).map((binary) => wordlist[parseInt(binary, 2)]);}; export const wordsToSeedHex = async (mnemonic: string, password: string): Promisestring> => { const seed = await wordsToSeed(mnemonic, password); return seed.toString("hex");}; export const generateWords = async (strength: number = 128, wordlist: string[] = wordList): Promisestring[]> => { const bytes = await generateSecureRandom(strength / 8); const hexBuffer = Buffer.from(bytes).toString("hex"); return entropyToWords(hexBuffer, wordlist);};HdkeyFor deriving the private key, we use the bitauth/libauth library.The function generates the key from the provided seed following the BIP32 specification.At the end of the function, we save the generated key into the secure storage of the phone.This step allows us to authenticate the user without entering the mnemonic words every time when the user wants to use the application.src/libs/hdkey/index.tsexport const generatePrivateKey = async (seed: string) => { const res = deriveHdPrivateNodeFromSeed( { sha512: { hash: (input) => new Uint8Array(sha512.arrayBuffer(input)), }, }, Buffer.from(seed, "utf8") ); if (res.valid) { const privateKey = Buffer.from(res.privateKey).toString("hex"); await secureStore.saveData("private-key", privateKey); return privateKey; } return null;};Secure storageStoring a private key is extremely risky, if someone else gets access to the key, they can easily steal the account and use the stored Ethereum as they wish.So it is a key aspect to find a solution to store the keys with minimal risk.However, storing a key is important from a user experience perspective, since without that, the user has to enter the mnemonic phrase and the custom password every time when they want to use the application. We use the react-native-keychain library as secure storage, which stores the values in the keychain on iOS, on Android the lib uses SharedPreferences.You can read more about it in the official documentation.src/libs/secureStore/index.tsexport const saveData = async (username: string, password: string): Promisefalse | Keychain.Result> => Keychain.setGenericPassword(username, password, { accessible: Keychain.ACCESSIBLE.WHEN_PASSCODE_SET_THIS_DEVICE_ONLY, service: "wallet", }); export const loadData = async (): Promisefalse | Keychain.UserCredentials> => Keychain.getGenericPassword({ authenticationType: Keychain.AUTHENTICATION_TYPE.DEVICE_PASSCODE_OR_BIOMETRICS, service: "wallet", authenticationPrompt: { title: "Authentication", subtitle: "Authentication is required to unlock the wallet", cancel: "Cancel", }, }); export const resetData = async (): Promiseboolean> => Keychain.resetGenericPassword({ service: "wallet" });EthereumThe ethereum file contains wrappers around the web3 functionalities. In this case, we can control the third-party Ethereum functions and export only what we need in the application.At this point, we need only two functions regarding Ethereum, one to change the private key to an Ethereum account and one to get the balance based on an address.src/libs/ethereum/index.tsconst Web3Instance = new Web3(new Web3.providers.HttpProvider(ETHEREUM_ENDPOINT)); export const privateKeyToAccount = (privateKey: string): Account => Web3Instance.eth.accounts.privateKeyToAccount(privateKey, true); export const getBalance = async (address: string): Promisestring> => { const balance = await Web3Instance.eth.getBalance(address); return Web3Instance.utils.fromWei(balance, "ether");};ComponentsFor a user-friendly application, we need several

Of course find it with GUI, but as I pretend to be a real pr0, here is esxcli command (that of course you need to run on host that is not affected)# esxcli storage vmfs extent listVolume Name VMFS UUID Extent Number Device Name Partition------------ ----------------------------------- ------------- ------------------------------------ ---------datastore01 52907843-3696d870-24d6-d8d385be26a8 0 eui.001738000a0b0178 1datastore02 528f7fb5-797e00fe-ce22-d8d385be26a8 0 eui.001738000a0b01e4 1datastore03 52cec501-b14f43c3-966e-6c3be5b7d600 0 eui.00173800ee97011c 1local-datastore 518ce7c0-c7907627-562e-d8d385be26a8 0 naa.600508b1001030374243394337301000 3Let’s assume datastore01 is affected, so the device name we are looking for is eui.001738000a0b0178. Having that, we ssh to affected host and go directly to /vmfs/devices/disks/ directory.First thing to check if of course status of GPT partion table# partedUtil getptbl /vmfs/devices/disks/eui.001738000a0b0178Error: The primary GPT table is corrupt, but the backup appears OK, so that will be used. Fix primary table ? diskPath (/dev/disks/eui.001738000a0b0178) diskSize (4294967295) AlternateLBA (1) LastUsableLBA (4294967261)gpt267349 255 63 4294967295The error message is quite encouraging, it actually suggests that something can be fixed!partedUtil indeed has “fix” (even “fix interactively”!) switches that would look something like that (respectively)partedUtil fix /vmfs/devices/disks/eui.001738000a0b0178or (interactively)partedUtil fixGpt /vmfs/devices/disks/eui.001738000a0b0178You should try them first, but honestly – none of these options has ever worked for me 🙁Luckily even with corrupted partition table we’ve got enough information to re-create VMFS5 partition in place.Please note that I am assuming you are using your whole block device (LUN) for VMFS5 partition, things get a bit more complicated if you created more than one VMFS5 on a single LUN(but what would you do that? moreover, from my experiments I’ve learned that only 1st VMFS5 partition is visible in such configurations).Information we have isgpt – partition type 267349 – number of “disk cylinders” as presented by storage array – (let’s call it C)255 – number of “disk heads” – (let’s call it H)63 – number of “disk sectors per track” – (let’s call it S) 4294967295 – total number of sectors (512 byte) available on LUNNow using formula that is known since MS-DOS age we can determine the number of last sector of partition that should occupy whole LUN, this number is(C*H*S)-1 = (267349*255*63)-1 = 4294961684 Of course we all know our partition number will be 1 (and there can be only one 😉 ), default offset for newly created VMFS5 partition is 2048 and cryptic “partition GUID” for VMFS5 is AA31E02A400F11DB9590000C2911D1B8If (just like me) you don’t have the capability of remembering lengthy hex strings, you can always use partedUtil showGuids command.~ # partedUtil showGuids Partition Type GUID vmfs AA31E02A400F11DB9590000C2911D1B8 vmkDiagnostic 9D27538040AD11DBBF97000C2911D1B8 vsan 381CFCCC728811E092EE000C2911D0B2 VMware Reserved 9198EFFC31C011DB8F78000C2911D1B8 Basic Data EBD0A0A2B9E5443387C068B6B72699C7 Linux Swap 0657FD6DA4AB43C484E50933C84B4F4F Linux Lvm E6D6D379F50744C2A23C238F2A3DF928 Linux Raid A19D880F05FC4D3BA006743F0F84911E Efi System C12A7328F81F11D2BA4B00A0C93EC93B Microsoft Reserved E3C9E3160B5C4DB8817DF92DF00215AE Unused Entry 00000000000000000000000000000000~ #We can feed this information into partedUtil now (and create new partition table that we hope will contatin existing VMFS5 filesystem)# partedUtil setptbl /vmfs/devices/disks/eui.001738000a0b0178 gpt "1 2048 4294961684 AA31E02A400F11DB9590000C2911D1B8 0"gpt267349 255 63 42949672951 2048 4294961684 AA31E02A400F11DB9590000C2911D1B8 vmfs 0# vmkfstools -VThe trailing zero provided with setptbl option means that partition we are creating is not bootable.If sucessful partedUtil returns information about partition “geometry” similar to what we saw with

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