bool oAuth::getEtradeHeader(
const eOAuthHttpRequestType eType, /* in */
const std::string& rawUrl, /* in */
const std::string& rawData, /* in */
std::string& oAuthHttpHeader, /* out */
const bool includeOAuthVerifierPin, /* in */
const bool includeOAuthTokenPin /* in */
) {
bool b_return = getOAuthHeader( eType, rawUrl, rawData, oAuthHttpHeader, includeOAuthVerifierPin );
// Build the header in the only field order that I know that works with E*Trade's API. Id10ts.
if (includeOAuthVerifierPin)
{
oAuthHttpHeader =
string("Authorization: OAuth oauth_nonce=\"")
+ getNonce()
+ "\",oauth_timestamp=\""
+ getTimeStamp()
+ "\",oauth_consumer_key=\""
+ getConsumerKey()
+ "\",oauth_token=\""
+ m_oAuthTokenKey
+ "\",oauth_verifier=\""
+ m_oAuthPin
+ "\",oauth_signature_method=\"HMAC-SHA1\",oauth_signature=\""
+ getOAuthSignature()
+ "\"\r\n";
} else if (includeOAuthTokenPin)
{
oAuthHttpHeader =
string("Authorization: OAuth oauth_nonce=\"")
+ getNonce()
+ "\",oauth_timestamp=\""
+ getTimeStamp()
+ "\",oauth_consumer_key=\""
+ getConsumerKey()
+ "\",oauth_token=\""
+ m_oAuthTokenKey
+ "\",oauth_signature_method=\"HMAC-SHA1\",oauth_signature=\""
+ getOAuthSignature()
+ "\"\r\n";
} else
{
oAuthHttpHeader =
string("Authorization: OAuth oauth_nonce=\"")
+ getNonce()
+ "\",oauth_timestamp=\""
+ getTimeStamp()
+ "\",oauth_consumer_key=\""
+ getConsumerKey()
+ "\",oauth_callback=\"oob\",oauth_signature_method=\"HMAC-SHA1\",oauth_signature=\""
+ getOAuthSignature()
+ "\"\r\n";
}
return b_return;
}
size_t
Interest::wireEncode(EncodingImpl<TAG>& block) const
{
size_t totalLength = 0;
// Interest ::= INTEREST-TYPE TLV-LENGTH
// Name
// Selectors?
// Nonce
// Scope?
// InterestLifetime?
// Link?
// SelectedDelegation?
// (reverse encoding)
if (hasLink()) {
if (hasSelectedDelegation()) {
totalLength += prependNonNegativeIntegerBlock(block,
tlv::SelectedDelegation,
m_selectedDelegationIndex);
}
totalLength += prependBlock(block, m_link);
}
else {
BOOST_ASSERT(!hasSelectedDelegation());
}
// InterestLifetime
if (getInterestLifetime() >= time::milliseconds::zero() &&
getInterestLifetime() != DEFAULT_INTEREST_LIFETIME)
{
totalLength += prependNonNegativeIntegerBlock(block,
tlv::InterestLifetime,
getInterestLifetime().count());
}
// Scope
if (getScope() >= 0)
{
totalLength += prependNonNegativeIntegerBlock(block, tlv::Scope, getScope());
}
// Nonce
getNonce(); // to ensure that Nonce is properly set
totalLength += block.prependBlock(m_nonce);
// Selectors
if (hasSelectors())
{
totalLength += getSelectors().wireEncode(block);
}
// Name
totalLength += getName().wireEncode(block);
totalLength += block.prependVarNumber(totalLength);
totalLength += block.prependVarNumber(tlv::Interest);
return totalLength;
}
bError_t
btreeDispatch::finalize(bcb cb) {
tid_t tid = getNonce();
transaction *trn = New transaction(tid, cb, OP_FINALIZE);
cbTable.insert(tid, trn);
return t->finalize(tid);
}
bError_t
btreeDispatch::iterate(bIteration *it, bcb cb) {
tid_t tid = getNonce();
transaction *trn = New transaction(tid, cb, OP_ITERATE);
cbTable.insert(tid, trn);
return t->iterate(tid, it);
}
bError_t
btreeDispatch::remove(void *key, int len, bcb cb) {
tid_t tid = getNonce();
transaction *trn = New transaction(tid, cb, OP_DELETE);
cbTable.insert(tid, trn);
return t->remove(tid, key, len);
}
bError_t
btreeDispatch::insert(void *key, int keyLen, void *value, int valueLen, bcb cb) {
tid_t tid = getNonce();
transaction *trn = New transaction(tid, cb, OP_INSERT);
cbTable.insert(tid, trn);
return t->insert(tid, key, keyLen, value, valueLen);
}
bError_t
btreeDispatch::lookup(void *key, int len, bcb cb) {
tid_t tid = getNonce();
transaction *trn = New transaction(tid, cb, OP_SEARCH);
cbTable.insert(tid, trn);
return t->search(tid, key, len);
}
size_t
Interest::encode03(EncodingImpl<TAG>& encoder) const
{
size_t totalLength = 0;
// Encode as NDN Packet Format v0.3
// Interest ::= INTEREST-TYPE TLV-LENGTH
// Name
// CanBePrefix?
// MustBeFresh?
// ForwardingHint?
// Nonce?
// InterestLifetime?
// HopLimit?
// ApplicationParameters?
// (reverse encoding)
// ApplicationParameters
if (hasApplicationParameters()) {
totalLength += encoder.prependBlock(getApplicationParameters());
}
// HopLimit: not yet supported
// InterestLifetime
if (getInterestLifetime() != DEFAULT_INTEREST_LIFETIME) {
totalLength += prependNonNegativeIntegerBlock(encoder, tlv::InterestLifetime,
static_cast<uint64_t>(getInterestLifetime().count()));
}
// Nonce
uint32_t nonce = getNonce(); // if nonce was unset, getNonce generates a random nonce
totalLength += encoder.prependByteArrayBlock(tlv::Nonce, reinterpret_cast<uint8_t*>(&nonce), sizeof(nonce));
// ForwardingHint
if (!getForwardingHint().empty()) {
totalLength += getForwardingHint().wireEncode(encoder);
}
// MustBeFresh
if (getMustBeFresh()) {
totalLength += prependEmptyBlock(encoder, tlv::MustBeFresh);
}
// CanBePrefix
if (getCanBePrefix()) {
totalLength += prependEmptyBlock(encoder, tlv::CanBePrefix);
}
// Name
totalLength += getName().wireEncode(encoder);
totalLength += encoder.prependVarNumber(totalLength);
totalLength += encoder.prependVarNumber(tlv::Interest);
return totalLength;
}
bool
CJaiku::GetRequestToken(
const char *consumerKey,
const char *consumerSecret,
CString &oauthToken,
CString &oauthTokenSecret
)
{
bool ret = false;
time_t t = time( NULL );
size_t sz = MAX_CONTENT_SIZE * 16;
char base[MAX_CONTENT_SIZE];
char param[MAX_CONTENT_SIZE];
char nonce[MAX_KEYLENGTH];
char key[MAX_KEYLENGTH * 2];
char *request = new char[sz];
char *response = new char[sz];
CString targetURL = _T("");
targetURL.LoadString(IDS_URL_JAIKU_REQUEST_TOKEN);
strcpy( nonce, getNonce(NULL) );
sprintf( key, "%s&", encodeURLi( consumerSecret, FALSE ) );
sprintf( base,
"GET&"
"%s&",
encodeURLi( targetURL, FALSE ) );
sprintf( param,
"oauth_consumer_key=%s&"
"oauth_nonce=%s&"
"oauth_signature_method=HMAC-SHA1&"
"oauth_timestamp=%ld&"
"oauth_version=1.0",
consumerKey,
nonce,
t );
MakeOAuthRequest( targetURL, "GET", request, key, base, param );
SetUserAgent();
setUpReceiveBuffer( response, sz );
_http_getBASIC( request, NULL, NULL, response, NULL, NULL );
ret = GetToken( response, oauthToken, oauthTokenSecret );
delete [] response;
delete [] request;
return ( ret );
}
void
Interest::refreshNonce()
{
if (!hasNonce())
return;
uint32_t oldNonce = getNonce();
uint32_t newNonce = oldNonce;
while (newNonce == oldNonce)
newNonce = random::generateWord32();
setNonce(newNonce);
}
void
Interest::wireDecode(const Block& wire)
{
m_wire = wire;
m_wire.parse();
if (m_wire.type() != tlv::Interest) {
BOOST_THROW_EXCEPTION(Error("expecting Interest element, got " + to_string(m_wire.type())));
}
if (!decode02()) {
decode03();
if (!hasNonce()) {
setNonce(getNonce());
}
}
}
void
Interest::wireDecode(const Block& wire)
{
m_wire = wire;
m_wire.parse();
if (m_wire.type() != tlv::Interest) {
NDN_THROW(Error("Interest", m_wire.type()));
}
if (!decode02()) {
decode03();
if (!hasNonce()) {
setNonce(getNonce());
}
}
m_isCanBePrefixSet = true; // don't trigger warning from decoded packet
}
size_t
Interest::encode02(EncodingImpl<TAG>& encoder) const
{
size_t totalLength = 0;
// Encode as NDN Packet Format v0.2
// Interest ::= INTEREST-TYPE TLV-LENGTH
// Name
// Selectors?
// Nonce
// InterestLifetime?
// ForwardingHint?
// (reverse encoding)
// ForwardingHint
if (getForwardingHint().size() > 0) {
totalLength += getForwardingHint().wireEncode(encoder);
}
// InterestLifetime
if (getInterestLifetime() != DEFAULT_INTEREST_LIFETIME) {
totalLength += prependNonNegativeIntegerBlock(encoder, tlv::InterestLifetime,
static_cast<uint64_t>(getInterestLifetime().count()));
}
// Nonce
uint32_t nonce = getNonce(); // if nonce was unset, getNonce generates a random nonce
totalLength += encoder.prependByteArrayBlock(tlv::Nonce, reinterpret_cast<uint8_t*>(&nonce), sizeof(nonce));
// Selectors
if (hasSelectors()) {
totalLength += getSelectors().wireEncode(encoder);
}
// Name
totalLength += getName().wireEncode(encoder);
totalLength += encoder.prependVarNumber(totalLength);
totalLength += encoder.prependVarNumber(tlv::Interest);
return totalLength;
}
void BlockHeader::pprint(ostream & os, int nIndent, bool pBigendian) const
{
string indent = "";
for(int i=0; i<nIndent; i++)
indent = indent + " ";
string endstr = (pBigendian ? " (BE)" : " (LE)");
os << indent << "Block Information: " << blockHeight_ << endl;
os << indent << " Hash: "
<< getThisHash().toHexStr(pBigendian).c_str() << endstr << endl;
os << indent << " Timestamp: " << getTimestamp() << endl;
os << indent << " Prev Hash: "
<< getPrevHash().toHexStr(pBigendian).c_str() << endstr << endl;
os << indent << " MerkleRoot: "
<< getMerkleRoot().toHexStr(pBigendian).c_str() << endstr << endl;
os << indent << " Difficulty: " << (difficultyDbl_)
<< " (" << getDiffBits().toHexStr().c_str() << ")" << endl;
os << indent << " CumulDiff: " << (difficultySum_) << endl;
os << indent << " Nonce: " << getNonce() << endl;
}
void
CJaiku::MakeOAuthBase(
const char *url,
const char *method,
char *key,
char *base,
char *param
)
{
CChirrupApp *ap = (CChirrupApp *)AfxGetApp();
time_t t = time( NULL );
char nonce[MAX_KEYLENGTH];
strcpy( nonce, getNonce(NULL) );
sprintf( key,
"%s&",
encodeURLi( ap->m_jcSecret, FALSE ) );
sprintf( key + strlen(key),
"%s",
encodeURLi( m_oauthTokenSecret, FALSE ) );
sprintf( base,
"%s&"
"%s&",
method,
encodeURLi( url, FALSE ) );
sprintf( param[0] ? param + strlen(param) : param,
"oauth_consumer_key=%s&"
"oauth_nonce=%s&"
"oauth_signature_method=HMAC-SHA1&"
"oauth_timestamp=%ld&"
"oauth_token=%s&"
"oauth_version=1.0",
ap->m_jcKey,
nonce,
t,
m_oauthToken );
}
bool
CJaiku::GetAccessToken(
const char *consumerKey,
const char *consumerSecret,
CString &oauthToken,
CString &oauthTokenSecret
)
{
bool ret = false;
if ( !consumerKey || !(*consumerKey) ||
!consumerSecret || !(*consumerSecret) )
return ( ret );
// request token 取得
CString _oauthToken = _T("");
CString _oauthTokenSecret = _T("");
if ( !GetRequestToken( consumerKey, consumerSecret,
_oauthToken, _oauthTokenSecret ) ) {
MessageBox( NULL,
"リクエストトークンの取得に失敗しました。 ",
"アクセス中止", MB_OK|MB_ICONERROR );
return ( ret );
}
// ブラウザ起動 -- ユーザにアクセス許可を求める
CString targetURL = _T("");
targetURL.LoadString(IDS_URL_JAIKU_AUTHORIZE);
char url[MAX_URLLENGTH];
sprintf( url,
"%s?"
"oauth_token=%s&"
"perms=%s",
targetURL,
_oauthToken,
"write" );
ShellExecute( NULL, "open", url, NULL, NULL, SW_SHOWNORMAL );
// ユーザの許可待ち
int r = MessageBox( NULL,
"Chirrup が Jaiku にアクセスする許可を与えてください。\r\n"
"許可を与え終わったら、OK ボタンを押してください。\r\n"
"許可を与えたくない場合は キャンセル ボタンを押してください。 ",
"Jaiku へのアクセス許可", MB_OKCANCEL|MB_ICONINFORMATION );
if ( r != IDOK ) {
MessageBox( NULL,
"Jaiku へのアクセスを中止します。 ",
"アクセス中止", MB_OK|MB_ICONWARNING );
return ( ret );
}
// access token 取得
time_t t = time( NULL );
size_t sz = MAX_CONTENT_SIZE * 16;
char base[MAX_CONTENT_SIZE];
char param[MAX_CONTENT_SIZE];
char nonce[MAX_KEYLENGTH];
char key[MAX_KEYLENGTH * 2];
char *request = new char[sz];
char *response = new char[sz];
targetURL = _T("");
targetURL.LoadString(IDS_URL_JAIKU_ACCESS_TOKEN);
strcpy( nonce, getNonce(NULL) );
sprintf( key,
"%s&",
encodeURLi( consumerSecret, FALSE ) );
sprintf( key + strlen(key),
"%s",
encodeURLi( _oauthTokenSecret, FALSE ) );
sprintf( base,
"GET&"
"%s&",
encodeURLi( targetURL, FALSE ) );
sprintf( param,
"oauth_consumer_key=%s&"
"oauth_nonce=%s&"
"oauth_signature_method=HMAC-SHA1&"
"oauth_timestamp=%ld&"
"oauth_token=%s&"
"oauth_version=1.0",
consumerKey,
nonce,
t,
_oauthToken );
MakeOAuthRequest( targetURL, "GET", request, key, base, param );
SetUserAgent();
setUpReceiveBuffer( response, sz );
_http_getBASIC( request, NULL, NULL, response, NULL, NULL );
ret = GetToken( response, oauthToken, oauthTokenSecret );
if ( ret ) {
m_oauthToken = oauthToken;
m_oauthTokenSecret = oauthTokenSecret;
}
else
MessageBox( NULL,
"アクセストークンの取得に失敗しました。 ",
"アクセス中止", MB_OK|MB_ICONERROR );
delete [] response;
delete [] request;
return ( ret );
}
