PxHQh90R

1/** Declaration file generated by dts-gen */
2
3export class AsyncProxy {
4    constructor(...args: any[]);
5    delegate(method: any, options: any): any;
6    getID(): any;
7    getRandomBuffer(size: any): any;
8    onMessage(event: any): void;
9    seedRandom(size: any): void;
10    terminate(): void;
11}
12export class HKP {
13    constructor(keyServerBaseUrl: any);
14    lookup(options: any): any;
15    upload(publicKeyArmored: any): any;
16}
17export class Keyid {
18    constructor();
19    equals(keyid: any): any;
20    isNull(): any;
21    read(bytes: any): void;
22    toHex(): any;
23    write(): any;
24    static fromClone(clone: any): any;
25    static fromId(hex: any): any;
26    static mapToHex(keyId: any): any;
27}
28export class Keyring {
29    constructor(storeHandler: any);
30    clear(): void;
31    getAllKeys(): any;
32    getKeysForId(keyId: any, deep: any): any;
33    removeKeysForId(keyId: any): any;
34    store(): void;
35}
36export class MPI {
37    constructor();
38    byteLength(): any;
39    fromBigInteger(bn: any): void;
40    fromBytes(bytes: any): void;
41    read(bytes: any): any;
42    toBigInteger(): any;
43    toBytes(): any;
44    write(): any;
45    static fromClone(clone: any): any;
46}
47export class S2K {
48    constructor();
49    get_count(): any;
50    produce_key(passphrase: any, numBytes: any): any;
51    read(bytes: any): any;
52    write(): any;
53    static fromClone(clone: any): any;
54}
55export const config: {
56    aead_protect: boolean;
57    commentstring: string;
58    compression: number;
59    debug: boolean;
60    encryption_cipher: number;
61    ignore_mdc_error: boolean;
62    integrity_protect: boolean;
63    keyserver: string;
64    node_store: string;
65    prefer_hash_algorithm: number;
66    rsa_blinding: boolean;
67    show_comment: boolean;
68    show_version: boolean;
69    use_native: boolean;
70    versionstring: string;
71    zero_copy: boolean;
72};
73export function decrypt(_ref5: any): any;
74export function decryptKey(_ref3: any): any;
75export function decryptSessionKey(_ref9: any): any;
76export function destroyWorker(): void;
77export function encrypt(_ref4: any): any;
78export function encryptSessionKey(_ref8: any): any;
79export function generateKey(...args: any[]): any;
80export function getWorker(): any;
81export function initWorker(...args: any[]): any;
82export function sign(_ref6: any): any;
83export function verify(_ref7: any): any;
84export namespace Keyring {
85    class localstore {
86        constructor(prefix: any);
87        loadPrivate(): any;
88        loadPublic(): any;
89        storePrivate(keys: any): void;
90        storePublic(keys: any): void;
91    }
92}
93export namespace armor {
94    function decode(text: any): any;
95    function encode(messagetype: any, body: any, partindex: any, parttotal: any): any;
96}
97export namespace cleartext {
98    class CleartextMessage {
99        constructor(text: any, packetlist: any);
100        armor(): any;
101        getSigningKeyIds(): any;
102        getText(): any;
103        sign(privateKeys: any): void;
104        verify(keys: any): any;
105    }
106    function readArmored(armoredText: any): any;
107}
108export namespace crypto {
109    const pkcs1: {
110        eme: {
111            decode: any;
112            encode: any;
113        };
114        emsa: {
115            encode: any;
116        };
117    };
118    function generateMpi(algo: any, bits: any): any;
119    function generateSessionKey(algo: any): any;
120    function getPrefixRandom(algo: any): any;
121    function getPrivateMpiCount(algo: any): any;
122    function getPublicMpiCount(algo: any): any;
123    function publicKeyDecrypt(algo: any, keyIntegers: any, dataIntegers: any): any;
124    function publicKeyEncrypt(algo: any, publicMPIs: any, data: any): any;
125    namespace cfb {
126        function decrypt(cipherfn: any, key: any, ciphertext: any, resync: any): any;
127        function encrypt(prefixrandom: any, cipherfn: any, plaintext: any, key: any, resync: any): any;
128        function mdc(cipherfn: any, key: any, ciphertext: any): any;
129        function normalDecrypt(cipherfn: any, key: any, ciphertext: any, iv: any): any;
130        function normalEncrypt(cipherfn: any, key: any, plaintext: any, iv: any): any;
131    }
132    namespace cipher {
133        class aes128 {
134            constructor(key: any);
135            static blockSize: number;
136            static keySize: number;
137        }
138        class aes192 {
139            constructor(key: any);
140            static blockSize: number;
141            static keySize: number;
142        }
143        class aes256 {
144            constructor(key: any);
145            static blockSize: number;
146            static keySize: number;
147        }
148        class blowfish {
149            constructor(key: any);
150            static blockSize: number;
151            static keySize: number;
152        }
153        class cast5 {
154            constructor(key: any);
155            static blockSize: number;
156            static keySize: number;
157        }
158        class tripledes {
159            constructor(key: any);
160            static blockSize: number;
161            static keySize: number;
162        }
163        class twofish {
164            constructor(key: any);
165            static blockSize: number;
166            static keySize: number;
167        }
168        function des(key: any): any;
169        function idea(): void;
170    }
171    namespace gcm {
172        const ivLength: number;
173        function decrypt(cipher: any, ciphertext: any, key: any, iv: any): any;
174        function encrypt(cipher: any, plaintext: any, key: any, iv: any): any;
175    }
176    namespace hash {
177        function digest(algo: any, data: any): any;
178        function getHashByteLength(algo: any): any;
179        function md5(data: any): any;
180        function ripemd(data: any): any;
181        function sha1(data: any): any;
182        function sha224(data: any): any;
183        function sha256(data: any): any;
184        function sha384(data: any): any;
185        function sha512(data: any): any;
186    }
187    namespace publicKey {
188        function dsa(): any;
189        function elgamal(): any;
190        function rsa(): any;
191    }
192    namespace random {
193        function getRandomBigInteger(bits: any): any;
194        function getRandomBigIntegerInRange(min: any, max: any): any;
195        function getRandomBytes(length: any): any;
196        function getRandomValues(buf: any): any;
197        function getSecureRandom(from: any, to: any): any;
198        function getSecureRandomOctet(): any;
199        function getSecureRandomUint(): any;
200        namespace randomBuffer {
201            const buffer: any;
202            const size: any;
203            function get(buf: any): void;
204            function init(size: any): void;
205            function set(buf: any): void;
206        }
207    }
208    namespace signature {
209        function sign(hash_algo: any, algo: any, keyIntegers: any, data: any): any;
210        function verify(algo: any, hash_algo: any, msg_MPIs: any, publickey_MPIs: any, data: any): any;
211    }
212}
213export namespace enums {
214    const armor: {
215        message: number;
216        multipart_last: number;
217        multipart_section: number;
218        private_key: number;
219        public_key: number;
220        signed: number;
221    };
222    const compression: {
223        bzip2: number;
224        uncompressed: number;
225        zip: number;
226        zlib: number;
227    };
228    const hash: {
229        md5: number;
230        ripemd: number;
231        sha1: number;
232        sha224: number;
233        sha256: number;
234        sha384: number;
235        sha512: number;
236    };
237    const keyFlags: {
238        authentication: number;
239        certify_keys: number;
240        encrypt_communication: number;
241        encrypt_storage: number;
242        shared_private_key: number;
243        sign_data: number;
244        split_private_key: number;
245    };
246    const keyStatus: {
247        expired: number;
248        invalid: number;
249        no_self_cert: number;
250        revoked: number;
251        valid: number;
252    };
253    const literal: {
254        binary: number;
255        text: number;
256        utf8: number;
257    };
258    const packet: {
259        compressed: number;
260        literal: number;
261        marker: number;
262        modificationDetectionCode: number;
263        onePassSignature: number;
264        publicKey: number;
265        publicKeyEncryptedSessionKey: number;
266        publicSubkey: number;
267        secretKey: number;
268        secretSubkey: number;
269        signature: number;
270        symEncryptedAEADProtected: number;
271        symEncryptedIntegrityProtected: number;
272        symEncryptedSessionKey: number;
273        symmetricallyEncrypted: number;
274        trust: number;
275        userAttribute: number;
276        userid: number;
277    };
278    const publicKey: {
279        dsa: number;
280        elgamal: number;
281        rsa_encrypt: number;
282        rsa_encrypt_sign: number;
283        rsa_sign: number;
284    };
285    const s2k: {
286        gnu: number;
287        iterated: number;
288        salted: number;
289        simple: number;
290    };
291    const signature: {
292        binary: number;
293        cert_casual: number;
294        cert_generic: number;
295        cert_persona: number;
296        cert_positive: number;
297        cert_revocation: number;
298        key: number;
299        key_binding: number;
300        key_revocation: number;
301        standalone: number;
302        subkey_binding: number;
303        subkey_revocation: number;
304        text: number;
305        third_party: number;
306        timestamp: number;
307    };
308    const signatureSubpacket: {
309        embedded_signature: number;
310        exportable_certification: number;
311        features: number;
312        issuer: number;
313        key_expiration_time: number;
314        key_flags: number;
315        key_server_preferences: number;
316        notation_data: number;
317        placeholder_backwards_compatibility: number;
318        policy_uri: number;
319        preferred_compression_algorithms: number;
320        preferred_hash_algorithms: number;
321        preferred_key_server: number;
322        preferred_symmetric_algorithms: number;
323        primary_user_id: number;
324        reason_for_revocation: number;
325        regular_expression: number;
326        revocable: number;
327        revocation_key: number;
328        signature_creation_time: number;
329        signature_expiration_time: number;
330        signature_target: number;
331        signers_user_id: number;
332        trust_signature: number;
333    };
334    const symmetric: {
335        aes128: number;
336        aes192: number;
337        aes256: number;
338        blowfish: number;
339        cast5: number;
340        idea: number;
341        plaintext: number;
342        tripledes: number;
343        twofish: number;
344    };
345    function read(type: any, e: any): any;
346    function write(type: any, e: any): any;
347}
348export namespace key {
349    class Key {
350        constructor(packetlist: any);
351        armor(): any;
352        decrypt(passphrase: any): any;
353        decryptKeyPacket(keyIds: any, passphrase: any): any;
354        encrypt(passphrase: any): void;
355        getAllKeyPackets(): any;
356        getEncryptionKeyPacket(): any;
357        getExpirationTime(): any;
358        getKeyIds(): any;
359        getKeyPacket(keyIds: any): any;
360        getPreferredHashAlgorithm(): any;
361        getPrimaryUser(): any;
362        getSigningKeyPacket(keyId: any): any;
363        getSubkeyPackets(): any;
364        getUserIds(): any;
365        isPrivate(): any;
366        isPublic(): any;
367        packetlist2structure(packetlist: any): void;
368        revoke(): void;
369        toPacketlist(): any;
370        toPublic(): any;
371        update(key: any): any;
372        verifyPrimaryKey(): any;
373    }
374    function generate(options: any): any;
375    function getPreferredSymAlgo(keys: any): any;
376    function readArmored(armoredText: any): any;
377}
378export namespace message {
379    class Message {
380        constructor(packetlist: any);
381        armor(): any;
382        decrypt(privateKey: any, sessionKey: any, password: any): any;
383        decryptSessionKey(privateKey: any, password: any): any;
384        encrypt(keys: any, passwords: any): any;
385        getEncryptionKeyIds(): any;
386        getFilename(): any;
387        getLiteralData(): any;
388        getSigningKeyIds(): any;
389        getText(): any;
390        sign(privateKeys: any): any;
391        unwrapCompressed(): any;
392        verify(keys: any): any;
393    }
394    function encryptSessionKey(sessionKey: any, symAlgo: any, publicKeys: any, passwords: any): any;
395    function fromBinary(bytes: any, filename: any): any;
396    function fromText(text: any, filename: any): any;
397    function read(input: any): any;
398    function readArmored(armoredText: any): any;
399    function readSignedContent(content: any, detachedSignature: any): any;
400}
401export namespace packet {
402    class Compressed {
403        constructor();
404        compress(): void;
405        decompress(): void;
406        read(bytes: any): void;
407        write(): any;
408    }
409    class List {
410        constructor();
411        concat(packetlist: any): void;
412        filter(callback: any): any;
413        filterByTag(...args: any[]): any;
414        findPacket(type: any): any;
415        forEach(callback: any): void;
416        indexOfTag(...args: any[]): any;
417        pop(): any;
418        push(packet: any): void;
419        read(bytes: any): void;
420        slice(begin: any, end: any): any;
421        write(): any;
422        static fromStructuredClone(packetlistClone: any): any;
423    }
424    class Literal {
425        constructor();
426        getBytes(): any;
427        getFilename(): any;
428        getText(): any;
429        read(bytes: any): void;
430        setBytes(bytes: any, format: any): void;
431        setFilename(filename: any): void;
432        setText(text: any): void;
433        write(): any;
434    }
435    class Marker {
436        constructor();
437        read(bytes: any): any;
438    }
439    class OnePassSignature {
440        constructor();
441        postCloneTypeFix(): void;
442        read(bytes: any): any;
443        write(): any;
444    }
445    class PublicKey {
446        constructor();
447        getBitSize(): any;
448        getFingerprint(): any;
449        getKeyId(): any;
450        postCloneTypeFix(): void;
451        read(bytes: any): any;
452        readPublicKey(bytes: any): any;
453        write(): any;
454        writeOld(): any;
455        writePublicKey(): any;
456    }
457    class PublicKeyEncryptedSessionKey {
458        constructor();
459        decrypt(key: any): void;
460        encrypt(key: any): void;
461        postCloneTypeFix(): void;
462        read(bytes: any): any;
463        write(): any;
464    }
465    class PublicSubkey {
466        constructor();
467    }
468    class SecretKey {
469        constructor();
470        clearPrivateMPIs(): void;
471        decrypt(passphrase: any): any;
472        encrypt(passphrase: any): void;
473        generate(bits: any): any;
474        read(bytes: any): void;
475        write(): any;
476    }
477    class SecretSubkey {
478        constructor();
479    }
480    class Signature {
481        constructor();
482        calculateTrailer(): any;
483        isExpired(): any;
484        postCloneTypeFix(): void;
485        read(bytes: any): any;
486        read_sub_packet(bytes: any): void;
487        sign(key: any, data: any): void;
488        toSign(type: any, data: any): any;
489        verify(key: any, data: any): any;
490        write(): any;
491        write_all_sub_packets(): any;
492    }
493    class SymEncryptedAEADProtected {
494        constructor();
495        decrypt(sessionKeyAlgorithm: any, key: any): any;
496        encrypt(sessionKeyAlgorithm: any, key: any): any;
497        read(bytes: any): void;
498        write(): any;
499    }
500    class SymEncryptedIntegrityProtected {
501        constructor();
502        decrypt(sessionKeyAlgorithm: any, key: any): any;
503        encrypt(sessionKeyAlgorithm: any, key: any): any;
504        read(bytes: any): void;
505        write(): any;
506    }
507    class SymEncryptedSessionKey {
508        constructor();
509        decrypt(passphrase: any): void;
510        encrypt(passphrase: any): void;
511        postCloneTypeFix(): void;
512        read(bytes: any): void;
513        write(): any;
514    }
515    class SymmetricallyEncrypted {
516        constructor();
517        decrypt(sessionKeyAlgorithm: any, key: any): any;
518        encrypt(algo: any, key: any): any;
519        read(bytes: any): void;
520        write(): any;
521    }
522    class Trust {
523        constructor();
524        read(): void;
525    }
526    class UserAttribute {
527        constructor();
528        equals(usrAttr: any): any;
529        read(bytes: any): void;
530        write(): any;
531    }
532    class Userid {
533        constructor();
534        read(bytes: any): void;
535        write(): any;
536    }
537    function fromStructuredClone(packetClone: any): any;
538    function newPacketFromTag(tag: any): any;
539    namespace clone {
540        function clonePackets(options: any): any;
541        function parseClonedPackets(options: any, method: any): any;
542    }
543}
544export namespace util {
545    function Uint8Array2str(bin: any): any;
546    function bin2str(bin: any): any;
547    function calc_checksum(text: any): any;
548    function collectBuffers(obj: any, collection: any): void;
549    function concatUint8Array(arrays: any): any;
550    function copyUint8Array(array: any): any;
551    function decode_utf8(utf8: any): any;
552    function detectNode(): any;
553    function encode_utf8(str: any): any;
554    function equalsUint8Array(array1: any, array2: any): any;
555    function getLeftNBits(string: any, bitcount: any): any;
556    function getNodeBuffer(): any;
557    function getNodeCrypto(): any;
558    function getTransferables(obj: any): any;
559    function getWebCrypto(): any;
560    function getWebCryptoAll(): any;
561    function get_hashAlgorithmString(algo: any): any;
562    function hex2bin(hex: any): any;
563    function hexdump(str: any): any;
564    function hexidump(str: any): any;
565    function hexstrdump(str: any): any;
566    function isArray(data: any): any;
567    function isEmailAddress(data: any): any;
568    function isString(data: any): any;
569    function isUint8Array(data: any): any;
570    function isUserId(data: any): any;
571    function print_debug(str: any): void;
572    function print_debug_hexstr_dump(str: any, strToHex: any): void;
573    function promisify(fn: any, ...args: any[]): any;
574    function promisifyIE11Op(cryptoOp: any, errmsg: any): any;
575    function readDate(bytes: any): any;
576    function readNumber(bytes: any): any;
577    function shiftRight(value: any, bitcount: any): any;
578    function str2Uint8Array(str: any): any;
579    function str2bin(str: any): any;
580    function writeDate(time: any): any;
581    function writeNumber(n: any, bytes: any): any;
582}