/*-*-c-*-*******************************************************************
              libofx.h  -  Main header file for the libofx API
                             -------------------
    copyright            : (C) 2002-2011 by Benoit Grégoire
    email                : benoitg@coeus.ca
***************************************************************************/
/**@file
 * \brief Main header file containing the LibOfx API
 *
 This file should be included for all applications who use this API.  This
 header file will work with both C and C++ programs.  The entire API is
 made of the following structures and functions.
 *
 All of the following ofx_proc_* functions are callbacks (Except
 ofx_proc_file which is the entry point).  They must be implemented by
 your program, but can be left empty if not needed. They are called each
 time the associated structure is filled by the library.
 *
 Important note:  The variables associated with every data element have a
 *_valid companion.  Always check that data_valid == true before using.
 Not only will you ensure that the data is meaningfull, but also that
 pointers are valid and strings point to a null terminated string.
 Elements listed as mandatory are for information purpose only, do not
 trust the bank not to send you non-conforming data...
*/
/***************************************************************************
 *                                                                         *
 *   This program is free software; you can redistribute it and/or modify  *
 *   it under the terms of the GNU General Public License as published by  *
 *   the Free Software Foundation; either version 2 of the License, or     *
 *   (at your option) any later version.                                   *
 *                                                                         *
 ***************************************************************************/

#ifndef LIBOFX_H
#define LIBOFX_H
#include <time.h>

#define LIBOFX_MAJOR_VERSION 0
#define LIBOFX_MINOR_VERSION 10
#define LIBOFX_MICRO_VERSION 2
#define LIBOFX_BUILD_VERSION 0
#define LIBOFX_VERSION_RELEASE_STRING "0.10.2"

#ifdef IN_LIBOFX
#  include "config.h"
#  ifdef HAVE_GCC_VISIBILITY_EXTS
#    pragma GCC visibility push(default)
#  endif
#endif

#ifdef __cplusplus
extern "C" {
#else
#define true 1
#define false 0
#endif

#define OFX_ELEMENT_NAME_LENGTH         100
#define OFX_SVRTID2_LENGTH             (36 + 1)
#define OFX_CHECK_NUMBER_LENGTH        (12 + 1)
#define OFX_REFERENCE_NUMBER_LENGTH    (32 + 1)
#define OFX_FITID_LENGTH               (255 + 1)
#define OFX_TOKEN2_LENGTH              (36 + 1)
#define OFX_MEMO_LENGTH                (255 + 1)
#define OFX_FIID_LENGTH                (32 + 1)
#define OFX_MEMO2_LENGTH               (390 + 1)
#define OFX_BALANCE_NAME_LENGTH        (32 + 1)
#define OFX_BALANCE_DESCRIPTION_LENGTH (80 + 1)
#define OFX_CURRENCY_LENGTH            (3 + 1) /* In ISO-4217 format */
#define OFX_BANKID_LENGTH              (9 + 1)
#define OFX_BRANCHID_LENGTH            (22 + 1)
#define OFX_ACCTID_LENGTH              (22 + 1)
#define OFX_ACCTKEY_LENGTH             (22 + 1)
#define OFX_BROKERID_LENGTH            (22 + 1)
  /* Must be MAX of <BANKID>+<BRANCHID>+<ACCTID>, <ACCTID>+<ACCTKEY> and <ACCTID>+<BROKERID> */
#define OFX_ACCOUNT_ID_LENGTH (OFX_BANKID_LENGTH + OFX_BRANCHID_LENGTH + OFX_ACCTID_LENGTH + 1)
#define OFX_ACCOUNT_NAME_LENGTH        255
#define OFX_MARKETING_INFO_LENGTH      (360 + 1)
#define OFX_TRANSACTION_NAME_LENGTH    (96 + 1)
#define OFX_UNIQUE_ID_LENGTH           (32 + 1)
#define OFX_UNIQUE_ID_TYPE_LENGTH      (10 + 1)
#define OFX_SECNAME_LENGTH             (120 + 1)
#define OFX_TICKER_LENGTH              (32 + 1)
#define OFX_ORG_LENGTH                 (32 + 1)
#define OFX_FID_LENGTH                 (32 + 1)
#define OFX_USERID_LENGTH              (32 + 1)
#define OFX_USERPASS_LENGTH            (32 + 1)
#define OFX_URL_LENGTH                 (500 + 1)
#define OFX_APPID_LENGTH               (32)
#define OFX_APPVER_LENGTH              (32)
#define OFX_HEADERVERSION_LENGTH       (32)
#define OFX_CLIENTUID_LENGTH           (36 + 1)
#define OFX_SECURITY_RATING_LENGTH     (32 + 1)
#define OFX_FIASSET_CLASS_LENGTH       (32 + 1)
#define OFX_LOANID_LENGTH              (32 + 1)

  /*
  #define OFX_STATEMENT_CB               0;
  #define OFX_ACCOUNT_CB                 1;
  #define OFX_TRACSACTION_CB             2;
  #define OFX_SECURITY_CB                3;
  #define OFX_STATUS_CB                  4;
  */

  typedef void * LibofxContextPtr;

  /**
   * \brief Initialise the library and return a new context.
   *
   @return the new context, to be used by the other functions.
  */
  LibofxContextPtr libofx_get_new_context();

  /**
   * \brief Free all ressources used by this context.
   *
   @return 0 if successfull.
  */
  int libofx_free_context( LibofxContextPtr );

  void libofx_set_dtd_dir(LibofxContextPtr libofx_context,
                          const char *s);

  /** List of possible file formats */
  enum LibofxFileFormat
  {
    AUTODETECT, /**< Not really a file format, used to tell the library to try to autodetect the format*/
    OFX, /**< Open Financial eXchange (OFX/QFX) file */
    OFC, /**< Microsoft Open Financial Connectivity (OFC)*/
    QIF, /**< Intuit Quicken Interchange Format (QIF) */
    UNKNOWN, /**< Unknown file format */
    LAST /**< Not a file format, meant as a loop breaking condition */
  };

  struct LibofxFileFormatInfo
  {
    enum LibofxFileFormat format;/**< The file format enum */
    const char * format_name;  /**< Text version of the enum */
    const char * description; /**< Description of the file format */
  };


#ifndef OFX_AQUAMANIAC_UGLY_HACK1

  const struct LibofxFileFormatInfo LibofxImportFormatList[] =
  {
    {AUTODETECT, "AUTODETECT", "AUTODETECT (File format will be automatically detected later)"},
    {OFX, "OFX", "OFX (Open Financial eXchange (OFX or QFX))"},
    {OFC, "OFC", "OFC (Microsoft Open Financial Connectivity)"},
    {QIF, "QIF", "QIF (Intuit Quicken Interchange Format) NOT IMPLEMENTED"},
    {LAST, "LAST", "Not a file format, meant as a loop breaking condition"}
  };

  const struct LibofxFileFormatInfo LibofxExportFormatList[] =
  {
    {QIF, "QIF", "QIF (Intuit Quicken Interchange Format) NOT IMPLEMENTED"},
    {LAST, "LAST", "Not a file format, meant as a loop breaking condition"}
  };

  /**
   * \brief libofx_get_file_type returns a proper enum from a file type string.
   *
   @format_list The file format list in which the format string should
   be found, usually LibofxImportFormatList or LibofxExportFormatList

   @file_type_string The string which contain the file format matching
   one of the format_name of the list.

   @return the file format, or UNKNOWN if the format wasn't recognised.
  */
  enum LibofxFileFormat libofx_get_file_format_from_str(const struct LibofxFileFormatInfo format_list[], const char * file_type_string);

  /**
   * \brief get_file_format_description returns a string description of a LibofxFileType.
   *
   @format_list The file format list in which the format should be
   looked up, usually LibofxImportFormatList or LibofxExportFormatList

   @file_format The file format which should match one of the formats in the list.

   @return null terminated string suitable for debugging output or
   user communication.
  */
  const char * libofx_get_file_format_description(const struct LibofxFileFormatInfo format_list[], enum LibofxFileFormat file_format);

#endif

  /**
   * \brief libofx_proc_file is the entry point of the library.
   *
   *  libofx_proc_file must be called by the client, with 1
   *  OFX file to be parsed in command line format.
   *
   * \returns 0 on successful parsing, -1 on any error (see debug log)
  */
  int libofx_proc_file(LibofxContextPtr libofx_context,
                       const char * p_filename,
                       enum LibofxFileFormat ftype);


  /**
   * \brief An abstraction of an OFX STATUS element.
   *
   * The OfxStatusData structure represents a STATUS OFX element sent by the
   OFX server.  Be carefull, you do not have much context except the entity
   name so your application should probably ignore this status if code==0.
   However, you should display a message if the status in non-zero,
   since an error probably occurred on the server side.
   *
   * In a future version of this API, OfxStatusData structures might be
   linked from the OFX structures they are related to.
  */
  struct OfxStatusData
  {
    /** @name Additional information
     * To give a minimum of context, the name of the OFX SGML element where
     this <STATUS> is located is available.
    */
    char ofx_element_name[OFX_ELEMENT_NAME_LENGTH];/** Name of the OFX element
                             this status is relevant to */
    int ofx_element_name_valid;

    /** @name OFX mandatory elements
     * The OFX spec defines the following elements as mandatory.  The associated
     variables should all contain valid data but you should not trust the servers.
     Check if the associated *_valid is true before using them. */
    int code;            /**< Status code */
    const char* name;          /**< Code short name */
    const char* description;   /**< Code long description, from ofx_error_msg.h */
    int code_valid;      /**< If  code_valid is true, so is name and description
              (They are obtained from a lookup table) */
    /** Severity of the error */
    enum Severity
    {
      INFO, /**< The status is an informational message */
      WARN, /**< The status is a warning */
      ERROR /**< The status is a true error */
    } severity;
    int severity_valid;

    /** @name OFX optional elements
     *  The OFX spec defines the following elements as optional. If the
     associated *_valid is true, the corresponding element is present and the
     associated variable contains valid data. */

    char* server_message; /**< Explanation given by the server for the Status Code.
               Especially important for generic errors. */
    int server_message_valid;
    /*@}*/
  };


  /**
   * \brief The callback function for the OfxStatusData stucture.
   *
   * An ofx_proc_status_cb event is sent everytime the server has
   * generated a OFX STATUS element.  As such, it could be received at
   * any time(but not during other events).  An OfxStatusData
   * structure is passed to this event, as well as a pointer to an
   * arbitrary data structure.
  */
  typedef int (*LibofxProcStatusCallback)(const struct OfxStatusData data, void * status_data);

  /**
   * \brief An abstraction of an account
   *
   *  The OfxAccountData structure gives information about a specific
   *  account, including it's type, currency and unique id.
   *
   * When an OfxAccountData must be passed to functions which create
   * OFX requests related to a specific account, it must contain all
   * the info needed for an OFX request to identify an account.  That
   * is: account_type, account_number, bank_id and branch_id
   */
  struct OfxAccountData
  {

    /** @name OFX mandatory elements
     * The OFX spec defines the following elements as mandatory.  The associated
     variables should all contain valid data but you should not trust the servers.
     Check if the associated *_valid is true before using them. */

    /** The account_id is actually built from
        <BANKID><BRANCHID><ACCTID> for a bank account, and
        <ACCTID><ACCTKEY> for a credit card account.  account_id is
        meant to be computer-readable.  It is a worldwide OFX unique
        identifier wich can be used for account matching, even in
        system with multiple users.*/
    char account_id[OFX_ACCOUNT_ID_LENGTH];

    /** The account_id_name is a string meant to allow the user to
        identify the account.  Currently it is <ACCTID> for a bank
        account and a credit card account an <BROKERID>:<ACCTID> for
        investment accounts.  account_id_name is not meant to be
        computer-readable and is not garanteed to be unique.*/
    char account_name[OFX_ACCOUNT_NAME_LENGTH];
    int account_id_valid;/* Use for both account_id and account_name */

    /** account_type tells you what kind of account this is.  See the
     * AccountType enum */
    enum AccountType
    {
      OFX_CHECKING,  /**< A standard checking account */
      OFX_SAVINGS,   /**< A standard savings account */
      OFX_MONEYMRKT, /**< A money market account */
      OFX_CREDITLINE,/**< A line of credit */
      OFX_CMA,       /**< Cash Management Account */
      OFX_CREDITCARD,/**< A credit card account */
      OFX_INVESTMENT,/**< An investment account */
      OFX_401K       /**< A 401(k) investment account */
    } account_type;
    int account_type_valid;

    /** The currency is a string in ISO-4217 format */
    char currency[OFX_CURRENCY_LENGTH];
    int currency_valid;

    /** Corresponds to OFX <ACCTID> */
    char account_number[OFX_ACCTID_LENGTH];
    int account_number_valid;

    /** Corresponds to OFX <BANKID> */
    char bank_id[OFX_BANKID_LENGTH];
    int bank_id_valid;

    char broker_id[OFX_BROKERID_LENGTH];
    int broker_id_valid;

    char branch_id[OFX_BRANCHID_LENGTH];
    int branch_id_valid;

  };

  /**
   * \brief The callback function for the OfxAccountData stucture.
   *
   * The ofx_proc_account_cb event is always generated first, to allow
   * the application to create accounts or ask the user to match an
   * existing account before the ofx_proc_statement and
   * ofx_proc_transaction event are received.  An OfxAccountData is
   * passed to this event.
   *
   Note however that this OfxAccountData structure will also be
   available as part of OfxStatementData structure passed to
   ofx_proc_statement event, as well as a pointer to an arbitrary data
   structure.
  */
  typedef int (*LibofxProcAccountCallback)(const struct OfxAccountData data, void * account_data);

  /**
   * \brief An abstraction of a security, such as a stock, mutual fund, etc.
   *
   * The OfxSecurityData stucture is used to hold the security
   * information inside a OfxTransactionData struct for investment
   * transactions.
  */
  struct OfxSecurityData
  {
    /** The type of the security, OFX entry will be one of
     * DEBTINFO, MFINFO, OPTINFO, OTHERINFO, STOCKINFO */
    enum SecurityType
    {
      OFX_DEBT_SECURITY,   /**< A <DEBTINFO> */
      OFX_FUND_SECURITY,   /**< A <MFINFO> */
      OFX_OPTION_SECURITY, /**< A <OPTINFO> */
      OFX_STOCK_SECURITY,  /**< A <STOCKINFO> */
      OFX_OTHER_SECURITY,  /**< A <OTHERINFO> */
    } security_type;
    int security_type_valid;

    /** @name OFX mandatory <SECINFO> elements
     *
     * The OFX spec defines the following elements as mandatory.  The
     * associated variables should all contain valid data but you
     * should not trust the servers.  Check if the associated *_valid
     * is true before using them. */

    char unique_id[OFX_UNIQUE_ID_LENGTH];   /**< The id of the security being traded.*/
    int unique_id_valid;

    char unique_id_type[OFX_UNIQUE_ID_TYPE_LENGTH];/**< Usially "CUSIP" for FIs in
                            north america*/
    int unique_id_type_valid;

    char secname[OFX_SECNAME_LENGTH];/**< The full name of the security */
    int secname_valid;

    /** @name OFX optional <SECINFO> elements
     *  The OFX spec defines the following elements as optional. If the
     associated *_valid is true, the corresponding element is present and
     the associated variable contains valid data. */

    char ticker[OFX_TICKER_LENGTH];/**< The ticker symbol of the security */
    int ticker_valid;

    double unitprice;/**< The price of each unit of the security, as of
              date_unitprice */
    int unitprice_valid;

    char rating[OFX_SECURITY_RATING_LENGTH]; /**< The rating for the security */
    int rating_valid;

    time_t date_unitprice;/**< The date as of which the unit price was valid. */
    int date_unitprice_valid;

    /** The currency is a string in ISO-4217 format.  It overrides the
        one defined in the statement for the unit price */
    char currency[OFX_CURRENCY_LENGTH];
    int currency_valid;

    /** ratio of <CURDEF> currency to <CURSYM> currency */
    double currency_ratio;
    int currency_ratio_valid;

    /** Whether the amounts have already been converted to the default currency.
     *  An <ORIGCURRENCY> sets the flag to true, i.e. the amounts are reported in
     *  the foreign currency. A <CURRENCY> element sets the flag to false. */
    int amounts_are_foreign_currency;
    int amounts_are_foreign_currency_valid;

    char memo[OFX_MEMO2_LENGTH];/**< Extra information not included in name */
    int memo_valid;

    /** Financial Institution ID number
        for this security */
    char fiid[OFX_FIID_LENGTH];
    int fiid_valid;

    /** @name OFX optional elements common to <DEBTINFO>, <OPTINFO>, <0THERINFO>
     *  The OFX spec defines the following elements as optional. If the
     *  associated *_valid is true, the corresponding element is present and
     *  the associated variable contains valid data. */

    /** Asset class */
    enum AssetClass
    {
      OFX_ASSET_CLASS_DOMESTICBOND,
      OFX_ASSET_CLASS_INTLBOND,
      OFX_ASSET_CLASS_LARGESTOCK,
      OFX_ASSET_CLASS_SMALLSTOCK,
      OFX_ASSET_CLASS_INTLSTOCK,
      OFX_ASSET_CLASS_MONEYMRKT,
      OFX_ASSET_CLASS_OTHER
    } asset_class;
    int asset_class_valid;

    /** Text string for FI defined assest class */
    char fiasset_class[OFX_FIASSET_CLASS_LENGTH];
    int fiasset_class_valid;

    /** @name OFX non-repeating optional <MFINFO> and <STOCKINFO> elements
     *  The OFX spec defines the following elements as optional. If the
     *  associated *_valid is true, the corresponding element is present and
     *  the associated variable contains valid data. */

    /** Type of mutual fund */
    enum MutalFundType
    {
      OFX_MFTYPE_OPENEND,
      OFX_MFTYPE_CLOSEEND,
      OFX_MFTYPE_OTHER
    } mutual_fund_type;
    int mutual_fund_type_valid;

    /** Type of stock */
    enum StockType
    {
      OFX_STOCKTYPE_COMMON,
      OFX_STOCKTYPE_PREFERRED,
      OFX_STOCKTYPE_CONVERTIBLE,
      OFX_STOCKTYPE_OTHER
    } stock_type;
    int stock_type_valid;

    /** For <MFINFO>, current yield reported as portion of the fund's assests.
    *   For <STOCKINFO>, dividend expressed as a portion of the current stock price. */
    double yield;
    int yield_valid;

    time_t yield_asof_date;     /**< The date as of which the yield was valid. */
    int yield_asof_date_valid;

    /** @name OFX mandatory <DEBTINFO> elements
     *  The OFX spec defines the following elements as mandatory. If the
     *  associated *_valid is true, the corresponding element is present and
     *  the associated variable contains valid data. */

    /** Par value of the debt instrument */
    double par_value;
    int par_value_valid;

    /** Type of debt */
    enum DebtType
    {
      OFX_DEBT_TYPE_COUPON,
      OFX_DEBT_TYPE_ZERO
    } debt_type;
    int debt_type_valid;

    /** @name OFX optional <DEBTINFO> elements
     *  The OFX spec defines the following elements as optional. If the
     *  associated *_valid is true, the corresponding element is present and
     *  the associated variable contains valid data. */

    /** Debt Class */
    enum DebtClass
    {
      OFX_DEBTCLASS_TREASURY,
      OFX_DEBTCLASS_MUNICIPAL,
      OFX_DEBTCLASS_CORPORATE,
      OFX_DEBTCLASS_OTHER
    } debt_class;
    int debt_class_valid;

    /** Bond coupon rate for the next closest call date */
    double coupon_rate;
    int coupon_rate_valid;

    /** Date of the next coupon */
    time_t date_coupon;
    int date_coupon_valid;

    /** When the coupon matures */
    enum CouponFreq
    {
      OFX_COUPON_FREQ_MONTHLY,
      OFX_COUPON_FREQ_QUARTERLY,
      OFX_COUPON_FREQ_SEMIANNUAL,
      OFX_COUPON_FREQ_ANNUAL,
      OFX_COUPON_FREQ_OTHER
    } coupon_freq;
    int coupon_freq_valid;

    /** Unit price if called */
    double call_price;
    int call_price_valid;

    /** Yield to next call */
    double yield_to_call;
    int yield_to_call_valid;

    /** Next call date */
    time_t call_date;
    int call_date_valid;

    /** Type of the next call */
    enum CallType
    {
      OFX_CALL_TYPE_CALL,
      OFX_CALL_TYPE_PUT,
      OFX_CALL_TYPE_PREFUND,
      OFX_CALL_TYPE_MATURITY
    } call_type;
    int call_type_valid;

    /** Yield to maturity */
    double yield_to_maturity;
    int yield_to_maturity_valid;

    /** Date of maturity */
    time_t maturity_date;
    int maturity_date_valid;

    /** @name OFX mandatory <OPTINFO> elements
     *  The OFX spec defines the following elements as mandatory. If the
     *  associated *_valid is true, the corresponding element is present and
     *  the associated variable contains valid data. */

    /** Type of option */
    enum OptionType
    {
      OFX_OPTION_TYPE_CALL,
      OFX_OPTION_TYPE_PUT
    } option_type;
    int option_type_valid;

    /** Option strike price */
    double strike_price;
    int strike_price_valid;

    /** Option expiration date */
    time_t date_expire;
    int date_expire_valid;

    /** Shares per contract */
    double shares_per_cont;
    int shares_per_cont_valid;

    /** @name OFX optional <OPTINFO> elements
     *  The OFX spec defines the following elements as optional. If the
     *  associated *_valid is true, the corresponding element is present and
     *  the associated variable contains valid data. */

    /** The id of the underlying security.
    *   has the same <UNIQUEID> tag, give the field a different name */
    char unique_id2[OFX_UNIQUE_ID_LENGTH];
    int unique_id2_valid;

    /** The id type of the underlying security.
    *   has the same <UNIQUEIDTYPE> tag, give the field a different name */
    char unique_id2_type[OFX_UNIQUE_ID_TYPE_LENGTH];
    int unique_id2_type_valid;

  };/* end struct OfxSecurityData */

  /**
   * \brief The callback function for the OfxSecurityData stucture.
   *
   * An ofx_proc_security_cb event is generated for any securities
   * listed in the ofx file.  It is generated after ofx_proc_statement
   * but before ofx_proc_transaction. It is meant to be used to allow
   * the client to create a new commodity or security (such as a new
   * stock type).  Please note however that this information is
   * usually also available as part of each OfxtransactionData.

   An OfxSecurityData structure is passed to this event, as well as
   a pointer to an arbitrary data structure.
  */
  typedef int (*LibofxProcSecurityCallback)(const struct OfxSecurityData data, void * security_data);

  typedef enum
  {
    OFX_CREDIT,     /**< Generic credit */
    OFX_DEBIT,      /**< Generic debit */
    OFX_INT,        /**< Interest earned or paid (Note: Depends on signage of amount) */
    OFX_DIV,        /**< Dividend */
    OFX_FEE,        /**< FI fee */
    OFX_SRVCHG,     /**< Service charge */
    OFX_DEP,        /**< Deposit */
    OFX_ATM,        /**< ATM debit or credit (Note: Depends on signage of amount) */
    OFX_POS,        /**< Point of sale debit or credit (Note: Depends on signage of amount) */
    OFX_XFER,       /**< Transfer */
    OFX_CHECK,      /**< Check */
    OFX_PAYMENT,    /**< Electronic payment */
    OFX_CASH,       /**< Cash withdrawal */
    OFX_DIRECTDEP,  /**< Direct deposit */
    OFX_DIRECTDEBIT,/**< Merchant initiated debit */
    OFX_REPEATPMT,  /**< Repeating payment/standing order */
    OFX_OTHER       /**< Somer other type of transaction */
  } TransactionType;

  typedef enum
  {
    OFX_BUYDEBT,        /**< Buy debt security */
    OFX_BUYMF,          /**< Buy mutual fund */
    OFX_BUYOPT,         /**< Buy option */
    OFX_BUYOTHER,       /**< Buy other security type */
    OFX_BUYSTOCK,       /**< Buy stock */
    OFX_CLOSUREOPT,     /**< Close a position for an option */
    OFX_INCOME,         /**< Investment income is realized as cash into the investment account */
    OFX_INVEXPENSE,     /**< Misc investment expense that is associated with a specific security */
    OFX_JRNLFUND,       /**< Journaling cash holdings between subaccounts within the same investment account */
    OFX_JRNLSEC,        /**< Journaling security holdings between subaccounts within the same investment account */
    OFX_MARGININTEREST, /**< Margin interest expense */
    OFX_REINVEST,       /**< Reinvestment of income */
    OFX_RETOFCAP,       /**< Return of capital */
    OFX_SELLDEBT,       /**< Sell debt security.  Used when debt is sold, called, or reached maturity */
    OFX_SELLMF,         /**< Sell mutual fund */
    OFX_SELLOPT,        /**< Sell option */
    OFX_SELLOTHER,      /**< Sell other type of security */
    OFX_SELLSTOCK,      /**< Sell stock */
    OFX_SPLIT,          /**< Stock or mutial fund split */
    OFX_TRANSFER,       /**< Transfer holdings in and out of the investment account */
    OFX_INVBANKTRAN     /**< Transfer cash in and out of the investment account */
  } InvTransactionType;

  typedef enum
  {
    DELETE, /**< The transaction with a fi_id matching fi_id_corrected should
           be deleted */
    REPLACE /**< The transaction with a fi_id matching fi_id_corrected should
           be replaced with this one */
  } FiIdCorrectionAction;

  /**
   * \brief An abstraction of a transaction in an account.
   *
   * The OfxTransactionData stucture contains all available
   * information about an actual transaction in an account.
  */
  struct OfxTransactionData
  {

    /** @name OFX mandatory elements
     * The OFX spec defines the following elements as mandatory.  The associated
     variables should all contain valid data but you should not trust the servers.
     Check if the associated *_valid is true before using them. */

    char account_id[OFX_ACCOUNT_ID_LENGTH];/**< Use this for matching with
                        the relevant account in your
                        application */
    struct OfxAccountData * account_ptr; /**< Pointer to the full account structure,
                      see OfxAccountData */
    int account_id_valid;

    TransactionType transactiontype;
    int transactiontype_valid;

    /**< Investment transaction type.  You should read this if
       transactiontype == OFX_OTHER.  See OFX spec 1.6 p.442 to 445
       for details*/
    InvTransactionType invtransactiontype;
    int  invtransactiontype_valid;

    /** Variation of the number of units of the commodity

        Suppose units is -10, ave unitprice is 1.  If the
        commodity is stock, you have 10 less stock, but 10 more
        dollars in you amccount (fees not considered, see amount).
        If commodity is money, you have 10 less dollars in your
        pocket, but 10 more in your account */
    double units;
    int units_valid;

    double unitprice; /**< Value of each unit, 1.00 if the commodity is
               money */
    int unitprice_valid;

    double amount;    /**< Total monetary amount of the transaction, signage
               will determine if money went in or out.
               amount is the total amount:
               -(units) * unitprice - various fees */
    int amount_valid;

    char fi_id[OFX_FITID_LENGTH];  /**< Generated by the financial institution (fi),
            unique id of the transaction, to be used to detect
            duplicate downloads */
    int fi_id_valid;

    /** @name OFX optional elements
     *  The OFX spec defines the following elements as optional. If the
     associated *_valid is true, the corresponding element is present and
     the associated variable contains valid data. */

    /** The id of the security being traded. Mandatory for investment
        transactions */
    char unique_id[OFX_UNIQUE_ID_LENGTH];
    int unique_id_valid;
    char unique_id_type[OFX_UNIQUE_ID_TYPE_LENGTH];/**< Usially "CUSIP" for FIs in
                            north america*/
    int unique_id_type_valid;

    struct OfxSecurityData *security_data_ptr;  /** A pointer to the security's data.*/
    int security_data_valid;

    time_t date_posted;/**< Date the transaction took effect (ex: date it
            appeared on your credit card bill).  Setlement date;
            for stock split, execution date.
            *
            Mandatory for bank and credit card transactions */
    int date_posted_valid;

    time_t date_initiated;/**< Date the transaction was initiated (ex:
               date you bought something in a store for credit card;
               trade date for stocks;
               day of record for stock split)
               *
               Mandatory for investment transactions */
    int date_initiated_valid;

    time_t date_funds_available;/**< Date the funds are available (not always
                 provided) (ex: the date you are allowed to
                 withdraw a deposit */
    int date_funds_available_valid;

    /** IMPORTANT: if  fi_id_corrected is present, this transaction
        is meant to replace or delete the transaction with this fi_id. See
        OfxTransactionData::fi_id_correction_action to know what to do. */
    char fi_id_corrected[OFX_FITID_LENGTH];
    int fi_id_corrected_valid;

    /** The OfxTransactionData::FiIdCorrectionAction enum contains the action
        to be taken */
    FiIdCorrectionAction fi_id_correction_action;
    int fi_id_correction_action_valid;

    /** Used for user initiated transaction such as payment or funds transfer.
        Can be seen as a confirmation number. */
    char server_transaction_id[OFX_SVRTID2_LENGTH];
    int server_transaction_id_valid;

    /** The check number is most likely an integer and can probably be
        converted properly with atoi().  However the spec allows for up to
        12 digits, so it is not garanteed to work */
    char check_number[OFX_CHECK_NUMBER_LENGTH];
    int check_number_valid;

    /** Might present in addition to or instead of a check_number.
        Not necessarily a number */
    char reference_number[OFX_REFERENCE_NUMBER_LENGTH];
    int reference_number_valid;

    long int standard_industrial_code;/**< The standard industrial code can have
                       at most 6 digits */
    int standard_industrial_code_valid;

    char payee_id[OFX_SVRTID2_LENGTH];/**< The identifier of the payee */
    int payee_id_valid;

    char name[OFX_TRANSACTION_NAME_LENGTH];/**< Can be the name of the payee or
                        the description of the transaction */
    int name_valid;

    char memo[OFX_MEMO2_LENGTH];/**< Extra information not included in name */
    int memo_valid;

    double commission;/**< Commission paid to broker (investment transactions only) */
    int commission_valid;

    double fees;/**< Fees applied to trade (investment transactions only) */
    int fees_valid;

    double oldunits;     /**< Number of units held before stock split */
    int oldunits_valid;

    double newunits;     /**< Number of units held after stock split */
    int newunits_valid;

    /** Market value, should be UNITS*UNITPRICE */
    double market_value;
    int market_value_valid;

    /** <CURSYM> The currency is a string in ISO-4217 format */
    char currency[OFX_CURRENCY_LENGTH];
    int currency_valid;

    /** ratio of <CURDEF> currency to <CURSYM> currency */
    double currency_ratio;
    int currency_ratio_valid;

    /** Whether the amounts have already been converted to the default currency.
     *  An <ORIGCURRENCY> sets the flag to true, i.e. the amounts are reported in
     *  the foreign currency. A <CURRENCY> element sets the flag to false. */
    int amounts_are_foreign_currency;
    int amounts_are_foreign_currency_valid;

    /** @name Other OFX elements for investment transactions
     *  OFX spec 2.1.1 section 13.9.2.4.2 elements
     *  that are not already defined. */

    double accrued_interest; /**< Accrued interest when trading debt */
    int accrued_interest_valid;

    double avg_cost_basis;  /**< Average cost basis */
    int avg_cost_basis_valid;

    /** The <BUYTYPE> element is mandatory for stock, fund, and option buys */
    /** This enum combines stock, fund, and option buy types into one field */
    enum BuyType
    {
      OFX_BUY_TYPE_BUY,
      OFX_BUY_TYPE_BUYTOCOVER,
      OFX_BUY_TYPE_BUYTOOPEN,
      OFX_BUY_TYPE_BUYTOCLOSE
    } buy_type;
    int buy_type_valid;

    double denominator;   /**< For stock splits, split ratio denominator */
    int denominator_valid;

    time_t date_payroll;  /**< For 401(k) accounts, date the funds were deducted from payroll */
    int date_payroll_valid;

    time_t date_purchase; /**< The security's original purchase date */
    int date_purchase_valid;

    double gain;          /**< For sales, the total gain */
    int gain_valid;

    double cash_for_fractional;   /**< Cash for fractional units (for stock splits) */
    int cash_for_fractional_valid;

    /** Type of income for <INCOME> element */
    enum IncomeType
    {
      OFX_CGLONG,       /**< Long term capital gains */
      OFX_CGSHORT,      /**< Short term capital gains */
      OFX_DIVIDEND,     /**< Dividend income */
      OFX_INTEREST,     /**< Interest income */
      OFX_MISC          /**< miscellaneous income */
    } income_type;
    int income_type_valid;

    /** <INV401KSOURCE> For 401(k) accounts, source of the money used for this security */
    enum Inv401kSource
    {
      OFX_401K_SOURCE_PRETAX,
      OFX_401K_SOURCE_AFTERTAX,
      OFX_401K_SOURCE_MATCH,
      OFX_401K_SOURCE_PROFITSHARING,
      OFX_401K_SOURCE_ROLLOVER,
      OFX_401K_SOURCE_OTHERVEST,
      OFX_401K_SOURCE_OTHERNONVEST
    } inv_401k_source;
    int inv_401k_source_valid;

    double load;    /**< load on the transaction (amount) */
    int load_valid;

    char loan_id[OFX_LOANID_LENGTH];   /**< 401(k): indicates the transaction is due to a loan or loan repayment */
    int loan_id_valid;

    double loan_interest;   /**< 401(k): how much of the load repayment was interest (amount) */
    int loan_interest_valid;

    double loan_principal;   /**< 401(k): how much of the load repayment was principal (amount) */
    int loan_principal_valid;

    double markdown;    /**< Portion of the unit price attributed to dealer markdown (unitprice) */
    int markdown_valid;

    double markup;    /**< Portion of the unit price attributed to dealer markup (unitprice) */
    int markup_valid;

    double numerator;   /**< For stock splits, split ratio numerator */
    int numerator_valid;

    /** For options, the action type */
    enum OptAction
    {
      OFX_OPTACTION_EXERCISE,
      OFX_OPTACTION_ASSIGN,
      OFX_OPTACTION_EXPIRE
    } opt_action;
    int opt_action_valid;

    double penalty;   /**< Amount withheld due to a penalty */
    int penalty_valid;

    /** Position type */
    enum PosType
    {
      OFX_POSTYPE_LONG,
      OFX_POSTYPE_SHORT
    } pos_type;
    int pos_type_valid;

    /** 401(k): whether this buy was made with prior year contribution */
    int prior_year_contrib;
    int prior_year_contrib_valid;

    /** ID of related trade */
    char related_fi_tid[OFX_FITID_LENGTH];
    int related_fi_tid_valid;

    /** Related option transaction type */
    enum RelatedType
    {
      OFX_RELTYPE_SPREAD,
      OFX_RELTYPE_STRADDLE,
      OFX_RELTYPE_NONE,
      OFX_RELTYPE_OTHER
    } related_type;
    int related_type_valid;

    /** How an option is securred */
    enum OptionSecured
    {
      OFX_SECURED_NAKED,
      OFX_SECURED_COVERED
    } option_secured;
    int option_secured_valid;

    /** Reason for the sell of a debt security */
    enum SellReason
    {
      OFX_SELLREASON_CALL,    /**< the debt was called */
      OFX_SELLREASON_SELL,    /**< the debt was sold */
      OFX_SELLREASON_MATURITY /**< the debt reached maturity */
    } sell_reason;
    int sell_reason_valid;

    /** The <SELLTYPE> element is mandatory for stock, fund, and option sells */
    /** This enum combines stock, fund, and option sell types into one field */
    enum SellType
    {
      OFX_SELL_TYPE_SELL,
      OFX_SELL_TYPE_SELLSHORT,
      OFX_SELL_TYPE_SELLTOOPEN,
      OFX_SELL_TYPE_SELLTOCLOSE
    } sell_type;
    int sell_type_valid;

    /** For options, shares per contract */
    double shares_per_cont;
    int shares_per_cont_valid;

    /** Used for withholding state taxes on a withdrawal */
    double state_withholding;
    int state_withholding_valid;

    /** Account types used for <SUBACCTFROM>, <SUBACCTFUND>, <SUBACCTSEC>, <SUBACCTTO> */
    enum SubAcctType
    {
      OFX_SUBACCT_CASH,
      OFX_SUBACCT_MARGIN,
      OFX_SUBACCT_SHORT,
      OFX_SUBACCT_OTHER
    } subacct_from, subacct_funding, subacct_security, subacct_to;
    int subacct_from_valid;     /**< acct the security or cash is being transferred from */
    int subacct_funding_valid;  /**< acct the cash for the transaction came from */
    int subacct_security_valid; /**< acct for the security */
    int subacct_to_valid;       /**< acct the security or cash is being transferred to */

    /** Taxes on the trade */
    double taxes;
    int taxes_valid;

    /** Tax exempt transaction */
    int tax_exempt;
    int tax_exempt_valid;

    /** Action for transfers */
    enum TransferAction
    {
      OFX_TFERACTION_IN,
      OFX_TFERACTION_OUT
    } transfer_action;
    int transfer_action_valid;

    /** Type of the units */
    enum UnitType
    {
      OFX_UNITTYPE_SHARES,
      OFX_UNITTYPE_CURRENCY
    } unit_type;
    int unit_type_valid;

    /** Federal tax withholding */
    double withholding;
    int withholding_valid;

    /*********** NOT YET COMPLETE!!! *********************/
  };

  /**
   * \brief The callback function for the OfxTransactionData stucture.
   *
   * An ofx_proc_transaction_cb event is generated for every
   * transaction in the ofx response, after ofx_proc_statement (and
   * possibly ofx_proc_security is generated. An OfxTransactionData
   * structure is passed to this event, as well as a pointer to an
   * arbitrary data structure.
  */
  typedef int (*LibofxProcTransactionCallback)(const struct OfxTransactionData data, void * transaction_data);

  /**
   * \brief An abstraction of an account statement.
   *
   * The OfxStatementData structure contains information about your
   * account at the time the ofx response was generated, including the
   * balance.  A client should check that the total of his recorded
   * transactions matches the total given here, and warn the user if
   * they dont.
  */
  struct OfxStatementData
  {

    /** @name OFX mandatory elements
     * The OFX spec defines the following elements as mandatory.  The
     associated variables should all contain valid data but you should not
     trust the servers. Check if the associated *_valid is true before using
     them.
    */

    /** The default currency for the statement.
     *  The currency is a string in ISO-4217 format */
    char currency[OFX_CURRENCY_LENGTH];
    int currency_valid;

    char account_id[OFX_ACCOUNT_ID_LENGTH];/**< Use this for matching this statement with
                        the relevant account in your application */
    struct OfxAccountData * account_ptr; /**< Pointer to the full account structure, see
                      OfxAccountData */
    int account_id_valid;

    /** The actual balance, according to the FI.  The user should be warned
        of any discrepency between this and the balance in the application */
    double ledger_balance;
    int ledger_balance_valid;

    time_t ledger_balance_date;/**< Time of the ledger_balance snapshot */
    int ledger_balance_date_valid;

    /** The as-of date of this statement. */
    time_t date_asof;
    int date_asof_valid;

    /** @name OFX optional elements
     *  The OFX spec defines the following elements as optional. If the
     associated *_valid is true, the corresponding element is present and the
     associated variable contains valid data. */

    double available_balance; /**< Amount of money available from the account.
                   Could be the credit left for a credit card,
                   or amount that can be withdrawn using INTERAC) */
    int available_balance_valid;

    time_t available_balance_date;/**< Time of the available_balance snapshot */
    int available_balance_date_valid;

    /** Investment acccount margin balance */
    double margin_balance;
    int margin_balance_valid;

    /** Investment acccount short balance */
    double short_balance;
    int short_balance_valid;

    /** Investment acccount buying power */
    double buying_power;
    int buying_power_valid;

    /** The start time of this statement.
     *
     All the transactions between date_start and date_end should have been
     provided */
    time_t date_start;
    int date_start_valid;

    /** The end time of this statement.
     *
     If provided, the user can use this date as the start date of his next
     statement request.  He is then assured not to miss any transactions. */
    time_t date_end;
    int date_end_valid;

    /** marketing_info could be special offers or messages from the bank,
        or just about anything else */
    char marketing_info[OFX_MARKETING_INFO_LENGTH];
    int marketing_info_valid;
  };

  /**
   * \brief The callback function for the OfxStatementData stucture.
   *
   * The ofx_proc_statement_cb event is sent after all ofx_proc_transaction
   events have been sent. An OfxStatementData is passed to this event, as well as
   a pointer to an arbitrary data structure.
  */
  typedef int (*LibofxProcStatementCallback)(const struct OfxStatementData data, void * statement_data);

  /**
      \brief NOT YET SUPPORTED
  */
  struct OfxCurrency
  {
    char currency[OFX_CURRENCY_LENGTH]; /**< Currency in ISO-4217 format */
    double exchange_rate;  /**< Exchange rate from the normal currency of the account */
    int must_convert;   /**< true or false */
  };

  /**
   * \brief An abstraction of a security position held in an account.
   *
   * The OfxPositionData stucture is used to hold the position
   * information inside a OfxPositionContainer class for investment
   * positions.
  */
  struct OfxPositionData
  {
    /** Account for the position */
    char account_id[OFX_ACCOUNT_ID_LENGTH];/**< Use this for matching with
                        the relevant account in your
                        application */
    struct OfxAccountData * account_ptr; /**< Pointer to the full account structure,
                      see OfxAccountData */
    int account_id_valid;

    /** @name OFX mandatory <INVPOS> elements
     *
     * The OFX spec defines the following elements as mandatory.  The
     * associated variables should all contain valid data but you
     * should not trust the servers.  Check if the associated *_valid
     * is true before using them. */

    /** The id of the security held. Mandatory for investment positions */
    char unique_id[OFX_UNIQUE_ID_LENGTH];
    int unique_id_valid;
    char unique_id_type[OFX_UNIQUE_ID_TYPE_LENGTH];/**< Usially "CUSIP" for FIs in
                            north america*/
    int unique_id_type_valid;

    /** The HELDINACCT subaccount type, OFX entry will be one of
     *  CASH, MARGIN, SHORT, OTHER */
    enum HeldInAccountType
    {
      OFX_HELDINACCT_CASH,     /**< A cash account */
      OFX_HELDINACCT_MARGIN,   /**< A margin account */
      OFX_HELDINACCT_SHORT,    /**< A short account */
      OFX_HELDINACCT_OTHER     /**< An "other" account */
    } heldinaccount_type;
    int heldinaccount_type_valid;

    /** The position type, either SHORT or LONG */
    enum PositionType
    {
      OFX_POSITION_SHORT,
      OFX_POSITION_LONG
    } position_type;
    int position_type_valid;

    /** Bonds=face value; options=contracts, all others=shares */
    double units;
    int units_valid;

    /** Bonds=%of par; options=premium per share of underlying stock; all others=price per share */
    double unit_price;
    int unit_price_valid;

    /** Market value of this position */
    double market_value;
    int market_value_valid;

    /** Date and time of unit price and market value */
    time_t date_unit_price;
    int date_unit_price_valid;

    /** @name OFX optional <INVPOS> elements
     *
     * The OFX spec defines the following elements as optional.  The
     * associated variables may contain valid data.
     * Check if the associated *_valid is true before using them. */

    /** Position memo */
    char memo[OFX_MEMO_LENGTH];
    int memo_valid;

    /** <INV401KSOURCE> For 401(k) accounts, source of the money used for this security */
    enum Inv401kPosnSource
    {
      OFX_401K_POSN_SOURCE_PRETAX,
      OFX_401K_POSN_SOURCE_AFTERTAX,
      OFX_401K_POSN_SOURCE_MATCH,
      OFX_401K_POSN_SOURCE_PROFITSHARING,
      OFX_401K_POSN_SOURCE_ROLLOVER,
      OFX_401K_POSN_SOURCE_OTHERVEST,
      OFX_401K_POSN_SOURCE_OTHERNONVEST
    } inv_401k_source;
    int inv_401k_source_valid;

    /** <CURSYM> The currency is a string in ISO-4217 format */
    char currency[OFX_CURRENCY_LENGTH];
    int currency_valid;

    /** Ratio of <CURDEF> currency to <CURSYM> currency */
    double currency_ratio;
    int currency_ratio_valid;

    /** Whether the amounts have already been converted to the default currency.
     *  An <ORIGCURRENCY> sets the flag to true, i.e. the amounts are reported in
     *  the foreign currency. A <CURRENCY> element sets the flag to false. */
    int amounts_are_foreign_currency;
    int amounts_are_foreign_currency_valid;

    /** Pointer to the security data, if found, for convenience of the libofx user */
    struct OfxSecurityData *security_data_ptr;  /**< A pointer to the security's data.*/
    int security_data_valid;

  };

  /**
   * \brief The callback function for the OfxPositionData stucture.
   *
   * The ofx_proc_statement_cb event is sent after all ofx_proc_transaction
   * events have been sent. An OfxStatementData is passed to this event, as well as
   * a pointer to an arbitrary data structure.
  */
  typedef int (*LibofxProcPositionCallback)(const struct OfxPositionData data, void * position_data);


  /**
   * Set the status callback in the given context.
   * @param ctx context
   * @param cb callback function
   * @param user_data user data to be passed to the callback
   */
  void ofx_set_status_cb(LibofxContextPtr ctx,
                         LibofxProcStatusCallback cb,
                         void *user_data);

  /**
   * Set the account callback in the given context.
   * @param ctx context
   * @param cb callback function
   * @param user_data user data to be passed to the callback
   */
  void ofx_set_account_cb(LibofxContextPtr ctx,
                          LibofxProcAccountCallback cb,
                          void *user_data);

  /**
   * Set the security callback in the given context.
   * @param ctx context
   * @param cb callback function
   * @param user_data user data to be passed to the callback
   */
  void ofx_set_security_cb(LibofxContextPtr ctx,
                           LibofxProcSecurityCallback cb,
                           void *user_data);

  /**
   * Set the transaction callback in the given context.
   * @param ctx context
   * @param cb callback function
   * @param user_data user data to be passed to the callback
   */
  void ofx_set_transaction_cb(LibofxContextPtr ctx,
                              LibofxProcTransactionCallback cb,
                              void *user_data);

  /**
   * Set the statement callback in the given context.
   * @param ctx context
   * @param cb callback function
   * @param user_data user data to be passed to the callback
   */
  void ofx_set_statement_cb(LibofxContextPtr ctx,
                            LibofxProcStatementCallback cb,
                            void *user_data);

  /**
   * Set the position callback in the given context.
   * @param ctx context
   * @param cb callback function
   * @param user_data user data to be passed to the callback
   */
  void ofx_set_position_cb(LibofxContextPtr ctx,
                            LibofxProcPositionCallback cb,
                            void *user_data);


  /**
   * Parses the content of the given buffer.
   */
  /*int libofx_proc_buffer(LibofxContextPtr ctx,
                         const char *s, unsigned int size);*/


  /* **************************************** */

  /** @name Creating OFX Files
   *
   * This group deals with creating OFX files
   */
  //@{

  /**
   * \brief Information returned by the OFX Partner Server about a financial institution
   */
  struct OfxFiServiceInfo
  {
    char fid[OFX_FID_LENGTH];
    char org[OFX_ORG_LENGTH];
    char url[OFX_URL_LENGTH];
    int accountlist; /**< Whether the FI makes a list of accounts available */
    int statements; /**< Whether the FI supports online statement download */
    int billpay; /**< Whether the FI supports online bill payment */
    int investments; /**< Whether the FI supports investments */
  };

  /**
  * \brief Information sufficient to log into an financial institution
  *
  * Contains all the info needed for a user to log into a financial
  * institution and make requests for statements or post transactions.
  * An OfxFiLogin must be passed to all functions which create OFX
  * requests.
  */

  struct OfxFiLogin
  {
    char fid[OFX_FID_LENGTH];
    char org[OFX_ORG_LENGTH];
    char userid[OFX_USERID_LENGTH];
    char userpass[OFX_USERPASS_LENGTH];
    char header_version[OFX_HEADERVERSION_LENGTH];
    char appid[OFX_APPID_LENGTH];
    char appver[OFX_APPVER_LENGTH];
    char clientuid[OFX_CLIENTUID_LENGTH];
  };

#define OFX_AMOUNT_LENGTH (32 + 1)
#define OFX_PAYACCT_LENGTH (32 + 1)
#define OFX_STATE_LENGTH (5 + 1)
#define OFX_POSTALCODE_LENGTH (11 + 1)
#define OFX_NAME_LENGTH (32 + 1)

  struct OfxPayment
  {
    char amount[OFX_AMOUNT_LENGTH];
    char account[OFX_PAYACCT_LENGTH];
    char datedue[9];
    char memo[OFX_MEMO_LENGTH];
  };

  struct OfxPayee
  {
    char name[OFX_NAME_LENGTH];
    char address1[OFX_NAME_LENGTH];
    char city[OFX_NAME_LENGTH];
    char state[OFX_STATE_LENGTH];
    char postalcode[OFX_POSTALCODE_LENGTH];
    char phone[OFX_NAME_LENGTH];
  };

  /**
   * \brief Creates an OFX statement request in string form
   *
   * Creates a string which should be passed to an OFX server.  This string is
   * an OFX request suitable to retrieve a statement for the @p account from the
   * @p fi
   *
   * @param fi Identifies the financial institution and the user logging in.
   * @param account Idenfities the account for which a statement is desired
   * @return string pointer to the request.  This is allocated via malloc(), and is the callers responsibility to free.
  */
  char* libofx_request_statement( const struct OfxFiLogin* fi, const struct OfxAccountData* account, time_t date_from );

  /**
   * \brief Creates an OFX account info (list) request in string form
   *
   * Creates a string which should be passed to an OFX server.  This string is
   * an OFX request suitable to retrieve a list of accounts from the
   * @p fi
   *
   * @param fi Identifies the financial institution and the user logging in.
   * @return string pointer to the request.  This is allocated via malloc(), and is the callers responsibility to free.
  */
  char* libofx_request_accountinfo( const struct OfxFiLogin* login );

  char* libofx_request_payment( const struct OfxFiLogin* login, const struct OfxAccountData* account, const struct OfxPayee* payee, const struct OfxPayment* payment );

  char* libofx_request_payment_status( const struct OfxFiLogin* login, const char* transactionid );

//@}

extern int ofx_PARSER_msg; /**< If set to true, parser events will be printed to the console */
extern int ofx_DEBUG_msg;/**< If set to true, general debug messages will be printed to the console */
extern int ofx_DEBUG1_msg;/**< If set to true, debug level 1 messages will be printed to the console */
extern int ofx_DEBUG2_msg;/**< If set to true, debug level 2 messages will be printed to the console */
extern int ofx_DEBUG3_msg;/**< If set to true, debug level 3 messages will be printed to the console */
extern int ofx_DEBUG4_msg;/**< If set to true, debug level 4 messages will be printed to the console */
extern int ofx_DEBUG5_msg;/**< If set to true, debug level 5 messages will be printed to the console */
extern int ofx_STATUS_msg;/**< If set to true, status messages will be printed to the console */
extern int ofx_INFO_msg;/**< If set to true, information messages will be printed to the console */
extern int ofx_WARNING_msg;/**< If set to true, warning messages will be printed to the console */
extern int ofx_ERROR_msg;/**< If set to true, error messages will be printed to the console */
extern int ofx_show_position;/**< If set to true, the line number will be shown after any error */

#ifdef __cplusplus
} // end of extern "C"
#endif

#if defined(HAVE_GCC_VISIBILITY_EXTS) && defined(IN_LIBOFX)
#  pragma GCC visibility pop
#endif

#endif // end of LIBOFX_H
