doxygen-fixes

src/include/taler_crypto_lib.h

@@ -477,7 +477,7 @@ TALER_link_decrypt_secret2 (const struct TALER_EncryptedLinkSecretP *secret_enc,
  *
  * @param coin_priv coin key
  * @param trans_priv transfer private key
- * @param[out] computed transfer secret
+ * @param[out] ts computed transfer secret
  */
 void
 TALER_link_derive_transfer_secret (const struct TALER_CoinSpendPrivateKeyP *coin_priv,

src/include/taler_mint_service.h

@@ -396,11 +396,11 @@ typedef void
  *
  * @param mint the mint handle; the mint must be ready to operate
  * @param amount the amount to be deposited
- * @param wire the merchant’s account details, in a format supported by the mint
+ * @param wire_details the merchant’s account details, in a format supported by the mint
  * @param h_contract hash of the contact of the merchant with the customer (further details are never disclosed to the mint)
  * @param coin_pub coin’s public key
  * @param denom_pub denomination key with which the coin is signed
- * @param ub_sig mint’s unblinded signature of the coin
+ * @param denom_sig mint’s unblinded signature of the coin
  * @param timestamp timestamp when the contract was finalized, must match approximately the current time of the mint
  * @param transaction_id transaction id for the transaction between merchant and customer
  * @param merchant_pub the public key of the merchant (used to identify the merchant for refund requests)
@@ -635,7 +635,7 @@ TALER_MINT_withdraw_sign_cancel (struct TALER_MINT_WithdrawSignHandle *sign);
  * no money is lost in case of hardware failures, is operation does
  * not actually initiate the request. Instead, it generates a buffer
  * which the caller must store before proceeding with the actual call
- * to #TALER_MINT_refresh_execute() that will generate the request.
+ * to #TALER_MINT_refresh_melt() that will generate the request.
  *
  * This function does verify that the given request data is internally
  * consistent.  However, the @a melts_sigs are only verified if @a
@@ -660,11 +660,11 @@ TALER_MINT_withdraw_sign_cancel (struct TALER_MINT_WithdrawSignHandle *sign);
  * @param check_sigs verify the validity of the signatures of @a melt_sigs
  * @param fresh_pks_len length of the @a pks array
  * @param fresh_pks array of @a pks_len denominations of fresh coins to create
- * @param[OUT] res_size set to the size of the return value, or 0 on error
+ * @param[out] res_size set to the size of the return value, or 0 on error
  * @return NULL
  *         if the inputs are invalid (i.e. denomination key not with this mint).
  *         Otherwise, pointer to a buffer of @a res_size to store persistently
- *         before proceeding to #TALER_MINT_refresh_execute().
+ *         before proceeding to #TALER_MINT_refresh_melt().
  *         Non-null results should be freed using #GNUNET_free().
  */
 char *

src/mint-lib/mint_api_deposit.c

@@ -358,7 +358,7 @@ verify_signatures (const struct TALER_MINT_DenomPublicKey *dki,
  *
  * @param mint the mint handle; the mint must be ready to operate
  * @param amount the amount to be deposited
- * @param wire the merchant’s account details, in a format supported by the mint
+ * @param wire_details the merchant’s account details, in a format supported by the mint
  * @param h_contract hash of the contact of the merchant with the customer (further details are never disclosed to the mint)
  * @param coin_pub coin’s public key
  * @param denom_pub denomination key with which the coin is signed

src/mint-lib/mint_api_refresh.c

@@ -820,11 +820,11 @@ setup_fresh_coin (struct FreshCoin *fc,
  * no money is lost in case of hardware failures, is operation does
  * not actually initiate the request. Instead, it generates a buffer
  * which the caller must store before proceeding with the actual call
- * to #TALER_MINT_refresh_execute() that will generate the request.
+ * to #TALER_MINT_refresh_melt() that will generate the request.
  *
  * This function does verify that the given request data is internally
- * consistent.  However, the @a melts_sigs are only verified if @a
+ * consistent.  However, the @a melts_sigs are only verified if
- * check_sigs is set to #GNUNET_YES, as this may be relatively
+ * @a check_sigs is set to #GNUNET_YES, as this may be relatively
  * expensive and should be redundant.
  *
  * Aside from some non-trivial cryptographic operations that might
@@ -845,11 +845,11 @@ setup_fresh_coin (struct FreshCoin *fc,
  * @param check_sigs verify the validity of the signatures of @a melt_sigs
  * @param fresh_pks_len length of the @a pks array
  * @param fresh_pks array of @a pks_len denominations of fresh coins to create
- * @param[OUT] res_size set to the size of the return value, or 0 on error
+ * @param[out] res_size set to the size of the return value, or 0 on error
  * @return NULL
  *         if the inputs are invalid (i.e. denomination key not with this mint).
  *         Otherwise, pointer to a buffer of @a res_size to store persistently
- *         before proceeding to #TALER_MINT_refresh_execute().
+ *         before proceeding to #TALER_MINT_refresh_melt().
  *         Non-null results should be freed using #GNUNET_free().
  */
 char *

src/util/crypto.c

@@ -171,7 +171,7 @@ TALER_transfer_decrypt (const struct TALER_EncryptedLinkSecretP *secret_enc,
  *
  * @param coin_priv coin key
  * @param trans_priv transfer private key
- * @param[out] computed transfer secret
+ * @param[out] ts computed transfer secret
  */
 void
 TALER_link_derive_transfer_secret (const struct TALER_CoinSpendPrivateKeyP *coin_priv,