This is the TypeScript definition of the Crypto plugin which can be downloaded from the VMware GitHub repository.
By creating this TypeScript representation of the plugin we are able to easily use the functionality of the plugin from within the Build Tools and we can be sure that we have the correct property names and the correct function names and the correct inputs and the correct return types basically everything that makes TypeScript awesome.
https://github.com/vmware-archive/o11n-plugin-crypto
GitHub Repository: https://github.com/SimonSparksUK/Orchestrator
Filename: Plugin_Module_Crypto.d.ts
declareclassCryptoCertificate{
constructor(certString:string);
serialNumber:string;
encodedBase64:string;
publicKeyPem:string;
issuedToMap:Properties;
issuedByDN:string;
issuedToDN:string;
pemEncoded:string;
issuedByMap:Properties;
signatureAlgorithm:string;
sha1Fingerprint:string;
signatureBase64:string;
sha256Fingerprint:string;
subjectAlternativeNames:string[];
verify(pemKey:string):boolean;
getValidbefore():Date;
getValidAfter():Date;
isValidOn(date:Date):Date;
}
declareclassCryptoCertificateManager{
publicstaticparseCertificatePem(pemCertString:string):CryptoCertificate;
publicstaticgetHttpsCertificate(urlString:string):CryptoCertificate[];
}
declareclassCryptoDigest{
publicstaticsha1Base64(dataB64:string):string;
publicstaticsha1(data:string):string;
publicstaticmd5(data:string):string;
publicstaticmd5Base64(dataB64:string):string;
publicstaticsha384Base64(dataB64:string):string;
publicstatichmacSha512(keyB64:string,dataB64:string):string;
publicstatichmacMd5(keyB64:string,dataB64:string):string;
publicstatichmacSha384(keyB64:string,dataB64:string):string;
publicstaticsha256(data:string):string;
publicstatichmacSha256(keyB64:string,dataB64:string):string;
publicstatichmacSha1(keyB64:string,dataB64:string):string;
publicstaticsha384(data:string):string;
publicstaticsha256Base64(dataB64:string):string;
publicstaticsha512(data:string):string;
publicstaticsha512Base64(dataB64:string):string;
}
declareclassCryptoEncoding{
publicstaticbinaryConcatBase64(b64data1:string,b64data2:string):string;
publicstaticbase64EncodeBytes(data:byte[]):string;
publicstaticbase64Encode(data:string):string;
publicstatichexToBase64(hex:string):string;
publicstaticmimeToBase64(mime:MimeAttachment):string;
publicstaticbase64ToMime(b64data:string,mimeType:string,fileName:string):MimeAttachment;
publicstaticbase64Decode(b64data:string):string;
publicstaticgetSubsetBase64(b64data:string,start:number,end:number):string;
publicstaticbase64toHex(b64data:string):string;
publicstaticgetLengthBase64(b64data:string):string;
}
declareclassCryptoEncryption{
publicstaticgenerateRandomBytes(numberOfBytes:number):string;
publicstatictripleDesEncrypt(dataB64:string,secretB64:string,ivB64:string):string;
publicstaticaesEncrypt(dataB64:string,secretB64:string,ivB64:string):string;
publicstaticaesDecrypt(encryptedB64:string,secretB64:string,ivB64:string):string;
publicstatictripleDesDecrypt(encryptedB64:string,secretB64:string,ivB64:string):string;
publicstaticgenerateRandomIv():string;
}
declareclassCryptoRSA{
publicstaticencrypt(key:string,dateB64:string):string;
publicstaticdecrypt(key:string,encryptedB64:string):string;
publicstaticcreateSignature(key:string,dateB64:string):string;
publicstaticverifySignature(key:string,dateB64:string,signatureB64:string):boolean;
}
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