Value Class Reference

Represents the result of an evaluation. More...

#include <value.h>

List of all members.

Public Types
enum	ValueType {   NULL_VALUE = 0, ERROR_VALUE = 1<<0, UNDEFINED_VALUE = 1<<1, BOOLEAN_VALUE = 1<<2,   INTEGER_VALUE = 1<<3, REAL_VALUE = 1<<4, RELATIVE_TIME_VALUE = 1<<5, ABSOLUTE_TIME_VALUE = 1<<6,   STRING_VALUE = 1<<7, CLASSAD_VALUE = 1<<8, LIST_VALUE = 1<<9, NULL_VALUE = 0,   ERROR_VALUE = 1<<0, UNDEFINED_VALUE = 1<<1, BOOLEAN_VALUE = 1<<2, INTEGER_VALUE = 1<<3,   REAL_VALUE = 1<<4, RELATIVE_TIME_VALUE = 1<<5, ABSOLUTE_TIME_VALUE = 1<<6, STRING_VALUE = 1<<7,   CLASSAD_VALUE = 1<<8, LIST_VALUE = 1<<9 }
	Value types. More...
enum	NumberFactor {   NO_FACTOR = 0, B_FACTOR = 1, K_FACTOR = 2, M_FACTOR = 3,   G_FACTOR = 4, T_FACTOR = 5, NO_FACTOR = 0, B_FACTOR = 1,   K_FACTOR = 2, M_FACTOR = 3, G_FACTOR = 4, T_FACTOR = 5 }
	Number factors. More...
enum	ValueType {   NULL_VALUE = 0, ERROR_VALUE = 1<<0, UNDEFINED_VALUE = 1<<1, BOOLEAN_VALUE = 1<<2,   INTEGER_VALUE = 1<<3, REAL_VALUE = 1<<4, RELATIVE_TIME_VALUE = 1<<5, ABSOLUTE_TIME_VALUE = 1<<6,   STRING_VALUE = 1<<7, CLASSAD_VALUE = 1<<8, LIST_VALUE = 1<<9, NULL_VALUE = 0,   ERROR_VALUE = 1<<0, UNDEFINED_VALUE = 1<<1, BOOLEAN_VALUE = 1<<2, INTEGER_VALUE = 1<<3,   REAL_VALUE = 1<<4, RELATIVE_TIME_VALUE = 1<<5, ABSOLUTE_TIME_VALUE = 1<<6, STRING_VALUE = 1<<7,   CLASSAD_VALUE = 1<<8, LIST_VALUE = 1<<9 }
	Value types. More...
enum	NumberFactor {   NO_FACTOR = 0, B_FACTOR = 1, K_FACTOR = 2, M_FACTOR = 3,   G_FACTOR = 4, T_FACTOR = 5, NO_FACTOR = 0, B_FACTOR = 1,   K_FACTOR = 2, M_FACTOR = 3, G_FACTOR = 4, T_FACTOR = 5 }
	Number factors. More...
Public Member Functions
	Value ()
	Constructor.
	Value (const Value &value)
	Copy Constructor.
	~Value ()
	Destructor.
Value &	operator= (const Value &value)
	Assignment operator.
void	Clear (void)
void	CopyFrom (const Value &v)
void	SetBooleanValue (bool b)
void	SetRealValue (double r)
void	SetIntegerValue (int i)
void	SetUndefinedValue (void)
void	SetErrorValue (void)
void	SetListValue (ExprList *l)
void	SetClassAdValue (ClassAd *c)
void	SetStringValue (const std::string &str)
void	SetStringValue (const char *str)
void	SetAbsoluteTimeValue (abstime_t secs)
void	SetRelativeTimeValue (time_t secs)
void	SetRelativeTimeValue (double secs)
ValueType	GetType () const
bool	IsBooleanValue (bool &b) const
bool	IsBooleanValue () const
bool	IsBooleanValueEquiv (bool &b) const
bool	IsIntegerValue (int &i) const
bool	IsIntegerValue () const
bool	IsRealValue (double &r) const
bool	IsRealValue () const
bool	IsStringValue (std::string &str) const
bool	IsStringValue (const char *&str) const
bool	IsStringValue (char *str, int len) const
bool	IsStringValue (int &size) const
bool	IsStringValue () const
bool	IsListValue (const ExprList *&l) const
bool	IsListValue (ExprList *&l)
bool	IsListValue () const
bool	IsClassAdValue (const ClassAd *&c) const
bool	IsClassAdValue (ClassAd *&c)
bool	IsClassAdValue () const
bool	IsUndefinedValue () const
bool	IsErrorValue () const
bool	IsExceptional () const
bool	IsNumber () const
bool	IsNumber (int &i) const
bool	IsNumber (double &r) const
bool	IsAbsoluteTimeValue () const
bool	IsAbsoluteTimeValue (abstime_t &secs) const
bool	IsRelativeTimeValue () const
bool	IsRelativeTimeValue (double &secs) const
bool	IsRelativeTimeValue (time_t &secs) const
bool	SameAs (const Value &otherValue) const
	Value ()
	Constructor.
	Value (const Value &value)
	Copy Constructor.
	~Value ()
	Destructor.
Value &	operator= (const Value &value)
	Assignment operator.
void	Clear (void)
void	CopyFrom (const Value &v)
void	SetBooleanValue (bool b)
void	SetRealValue (double r)
void	SetIntegerValue (int i)
void	SetUndefinedValue (void)
void	SetErrorValue (void)
void	SetListValue (ExprList *l)
void	SetClassAdValue (ClassAd *c)
void	SetStringValue (const std::string &str)
void	SetStringValue (const char *str)
void	SetAbsoluteTimeValue (abstime_t secs)
void	SetRelativeTimeValue (time_t secs)
void	SetRelativeTimeValue (double secs)
ValueType	GetType () const
bool	IsBooleanValue (bool &b) const
bool	IsBooleanValue () const
bool	IsBooleanValueEquiv (bool &b) const
bool	IsIntegerValue (int &i) const
bool	IsIntegerValue () const
bool	IsRealValue (double &r) const
bool	IsRealValue () const
bool	IsStringValue (std::string &str) const
bool	IsStringValue (const char *&str) const
bool	IsStringValue (char *str, int len) const
bool	IsStringValue (int &size) const
bool	IsStringValue () const
bool	IsListValue (const ExprList *&l) const
bool	IsListValue (ExprList *&l)
bool	IsListValue () const
bool	IsClassAdValue (const ClassAd *&c) const
bool	IsClassAdValue (ClassAd *&c)
bool	IsClassAdValue () const
bool	IsUndefinedValue () const
bool	IsErrorValue () const
bool	IsExceptional () const
bool	IsNumber () const
bool	IsNumber (int &i) const
bool	IsNumber (double &r) const
bool	IsAbsoluteTimeValue () const
bool	IsAbsoluteTimeValue (abstime_t &secs) const
bool	IsRelativeTimeValue () const
bool	IsRelativeTimeValue (double &secs) const
bool	IsRelativeTimeValue (time_t &secs) const
bool	SameAs (const Value &otherValue) const
Static Public Attributes
static const double	ScaleFactor []
	Values of number multiplication factors.
Friends
class	Literal
class	ClassAd
class	ExprTree
bool	operator== (const Value &value1, const Value &value2)
std::ostream &	operator<< (std::ostream &stream, Value &value)
bool	operator== (const Value &value1, const Value &value2)
std::ostream &	operator<< (std::ostream &stream, Value &value)

---

Detailed Description

Represents the result of an evaluation.

---

Member Enumeration Documentation

enum Value::NumberFactor

Number factors.

Enumerator:

NO_FACTOR	No factor specified
B_FACTOR	Byte factor
K_FACTOR	Kilo factor
M_FACTOR	Mega factor
G_FACTOR	Giga factor
T_FACTOR	Terra factor
NO_FACTOR	No factor specified
B_FACTOR	Byte factor
K_FACTOR	Kilo factor
M_FACTOR	Mega factor
G_FACTOR	Giga factor
T_FACTOR	Terra factor

enum Value::NumberFactor

Number factors.

Enumerator:

NO_FACTOR	No factor specified
B_FACTOR	Byte factor
K_FACTOR	Kilo factor
M_FACTOR	Mega factor
G_FACTOR	Giga factor
T_FACTOR	Terra factor
NO_FACTOR	No factor specified
B_FACTOR	Byte factor
K_FACTOR	Kilo factor
M_FACTOR	Mega factor
G_FACTOR	Giga factor
T_FACTOR	Terra factor

enum Value::ValueType

Value types.

Enumerator:

ERROR_VALUE	The error value
UNDEFINED_VALUE	The undefined value
BOOLEAN_VALUE	A boolean value (false, true)
INTEGER_VALUE	An integer value
REAL_VALUE	A real value
RELATIVE_TIME_VALUE	A relative time value
ABSOLUTE_TIME_VALUE	An absolute time value
STRING_VALUE	A string value
CLASSAD_VALUE	A classad value
LIST_VALUE	An expression list value
ERROR_VALUE	The error value
UNDEFINED_VALUE	The undefined value
BOOLEAN_VALUE	A boolean value (false, true)
INTEGER_VALUE	An integer value
REAL_VALUE	A real value
RELATIVE_TIME_VALUE	A relative time value
ABSOLUTE_TIME_VALUE	An absolute time value
STRING_VALUE	A string value
CLASSAD_VALUE	A classad value
LIST_VALUE	An expression list value

enum Value::ValueType

Value types.

Enumerator:

ERROR_VALUE	The error value
UNDEFINED_VALUE	The undefined value
BOOLEAN_VALUE	A boolean value (false, true)
INTEGER_VALUE	An integer value
REAL_VALUE	A real value
RELATIVE_TIME_VALUE	A relative time value
ABSOLUTE_TIME_VALUE	An absolute time value
STRING_VALUE	A string value
CLASSAD_VALUE	A classad value
LIST_VALUE	An expression list value
ERROR_VALUE	The error value
UNDEFINED_VALUE	The undefined value
BOOLEAN_VALUE	A boolean value (false, true)
INTEGER_VALUE	An integer value
REAL_VALUE	A real value
RELATIVE_TIME_VALUE	A relative time value
ABSOLUTE_TIME_VALUE	An absolute time value
STRING_VALUE	A string value
CLASSAD_VALUE	A classad value
LIST_VALUE	An expression list value

---

Member Function Documentation

void Value::Clear

(

void

)

Discards the previous value and sets the value to UNDEFINED

void Value::Clear

(

void

)

Discards the previous value and sets the value to UNDEFINED

void Value::CopyFrom

(

const Value &

v

)

Copies the value of another value object.

Parameters:

v

The value copied from.

void Value::CopyFrom

(

const Value &

v

)

Copies the value of another value object.

Parameters:

v

The value copied from.

ValueType Value::GetType

(

)

const [inline]

Gets the type of the value.

Returns:

The value type.

See also:

ValueType

ValueType Value::GetType

(

)

const [inline]

Gets the type of the value.

Returns:

The value type.

See also:

ValueType

bool Value::IsAbsoluteTimeValue

(

)

const [inline]

Checks if the value is an absolute time value.

Returns:

true iff the value is an absolute time value.

bool Value::IsAbsoluteTimeValue

(

abstime_t &

secs

)

const [inline]

Checks if the value is an absolute time value.

Parameters:

secs

- Absolute time literal (Number of seconds since the UNIX epoch,timezone offset).

Returns:

true iff the value is an absolute time value.

bool Value::IsAbsoluteTimeValue

(

)

const

Checks if the value is an absolute time value.

Returns:

true iff the value is an absolute time value.

bool Value::IsAbsoluteTimeValue

(

abstime_t &

secs

)

const

Checks if the value is an absolute time value.

Parameters:

secs

- Absolute time literal (Number of seconds since the UNIX epoch,timezone offset).

Returns:

true iff the value is an absolute time value.

bool Value::IsBooleanValue

(

bool &

b

)

const [inline]

Checks if the value is boolean.

Parameters:

b

The boolean value if the value is boolean.

Returns:

true iff the value is boolean.

bool Value::IsBooleanValue

(

)

const [inline]

Checks if the value is boolean.

Returns:

true iff the value is boolean.

bool Value::IsBooleanValue

(

)

const [inline]

Checks if the value is boolean.

Returns:

true iff the value is boolean.

bool Value::IsBooleanValue

(

bool &

b

)

const [inline]

Checks if the value is boolean.

Parameters:

b

The boolean value if the value is boolean.

Returns:

true iff the value is boolean.

bool Value::IsBooleanValueEquiv

(

bool &

b

)

const

Checks if the value is boolean or something considered equivalent by implicit conversion (e.g. a number), if old ClassAd evaluation semantics are being used. If they're not being used, this method behaves like IsBooleanValue().

Parameters:

b

The boolean value if return is true.

Returns:

true iff the value is boolean or equivalent

bool Value::IsBooleanValueEquiv

(

bool &

b

)

const

Checks if the value is boolean or something considered equivalent by implicit conversion (e.g. a number), if old ClassAd evaluation semantics are being used. If they're not being used, this method behaves like IsBooleanValue().

Parameters:

b

The boolean value if return is true.

Returns:

true iff the value is boolean or equivalent

bool Value::IsClassAdValue

(

const ClassAd *&

c

)

const [inline]

Checks if the value is a ClassAd.

Parameters:

c

The ClassAd if the value is a ClassAd.

Returns:

true iff the value is a ClassAd.

bool Value::IsClassAdValue

(

ClassAd *&

c

)

[inline]

Checks if the value is a ClassAd. The ClassAd returned is the original list put into the ClassAd, so you only own it if you own the original.

Parameters:

c

The ClassAd if the value is a ClassAd.

Returns:

true iff the value is a ClassAd.

bool Value::IsClassAdValue

(

)

const [inline]

Checks if the value is a ClassAd.

Returns:

true iff the value is a ClassAd value.

bool Value::IsClassAdValue

(

const ClassAd *&

c

)

const [inline]

Checks if the value is a ClassAd.

Parameters:

c

The ClassAd if the value is a ClassAd.

Returns:

true iff the value is a ClassAd.

bool Value::IsClassAdValue

(

ClassAd *&

c

)

[inline]

Checks if the value is a ClassAd. The ClassAd returned is the original list put into the ClassAd, so you only own it if you own the original.

Parameters:

c

The ClassAd if the value is a ClassAd.

Returns:

true iff the value is a ClassAd.

bool Value::IsClassAdValue

(

)

const [inline]

Checks if the value is a ClassAd.

Returns:

true iff the value is a ClassAd value.

bool Value::IsErrorValue

(

void

)

const [inline]

Checks if the value is the error value.

Returns:

true iff the value if the error value.

bool Value::IsErrorValue

(

)

const [inline]

Checks if the value is the error value.

Returns:

true iff the value if the error value.

bool Value::IsExceptional

(

void

)

const [inline]

Checks if the value is exceptional.

Returns:

true iff the value is either undefined or error.

bool Value::IsExceptional

(

)

const [inline]

Checks if the value is exceptional.

Returns:

true iff the value is either undefined or error.

bool Value::IsIntegerValue

(

int &

i

)

const [inline]

Checks if the value is integral.

Parameters:

i

The integer value if the value is integer.

Returns:

true iff the value is an integer.

bool Value::IsIntegerValue

(

)

const [inline]

Checks if the value is integral.

Returns:

true iff the value is an integer.

bool Value::IsIntegerValue

(

)

const [inline]

Checks if the value is integral.

Returns:

true iff the value is an integer.

bool Value::IsIntegerValue

(

int &

i

)

const [inline]

Checks if the value is integral.

Parameters:

i

The integer value if the value is integer.

Returns:

true iff the value is an integer.

bool Value::IsListValue

(

)

const [inline]

Checks if the value is an expression list. The ExprList returned is the original list put into the ClassAd, so you only own it if you own the original.

Returns:

true iff the value is an expression list.

bool Value::IsListValue

(

const ExprList *&

l

)

const [inline]

Checks if the value is an expression list.

Parameters:

l

The expression list if the value is an expression list.

Returns:

true iff the value is an expression list.

bool Value::IsListValue

(

ExprList *&

l

)

[inline]

Checks if the value is an expression list. The ExprList returned is the original list put into the ClassAd, so you only own it if you own the original.

Parameters:

l

The expression list if the value is an expression list.

Returns:

true iff the value is an expression list.

bool Value::IsListValue

(

const ExprList *&

l

)

const [inline]

Checks if the value is an expression list.

Parameters:

l

The expression list if the value is an expression list.

Returns:

true iff the value is an expression list.

bool Value::IsListValue

(

)

const [inline]

Checks if the value is an expression list. The ExprList returned is the original list put into the ClassAd, so you only own it if you own the original.

Returns:

true iff the value is an expression list.

bool Value::IsListValue

(

ExprList *&

l

)

[inline]

Checks if the value is an expression list. The ExprList returned is the original list put into the ClassAd, so you only own it if you own the original.

Parameters:

l

The expression list if the value is an expression list.

Returns:

true iff the value is an expression list.

bool Value::IsNumber

(

double &

r

)

const

Checks if the value is numerical. If the value is an integer, it is promoted to a real.

Parameters:

r

The real value of the value if the value is a number.

Returns:

true iff the value is a number

bool Value::IsNumber

(

)

const [inline]

Checks if the value is numerical.

Returns:

true iff the value is a number

bool Value::IsNumber

(

int &

i

)

const

Checks if the value is numerical. If the value is a real, it is converted to an integer through truncation.

Parameters:

i

The integer value of the value if the value is a number.

Returns:

true iff the value is a number

bool Value::IsNumber

(

int &

i

)

const

Checks if the value is numerical. If the value is a real, it is converted to an integer through truncation.

Parameters:

i

The integer value of the value if the value is a number.

Returns:

true iff the value is a number

bool Value::IsNumber

(

)

const

Checks if the value is numerical.

Returns:

true iff the value is a number

bool Value::IsNumber

(

double &

r

)

const

Checks if the value is numerical. If the value is an integer, it is promoted to a real.

Parameters:

r

The real value of the value if the value is a number.

Returns:

true iff the value is a number

bool Value::IsRealValue

(

double &

r

)

const [inline]

Checks if the value is real.

Parameters:

r

The real value if the value is real.

Returns:

true iff the value is real.

bool Value::IsRealValue

(

)

const [inline]

Checks if the value is real.

Returns:

true iff the value is real.

bool Value::IsRealValue

(

double &

r

)

const [inline]

Checks if the value is real.

Parameters:

r

The real value if the value is real.

Returns:

true iff the value is real.

bool Value::IsRealValue

(

)

const [inline]

Checks if the value is real.

Returns:

true iff the value is real.

bool Value::IsRelativeTimeValue

(

)

const

Checks if the value is a relative time value.

Returns:

true iff the value is a relative time value

bool Value::IsRelativeTimeValue

(

)

const [inline]

Checks if the value is a relative time value.

Returns:

true iff the value is a relative time value

bool Value::IsRelativeTimeValue

(

double &

secs

)

const [inline]

Checks if the value is a relative time value.

Parameters:

secs

Number of seconds

Returns:

true iff the value is a relative time value

bool Value::IsRelativeTimeValue

(

double &

secs

)

const

Checks if the value is a relative time value.

Parameters:

secs

Number of seconds

Returns:

true iff the value is a relative time value

bool Value::IsStringValue

(

std::string &

str

)

const

Checks if the value is a string.

Parameters:

str

A reference to a string object, which is filled with the string value.

Returns:

true iff the value is a string.

bool Value::IsStringValue	(	char *	str,
		int	len
	)			const

Checks if the value is a string and provides a copy of it in a buffer you provide

Parameters:

	str	A buffer to hold the string value.
	len	The size of the buffer.

Returns:

true iff the value is a string.

bool Value::IsStringValue

(

)

const [inline]

Checks if the value is a string.

Returns:

true iff the value is string.

bool Value::IsStringValue

(

int &

size

)

const [inline]

Returns length of the string instead of the string

Parameters:

size

This is filled in with the size of the string

Returns:

true iff the value is string.

bool Value::IsStringValue

(

const char *&

str

)

const

Checks if the value is a string.

Parameters:

str

A reference to a C string, which will point to the string value. This pointer must not be deallocated or tampered with.

Returns:

true iff the value is a string.

bool Value::IsStringValue

(

std::string &

str

)

const [inline]

Checks if the value is a string.

Parameters:

str

A reference to a string object, which is filled with the string value.

Returns:

true iff the value is a string.

bool Value::IsStringValue

(

const char *&

str

)

const [inline]

Checks if the value is a string.

Parameters:

str

A reference to a C string, which will point to the string value. This pointer must not be deallocated or tampered with.

Returns:

true iff the value is a string.

bool Value::IsStringValue	(	char *	str,
		int	len
	)			const [inline]

Checks if the value is a string and provides a copy of it in a buffer you provide

Parameters:

	str	A buffer to hold the string value.
	len	The size of the buffer.

Returns:

true iff the value is a string.

bool Value::IsStringValue

(

int &

size

)

const [inline]

Returns length of the string instead of the string

Parameters:

size

This is filled in with the size of the string

Returns:

true iff the value is string.

bool Value::IsStringValue

(

)

const [inline]

Checks if the value is a string.

Returns:

true iff the value is string.

bool Value::IsUndefinedValue

(

void

)

const [inline]

Checks if the value is the undefined value.

Returns:

true iff the value if the undefined value.

bool Value::IsUndefinedValue

(

)

const [inline]

Checks if the value is the undefined value.

Returns:

true iff the value if the undefined value.

void Value::SetAbsoluteTimeValue

(

abstime_t

secs

)

Sets an absolute time value in seconds since the UNIX epoch, & the time zone it's measured in.

Parameters:

secs

- Absolute Time Literal(seconds since the UNIX epoch, timezone offset) .

void Value::SetAbsoluteTimeValue

(

abstime_t

secs

)

Sets an absolute time value in seconds since the UNIX epoch, & the time zone it's measured in.

Parameters:

secs

- Absolute Time Literal(seconds since the UNIX epoch, timezone offset) .

void Value::SetBooleanValue

(

bool

b

)

Sets a boolean value; previous value discarded.

Parameters:

b

The boolean value.

void Value::SetBooleanValue

(

bool

b

)

Sets a boolean value; previous value discarded.

Parameters:

b

The boolean value.

void Value::SetClassAdValue

(

ClassAd *

c

)

Sets a ClassAd value; previous value discarded. You still own the ClassA:, it is not owned by the Value class, so it is your responsibility to delete it.

Parameters:

c

The ClassAd value.

void Value::SetClassAdValue

(

ClassAd *

c

)

Sets a ClassAd value; previous value discarded. You still own the ClassA:, it is not owned by the Value class, so it is your responsibility to delete it.

Parameters:

c

The ClassAd value.

void Value::SetErrorValue

(

void

)

Sets the error value; previous value discarded.

void Value::SetErrorValue

(

void

)

Sets the error value; previous value discarded.

void Value::SetIntegerValue

(

int

i

)

Sets an integer value; previous value discarded.

Parameters:

i

The integer value.

void Value::SetIntegerValue

(

int

i

)

Sets an integer value; previous value discarded.

Parameters:

i

The integer value.

void Value::SetListValue

(

ExprList *

l

)

Sets an expression list value; previous value discarded. You still own the ExprList:: it is not owned by the Value class, so it is your responsibility to delete it.

Parameters:

l

The list value.

void Value::SetListValue

(

ExprList *

l

)

Sets an expression list value; previous value discarded. You still own the ExprList:: it is not owned by the Value class, so it is your responsibility to delete it.

Parameters:

l

The list value.

void Value::SetRealValue

(

double

r

)

Sets a real value; previous value discarded.

Parameters:

r

The real value.

void Value::SetRealValue

(

double

r

)

Sets a real value; previous value discarded.

Parameters:

r

The real value.

void Value::SetRelativeTimeValue

(

time_t

secs

)

Sets a relative time value.

Parameters:

secs

Number of seconds.

void Value::SetRelativeTimeValue

(

time_t

secs

)

Sets a relative time value.

Parameters:

secs

Number of seconds.

void Value::SetStringValue

(

const char *

str

)

Sets a string value; previous value discarded. The string is copied so you may feel free to delete the original if you wish.

Parameters:

str

The string value.

void Value::SetStringValue

(

const std::string &

str

)

Sets a string value; previous value discarded.

Parameters:

str

The string value.

void Value::SetStringValue

(

const std::string &

str

)

Sets a string value; previous value discarded.

Parameters:

str

The string value.

void Value::SetStringValue

(

const char *

str

)

Sets a string value; previous value discarded. The string is copied so you may feel free to delete the original if you wish.

Parameters:

str

The string value.

void Value::SetUndefinedValue

(

void

)

Sets the undefined value; previous value discarded.

void Value::SetUndefinedValue

(

void

)

Sets the undefined value; previous value discarded.

---

Member Data Documentation

const double Value::ScaleFactor [static]

Initial value:

 {
    1.0,                        
    1.0,                        
    1024.0,                     
    1024.0*1024.0,              
    1024.0*1024.0*1024.0,       
    1024.0*1024.0*1024.0*1024.0 
}

Values of number multiplication factors.

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The documentation for this class was generated from the following files:

• classad/value.h
• classads-1.0.10/classad/value.h
• classads-1.0.10/value.cpp
• value.cpp