Move garbage-input.dat to test case using it

1 files changed, 0 insertions, 793 deletions

diff --git a/test/garbage-input.dat b/test/garbage-input.dat
deleted file mode 100644
index 1b7d2101..00000000
--- a/test/garbage-input.dat
+++ /dev/null
@@ -1,793 +0,0 @@
-/*
- * Copyright (c) 2003-2012, John Wiegley.  All rights reserved.
- *
- * Redistribution and use in source and binary forms, with or without
- * modification, are permitted provided that the following conditions
- * are met:
- *
- * - Redistributions of source code must retain the above copyright
- *   notice, this list of conditions and the following disclaimer.
- *
- * - Redistributions in binary form must reproduce the above copyright
- *   notice, this list of conditions and the following disclaimer in the
- *   documentation and/or other materials provided with the distribution.
- *
- * - Neither the name of New Artisans LLC nor the names of its
- *   contributors may be used to endorse or promote products derived from
- *   this software without specific prior written permission.
- *
- * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
- * "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
- * LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
- * A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
- * OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
- * SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
- * LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
- * DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
- * THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
- * (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
- * OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
- */
-
-/**
- * @defgroup math Mathematical objects
- */
-
-/**
- * @file   amount.h
- * @author John Wiegley
- *
- * @ingroup math
- *
- * @brief Basic type for handling commoditized math: amount_t
- *
- * An amount is the most basic numerical type in Ledger, and relies on
- * commodity.h to represent commoditized amounts, which allows Ledger to
- * handle mathematical expressions involving disparate commodities.
- *
- * Amounts can be of virtually infinite size and precision.  When
- * division or multiplication is performed, the precision is
- * automatically expanded to include as many extra digits as necessary
- * to avoid losing information.
- */
-#ifndef _AMOUNT_H
-#define _AMOUNT_H
-
-#include "utils.h"
-#include "times.h"
-#include "flags.h"
-
-namespace ledger {
-
-class commodity_t;
-struct annotation_t;
-struct keep_details_t;
-
-DECLARE_EXCEPTION(amount_error, std::runtime_error);
-
-enum parse_flags_enum_t {
-  PARSE_DEFAULT    = 0x00,
-  PARSE_PARTIAL    = 0x01,
-  PARSE_SINGLE     = 0x02,
-  PARSE_NO_MIGRATE = 0x04,
-  PARSE_NO_REDUCE  = 0x08,
-  PARSE_NO_ASSIGN  = 0x10,
-  PARSE_NO_ANNOT   = 0x20,
-  PARSE_OP_CONTEXT = 0x40,
-  PARSE_SOFT_FAIL  = 0x80
-};
-
-typedef basic_flags_t<parse_flags_enum_t, uint_least8_t> parse_flags_t;
-
-/**
- * @brief Encapsulate infinite-precision commoditized amounts
- *
- * Used to represent commoditized infinite-precision numbers, and
- * uncommoditized, plain numbers.  In the commoditized case, commodities
- * keep track of how they are used, and are always displayed back to the
- * user after the same fashion.  For uncommoditized numbers, no display
- * truncation is ever done.  In both cases, internal precision is always
- * kept to an excessive degree.
- */
-class amount_t
-  : public ordered_field_operators<amount_t,
-           ordered_field_operators<amount_t, double,
-           ordered_field_operators<amount_t, unsigned long,
-           ordered_field_operators<amount_t, long> > > >
-{
-public:
-  /** Ready the amount subsystem for use.
-      @note Normally called by session_t::initialize(). */
-  static void initialize();
-  /** Shutdown the amount subsystem and free all resources.
-      @note Normally called by session_t::shutdown(). */
-  static void shutdown();
-
-  static bool is_initialized;
-
-  /** The amount's decimal precision. */
-  typedef uint_least16_t precision_t;
-
-  /** Number of places of precision by which values are extended to
-      avoid losing precision during division and multiplication. */
-  static const std::size_t extend_by_digits = 6U;
-
-  /** If amounts should be streamed using to_fullstring() rather than
-      to_string(), so that complete precision is always displayed no matter
-      what the precision of an individual commodity may be. */
-  static bool stream_fullstrings;
-
-protected:
-  void _copy(const amount_t& amt);
-  void _dup();
-  void _clear();
-  void _release();
-
-  struct bigint_t;
-
-  bigint_t *    quantity;
-  commodity_t * commodity_;
-
-public:
-  /** @name Constructors
-      @{ */
-
-  /** Creates a value for which is_null() is true, and which has no
-      value or commodity.  If used in a value expression it evaluates to
-      zero, and its commodity equals \c commodity_t::null_commodity. */
-  amount_t() : quantity(NULL), commodity_(NULL) {
-    TRACE_CTOR(amount_t, "");
-  }
-
-  /** Convert a double to an amount.  As much precision as possible is
-      decoded from the binary floating point number. */
-  amount_t(const double val);
-
-  /** Convert an unsigned long to an amount.  It's precision is zero. */
-  amount_t(const unsigned long val);
-
-  /** Convert a long to an amount.  It's precision is zero, and the sign
-      is preserved. */
-  amount_t(const long val);
-
-  /** Parse a string as an (optionally commoditized) amount.  If no
-      commodity is present, the resulting commodity is \c
-      commodity_t::null_commodity.  The number may be of infinite
-      precision. */
-  explicit amount_t(const string& val) : quantity(NULL) {
-    parse(val);
-    TRACE_CTOR(amount_t, "const string&");
-  }
-  /** Parse a pointer to a C string as an (optionally commoditized)
-      amount.  If no commodity is present, the resulting commodity is \c
-      commodity_t::null_commodity.  The number may be of infinite
-      precision. */
-  explicit amount_t(const char * val) : quantity(NULL) {
-    assert(val);
-    parse(val);
-    TRACE_CTOR(amount_t, "const char *");
-  }
-
-  /*@}*/
-
-  /** Create an amount whose display precision is never truncated, even
-      if the amount uses a commodity (which normally causes "round on
-      streaming" to occur).  This function is mostly used by debugging
-      code and unit tests.  This is the proper way to specify \c
-      $100.005, where display of the extra digit precision is required.
-      If a regular constructor were used, the amount would stream as \c
-      $100.01, even though its internal value equals \c $100.005. */
-  static amount_t exact(const string& value);
-
-  /** Release the reference count held for the underlying \c
-      amount_t::bigint_t object. */
-  ~amount_t() {
-    TRACE_DTOR(amount_t);
-    if (quantity)
-      _release();
-  }
-
-  /** @name Assignment and copy
-      @{*/
-
-  /** Copy an amount object.  Copies are very efficient, using a
-      copy-on-write model.  Until the copy is changed, it refers to the
-      same memory used by the original via reference counting.  The \c
-      amount_t::bigint_t class in amount.cc maintains the reference. */
-  amount_t(const amount_t& amt) : quantity(NULL) {
-    if (amt.quantity)
-      _copy(amt);
-    else
-      commodity_ = NULL;
-    TRACE_CTOR(amount_t, "copy");
-  }
-  /** Copy an amount object, applying the given commodity annotation
-      details afterward.  This is equivalent to doing a normal copy
-      (@see amount_t(const amount_t&)) and then calling
-      amount_t::annotate(). */
-  amount_t(const amount_t& amt, const annotation_t& details) : quantity(NULL) {
-    assert(amt.quantity);
-    _copy(amt);
-    annotate(details);
-    TRACE_CTOR(amount_t, "const amount_t&, const annotation_t&");
-  }
-  /** Assign an amount object.  This is like copying if the amount was
-      null beforehand, otherwise the previous value's reference is must
-      be freed. */
-  amount_t& operator=(const amount_t& amt);
-
-  amount_t& operator=(const double val) {
-    return *this = amount_t(val);
-  }
-  amount_t& operator=(const unsigned long val) {
-    return *this = amount_t(val);
-  }
-  amount_t& operator=(const long val) {
-    return *this = amount_t(val);
-  }
-
-  /* Assign a string to an amount.  This causes the contents of the
-     string to be parsed, look for a commoditized or uncommoditized
-     amount specifier. */
-  amount_t& operator=(const string& str) {
-    return *this = amount_t(str);
-  }
-  amount_t& operator=(const char * str) {
-    assert(str);
-    return *this = amount_t(str);
-  }
-
-  /*@}*/
-
-  /** @name Comparison
-      @{ */
-
-  /** Compare two amounts, returning a number less than zero if \p amt
-      is greater, exactly zero if they are equal, and greater than zero
-      if \p amt is less.  This method is used to implement all of the
-      other comparison methods.*/
-  int compare(const amount_t& amt) const;
-
-  /** Test two amounts for equality.  First the commodity pointers are
-      quickly tested, then the multi-precision values themselves must be
-      compared. */
-  bool operator==(const amount_t& amt) const;
-
-  template <typename T>
-  bool operator==(const T& val) const {
-    return compare(val) == 0;
-  }
-  template <typename T>
-  bool operator<(const T& amt) const {
-    return compare(amt) < 0;
-  }
-  template <typename T>
-  bool operator>(const T& amt) const {
-    return compare(amt) > 0;
-  }
-
-  /*@}*/
-
-  /** @name Binary arithmetic
-   */
-  /*@{*/
-
-  amount_t& operator+=(const amount_t& amt);
-  amount_t& operator-=(const amount_t& amt);
-  amount_t& operator*=(const amount_t& amt) {
-    return multiply(amt);
-  }
-  amount_t& multiply(const amount_t& amt, bool ignore_commodity = false);
-
-  /** Divide two amounts while extending the precision to preserve the
-      accuracy of the result.  For example, if \c 10 is divided by \c 3,
-      the result ends up having a precision of \link
-      amount_t::extend_by_digits \endlink place to avoid losing internal
-      resolution. */
-  amount_t& operator/=(const amount_t& amt);
-
-  /*@}*/
-
-  /** @name Unary arithmetic
-      @{ */
-
-  /** Return an amount's internal precision.  To find the precision it
-      should be displayed at -- assuming it was not created using
-      amount_t::exact() -- use the following expression instead:
-      @code
-      amount.commodity().precision()
-      @endcode */
-  precision_t precision() const;
-  bool        keep_precision() const;
-  void        set_keep_precision(const bool keep = true) const;
-  precision_t display_precision() const;
-
-  /** Returns the negated value of an amount.
-      @see operator-()
-  */
-  amount_t negated() const {
-    amount_t temp(*this);
-    temp.in_place_negate();
-    return temp;
-  }
-  void in_place_negate();
-
-  amount_t operator-() const {
-    return negated();
-  }
-
-  /** Returns the absolute value of an amount.  Equivalent to:
-      @code
-      (x < * 0) ? - x : x
-      @endcode
-  */
-  amount_t abs() const {
-    if (sign() < 0)
-      return negated();
-    return *this;
-  }
-
-  amount_t inverted() const {
-    amount_t temp(*this);
-    temp.in_place_invert();
-    return temp;
-  }
-  void in_place_invert();
-
-  /** Yields an amount whose display precision when output is truncated
-      to the display precision of its commodity.  This is normally the
-      default state of an amount, but if one has become unrounded, this
-      sets the "keep precision" state back to false.
-      @see set_keep_precision */
-  amount_t rounded() const {
-    amount_t temp(*this);
-    temp.in_place_round();
-    return temp;
-  }
-  void in_place_round();
-
-  /** Yields an amount which has lost all of its extra precision, beyond what
-      the display precision of the commodity would have printed. */
-  amount_t truncated() const {
-    amount_t temp(*this);
-    temp.in_place_truncate();
-    return temp;
-  }
-  void in_place_truncate();
-
-  /** Yields an amount which has lost all of its extra precision, beyond what
-      the display precision of the commodity would have printed. */
-  amount_t floored() const {
-    amount_t temp(*this);
-    temp.in_place_floor();
-    return temp;
-  }
-  void in_place_floor();
-
-  /** Yields an amount which has lost all of its extra precision, beyond what
-      the display precision of the commodity would have printed. */
-  amount_t ceilinged() const {
-    amount_t temp(*this);
-    temp.in_place_ceiling();
-    return temp;
-  }
-  void in_place_ceiling();
-
-  /** Yields an amount whose display precision is never truncated, even
-      though its commodity normally displays only rounded values. */
-  amount_t unrounded() const {
-    amount_t temp(*this);
-    temp.in_place_unround();
-    return temp;
-  }
-  void in_place_unround();
-
-  /** reduces a value to its most basic commodity form, for amounts that
-      utilize "scaling commodities".  For example, an amount of \c 1h
-      after reduction will be \c 3600s.
-  */
-  amount_t reduced() const {
-    amount_t temp(*this);
-    temp.in_place_reduce();
-    return temp;
-  }
-  void in_place_reduce();
-
-  /** unreduce(), if used with a "scaling commodity", yields the most
-      compact form greater than one.  That is, \c 3599s will unreduce to
-      \c 59.98m, while \c 3601 unreduces to \c 1h.
-  */
-  amount_t unreduced() const {
-    amount_t temp(*this);
-    temp.in_place_unreduce();
-    return temp;
-  }
-  void in_place_unreduce();
-
-  /** Returns the historical value for an amount -- the default moment
-      returns the most recently known price -- based on the price history
-      for the given commodity (or determined automatically, if none is
-      provided).  For example, if the amount were <tt>10 AAPL</tt>, and
-      on Apr 10, 2000 each share of \c AAPL was worth \c $10, then
-      calling value() for that moment in time would yield the amount \c
-      $100.00.
-  */
-  optional<amount_t>
-  value(const datetime_t& moment        = datetime_t(),
-        const commodity_t * in_terms_of = NULL) const;
-
-  optional<amount_t> price() const;
-
-  /*@}*/
-
-  /** @name Truth tests
-   */
-  /*@{*/
-
-  /** Truth tests.  An amount may be truth test in several ways:
-
-      sign() returns an integer less than, greater than, or equal to
-      zero depending on whether the amount is negative, zero, or
-      greater than zero.  Note that this function tests the actual
-      value of the amount -- using its internal precision -- and not
-      the display value.  To test its display value, use:
-      `round().sign()'.
-
-      is_nonzero(), or operator bool, returns true if an amount's
-      display value is not zero.
-
-      is_zero() returns true if an amount's display value is zero.
-      Thus, $0.0001 is considered zero if the current display precision
-      for dollars is two decimal places.
-
-      is_realzero() returns true if an amount's actual value is zero.
-      Thus, $0.0001 is never considered realzero.
-
-      is_null() returns true if an amount has no value and no
-      commodity.  This only occurs if an uninitialized amount has never
-      been assigned a value.
-  */
-  int sign() const;
-
-  operator bool() const {
-    return is_nonzero();
-  }
-  bool is_nonzero() const {
-    return ! is_zero();
-  }
-
-  bool is_zero() const;
-  bool is_realzero() const {
-    return sign() == 0;
-  }
-
-  bool is_null() const {
-    if (! quantity) {
-      assert(! commodity_);
-      return true;
-    }
-    return false;
-  }
-
-  /*@}*/
-
-  /** @name Conversion
-   */
-  /*@{*/
-
-  /** Conversion methods.  An amount may be converted to the same types
-      it can be constructed from -- with the exception of unsigned
-      long.  Implicit conversions are not allowed in C++ (though they
-      are in Python), rather the following conversion methods must be
-      called explicitly:
-
-      to_double([bool]) returns an amount as a double.  If the optional
-      boolean argument is true (the default), an exception is thrown if
-      the conversion would lose information.
-
-      to_long([bool]) returns an amount as a long integer.  If the
-      optional boolean argument is true (the default), an exception is
-      thrown if the conversion would lose information.
-
-      fits_in_long() returns true if to_long() would not lose
-      precision.
-
-      to_string() returns an amount'ss "display value" as a string --
-      after rounding the value according to the commodity's default
-      precision.  It is equivalent to: `round().to_fullstring()'.
-
-      to_fullstring() returns an amount's "internal value" as a string,
-      without any rounding.
-
-      quantity_string() returns an amount's "display value", but
-      without any commodity.  Note that this is different from
-      `number().to_string()', because in that case the commodity has
-      been stripped and the full, internal precision of the amount
-      would be displayed.
-  */
-  double to_double() const;
-  long   to_long() const;
-  bool   fits_in_long() const;
-
-  operator string() const {
-    return to_string();
-  }
-  string to_string() const;
-  string to_fullstring() const;
-  string quantity_string() const;
-
-  /*@}*/
-
-  /** @name Commodity methods
-   */
-  /*@{*/
-
-  /** The following methods relate to an
-      amount's commodity:
-
-      commodity() returns an amount's commodity.  If the amount has no
-      commodity, the value returned is the `null_commodity'.
-
-      has_commodity() returns true if the amount has a commodity.
-
-      set_commodity(commodity_t) sets an amount's commodity to the
-      given value.  Note that this merely sets the current amount to
-      that commodity, it does not "observe" the amount for possible
-      changes in the maximum display precision of the commodity, the
-      way that `parse' does.
-
-      clear_commodity() sets an amount's commodity to null, such that
-      has_commodity() afterwards returns false.
-
-      number() returns a commodity-less version of an amount.  This is
-      useful for accessing just the numeric portion of an amount.
-  */
-  commodity_t * commodity_ptr() const;
-  commodity_t& commodity() const {
-    return *commodity_ptr();
-  }
-
-  bool has_commodity() const;
-  void set_commodity(commodity_t& comm) {
-    if (! quantity)
-      *this = 0L;
-    commodity_ = &comm;
-  }
-  amount_t with_commodity(const commodity_t& comm) const {
-    if (commodity_ == &comm) {
-      return *this;
-    } else {
-      amount_t tmp(*this);
-      tmp.set_commodity(const_cast<commodity_t&>(comm));
-      return tmp;
-    }
-  }
-  void clear_commodity() {
-    commodity_ = NULL;
-  }
-
-  amount_t number() const {
-    if (! has_commodity())
-      return *this;
-
-    amount_t temp(*this);
-    temp.clear_commodity();
-    return temp;
-  }
-
-  /*@}*/
-
-  /** @name Commodity annotations
-   */
-  /*@{*/
-
-  /** An amount's commodity may be annotated with special details, such as the
-      price it was purchased for, when it was acquired, or an arbitrary note,
-      identifying perhaps the lot number of an item.
-
-      annotate_commodity(amount_t price, [datetime_t date, string tag])
-      sets the annotations for the current amount's commodity.  Only
-      the price argument is required, although it can be passed as
-      `none' if no price is desired.
-
-      commodity_annotated() returns true if an amount's commodity has
-      any annotation details associated with it.
-
-      annotation_details() returns all of the details of an annotated
-      commodity's annotations.  The structure returns will evaluate as
-      boolean false if there are no details.
-
-      strip_annotations() returns an amount whose commodity's annotations have
-      been stripped.
-  */
-  void          annotate(const annotation_t& details);
-  bool          has_annotation() const;
-
-  annotation_t& annotation();
-  const annotation_t& annotation() const {
-    return const_cast<amount_t&>(*this).annotation();
-  }
-
-  /** If the lot price is considered whenever working with commoditized
-      values.
-
-      Let's say a user adds two values of the following form:
-      @code
-      10 AAPL + 10 AAPL {$20}
-      @endcode
-
-      This expression adds ten shares of Apple stock with another ten
-      shares that were purchased for \c $20 a share.  If \c keep_price
-      is false, the result of this expression is an amount equal to
-      <tt>20 AAPL</tt>.  If \c keep_price is \c true the expression
-      yields an exception for adding amounts with different commodities.
-      In that case, a \link balance_t \endlink object must be used to
-      store the combined sum. */
-  amount_t strip_annotations(const keep_details_t& what_to_keep) const;
-
-  /*@}*/
-
-  /** @name Parsing
-   */
-  /*@{*/
-
-  /** The `flags' argument of both parsing may be one or more of the
-      following:
-
-      PARSE_NO_MIGRATE means to not pay attention to the way an
-      amount is used.  Ordinarily, if an amount were $100.001, for
-      example, it would cause the default display precision for $ to be
-      "widened" to three decimal places.  If PARSE_NO_MIGRATE is
-      used, the commodity's default display precision is not changed.
-
-      PARSE_NO_REDUCE means not to call in_place_reduce() on the
-      resulting amount after it is parsed.
-
-      These parsing methods observe the amounts they parse (unless
-      PARSE_NO_MIGRATE is true), and set the display details of
-      the corresponding commodity accordingly.  This way, amounts do
-      not require commodities to be pre-defined in any way, but merely
-      displays them back to the user in the same fashion as it saw them
-      used.
-
-      There is also a static convenience method called
-      `parse_conversion' which can be used to define a relationship
-      between scaling commodity values.  For example, Ledger uses it to
-      define the relationships among various time values:
-
-      @code
-      amount_t::parse_conversion("1.0m", "60s"); // a minute is 60 seconds
-      amount_t::parse_conversion("1.0h", "60m"); // an hour is 60 minutes
-      @endcode
-
-      The method parse() is used to parse an amount from an input stream
-      or a string.  A global operator>>() is also defined which simply
-      calls parse on the input stream.  The parse() method has two forms:
-
-      parse(istream, flags_t) parses an amount from the given input
-      stream.
-
-      parse(string, flags_t) parses an amount from the given string.
-
-      parse(string, flags_t) also parses an amount from a string.
-  */
-  bool parse(std::istream& in,
-             const parse_flags_t& flags = PARSE_DEFAULT);
-  bool parse(const string& str,
-             const parse_flags_t& flags = PARSE_DEFAULT) {
-    std::istringstream stream(str);
-    bool result = parse(stream, flags);
-    return result;
-  }
-
-  static void parse_conversion(const string& larger_str,
-                               const string& smaller_str);
-
-  /*@}*/
-
-  /** @name Printing
-   */
-  /*@{*/
-
-  /** An amount may be output to a stream using the `print' method.  There is
-      also a global operator<< defined which simply calls print for an amount
-      on the given stream.  There is one form of the print method, which takes
-      one required argument and two arguments with default values:
-
-      print(ostream, bool omit_commodity = false, bool full_precision = false)
-      prints an amounts to the given output stream, using its commodity's
-      default display characteristics.  If `omit_commodity' is true, the
-      commodity will not be displayed, only the amount (although the
-      commodity's display precision is still used).  If `full_precision' is
-      true, the full internal precision of the amount is displayed, regardless
-      of its commodity's display precision.
-  */
-#define AMOUNT_PRINT_NO_FLAGS                 0x00
-#define AMOUNT_PRINT_RIGHT_JUSTIFY            0x01
-#define AMOUNT_PRINT_COLORIZE                 0x02
-#define AMOUNT_PRINT_NO_COMPUTED_ANNOTATIONS  0x04
-#define AMOUNT_PRINT_ELIDE_COMMODITY_QUOTES   0x08
-
-  void print(std::ostream&       out,
-             const uint_least8_t flags = AMOUNT_PRINT_NO_FLAGS) const;
-
-  /*@}*/
-
-  /** @name Debugging
-   */
-  /*@{*/
-
-  /** There are two methods defined to help with debugging:
-
-      dump(ostream) dumps an amount to an output stream.  There is
-      little different from print(), it simply surrounds the display
-      value with a marker, for example "AMOUNT($1.00)".  This code is
-      used by other dumping code elsewhere in Ledger.
-
-      valid() returns true if an amount is valid.  This ensures that if
-      an amount has a commodity, it has a valid value pointer, for
-      example, even if that pointer simply points to a zero value.
-  */
-  void dump(std::ostream& out) const {
-    out << "AMOUNT(";
-    print(out);
-    out << ")";
-  }
-
-  bool valid() const;
-
-#if HAVE_BOOST_SERIALIZATION
-private:
-  /** Serialization. */
-
-  friend class boost::serialization::access;
-
-  template<class Archive>
-  void serialize(Archive& ar, const unsigned int /* version */);
-#endif // HAVE_BOOST_SERIALIZATION
-
-  /*@}*/
-};
-
-inline amount_t amount_t::exact(const string& value) {
-  amount_t temp;
-  temp.parse(value, PARSE_NO_MIGRATE);
-  return temp;
-}
-
-inline string amount_t::to_string() const {
-  std::ostringstream bufstream;
-  print(bufstream);
-  return bufstream.str();
-}
-
-inline string amount_t::to_fullstring() const {
-  std::ostringstream bufstream;
-  unrounded().print(bufstream);
-  return bufstream.str();
-}
-
-inline string amount_t::quantity_string() const {
-  std::ostringstream bufstream;
-  number().print(bufstream);
-  return bufstream.str();
-}
-
-inline std::ostream& operator<<(std::ostream& out, const amount_t& amt) {
-  if (amount_t::stream_fullstrings)
-    amt.unrounded().print(out);
-  else
-    amt.print(out);
-  return out;
-}
-inline std::istream& operator>>(std::istream& in, amount_t& amt) {
-  amt.parse(in);
-  return in;
-}
-
-void put_amount(property_tree::ptree& pt, const amount_t& amt,
-                bool wrap = true, bool commodity_details = false);
-
-} // namespace ledger
-
-#endif // _AMOUNT_H