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#include "options.h"
#include "unitnumber.h"
#include "unitparser.h"
#include "number.h"
#include <bu/sio.h>
#include <stdlib.h>
Options::Options( int argc, char *argv[] ) :
iScale( 0 ),
iRadix( 10 )
{
addOption( iRadix, 'r', "radix",
Bu::String("Set the radix (default: %1)").arg( iRadix ) );
addOption( iScale, 's', "scale",
Bu::String("Set the scale (default: %1)").arg( iScale ) );
addOption( Bu::slot(this, &Options::selfTest), "self-test",
"Run a series of tests to ensure everything is working correctly.");
addOption( Bu::slot(this, &Options::textPrimes), "text-primes",
"Generate primes in base 36 that only have digits > 9 in them.");
addOption( Bu::slot(this, &Options::isPrime), 'p', "is-prime",
"Tests every parameter after to see if it is prime then prints out "
"the ones that are prime. Set radix first.");
addOption( Bu::slot(this, &Options::convert), 'c', "convert",
"Convert the provided number to the given radix in the format "
"number:to-radix or from-radix:number:to-radix. The radix should "
"be provided in base-10");
addHelpOption('h', "help", "This help");
parse( argc, argv );
}
Options::~Options()
{
}
int Options::selfTest( Bu::StringArray )
{
UnitNumber().run();
UnitParser().run();
exit( 0 );
return 0;
}
bool hasDigits( const Bu::String &s )
{
for( Bu::String::const_iterator i = s.begin(); i; i++ )
{
if( *i >= '0' && *i <= '9' )
return true;
}
return false;
}
int Options::textPrimes( Bu::StringArray aArgs )
{
Number tst( 0, 36 );
Number max( 0, 36 );
Number j( 0, 36 );
Number one( 0, 36 );
Number fact( 0, 36 );
one = "1";
fact = "2";
if( aArgs.getSize() >= 2 )
tst = aArgs[1];
else
tst = "1";
for(;; tst = tst + one )
{
if( hasDigits( tst.toString() ) )
continue;
max = tst / fact;
bool bPrime = true;
for( j = "2"; j < max; j = j + one )
{
if( (tst%j).isZero() )
{
bPrime = false;
break;
}
}
if( bPrime )
{
Bu::println("%1").arg( tst );
}
}
exit( 0 );
return 0;
}
int Options::isPrime( Bu::StringArray aArgs )
{
Number tst( 0, iRadix );
Number max( 0, iRadix );
Number j( 0, iRadix );
Number one( 0, iRadix );
Number fact( 0, iRadix );
one = "1";
fact = "2";
for( Bu::StringArray::iterator i = aArgs.begin()+1; i; i++ )
{
tst = *i;
max = tst / fact;
bool bPrime = true;
for( j = "2"; j < max; j = j + one )
{
if( (tst%j).isZero() )
{
bPrime = false;
break;
}
}
if( bPrime )
{
Bu::println("%1").arg( tst );
}
}
exit( 0 );
return aArgs.getSize();
}
int Options::convert( Bu::StringArray aArgs )
{
for( Bu::StringArray::iterator i = aArgs.begin()+1; i; i++ )
{
Bu::StringList lBits = (*i).split(':');
if( lBits.getSize() < 2 || lBits.getSize() > 3 )
throw Bu::ExceptionBase("Invalid format");
int iFromRadix = iRadix;
int iToRadix;
Number n;
if( lBits.getSize() == 2 )
{
iToRadix = strtol( lBits.last().getStr(), 0, 10 );
n = Number( lBits.first(), 0, iFromRadix );
}
else if( lBits.getSize() == 3 )
{
iFromRadix = strtol( lBits.first().getStr(), 0, 10 );
iToRadix = strtol( lBits.last().getStr(), 0, 10 );
n = Number( *(lBits.begin()+1), 0, iFromRadix );
}
Bu::println("%1").arg( n.toString() );
Bu::println("%1").arg( n.toRadix( iToRadix ).toString() );
}
exit( 0 );
return 0;
}
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