343 lines
16 KiB
C++
343 lines
16 KiB
C++
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#include "isNumeric.h"
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#include "../../Source/NumberToString.h"
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/*
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*
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* !!! ATTENTION !!!
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*
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* libjson currently has three number parsing methods, they are being merged
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* behind the scenes, but all three interfaces must be consistent, so every set
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* of numbers need to be tested in all three spots
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*
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* JSONValidator/isValidNumber *this file*
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* NumberToString/isNumeric
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* NumberToString/_atof
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*/
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testNumberToString__isNumeric::testNumberToString__isNumeric(const std::string & name) : BaseTest(name){
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/*
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#ifndef JSON_STRICT
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ScopeCoverageHeap(isNumeric, 34);
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#else
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ScopeCoverageHeap(isNumeric, 35);
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#endif
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*/
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}
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testNumberToString__isNumeric::~testNumberToString__isNumeric(){
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//AssertScopeCoverageHeap(isNumeric);
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}
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/**
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* Tests regular positive numbers in various forms
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*/
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void testNumberToString__isNumeric::testPositive(void){
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#if defined(JSON_SAFE) || defined(JSON_DEBUG)
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assertTrue(NumberToString::isNumeric(JSON_TEXT("123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0.123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0.")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1.")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0.0")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1.0")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1.01")));
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#endif
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}
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/**
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* Tests negative numbers with regular scientifc notation
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*/
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void testNumberToString__isNumeric::testNegative(void){
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#if defined(JSON_SAFE) || defined(JSON_DEBUG)
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0.123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0.")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1.")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0.0")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1.0")));
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#endif
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}
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/**
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* Tests positive numbers with scientific notiation that has a sign in it
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*/
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void testNumberToString__isNumeric::testPositive_ScientificNotation(void){
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#if defined(JSON_SAFE) || defined(JSON_DEBUG)
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0e123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("0e12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1.e123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("1.e12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1.0e123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("1.0e12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0.e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1.e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0.0e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1.0e2")));
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#endif
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}
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/**
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* Tests negative numbers with regular scientifc notation
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*/
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void testNumberToString__isNumeric::testNegative_ScientificNotation(void){
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#if defined(JSON_SAFE) || defined(JSON_DEBUG)
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0e123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-0e12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1.e123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-1.e12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1.0e123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-1.0e12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0.e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1.e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0.0e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1.0e2")));
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#endif
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}
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/**
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* Tests positive numbers with scientific notiation that has a sign in it
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*/
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void testNumberToString__isNumeric::testPositive_SignedScientificNotation(void){
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#if defined(JSON_SAFE) || defined(JSON_DEBUG)
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0e-123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0e+123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("0e-12.3"))); //period not supposed to be in there, exponent must be int
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assertFalse(NumberToString::isNumeric(JSON_TEXT("0e+12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1.e-123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1.e+123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("1.e-12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("1.e+12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1.0e-123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1.0e+123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("1.0e-12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("1.0e+12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0.e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1.e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0.0e2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("1.0e2")));
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#endif
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}
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/**
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* Tests negative numbers with scientific notiation that has a sign in it
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*/
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void testNumberToString__isNumeric::testNegative_SignedScientificNotation(void){
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#if defined(JSON_SAFE) || defined(JSON_DEBUG)
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0e-123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0e+123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-0.e-12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-0.e+12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1.e-123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1.e+123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-1.e-12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-1.e+12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-0.0e-12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-0.0e+12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1.0e-123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1.0e+123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-1.0e-12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-1.0e+12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0e-2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1e-2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0.e-2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1.e-2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0.0e-2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1.0e-2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0e+2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1e+2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0.e+2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1.e+2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-0.0e+2")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-1.0e+2")));
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#endif
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}
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/**
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* Tests that in strict mode, libjson isn't relaxed about what is and isn't
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* a valid number. libjson by default accepts a few extra common notations.
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*/
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void testNumberToString__isNumeric::testStrict(void){
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#if defined(JSON_SAFE) || defined(JSON_DEBUG)
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#ifdef JSON_STRICT
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assertFalse(NumberToString::isNumeric(JSON_TEXT("00")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("00.01")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT(".01")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-.01")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0.123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0.")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0e123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0e-123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0e+123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.e123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.e-123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.e+123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.0e123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.0e-123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.0e+123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.e123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0e12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0e-12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0e+12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.e12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.e-12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.e+12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.0e12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.0e-12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.0e+12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.e12.3")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("0x12FF")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("0128"))); //legal because in STRICT mode, this is not octal, leading zero is ignored
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assertFalse(NumberToString::isNumeric(JSON_TEXT("0123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-0128")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-0123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("0xABCD")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("0124")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0.0")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.0")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0e2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1e2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0.e2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.e2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0.0e2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.0e2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0e-2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1e-2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0.e-2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.e-2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0.0e-2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.0e-2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0e+2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1e+2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0.e+2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.e+2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+0.0e+2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("+1.0e+2")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("1e-0123"))); //not valid because of negative and leading zero
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#endif
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#endif
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}
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/**
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* Tests that the extra common notations that libjson supports all
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* test out as valid
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*/
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void testNumberToString__isNumeric::testNotStrict(void){
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#if defined(JSON_SAFE) || defined(JSON_DEBUG)
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#ifndef JSON_STRICT
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assertTrue(NumberToString::isNumeric(JSON_TEXT("00")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("00.01")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT(".01")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("-.01")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+12.3")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+0.123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+0")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+0.")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+0e123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+0e-123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+0e+123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.e123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.e-123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.e+123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.0e123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.0e-123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.0e+123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.e123")));
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0x12FF")));
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#ifdef JSON_OCTAL
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assertFalse(NumberToString::isNumeric(JSON_TEXT("0128"))); //because of the 8
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0123")));
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assertFalse(NumberToString::isNumeric(JSON_TEXT("-0128")));
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assertTrue(NumberToString::_atof(JSON_TEXT("-0123")));
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#else
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0128"))); //because the leading 0 is ignored
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assertTrue(NumberToString::isNumeric(JSON_TEXT("0123")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("-0128"))); //because the leading 0 is ignored
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("-0123")));
|
||
|
|
#endif
|
||
|
|
|
||
|
|
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("0xABCD")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("0124")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+0")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+1")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+0.")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+0.0")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.0")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+0e2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+1e2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+0.e2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.e2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+0.0e2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.0e2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+0e-2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+1e-2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+0.e-2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.e-2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+0.0e-2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.0e-2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+0e+2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+1e+2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+0.e+2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.e+2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+0.0e+2")));
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("+1.0e+2")));
|
||
|
|
|
||
|
|
assertTrue(NumberToString::isNumeric(JSON_TEXT("1e-0123")));
|
||
|
|
#endif
|
||
|
|
#endif
|
||
|
|
}
|
||
|
|
|
||
|
|
|
||
|
|
/**
|
||
|
|
* This tests values that aren't numbers at all, to make sure they are
|
||
|
|
* flagged as not valid
|
||
|
|
*/
|
||
|
|
void testNumberToString__isNumeric::testNotNumbers(void){
|
||
|
|
#if defined(JSON_SAFE) || defined(JSON_DEBUG)
|
||
|
|
assertFalse(NumberToString::isNumeric(JSON_TEXT("")));
|
||
|
|
assertFalse(NumberToString::isNumeric(JSON_TEXT("-.")));
|
||
|
|
assertFalse(NumberToString::isNumeric(JSON_TEXT("-e12")));
|
||
|
|
assertFalse(NumberToString::isNumeric(JSON_TEXT("0xABCDv")));
|
||
|
|
assertFalse(NumberToString::isNumeric(JSON_TEXT("00124")));
|
||
|
|
assertFalse(NumberToString::isNumeric(JSON_TEXT("09124")));
|
||
|
|
assertFalse(NumberToString::isNumeric(JSON_TEXT("0no")));
|
||
|
|
assertFalse(NumberToString::isNumeric(JSON_TEXT("no")));
|
||
|
|
assertFalse(NumberToString::isNumeric(JSON_TEXT("n1234")));
|
||
|
|
assertFalse(NumberToString::isNumeric(JSON_TEXT("12no")));
|
||
|
|
assertFalse(NumberToString::isNumeric(JSON_TEXT("0en5")));
|
||
|
|
assertFalse(NumberToString::isNumeric(JSON_TEXT("0e")));
|
||
|
|
assertFalse(NumberToString::isNumeric(JSON_TEXT("0E")));
|
||
|
|
#endif
|
||
|
|
}
|