/// <summary>
/// Create a signed trust bundle.
/// </summary>
/// <param name="bundleResources">Provide a <see cref="IResourceProvider"/> to load anchors and storage destination.</param>
/// <param name="signProvider">Provide a <see cref="ISignProvider"/> to sign the trust bundle</param>
public byte[] Create(IResourceProvider bundleResources, ISignProvider signProvider)
{
byte[] p7Bdata = Create(bundleResources);
byte[] p7MData = signProvider.Sign(p7Bdata);
return p7MData;
}
/// <summary>
/// Create a signed trust bundle.
/// </summary>
/// <param name="bundleResources">Provide a <see cref="IResourceProvider"/> to load anchors and storage destination.</param>
/// <param name="signProvider">Provide a <see cref="ISignProvider"/> to sign the trust bundle</param>
public byte[] Create(IResourceProvider bundleResources, ISignProvider signProvider)
{
byte[] p7Bdata = Create(bundleResources);
byte[] p7MData = signProvider.Sign(p7Bdata);
return(p7MData);
}
private Mock <Func <string, ISignProvider> > CreateMockSignProviderFactory(ISignProvider signProvider)
{
var providerFactory = new Mock <Func <string, ISignProvider> >();
providerFactory.Setup(x => x(It.IsAny <string>())).Returns(signProvider);
return(providerFactory);
}
private static void SetSignProvider(OAuthRequestContext context)
{
ISignProvider signingProvider = SignProviders.GetProvider(context.Parameters.SignatureMethod);
if (signingProvider == null)
{
// There is no signing provider for this signature method
throw new OAuthRequestException(null, OAuthProblemTypes.SignatureMethodRejected);
}
// Double check the signing provider declares that it can handle the signature method
if (!signingProvider.SignatureMethod.Equals(context.Parameters.SignatureMethod))
{
throw new OAuthRequestException(null, OAuthProblemTypes.SignatureMethodRejected);
}
context.SignProvider = signingProvider;
}
private void SignParameters(Uri requestUri, string httpMethod, OAuthParameters authParameters, IToken token)
{
// Check there is a signing provider for the signature method
ISignProvider signingProvider = context.GetSignProvider(Service.SignatureMethod);
if (signingProvider == null)
{
// There is no signing provider for this signature method
throw new OAuthRequestException(null, OAuthProblemTypes.SignatureMethodRejected);
}
// Double check the signing provider declares that it can handle the signature method
if (!signingProvider.SignatureMethod.Equals(Service.SignatureMethod))
{
throw new OAuthRequestException(null, OAuthProblemTypes.SignatureMethodRejected);
}
// Compute the signature
authParameters.Sign(requestUri, httpMethod, Service.Consumer, token, signingProvider);
}
public Url(string cloudName, ISignProvider signProvider)
: this(cloudName)
{
m_signProvider = signProvider;
}
public Url(string cloudName, ISignProvider signProvider)
: this(cloudName)
{
m_signProvider = signProvider;
}
/// <summary>
/// Create a signed trust bundle.
/// </summary>
/// <param name="p7Bdata">Cms data structure</param>
/// <param name="signProvider">Provide a <see cref="ISignProvider"/> to sign the trust bundle</param>
public byte[] Sign(byte[] p7Bdata, ISignProvider signProvider)
{
byte[] p7MData = signProvider.Sign(p7Bdata);
return(p7MData);
}
public void Sign(Uri requestUri, string httpMethod, IConsumer consumer, IToken token, ISignProvider signingProvider)
{
if (token != null)
{
Token = token.Token;
}
OAuthParameters signingParameters = Clone();
var signingUri = new UriBuilder(requestUri);
// Normalize the request uri for signing
if (!string.IsNullOrEmpty(requestUri.Query))
{
// TODO: Will the parameters necessarily be Rfc3698 encoded here? If not, then Rfc3968.SplitAndDecode will throw FormatException
signingParameters.AdditionalParameters.Add(Rfc3986.SplitAndDecode(requestUri.Query.Substring(1)));
signingUri.Query = null;
}
if (signingProvider == null)
{
// There is no signing provider for this signature method
throw new OAuthRequestException(null, OAuthProblemTypes.SignatureMethodRejected);
}
// Compute the signature
Signature = signingProvider.ComputeSignature(
Security.Signature.Create(httpMethod, signingUri.Uri, signingParameters), consumer.Secret,
(token != null && token.Secret != null) ? token.Secret : null);
}
/// <summary>
/// Create a signed trust bundle.
/// </summary>
/// <param name="p7Bdata">Cms data structure</param>
/// <param name="signProvider">Provide a <see cref="ISignProvider"/> to sign the trust bundle</param>
public byte[] Sign(byte[] p7Bdata, ISignProvider signProvider)
{
byte[] p7MData = signProvider.Sign(p7Bdata);
return p7MData;
}
public void Sign(Uri requestUri, string httpMethod, IConsumer consumer, IToken token, ISignProvider signingProvider)
{
if (token != null)
Token = token.Token;
OAuthParameters signingParameters = Clone();
var signingUri = new UriBuilder(requestUri);
// Normalize the request uri for signing
if (!string.IsNullOrEmpty(requestUri.Query)) {
// TODO: Will the parameters necessarily be Rfc3698 encoded here? If not, then Rfc3968.SplitAndDecode will throw FormatException
signingParameters.AdditionalParameters.Add(Rfc3986.SplitAndDecode(requestUri.Query.Substring(1)));
signingUri.Query = null;
}
if (signingProvider == null)
// There is no signing provider for this signature method
throw new OAuthRequestException(null, OAuthProblemTypes.SignatureMethodRejected);
// Compute the signature
Signature = signingProvider.ComputeSignature(
Security.Signature.Create(httpMethod, signingUri.Uri, signingParameters), consumer.Secret,
(token != null && token.Secret != null) ? token.Secret : null);
}
