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Remove more Locale Kit cruft.

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BNumberFormat is the way to go for all of this. This code was not even
compiled in.
This commit is contained in:
Adrien Destugues
2017-07-30 19:25:16 +02:00
parent 979a0b6a20
commit 01c1bb6223
12 changed files with 0 additions and 1923 deletions
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headers/os/LocaleKit.h
-1
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@@ -10,7 +10,6 @@
#include <FormatImpl.h>
#include <FormatParameters.h>
#include <FormattingConventions.h>
#include <GenericNumberFormat.h>
#include <Language.h>
#include <Locale.h>
#include <NumberFormat.h>
headers/os/locale/GenericNumberFormat.h
-157
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@@ -1,157 +0,0 @@
#ifndef _B_GENERIC_NUMBER_FORMAT_H_
#define _B_GENERIC_NUMBER_FORMAT_H_
#include <IntegerFormatParameters.h>
class BString;
struct format_field_position;
class BGenericNumberFormat {
public:
BGenericNumberFormat();
~BGenericNumberFormat();
status_t FormatInteger(const BIntegerFormatParameters *parameters,
int64 number, BString *buffer,
format_field_position *positions = NULL,
int32 positionCount = 1,
int32 *fieldCount = NULL,
bool allFieldPositions = false) const;
status_t FormatInteger(const BIntegerFormatParameters *parameters,
int64 number, char *buffer, size_t bufferSize,
format_field_position *positions = NULL,
int32 positionCount = 1,
int32 *fieldCount = NULL,
bool allFieldPositions = false) const;
status_t FormatInteger(const BIntegerFormatParameters *parameters,
uint64 number, BString *buffer,
format_field_position *positions = NULL,
int32 positionCount = 1,
int32 *fieldCount = NULL,
bool allFieldPositions = false) const;
status_t FormatInteger(const BIntegerFormatParameters *parameters,
uint64 number, char *buffer, size_t bufferSize,
format_field_position *positions = NULL,
int32 positionCount = 1,
int32 *fieldCount = NULL,
bool allFieldPositions = false) const;
// default number format parameters
status_t SetDefaultIntegerFormatParameters(
const BIntegerFormatParameters *parameters);
BIntegerFormatParameters *DefaultIntegerFormatParameters();
const BIntegerFormatParameters *DefaultIntegerFormatParameters() const;
// other parameters configuring the formatter
status_t SetDigitSymbols(const char **digits);
status_t SetFractionSeparator(const char *decimalSeparator);
status_t SetGroupingInfo(const char **groupingSeparators,
size_t separatorCount, size_t *groupSizes, size_t sizeCount);
status_t SetExponentSymbol(const char *exponentSymbol,
const char *upperCaseExponentSymbol = NULL);
status_t SetSpecialNumberSymbols(const char *nan,
const char *infinity, const char *negativeInfinity = NULL,
const char *upperCaseNaN = NULL,
const char *upperCaseInfinity = NULL,
const char *upperCaseNegativeInfinity = NULL);
status_t SetSignSymbols(const char *plusPrefix,
const char *minusPrefix, const char *padPlusPrefix,
const char *noForcePlusPrefix = NULL, const char *plusSuffix = NULL,
const char *minusSuffix = NULL, const char *padPlusSuffix = NULL,
const char *noForcePlusSuffix = NULL);
status_t SetMantissaSignSymbols(const char *plusPrefix,
const char *minusPrefix, const char *padPlusPrefix,
const char *noForcePlusPrefix = NULL, const char *plusSuffix = NULL,
const char *minusSuffix = NULL, const char *padPlusSuffix = NULL,
const char *noForcePlusSuffix = NULL);
status_t SetExponentSignSymbols(const char *plusPrefix,
const char *minusPrefix, const char *plusSuffix = NULL,
const char *minusSuffix = NULL);
// TODO: Support engineering representation of scientific format (exponent
// is a multiple of 3), i.e. allow setting the number of which the exponent
// must be a multiple of.
private:
class BufferWriter;
class Float;
class GroupingInfo;
class Integer;
class SignSymbols;
struct SpecialNumberSymbols;
struct Symbol {
char *symbol;
int length;
int char_count;
Symbol(const char *symbol = NULL);
~Symbol();
status_t SetTo(const char *symbol);
void Unset() { SetTo(NULL); }
};
static const Symbol kDefaultDigitSymbols[];
static const Symbol kDefaultFractionSeparator;
static const Symbol kDefaultExponentSymbol;
static const Symbol kDefaultUpperCaseExponentSymbol;
static const Symbol kDefaultNaNSymbol;
static const Symbol kDefaultUpperCaseNaNSymbol;
static const Symbol kDefaultInfinitySymbol;
static const Symbol kDefaultUpperCaseInfinitySymbol;
static const Symbol kDefaultNegativeInfinitySymbol;
static const Symbol kDefaultUpperCaseNegativeInfinitySymbol;
static const GroupingInfo kDefaultGroupingInfo;
static const GroupingInfo kNoGroupingInfo;
static const SignSymbols kDefaultSignSymbols;
static const SignSymbols kDefaultMantissaSignSymbols;
static const SignSymbols kDefaultExponentSignSymbols;
status_t FormatInteger(const BIntegerFormatParameters *parameters,
const Integer &integer, char *buffer,
size_t bufferSize,
format_field_position *positions = NULL,
int32 positionCount = 1,
int32 *fieldCount = NULL,
bool allFieldPositions = false) const;
const Symbol *DigitSymbols() const;
const Symbol *FractionSeparator() const;
const GroupingInfo *GetGroupingInfo() const;
const Symbol *ExponentSymbol(bool upperCase = false) const;
const Symbol *NaNSymbol(bool upperCase = false) const;
const Symbol *InfinitySymbol(bool upperCase = false) const;
const Symbol *NegativeInfinitySymbol(bool upperCase = false) const;
void GetSpecialNumberSymbols(bool upperCase,
SpecialNumberSymbols *symbols) const;
const SignSymbols *GetSignSymbols() const;
const SignSymbols *MantissaSignSymbols() const;
const SignSymbols *ExponentSignSymbols() const;
static status_t _SetSymbol(Symbol **symbol, const char *str);
BIntegerFormatParameters fIntegerParameters;
Symbol *fDigitSymbols;
Symbol *fFractionSeparator;
GroupingInfo *fGroupingInfo;
Symbol *fExponentSymbol;
Symbol *fUpperCaseExponentSymbol;
Symbol *fNaNSymbol;
Symbol *fUpperCaseNaNSymbol;
Symbol *fInfinitySymbol;
Symbol *fUpperCaseInfinitySymbol;
Symbol *fNegativeInfinitySymbol;
Symbol *fUpperCaseNegativeInfinitySymbol;
SignSymbols *fSignSymbols;
SignSymbols *fMantissaSignSymbols;
SignSymbols *fExponentSignSymbols;
};
#endif // _B_GENERIC_NUMBER_FORMAT_H_