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Power 6/32 Unix version 1.21
c subroutine tst2 parameter(ntest=2) c Arithmetic on global integer variables c common /t2/ i,j,k,l,m i=1 j=2 k=3 l=4 m=10 if( i+j .ne. k ) call e(1,ntest) if( i+k .ne. l ) call e(2,ntest) if( j-k .ne. -i ) call e(3,ntest) if( j*(j+k) .ne. m ) call e(4,ntest) if( -m .ne. -(k+k+l) ) call e(5,ntest) if( i / i .ne. 1 ) call e(6,ntest) if( m*m / m .ne. m ) call e(7,ntest) if( 10*m .ne. 100 ) call e(8,ntest) if( m*(-10) .ne. -100 ) call e(9,ntest) if( j / k .ne. 0 ) call e(10,ntest) if( 100 / k .ne. 33 ) call e(11,ntest) c if( i+j*k+l+m mod j + 50 / k .ne. 27 ) call e(12,ntest) if( j*k*m / 6 .ne. 10 ) call e(13,ntest) if( (k.gt.4) .or. (k.ge.4) .or. (k.eq.4) ) call e(14,ntest) if( (m.lt.j) .or. (m.le.j) .or. (m.eq.j) ) call e(15,ntest) if( k .ne. i+j ) call e(16,ntest) if( j .lt. i ) call e(17,ntest) if( j .le. i ) call e(18,ntest) if( j .eq. i ) call e(19,ntest) if( j .ne. j ) call e(20,ntest) if( i .ge. j ) call e(21,ntest) if( i .gt. j ) call e(22,ntest) if( k**2 .ne. 9 ) call e(23,ntest) if( j**k .ne. 8 ) call e(24,ntest) end
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