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module FTLAttrMap_mod
use AbstractValue_mod
#define _key_string_deferred
#define _key_equal_defined
#define _Key_less_than_defined
#define _value class(AbstractValue)
#define _value_allocatable
#define _alt
#include "templates/map.inc"
end module FTLAttrMap_mod
module AttributeMap_mod
use Values_mod
use FTLAttrMap_mod, FTLAttrMap=>Map,FTLAttrMapIterator=>MapIterator
implicit none
private
public :: AttributeMap
type,extends(FTLAttrMap) :: AttributeMap
! this Value Type map is for IO purpose
type(ValueTypeMap) :: vp
contains
procedure :: initAttrMap
procedure :: writeUnformatted
procedure :: readUnformatted
procedure :: equals
generic :: operator(==) =>equals
procedure :: insertAttribute0
procedure :: insertAttribute1
generic :: init=>initAttrMap
generic :: insertValue=>insertAttribute0,insertAttribute1
procedure :: setAttribute0
procedure :: setAttribute1
generic :: setValue=>setAttribute0,setAttribute1
procedure :: getAttribute0
procedure :: getAttribute1
generic :: getValue=>getAttribute0,getAttribute1
procedure :: copyAP
generic :: assignment(=)=>copyAP
procedure :: printIt
generic :: print=>printIt
end type
contains
subroutine initAttrMap(this)
class(AttributeMap),intent(inout) :: this
call this%vp%init()
end subroutine initAttrMap
subroutine insertAttribute0(this,name,value)
class(AttributeMap),intent(inout) :: this
character(len=*) :: name
class(*),intent(in) :: value
select type(value)
class is (AbstractValue)
call this%insert(trim(name),value)
type is (integer)
call this%insert(trim(name),newValue(value))
type is ( logical )
call this%insert(trim(name),newValue(value))
type is ( real(KIND=DP))
call this%insert(trim(name),newValue(value))
type is (character(len=*))
call this%insert(trim(name),newValue(value))
class default
print*, "wrong attribute type insertAttribute0"
end select
end subroutine insertAttribute0
subroutine insertAttribute1(this,name,value)
class(AttributeMap),intent(inout) :: this
character(len=*) :: name
class(*),intent(in) :: value(:)
select type(value)
type is (integer)
call this%insert(trim(name),newValue(value))
type is ( logical )
call this%insert(trim(name),newValue(value))
type is ( real(KIND=DP))
call this%insert(trim(name),newValue(value))
type is (character(len=*))
call this%insert(trim(name),newValue(value))
class default
print*, "wrong attribute type insertAttribute1"
end select
end subroutine insertAttribute1
function getAttribute0(this,name,value) result(res)
class(AttributeMap),intent(inout) :: this
character(len=*) :: name
class(*),intent(inout) :: value
class(AbstractValue),pointer :: AbV
logical :: res
res = .false.
if(this%get(trim(name),Abv)) then
call AbV%getValue(value)
res = .true.
endif
end function getAttribute0
function getAttribute1(this,name,value) result(res)
class(AttributeMap),intent(inout) :: this
character(len=*) :: name
class(*),intent(inout) :: value(:)
class(AbstractValue),pointer :: AbV
character(len=MAX_LEN_ATTRIBUTE_STRING),allocatable:: s1(:)
integer :: n
logical :: res
res = .false.
if(this%get(trim(name),Abv)) then
select type(value)
type is (character(len=*))
!
!this is a work around for gfortran.
!
n=size(value)
allocate(s1(n))
call AbV%getValue(s1)
value = s1
deallocate(s1)
class default
call AbV%getValue(value)
end select
res = .true.
endif
end function getAttribute1
subroutine setAttribute0(this,name,value)
class(AttributeMap),intent(inout) :: this
character(len=*) :: name
class(*),intent(in) :: value
select type(value)
class is (AbstractValue)
call this%set(trim(name),value)
type is (integer)
call this%set(trim(name),newValue(value))
type is ( logical )
call this%set(trim(name),newValue(value))
type is ( real(KIND=DP))
call this%set(trim(name),newValue(value))
type is (character(len=*))
call this%set(trim(name),newValue(value))
class default
print*, "wrong attribute type set0"
endselect
end subroutine setAttribute0
subroutine setAttribute1(this,name,value)
class(AttributeMap),intent(inout) :: this
character(len=*) :: name
class(*),intent(in) :: value(:)
select type(value)
type is (integer)
call this%set(trim(name),newValue(value))
type is ( logical )
call this%set(trim(name),newValue(value))
type is ( real(KIND=DP))
call this%set(trim(name),newValue(value))
type is (character(len=*))
call this%set(trim(name),newValue(value))
class default
print*, "wrong attribute type set 1"
endselect
end subroutine setAttribute1
subroutine writeUnformatted(this, unit)
use ValueTypeMap_mod, FTLValueTypeIterator=>MapIterator
use FTLAttrMap_mod,FTLAttrMapIterator=>MapIterator
class (AttributeMap), intent(in) :: this
integer, intent(in) :: unit
type (FTLAttrMapIterator) :: iter
type (FTLValueTypeIterator) :: iterb
class (AbstractValue), pointer :: p1,p2
write(unit) this%size()
iter = this%begin()
do while (iter /= this%end())
write(unit) iter%key()
p1 => iter%value()
write(unit) p1%name
!iterb=this%vp%find(trim(p1%name))
!p2=> iterb%value()
! p2=>this%vp%at(trim(p1%name))
! call p2%writeUnformatted(unit)
call iter%next()
end do
end subroutine writeUnformatted
subroutine readUnformatted(this, unit)
class (AttributeMap),intent(inout) :: this
integer, intent(in) :: unit
integer :: n
integer :: i
class (AbstractValue), pointer :: p1,p2,q
character(len=MAX_LEN_KEY) :: key,name
read(unit) n
do i = 1, n
read(unit) key
read(unit) name
p1 => this%at(trim(key))
p2 => this%vp%at(trim(p1%name))
q =>p2%readUnformatted(unit)
call this%insert(trim(key), q)
end do
end subroutine readUnformatted
subroutine copyAP(to,from)
class(AttributeMap),intent(inout) :: to
class(AttributeMap),intent(in) :: from
call to%deepCopy(from)
to%vp = from%vp
end subroutine copyAP
logical function equals(this, b)
class (AttributeMap), intent(in) :: this
type (AttributeMap), intent(in) :: b
type (FTLAttrMapIterator) :: iter
type (FTLAttrMapIterator) :: iterb
character(LEN=MAX_LEN_KEY),pointer :: sp
class (AbstractValue), pointer :: p1
class (AbstractValue), pointer :: p2
equals = .true.
if (this%size() /= b%size()) then
equals = .false.
print*,'different size',this%size(), b%size()
return
end if
iter = this%begin()
do while (iter /= this%end())
if ( b%find(iter%key()) == b%end()) then
equals = .false.
print*,'different key'
return
end if
p1 => iter%value()
iterb=b%find(iter%key())
p2 => iterb%value()
if (.not. (p1%equals(p2))) then
equals = .false.
print*,'different value for key <',trim(iter%key()),'>'
call p1%print()
call p2%print()
return
end if
call iter%next()
end do
end function equals
subroutine printIt(this)
use FTLAttrMap_mod,FTLAttrMapIterator=>MapIterator
class (AttributeMap), intent(in) :: this
type (FTLAttrMapIterator) :: iter
class (AbstractValue), pointer :: p
iter = this%FTLAttrMap%begin()
do while( iter /= this%end())
print*,"Attribute Name: ", iter%key()
p=>iter%value()
call p%print()
call iter%next()
end do
end subroutine printIt
end module AttributeMap_mod
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