public static AttributesDictionary CreateTestAttributes()
{
AttributesDictionary keyAttributes = new AttributesDictionary();
keyAttributes.Add("classifications", new List <string>());
keyAttributes["classifications"].Add("c1");
keyAttributes["classifications"].Add("c2");
return(keyAttributes);
}
static void Main(string[] args)
{
// Create an agent object to talk to Ionic.
Agent agent = new Agent();
try
{
agent.SetMetadata(Agent.MetaApplicationName, "C# DefaultPersistor Sample");
agent.Initialize();
}
catch (SdkException sdkExp)
{
Console.WriteLine("Agent initialization error: " + sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
// Setup the Chunk Crypto object.
ChunkCipherAuto chunkCrypto = new ChunkCipherAuto(agent);
string clearText = "Hello, World!";
string encryptedText = null;
// Define data markings
AttributesDictionary attributes = new AttributesDictionary();
attributes.Add("clearance-level", new List <string> {
"secret"
});
ChunkCryptoEncryptAttributes dataMarkings = new ChunkCryptoEncryptAttributes(attributes);
// Encrypt the string using an Ionic-managed key.
chunkCrypto.Encrypt(clearText, ref encryptedText, ref dataMarkings);
string decryptedText = null;
// Note: Decryption only works if the policy allows it.
chunkCrypto.Decrypt(encryptedText, ref decryptedText);
Console.WriteLine("Plain Text: {0}", clearText);
Console.WriteLine("Ionic Chunk Encrypted Text: {0}", encryptedText);
Console.WriteLine("Decrypted text: {0}", decryptedText);
WaitForInput();
}
static int Main(string[] args)
{
// The files to encrypt from and decrypt to.
string fileOriginal = "../../../../../../sample-data/files/Message.docx";
string fileCipherText = "./Message-Protected.docx";
string filePlainText = "./Message.docx";
// Get the user's home path and password persistor from the environment.
String homePath = Environment.GetEnvironmentVariable("USERPROFILE");
String persistorPassword = Environment.GetEnvironmentVariable("IONIC_PERSISTOR_PASSWORD");
if (persistorPassword == null || persistorPassword.Length == 0)
{
Console.WriteLine("Please provide the persistor password as env variable: IONIC_PERSISTOR_PASSWORD");
WaitForInput();
Environment.Exit(1);
}
// Create an agent object to talk to Ionic.
Agent agent = new Agent();
// Create a password persistor for agent initialization.
try
{
DeviceProfilePersistorPassword persistor = new DeviceProfilePersistorPassword();
persistor.FilePath = homePath + "\\.ionicsecurity\\profiles.pw";
persistor.Password = persistorPassword;
agent.SetMetadata(Agent.MetaApplicationName, "CryptoFileCipherOpenxml Sample");
agent.Initialize(persistor);
}
catch (SdkException sdkExp)
{
Console.WriteLine("Agent initialization error: " + sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
// Create single key without attributes.
CreateKeysResponse.Key key = null;
try
{
key = agent.CreateKey().Keys[0];
}
catch (SdkException sdkExp)
{
Console.WriteLine("Key creation error: " + sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
// Define mutable attributes and empty fixed attributes.
AttributesDictionary mutableKeyAttrs = new AttributesDictionary();
AttributesDictionary fixedKeyAttrs = new AttributesDictionary();
mutableKeyAttrs.Add("classification", new List <string> {
"Restricted"
});
FileCryptoEncryptAttributes fileCryptoEncryptAttrs =
new FileCryptoEncryptAttributes(fixedKeyAttrs, mutableKeyAttrs);
// Initialize OpenXML file cipher object.
OpenXmlFileCipher cipher = new OpenXmlFileCipher(agent);
// Encrypt
try
{
Console.WriteLine("Encrypting file {0} and saving in cipher file {1}", fileOriginal, fileCipherText);
cipher.Encrypt(fileOriginal, fileCipherText, ref fileCryptoEncryptAttrs);
}
catch (SdkException sdkExp)
{
Console.WriteLine("Generic file cipher encrypt error: " + sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
// Decrypt
try
{
Console.WriteLine("Decrypting file {0} and saving in plaintext file {1}", fileCipherText, filePlainText);
cipher.Decrypt(fileCipherText, filePlainText);
}
catch (SdkException sdkExp)
{
Console.WriteLine("Generic file cipher decrypt error: " + sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
// Read the files for comparison.
string message = File.ReadAllText(fileOriginal);
string plainText = File.ReadAllText(filePlainText);
// Verify encrypt and decrypt worked.
if (message != plainText)
{
Console.WriteLine("Encryption/Decrption does not match!");
Console.WriteLine("Message: {0} - PlainText: {1}", message, plainText);
WaitForInput();
Environment.Exit(1);
}
WaitForInput();
return(0);
}
static void Main(string[] args)
{
// Get the user's home path and password persistor from the environment.
String homePath = Environment.GetEnvironmentVariable("USERPROFILE");
String persistorPassword = Environment.GetEnvironmentVariable("IONIC_PERSISTOR_PASSWORD");
if (persistorPassword == null || persistorPassword.Length == 0)
{
Console.WriteLine("Please provide the persistor password as env variable: IONIC_PERSISTOR_PASSWORD");
WaitForInput();
Environment.Exit(1);
}
// Create an agent object to talk to Ionic.
Agent agent = new Agent();
// Create a password persistor for agent initialization.
try
{
DeviceProfilePersistorPassword persistor = new DeviceProfilePersistorPassword();
persistor.FilePath = homePath + "\\.ionicsecurity\\profiles.pw";
persistor.Password = persistorPassword;
agent.SetMetadata(Agent.MetaApplicationName, "IonicHelloWorld Sample");
agent.Initialize(persistor);
}
catch (SdkException sdkExp)
{
Console.WriteLine("Agent initialization error: " + sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
// Setup the Chunk Crypto object.
ChunkCipherAuto chunkCrypto = new ChunkCipherAuto(agent);
string clearText = "Hello, World!";
string encryptedText = null;
// Define data markings
AttributesDictionary dataMarkings = new AttributesDictionary();
dataMarkings.Add("clearance-level", new List <string> {
"secret"
});
// Encrypt the string using an Ionic-managed key.
chunkCrypto.Encrypt(clearText, ref encryptedText, dataMarkings);
string decryptedText = null;
// Note: Decryption only works if the policy allows it.
chunkCrypto.Decrypt(encryptedText, decryptedText);
Console.WriteLine("Plain Text: {0}", clearText);
Console.WriteLine("Ionic Chunk Encrypted Text: {0}", encryptedText);
Console.WriteLine("Decrypted text: {0}", decryptedText);
WaitForInput();
}
static int Main(string[] args)
{
// Get the user's home path and password persistor from the environment.
String homePath = Environment.GetEnvironmentVariable("USERPROFILE");
String persistorPassword = Environment.GetEnvironmentVariable("IONIC_PERSISTOR_PASSWORD");
if (persistorPassword == null || persistorPassword.Length == 0)
{
Console.WriteLine("Please provide the persistor password as env variable: IONIC_PERSISTOR_PASSWORD");
WaitForInput();
Environment.Exit(1);
}
// Create an agent object to talk to Ionic.
Agent agent = new Agent();
// Create a password persistor for agent initialization.
try
{
DeviceProfilePersistorPassword persistor = new DeviceProfilePersistorPassword();
persistor.FilePath = homePath + "\\.ionicsecurity\\profiles.pw";
persistor.Password = persistorPassword;
agent.SetMetadata(Agent.MetaApplicationName, "CreateKeyWithFixedAttributes Sample");
agent.Initialize(persistor);
}
catch (SdkException sdkExp)
{
Console.WriteLine("Agent initialization error: " + sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
// Define fixed attributes.
AttributesDictionary fixedKeyAttrs = new AttributesDictionary();
fixedKeyAttrs.Add("data-type", new List <string> {
"Finance"
});
fixedKeyAttrs.Add("region", new List <string> {
"North America"
});
// Define mutable keys.
AttributesDictionary mutableKeyAttrs = new AttributesDictionary(); // empty map
// Create single key with fixed attributes.
CreateKeysResponse.Key key = null;
try
{
key = agent.CreateKey(fixedKeyAttrs, mutableKeyAttrs).Keys[0];
}
catch (SdkException sdkExp
)
{
Console.WriteLine("Key creation error: {0}", sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
Console.WriteLine("Key ID : " + key.Id);
Console.WriteLine("Key Bytes : " + BitConverter.ToString(key.KeyBytes).Replace("-", String.Empty));
Console.WriteLine("Fixed Attributes : " + JsonDump(key.Attributes));
Console.WriteLine("Mutable Attributes : " + JsonDump(key.MutableAttributes));
WaitForInput();
return(0);
}
static int Main(string[] args)
{
// Initialize the Ionic agent
agent = new Agent();
agent.Initialize();
// Request keys
// Forming the key request object
CreateKeysRequest request = new CreateKeysRequest();
// Here update request with the list of what it should create.
AttributesDictionary dirAttributes = new AttributesDictionary();
List <string> listClassValues = new List <string>(1);
listClassValues.Add("restricted");
dirAttributes.Add("classification", listClassValues);
CreateKeysRequest.Key requestKey = new CreateKeysRequest.Key("reference_key", 2, dirAttributes);
request.Keys.Add(requestKey);
// Now ask the server to make those keys:
CreateKeysResponse response;
try
{
response = agent.CreateKeys(request);
}
catch (SdkException e)
{
System.Console.WriteLine("Error creating keys: {0}", e.Message);
return(-1);
}
// Show us what keys we got (you can always get a key right when you create it):
List <CreateKeysResponse.Key> responseKeys = response.Keys;
GetKeysRequest fetchRequest = new GetKeysRequest(); //we will use this to track the keys we want to fetch later
foreach (CreateKeysResponse.Key responseKey in responseKeys)
{
System.Console.WriteLine("We created a key with the Key Tag: {0}", responseKey.Id);
fetchRequest.KeyIds.Add(responseKey.Id);
}
// The rest of this program would typically happen at a different time,
// not right after creating the keys, but when you were going to access
// the data protected by those keys.
// Now, using the Key Tags, ask the server for those keys again:
// NOTE: We populated fetchRequest's list of keytags in the above loop.
GetKeysResponse fetchResponse;
try
{
fetchResponse = agent.GetKeys(fetchRequest);
}
catch (SdkException e)
{
System.Console.WriteLine("Error fetching keys: {0}", e.Message);
return(-1);
}
// Show what we got access to after a request for keys:
foreach (GetKeysResponse.Key responseKey in fetchResponse.Keys)
{
System.Console.WriteLine("We fetched a key with the Key Tag: {0}", responseKey.Id);
}
// Tell us if we got less keys when we fetched than we created.
// This would happen if policy didn't give us access to all the keys.
if (fetchResponse.Keys.Count < fetchRequest.KeyIds.Count)
{
System.Console.Write("We didn't get given all of the requested keys.");
return(-2);
}
System.Console.Read();
return(0);
}
static int Main(string[] args)
{
// Get the user's home path and password persistor from the environment.
String homePath = Environment.GetEnvironmentVariable("USERPROFILE");
String persistorPassword = Environment.GetEnvironmentVariable("IONIC_PERSISTOR_PASSWORD");
if (persistorPassword == null || persistorPassword.Length == 0)
{
Console.WriteLine("Please provide the persistor password as env variable: IONIC_PERSISTOR_PASSWORD");
WaitForInput();
Environment.Exit(1);
}
// Create an agent object to talk to Ionic.
Agent agent = new Agent();
// Create a password persistor for agent initialization.
try
{
DeviceProfilePersistorPassword persistor = new DeviceProfilePersistorPassword();
persistor.FilePath = homePath + "\\.ionicsecurity\\profiles.pw";
persistor.Password = persistorPassword;
agent.Initialize(persistor);
}
catch (SdkException sdkExp)
{
Console.WriteLine("Agent initialization error: " + sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
// Set the application metadata.
try
{
agent.SetMetadata(Agent.MetaApplicationName, "Ionic Keys Tutorial");
agent.SetMetadata(Agent.MetaApplicationVersion, "1.0.0");
}
catch (SdkException sdkExp)
{
Console.WriteLine("Error setting the application metadata: " + sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
// Define fixed attributes.
AttributesDictionary fixedKeyAttrs = new AttributesDictionary();
fixedKeyAttrs.Add("data-type", new List <string> {
"Finance"
});
fixedKeyAttrs.Add("region", new List <string> {
"North America"
});
// Define mutable keys.
AttributesDictionary mutableKeyAttrs = new AttributesDictionary();
mutableKeyAttrs.Add("classification", new List <string> {
"Restricted"
});
mutableKeyAttrs.Add("designated_owner", new List <string> {
"*****@*****.**"
});
// Create single key with fixed attributes.
CreateKeysResponse.Key createdKey = null;
try
{
createdKey = agent.CreateKey(fixedKeyAttrs, mutableKeyAttrs).Keys[0];
}
catch (SdkException sdkExp
)
{
Console.WriteLine("Key creation error: {0}", sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
// Display the created key information.
Console.WriteLine("\nNEW KEY:");
Console.WriteLine("Key ID : " + createdKey.Id);
Console.WriteLine("Key Bytes : " + BitConverter.ToString(createdKey.KeyBytes).Replace("-", String.Empty));
Console.WriteLine("Fixed Attributes : " + JsonDump(createdKey.Attributes));
Console.WriteLine("Mutable Attributes : " + JsonDump(createdKey.MutableAttributes));
// Fetch a single key from the agent.
GetKeysResponse.Key fetchedKey = null;
try
{
fetchedKey = agent.GetKey(createdKey.Id).Keys[0];
}
catch (SdkException sdkExp)
{
Console.WriteLine("Error fetching key {0}: {1}", createdKey.Id, sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
// Display the fetched key information.
Console.WriteLine("\nFETCHED KEY:");
Console.WriteLine("Key ID : " + fetchedKey.Id);
Console.WriteLine("Key Bytes : " + BitConverter.ToString(fetchedKey.KeyBytes).Replace("-", String.Empty));
Console.WriteLine("Fixed Attributes : " + JsonDump(fetchedKey.Attributes));
Console.WriteLine("Mutable Attributes : " + JsonDump(fetchedKey.MutableAttributes));
// Merge new and existing mutable attributes.
AttributesDictionary updatedMutableKeyAttrs = fetchedKey.MutableAttributes;
updatedMutableKeyAttrs["classification"] = new List <string> {
"Highly Restricted"
};
// Create the update key request.
bool forceUpdate = false;
UpdateKeysRequest updateKeysRequest = new UpdateKeysRequest();
UpdateKeysRequest.Key updateKey = new UpdateKeysRequest.Key(fetchedKey, forceUpdate);
updateKey.MutableAttributes = updatedMutableKeyAttrs;
updateKeysRequest.addKey(updateKey);
// Update the key attributes on the agent.
UpdateKeysResponse.Key updatedKey = null;
try
{
updatedKey = agent.UpdateKeys(updateKeysRequest).Keys[0];
}
catch (SdkException sdkExp)
{
Console.WriteLine("Error updating key {0}: {1}", fetchedKey.Id, sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
// Display the updated key information.
Console.WriteLine("\nUPDATED KEY:");
Console.WriteLine("Key ID : " + updatedKey.Id);
Console.WriteLine("Key Bytes : " + BitConverter.ToString(updatedKey.KeyBytes).Replace("-", String.Empty));
Console.WriteLine("Fixed Attributes : " + JsonDump(updatedKey.Attributes));
Console.WriteLine("Mutable Attributes : " + JsonDump(updatedKey.MutableAttributes));
WaitForInput();
return(0);
}
static int Main(string[] args)
{
// Please set keyId to a key you have already created.
String keyId = null;
if (keyId == null)
{
Console.WriteLine("Please set the keyId to a key you have already created.");
WaitForInput();
Environment.Exit(1);
}
// Get the user's home path and password persistor from the environment.
String homePath = Environment.GetEnvironmentVariable("USERPROFILE");
String persistorPassword = Environment.GetEnvironmentVariable("IONIC_PERSISTOR_PASSWORD");
if (persistorPassword == null || persistorPassword.Length == 0)
{
Console.WriteLine("Please provide the persistor password as env variable: IONIC_PERSISTOR_PASSWORD");
WaitForInput();
Environment.Exit(1);
}
// Create an agent object to talk to Ionic.
Agent agent = new Agent();
// Create a password persistor for agent initialization.
try
{
DeviceProfilePersistorPassword persistor = new DeviceProfilePersistorPassword();
persistor.FilePath = homePath + "\\.ionicsecurity\\profiles.pw";
persistor.Password = persistorPassword;
agent.SetMetadata(Agent.MetaApplicationName, "UpdateKey Sample");
agent.Initialize(persistor);
}
catch (SdkException sdkExp)
{
Console.WriteLine("Agent initialization error: " + sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
// Fetch the key from the agent.
GetKeysResponse fetchedResponse = null;
try
{
fetchedResponse = agent.GetKey(keyId);
}
catch (SdkException sdkExp)
{
Console.WriteLine("Error fetching key {0}: {1}", keyId, sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
// Pull the key out of the response.
GetKeysResponse.Key fetchedKey = fetchedResponse.Keys[0];
// Define mutable key attributes
AttributesDictionary newMutableKeyAttrs = new AttributesDictionary();
newMutableKeyAttrs.Add("classification", new List <string> {
"Highly Restricted"
});
// Create the update key request.
bool forceUpdate = false;
UpdateKeysRequest updateKeysRequest = new UpdateKeysRequest();
UpdateKeysRequest.Key updateKey = new UpdateKeysRequest.Key(fetchedKey, forceUpdate);
updateKey.MutableAttributes = newMutableKeyAttrs;
updateKeysRequest.addKey(updateKey);
// Update the key attributes on the agent.
UpdateKeysResponse.Key key = null;
try
{
key = agent.UpdateKeys(updateKeysRequest).Keys[0];
}
catch (SdkException sdkExp)
{
Console.WriteLine("Error updating key {0}: {1}", keyId, sdkExp.Message);
WaitForInput();
Environment.Exit(1);
}
Console.WriteLine("Key ID : " + key.Id);
Console.WriteLine("Key Bytes : " + BitConverter.ToString(key.KeyBytes).Replace("-", String.Empty));
Console.WriteLine("Fixed Attributes : " + JsonDump(key.Attributes));
Console.WriteLine("Mutable Attributes : " + JsonDump(key.MutableAttributes));
WaitForInput();
return(0);
}