ListDataStock< T, PolicyChronologic > Class Template Reference

Use a policy PolicyChronologic, default VecNoChronologic. More...

#include <ListDataStock.h>

Inheritance diagram for ListDataStock< T, PolicyChronologic >:

Collaboration diagram for ListDataStock< T, PolicyChronologic >:

Public Member Functions
void	PrintData (const unsigned int verbose=0) const
	Nice formatting output on console. More...
Constructors and destructor
	ListDataStock ()
	ListDataStock (std::string iname, ETime itmscl, Utils::firstlast_dates idates=Utils::get_fldate_default())
	ListDataStock (std::string iname, ETime itmscl, unsigned int size)
	Reserve size for the vector, default DataStock constructor is called (dates and values are set to zero) More...
	ListDataStock (std::string iname, ETime itmscl, const std::vector< T > &vec_data)
	Constructor accepting a std::vector<DataStock> More...
	~ListDataStock ()
	Destructor. More...
Wrappers to the internal std::vector
unsigned int	GetSize () const
	Return the size of the vector. More...
unsigned int	Capacity () const
	Return the capacity of the vector. More...
void	Reserve (const unsigned int new_size)
	Reserve new_size elements. More...
void	Clear ()
	Clear the vector and reinitialize data members to default values. More...
void	Swap ()
	Reduce the capacity of the internal vector to fit its size. More...
Access to the DataStock elements
const T &	ChronologicAt (const unsigned int offset) const
	Get the nth element in a chronological order. More...
const T &	NoChronologicAt (const unsigned int offset) const
	Get nth element in a non chronological order. More...
T &	operator[] (const unsigned int offset)
	Access nth element, do not check for the policy chronology. More...
Update of the list
void	AddData (DataStock &data)
	Add a copy of the DataStock into the ListDataStock. More...
int	AddToList (const ListDataStockBase *new_list)
	Append all data from a new list ( coming from an Update or ReadCSV normally ) to an existing list. More...
void	Replace (const ListDataStockBase *ldata_in)
	Replace all DataStock's of the list with ldata_in.data, without checking for update. More...
Transform to/from C-Array
unsigned int	GetCArray (var_types arraydata_c, const EPChrono b_order, const unsigned int no=0) const
	Extract the data into a one dimensional C-array. More...
unsigned int	GetCArray (var_types2 arraydata_c, const EPChrono b_order, std::initializer_list< unsigned int > list_no) const
	Overload version with an initilizer_list, fill a 2 dimensional C-array. More...
int	PutCArray (const ListDataStockBase &ldata_date, const unsigned int nb_data, const unsigned size_indic, var_types arraydata_c, const unsigned int offset_begin, const unsigned int offset_end=0, const EPChrono b_chrono=EPChrono::CHRONO, bool full_array=false)
	Fill a ListDataStock<T> from a 2 dimensional C-array. More...
Functions related to the policy of the list
std::string	policy () const
	Return a string of the chronology policy. More...
EPChrono	bpolicy () const
	Return policy as an enumeration type EPChrono, CHRONO / NO_CHRONO. More...
time_t	LastUpdate () const
	Get the date of the last data (always chronological meaning) More...
time_t	GetFirstTime () const
	Get the date of the first data (always chronological meaning) More...
void	Order (const EPChrono b_chronologic=EPChrono::CHRONO)
	Function to reverse the internal vector in its original policy. More...
void	SetDates ()
	Set the correct first/last dates from the DataStock in the vector. More...
void	SetDates (time_t first, time_t last)
	Set dates, 2 arguments. More...
Public Member Functions inherited from ListDataStockBase
	ListDataStockBase ()
	Default constructor, set empty names, timescale ETime::not_a_time, dates are zero. More...
	ListDataStockBase (std::string iname, ETime itmscl, Utils::firstlast_dates idates=Utils::get_fldate_default())
	Constructor sets name, timescale and optionaly dates. More...
virtual	~ListDataStockBase ()
	Destructor. More...
std::string	GetName () const
virtual std::string	GetFullName () const
virtual ETime	GetTimeScale () const
virtual void	SetTimeScale (const ETime new_tmscl)
void	SetName (const std::string iname)
virtual void	SetFullName (std::string fname)
virtual Utils::firstlast_dates	GetDates () const
	Return the structure Utils::firstlast_dates of the private data member, not from the data. More...
time_t	GetFirstDate () const
	Get first date from the private data member dates. More...
time_t	GetLastDate () const
	Get last date from the private data member dates. More...
virtual void	SetDates (const Utils::firstlast_dates &new_date)
	Set dates with a structure Utils::firstlast_dates. More...
virtual void	GetVectorData (std::vector< DataCSV > &, const EPChrono) const
virtual void	GetVectorData (std::vector< SimpleData > &, const EPChrono) const
virtual void	GetVectorData (std::vector< MultiData > &, const EPChrono) const

Protected Member Functions
void	GetVectorData (std::vector< T > &res, const EPChrono chrono) const

Private Member Functions
	ListDataStock (const ListDataStock &src)=delete
	Deleted copy constructor. More...
ListDataStock &	operator= (const ListDataStockBase &rhs)=delete
	Deleted assignment operator. More...

Private Attributes
std::vector< T >	ListData
	internal vector of objects DataStock More...

Additional Inherited Members
Public Types inherited from ListDataStockBase
typedef boost::variant< float **, double **, int ** >	var_types
typedef boost::variant< float ***, double ***, int *** >	var_types2
Protected Attributes inherited from ListDataStockBase
std::string	name
	name stores the indicator label with the parameters, it corresponds to its ShortName More...
ETime	tmscl
	TimeScale of the List. More...
Utils::firstlast_dates	dates
	Store the first and last dates of the list Redondant with dates from DataStock, added first for reading header of files, selecting a range.. but not easy to keep synchronized and not sure it is really necessary. More...
std::string	fullname
	fullname seems necessary (convenient) for GUI, never set by constructors More...

Detailed Description

template<class T, template< class > class PolicyChronologic>
class ListDataStock< T, PolicyChronologic >

Use a policy PolicyChronologic, default VecNoChronologic.

This class uses ChronologicalAt or NoChronologicalAt() to loop over elements in a specific order,
whatever the order they are stored internally

Most functions to add elements will take care internally the policy is respected (not AddData).

Order() is used to reoder elements in the correct policy. It aims to be called in every specific algorithms, where one of the policy is easier to implement.

Typedefs are defined in typedef.h, to simplify the definition of often used types of list.

Attention

Objects are stored in a std::vector (for expected efficiency), the access to DataStock by references or pointers may cause problems, e.g., if the vector is reallocated.

Definition at line 529 of file ListDataStock.h.

Constructor & Destructor Documentation

template<class T, template< class > class PolicyChronologic>

ListDataStock< T, PolicyChronologic >::ListDataStock ( )

inline

Definition at line 538 of file ListDataStock.h.

template<class T, template< class > class PolicyChronologic>

ListDataStock< T, PolicyChronologic >::ListDataStock ( std::string  iname, ETime  itmscl, Utils::firstlast_dates  idates = Utils::get_fldate_default ()  )

inline

Definition at line 540 of file ListDataStock.h.

template<class T, template< class > class PolicyChronologic>

ListDataStock< T, PolicyChronologic >::ListDataStock ( std::string  iname, ETime  itmscl, unsigned int  size  )

inline

Reserve size for the vector, default DataStock constructor is called (dates and values are set to zero)

Definition at line 544 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::ListData.

template<class T, template< class > class PolicyChronologic>

ListDataStock< T, PolicyChronologic >::ListDataStock ( std::string  iname, ETime  itmscl, const std::vector< T > &  vec_data  )

inline

Constructor accepting a std::vector<DataStock>

Definition at line 547 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::ListData.

template<class T, template< class > class PolicyChronologic>

ListDataStock< T, PolicyChronologic >::~ListDataStock ( )

inline

Destructor.

Definition at line 554 of file ListDataStock.h.

template<class T, template< class > class PolicyChronologic>

ListDataStock< T, PolicyChronologic >::ListDataStock ( const ListDataStock< T, PolicyChronologic > &  src )

privatedelete

Deleted copy constructor.

Member Function Documentation

template<class T, template< class > class PolicyChronologic>

void ListDataStock< T, PolicyChronologic >::AddData ( DataStock &  )

inlinevirtual

Add a copy of the DataStock into the ListDataStock.

The policy is not checked here, always insert to the end of the vector(with a push_back())
Dates are not updated
Correct order can later be changed in calling Order( EPChrono chrono_data )

Todo:

maybe insert first, insert last option, order or chronology ? add order best, but inefficient to insert first every time

should use T in derived class, does not make sense otherwise. More flexible ? certainly can use GetX

Parameters

data	: DataStock to insert

Implements ListDataStockBase.

Definition at line 588 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::ListData.

Referenced by GetListDataFromPyList(), and ListDataStock_Utils::TransformTimeScale().

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template<class T , template< class > class PolicyChronologic>

int ListDataStock< T, PolicyChronologic >::AddToList ( const ListDataStockBase *  )

virtual

Append all data from a new list ( coming from an Update or ReadCSV normally ) to an existing list.

Effect expected:

• FirstDates are equal : replace all data, reset the dates, return 0.
• First date of new == last date of old : check if need to replace the last data of old
• Continue for update, adding only the new data, check by assert first date of new > last date of last

Precondition

valid dates for the input new_list.

Postcondition

new_list is not modified, it should always be deleted by the calling function. Dates are correctly updated by this function.

Parameters

new_list

list to append

Returns

status : 0 if correct (even if no update), 1 error: if input is nullptr or its size is 0

Implements ListDataStockBase.

Definition at line 80 of file ListDataStock_timpl.h.

References ListDataStockBase::ChronologicAt(), DataStock::GetDate(), ListDataStockBase::GetFirstDate(), ListDataStockBase::GetFirstTime(), ListDataStockBase::GetLastDate(), ListDataStockBase::GetSize(), ListDataStockBase::GetVectorData(), ListDataStockBase::LastUpdate(), and Utils::Time_tToString().

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template<class T, template< class > class PolicyChronologic>

EPChrono ListDataStock< T, PolicyChronologic >::bpolicy ( ) const

inlinevirtual

Return policy as an enumeration type EPChrono, CHRONO / NO_CHRONO.

Implements ListDataStockBase.

Definition at line 624 of file ListDataStock.h.

Referenced by ListDataStock< T, PolicyChronologic >::GetVectorData().

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template<class T, template< class > class PolicyChronologic>

unsigned int ListDataStock< T, PolicyChronologic >::Capacity ( ) const

inlinevirtual

Return the capacity of the vector.

Implements ListDataStockBase.

Definition at line 561 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::ListData.

template<class T, template< class > class PolicyChronologic>

const T& ListDataStock< T, PolicyChronologic >::ChronologicAt ( const unsigned int  offset ) const

inlinevirtual

Get the nth element in a chronological order.

Because the full DataStock object is stored (not a pointer or a base class),
it returns a reference to the exact type (SimpleData, MultiData, DataCSV).

Attention

Do not perform bound-check
It is a reference, it is only valid until the internal vector is not reallocated

ChronologicAt :

• 0 return the first in time
• size()-1 return the last in time

Parameters

offset

nth element [0,GetSize()-1]

Returns

a reference to a object derived from DataStock

Implements ListDataStockBase.

Definition at line 570 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::ListData.

Referenced by THStock::GetDateFromBin(), ListDataStock< T, PolicyChronologic >::SetDates(), and Stock::WriteCSV().

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template<class T , template< class > class PolicyChronologic>

void ListDataStock< T, PolicyChronologic >::Clear ( )

virtual

Clear the vector and reinitialize data members to default values.

Call std::vector.clear(), size is set to 0 but capacity is not modified
Reset name and fullname to "" timescale is set to ETime::not_a_time

Implements ListDataStockBase.

Definition at line 25 of file ListDataStock_timpl.h.

References Utils::get_fldate_default(), and not_a_time.

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template<class T , template< class > class PolicyChronologic>

unsigned int ListDataStock< T, PolicyChronologic >::GetCArray ( var_types  arraydata_c, const EPChrono  b_order, const unsigned int  no = 0  ) const

virtual

Extract the data into a one dimensional C-array.

Extract only the data, as float or double, not the dates.
The C-array is allocated inside the function and filled in the order given by b_order
With type of DataStock containing more than one data, the user can specify which one to extract.

Precondition

the 1D C-array must not be allocated, only declared

Postcondition

The C-array must be deleted (delete []) by the caller after use

Example to create a single dimensional array with the close values:

float * array;
unsigned int size = list_datacsv.GetCArray2 ( &array, EPChrono::NO_CHRONO, 3 );
// need to deallocate later on
delete[] array

Example to create and fill a multi-dimensional array with CLOSE and Volume:

double ** array2 = new double*[nb_indice];
// creates and fill first indice, CLOSE. Give explicitly the address of the first indice of the array
list_datacsv.GetCArray ( &(array2[0]), EPChrono::CHRONO,  as_uint(EDS::ECSV::CLOSE) );
// creates and fill second indice, Volume. Give explicitly the address of the second indice of the array
list_volume.GetCArray ( &(array2[1]), EPChrono::CHRONO );
// later on
for ( unsigned int i = 0; i < nb_indice; ++i )
    delete[] array2[i];
delete[] array2;

This second example shows that any combination of data could be append into a c-array.
Then this array could be used to fill a ListDataStock<MultiData> for instance

Note

The second example could not be done with the overloaded method accepting a list initializer
(data must come from the same list, and the array cannot be extended later on)

Parameters

arraydata_c	pointer on a one dimensional array
b_order	if the data must be in a chronological or not chronological order
no	indicates which field to extract. It is possible to use the enumaration EDS::ECSV

Returns

size of the allocated array

Implements ListDataStockBase.

Definition at line 269 of file ListDataStock_timpl.h.

References CHRONO.

template<class T , template< class > class PolicyChronologic>

unsigned int ListDataStock< T, PolicyChronologic >::GetCArray ( var_types2  arraydata_c, const EPChrono  b_order, std::initializer_list< unsigned int >  list_no  ) const

virtual

Overload version with an initilizer_list, fill a 2 dimensional C-array.

Allocates and fills a 2-dimensional array

Precondition

the C-array should not be allocated, only defined as float** or double **

Postcondition

the C-array has to be deallocated

Example of usage:

// must be only declared, all allocation inside the function
float **array_out;

// will allocate array_out[ size_allocated ][ nb_data ], here 2
size_allocated = list_csv.GetCArray( &array_out, EPChrono::CHRONO, {as_uint(EDS::ECSV::OPEN), as_uint(EDS::ECSV::CLOSE)} );

//later must deallocate
for ( unsigned int i = 0; i < size_allocated; ++i )
    delete[] array_out[i];
delete[] array_out;

Parameters

arraydata_c	pointer on a 2 dimensional array
b_order	if the data must be in a chronological or non-chronological order
list	of data to extract, e.g., {0,2,3} or {ECSV::OPEN, ECVS::CLOSE}

Returns

first size of the allocated array, can be used for deletion

Implements ListDataStockBase.

Definition at line 311 of file ListDataStock_timpl.h.

template<class T, template< class > class PolicyChronologic>

time_t ListDataStock< T, PolicyChronologic >::GetFirstTime ( ) const

inlinevirtual

Get the date of the first data (always chronological meaning)

Implements ListDataStockBase.

Definition at line 628 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::ListData.

template<class T, template< class > class PolicyChronologic>

unsigned int ListDataStock< T, PolicyChronologic >::GetSize ( ) const

inlinevirtual

Return the size of the vector.

Returns

the size of the vector, not the capacity

Implements ListDataStockBase.

Definition at line 560 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::ListData.

Referenced by ListDataStock< T, PolicyChronologic >::SetDates(), ListDataStock_Utils::TransformTimeScale(), and Stock::UpdateCSVFromWeb().

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template<class T, template< class > class PolicyChronologic>

void ListDataStock< T, PolicyChronologic >::GetVectorData ( std::vector< T > &  res, const EPChrono  chrono  ) const

inlineprotected

Definition at line 647 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::bpolicy(), and ListDataStock< T, PolicyChronologic >::ListData.

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template<class T, template< class > class PolicyChronologic>

time_t ListDataStock< T, PolicyChronologic >::LastUpdate ( ) const

inlinevirtual

Get the date of the last data (always chronological meaning)

Implements ListDataStockBase.

Definition at line 626 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::ListData.

template<class T, template< class > class PolicyChronologic>

const T& ListDataStock< T, PolicyChronologic >::NoChronologicAt ( const unsigned int  offset ) const

inlinevirtual

Get nth element in a non chronological order.

Because the full DataStock object is stored (not a pointer or a base class),
it returns a reference to the exact type (SimpleData, MultiData, DataCSV).

Attention

Do not perform bound-check
It is a reference, it is only valid until the internal vector is not reallocated

Parameters

offset

nth element [0,GetSize()-1]

Returns

a reference to a object derived from DataStock

Implements ListDataStockBase.

Definition at line 573 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::ListData.

Referenced by ListDataStock< T, PolicyChronologic >::SetDates(), ListDataStock_Utils::TransformTimeScale(), and Stock::WriteCSV().

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template<class T, template< class > class PolicyChronologic>

ListDataStock& ListDataStock< T, PolicyChronologic >::operator= ( const ListDataStockBase &  rhs )

privatedelete

Deleted assignment operator.

template<class T, template< class > class PolicyChronologic>

T& ListDataStock< T, PolicyChronologic >::operator[] ( const unsigned int  offset )

inlinevirtual

Access nth element, do not check for the policy chronology.

Implements ListDataStockBase.

Definition at line 578 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::ListData.

template<class T, template< class > class PolicyChronologic>

void ListDataStock< T, PolicyChronologic >::Order ( const EPChrono  chrono = EPChrono::CHRONO )

inlinevirtual

Function to reverse the internal vector in its original policy.

Need to know the order the data have been added (order_data) using AddData (AddToList should be correct now) Then the call to Order( order_data ), will modify the internal vector order to respect the policy of the list.
If the order is already correct, nothing will be done (known at compile-time).
It allows to use any convenient order in a specific algorithm, and correct only at the end.
Even if the list is created outside the function which implements the algorithm.

Default true from TAlib, indicates if order is chronologic or not

Parameters

b_chronologic, indicates if the data have been inserted chronologicaly or not

Implements ListDataStockBase.

Definition at line 629 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::ListData.

Referenced by ListDataStock_Utils::TransformTimeScale(), Stock::UpdateCSVFromWeb(), and wrapUpdateCSV().

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template<class T, template< class > class PolicyChronologic>

std::string ListDataStock< T, PolicyChronologic >::policy ( ) const

inlinevirtual

Return a string of the chronology policy.

Implements ListDataStockBase.

Definition at line 623 of file ListDataStock.h.

template<class T , template< class > class PolicyChronologic>

void ListDataStock< T, PolicyChronologic >::PrintData ( const unsigned int  verbose = 0 ) const

virtual

Nice formatting output on console.

verbose :

• 0 Print first and last data, with header
• 1 Print all data, no header

Parameters

verbose

: add more information, value = 0 (default) or 1

Implements ListDataStockBase.

Definition at line 469 of file ListDataStock_timpl.h.

References FullName::GetTimeScale(), and Utils::Time_tToString().

Referenced by wrapUpdateCSV().

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template<class T , template< class > class PolicyChronologic>

int ListDataStock< T, PolicyChronologic >::PutCArray ( const ListDataStockBase &  ldata_date, const unsigned int  nb_data, const unsigned  size_indic, var_types  arraydata_c, const unsigned int  offset_begin, const unsigned int  offset_end = 0, const EPChrono  b_chrono = EPChrono::CHRONO, bool  full_array = false  )

virtual

Fill a ListDataStock<T> from a 2 dimensional C-array.

Insert all the data of the C-array into the list.
If the indicator has multiple values (MACD), all data are inserted at once with a ListDataStock<MultiData>.
The ldata_date parameter is necessary to set the dates after a computation,
Normally, it is the same List used as input for the computation (allow correct offsets)
Because some indicators may be shorter than the input, e.g. a moving average of X data, TALib uses the concept of offsets.
When putting the data into a List, it should be specified a offset_begin of X.

The algorithm is independent of the policy order of ldata_date or this.
The only important parameter is the order of the c-array: last parameter b_chrono.

Precondition

c-array, a pointer to a 2 dimensional array ?? should work with one dimensional (size_indic 1) ?
For length of c-array nb_data_c must be correct: larger or equal than nb_data == ldata_date - offset_begin - offset_end, (assert, maybe nb_data < later)
For width of c_array size_indic should be valid (c_array at least large enough)

Postcondition

Size of the output is nb_data == ldata_date.size()- offset_begin- offset_end (assert, may be relaxed)
Dates as data members are updated
TimeScale of the output is set according to ldata_date (warning if wrong in input)
Name is left unchanged

Maybe later, a shift for size_indic: extract only relevant columns

Parameters

ldata_date	a list which will be used to set the correct dates
nb_data	the number of time data to include, should be smaller or equal to the nb_data_c
size_indic	number of values for each data, e.g. for MACD = 3
arraydata_c	c-array[size_indic][nb_data_c] as input with nb_data_c == nb_data at the moment
offset_begin	offset with the beginning of ldata_date (considered chronological)
offset_end	offset with the end of ldata_date (consider chronological)
b_chrono	EPChrono enumeration, indicates in which order the data are stored in the C-array
full_array	boolean true : a full c-array is used, or false : offset(s) are not present

Returns

status not used yet

Implements ListDataStockBase.

Definition at line 375 of file ListDataStock_timpl.h.

References CHRONO, ListDataStockBase::ChronologicAt(), DataStock::GetDate(), ListDataStockBase::GetSize(), ListDataStockBase::GetTimeScale(), NO_CHRONO, ListDataStockBase::NoChronologicAt(), and not_a_time.

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template<class T , template< class > class PolicyChronologic>

void ListDataStock< T, PolicyChronologic >::Replace ( const ListDataStockBase *  )

virtual

Replace all DataStock's of the list with ldata_in.data, without checking for update.

Copy explicitly the data of new_list into this and set the new dates.
=> Pointers to this are still valid.
Insert data respecting the policy of this.
Used by TAlib indicators, always replace the listdata by default

Postcondition

new_list should always be deleted after a replace
Dates in data members are correctly updated

to see later, avoid this expensive copy, try more real update

Parameters

ldata_in

list with new DataStock

Implements ListDataStockBase.

Definition at line 205 of file ListDataStock_timpl.h.

References ListDataStockBase::GetVectorData().

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template<class T, template< class > class PolicyChronologic>

void ListDataStock< T, PolicyChronologic >::Reserve ( const unsigned int  new_size )

inlinevirtual

Reserve new_size elements.

Allocate enough memory to store new_size objects without reallocating memory

Parameters

new_size

of the vector

Implements ListDataStockBase.

Definition at line 562 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::ListData.

Referenced by GetListDataFromPyList(), and ListDataStock_Utils::TransformTimeScale().

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template<class T, template< class > class PolicyChronologic>

void ListDataStock< T, PolicyChronologic >::SetDates ( )

inlinevirtual

Set the correct first/last dates from the DataStock in the vector.

to call only after loading the data

Implements ListDataStockBase.

Definition at line 633 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::ChronologicAt(), ListDataStockBase::dates, Utils::firstlast_dates::first, ListDataStock< T, PolicyChronologic >::GetSize(), Utils::firstlast_dates::last, and ListDataStock< T, PolicyChronologic >::NoChronologicAt().

Referenced by ListDataStock_Utils::TransformTimeScale(), Stock::UpdateCSVFromWeb(), and wrapUpdateCSV().

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template<class T, template< class > class PolicyChronologic>

void ListDataStock< T, PolicyChronologic >::SetDates ( time_t  first, time_t  last  )

inlinevirtual

Set dates, 2 arguments.

Reimplemented from ListDataStockBase.

Definition at line 640 of file ListDataStock.h.

References ListDataStockBase::SetDates().

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template<class T, template< class > class PolicyChronologic>

void ListDataStock< T, PolicyChronologic >::Swap ( )

inlinevirtual

Reduce the capacity of the internal vector to fit its size.

Implements ListDataStockBase.

Definition at line 564 of file ListDataStock.h.

References ListDataStock< T, PolicyChronologic >::ListData.

Referenced by ListDataStock_Utils::TransformTimeScale().

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Field Documentation

template<class T, template< class > class PolicyChronologic>

std::vector<T> ListDataStock< T, PolicyChronologic >::ListData

private

internal vector of objects DataStock

Definition at line 656 of file ListDataStock.h.

Referenced by ListDataStock< T, PolicyChronologic >::AddData(), ListDataStock< T, PolicyChronologic >::Capacity(), ListDataStock< T, PolicyChronologic >::ChronologicAt(), ListDataStock< T, PolicyChronologic >::GetFirstTime(), ListDataStock< T, PolicyChronologic >::GetSize(), ListDataStock< T, PolicyChronologic >::GetVectorData(), ListDataStock< T, PolicyChronologic >::LastUpdate(), ListDataStock< T, PolicyChronologic >::ListDataStock(), ListDataStock< T, PolicyChronologic >::NoChronologicAt(), ListDataStock< T, PolicyChronologic >::operator[](), ListDataStock< T, PolicyChronologic >::Order(), ListDataStock< T, PolicyChronologic >::Reserve(), and ListDataStock< T, PolicyChronologic >::Swap().

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

• src_cpp/ListDataStock.h
• src_cpp/ListDataStock_timpl.h