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matrix_multiplication_tests.pf
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@test
subroutine one_on_one_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(1,1), b(1,1), out(1,1), exp_res(1,1)
integer :: status
a = 5.d0
b = 6.d0
exp_res = matmul(a,b)
call mm(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine one_on_N_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(1,888), b(888,1), out(1,1), exp_res(1,1)
integer :: status
a = 5.d0
b = 6.d0
exp_res = matmul(a,b)
call mm(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine N_on_one_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(777,1), b(1,777), out(777,777),exp_res(777,777)
integer :: status
a = 5.d0
b = 6.d0
exp_res = matmul(a,b)
call mm(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine big_matrix_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(333,4444), b(4444,5555), out(333,5555),exp_res(333,5555)
integer :: status
a = 1.d0
b = 1.5
exp_res = matmul(a,b)
call mm(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine invalid_matrix_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(10,10), b(1,1), out(10,1)
integer :: status
a = 1.d0
b = 3.d0
call mm(a, b, out, status)
@assertEqual(status,1)
end subroutine
@test
subroutine regular_matrix_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(5,3), b(3,6), out(5,6), exp_res(5,6)
integer :: status , i
do i = 1 , 3
a(:,i) = i/2.d0
b(i,:) = i/3.d0
end do
exp_res = matmul(a,b)
call mm(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine one_on_one_dot_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(1,1), b(1,1), out(1,1), exp_res(1,1)
integer :: status
a = 5.d0
b = 6.d0
exp_res = matmul(a,b)
call mm_dot(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine one_on_N_dot_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(1,888), b(888,1), out(1,1), exp_res(1,1)
integer :: status
a = 5.d0
b = 6.d0
exp_res = matmul(a,b)
call mm_dot(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine N_on_one_dot_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(777,1), b(1,777), out(777,777),exp_res(777,777)
integer :: status
a = 5.d0
b = 6.d0
exp_res = matmul(a,b)
call mm_dot(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine big_matrix_dot_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(333,4444), b(4444,5555), out(333,5555),exp_res(333,5555)
integer :: status
a = 1.d0
b = 1.5
exp_res = matmul(a,b)
call mm_dot(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine invalid_matrix_dot_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(10,10), b(1,1), out(10,1)
integer :: status
a = 1.d0
b = 3.d0
call mm_dot(a, b, out, status)
@assertEqual(status,1)
end subroutine
@test
subroutine regular_matrix_dot_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(5,3), b(3,6), out(5,6), exp_res(5,6)
integer :: status , i
do i = 1 , 3
a(:,i) = i/2.d0
b(i,:) = i/3.d0
end do
exp_res = matmul(a,b)
call mm_dot(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine one_on_one_chunk_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(1,1), b(1,1), out(1,1), exp_res(1,1)
integer :: status
a = 5.d0
b = 6.d0
exp_res = matmul(a,b)
call mm_chunk(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine one_on_N_chunk_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(1,888), b(888,1), out(1,1), exp_res(1,1)
integer :: status
a = 5.d0
b = 6.d0
exp_res = matmul(a,b)
call mm_chunk(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine N_on_one_chunk_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(777,1), b(1,777), out(777,777),exp_res(777,777)
integer :: status
a = 5.d0
b = 6.d0
exp_res = matmul(a,b)
call mm_chunk(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine big_matrix_chunk_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(333,4444), b(4444,5555), out(333,5555),exp_res(333,5555)
integer :: status
a = 1.d0
b = 1.5
exp_res = matmul(a,b)
call mm_chunk(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine invalid_matrix_chunk_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(10,10), b(1,1), out(10,1)
integer :: status
a = 1.d0
b = 3.d0
call mm_chunk(a, b, out, status)
@assertEqual(status,1)
end subroutine
@test
subroutine regular_matrix_chunk_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(5,3), b(3,6), out(5,6), exp_res(5,6)
integer :: status , i
do i = 1 , 3
a(:,i) = i/2.d0
b(i,:) = i/3.d0
end do
exp_res = matmul(a,b)
call mm_chunk(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine one_on_one_dot_and_chunk_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(1,1), b(1,1), out(1,1), exp_res(1,1)
integer :: status
a = 5.d0
b = 6.d0
exp_res = matmul(a,b)
call mm_dot_and_chunk(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine one_on_N_dot_and_chunk_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(1,888), b(888,1), out(1,1), exp_res(1,1)
integer :: status
a = 5.d0
b = 6.d0
exp_res = matmul(a,b)
call mm_dot_and_chunk(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine N_on_one_dot_and_chunk_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(777,1), b(1,777), out(777,777),exp_res(777,777)
integer :: status
a = 5.d0
b = 6.d0
exp_res = matmul(a,b)
call mm_dot_and_chunk(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine big_matrix_dot_and_chunk_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(333,4444), b(4444,5555), out(333,5555),exp_res(333,5555)
integer :: status
a = 1.d0
b = 1.5
exp_res = matmul(a,b)
call mm_dot_and_chunk(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine
@test
subroutine invalid_matrix_dot_and_chunk_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(10,10), b(1,1), out(10,1)
integer :: status
a = 1.d0
b = 3.d0
call mm_dot_and_chunk(a, b, out, status)
@assertEqual(status,1)
end subroutine
@test
subroutine regular_matrix_dot_and_chunk_Test()
use matrix
use pfunit_mod
implicit none
real (kind=8) :: a(5,3), b(3,6), out(5,6), exp_res(5,6)
integer :: status , i
do i = 1 , 3
a(:,i) = i
b(i,:) = i
end do
exp_res = matmul(a,b)
call mm_dot_and_chunk(a, b, out, status)
@assertEqual(status,0)
@assertEqual(exp_res,out)
end subroutine