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|
module TracerMap_mod
use Tracer_mod
#define _key_string_deferred
#define _key_equal_defined
#define _Key_less_than_defined
#define _value class(Tracer)
#define _value_allocatable
#define _alt
#include "templates/map.inc"
end module TracerMap_mod
module TracerBundle_mod
use AbstractValue_mod
use Values_mod
use FTLAttrMap_mod, only: AttributeMapIterator=>MapIterator
use AttributeMap_mod
use Tracer_mod
use TracerMap_mod, only :TracerMap=>Map,TracerMapIterator=>MapIterator
implicit none
type :: TracerBundle
character(len=MAX_LEN_KEY),allocatable :: mandatoryAttributes(:)
type(AttributeMap) :: defaultValues
type(TracerMap) :: tracers
contains
procedure :: initEmptyBundle
procedure :: initBwithMan
procedure :: initBwithManDV
procedure :: initBwithManDVTracers
generic :: init=>initEmptyBundle,initBwithMan,initBwithManDV,initBwithManDVTracers
procedure :: addDefaultAttribute0
procedure :: addDefaultAttribute1
generic :: addDefaultAttribute=>addDefaultAttribute0,addDefaultAttribute1
procedure :: addMandatoryAttribute
procedure :: addTracer
procedure :: getTracer
procedure :: setTracer
procedure :: hasTracer
procedure :: isQualifiedTracer
procedure :: addTracerAttribute0
procedure :: addTracerAttribute1
generic :: addTracerAttribute=>addTracerAttribute0,addTracerAttribute1
procedure :: getTracerAttribute0
procedure :: getTracerAttribute1
generic :: getTracerAttribute=>getTracerAttribute0,getTracerAttribute1
procedure :: setTracerAttribute0
procedure :: setTracerAttribute1
generic :: setTracerAttribute=>setTracerAttribute0,setTracerAttribute1
procedure :: clearTracerBundle
generic :: clear =>clearTracerBundle
procedure :: printIt
generic :: print=>printIt
end type
contains
subroutine initEmptyBundle(this)
class(TracerBundle), intent(inout) :: this
call this%defaultValues%init()
allocate(this%mandatoryAttributes(0))
end subroutine initEmptyBundle
subroutine initBwithMan(this,mAttr)
class(TracerBundle), intent(inout) :: this
character(len=MAX_LEN_KEY),intent(in) :: mAttr(:)
!allocate(this%mandatoryAttributes(1:size(mAttr,1)), source = mAttr)
this%mandatoryAttributes = mAttr
call this%defaultValues%init()
end subroutine initBwithMan
subroutine initBwithManDV(this,mAttr,dValues)
class(TracerBundle), intent(inout) :: this
character(len=MAX_LEN_KEY),intent(in) :: mAttr(:)
type(AttributeMap),intent(in) :: dValues
this%mandatoryAttributes = mAttr
this%defaultValues = dValues
end subroutine initBwithManDV
subroutine initBwithManDVTracers(this,mAttr,dValues,tracers)
class(TracerBundle), intent(inout) :: this
character(len=MAX_LEN_KEY),intent(in) :: mAttr(:)
type(AttributeMap),intent(in) :: dValues
class(TracerMap),intent(in) :: tracers
type(TracerMapIterator) :: iter
integer :: i
this%mandatoryAttributes = mAttr
this%defaultValues = dValues
iter = tracers%begin()
do while (iter /= tracers%end())
call this%addTracer(iter%value())
call iter%next()
enddo
end subroutine initBwithManDVTracers
subroutine addMandatoryAttribute(this,attrName)
class(TracerBundle),intent(inout) :: this
character(len=*):: attrName
integer :: n
type(TracerMapIterator) :: iter
type(Tracer),pointer :: tp
character(len=MAX_LEN_KEY), allocatable :: oldValues(:)
iter = this%tracers%begin()
do while (iter /= this%tracers%end())
tp=>iter%value()
if(.not. tp%hasAttribute(attrName)) return
call iter%next()
enddo
n = size(this%mandatoryAttributes)
call move_alloc(this%mandatoryAttributes,oldValues)
allocate(this%mandatoryAttributes(n+1))
this%mandatoryAttributes(1:n)=oldValues
this%mandatoryAttributes(n+1) = attrName
end subroutine addMandatoryAttribute
subroutine addDefaultAttribute0(this,attrName,value)
class(TracerBundle),intent(inout) :: this
character(len=*),intent(in) :: attrName
class(*),intent(in) :: value
type(TracerMapIterator) :: iter
type(Tracer),pointer :: tp
call this%defaultValues%insertValue(attrName,value)
iter = this%tracers%begin()
do while (iter /= this%tracers%end())
tp=>iter%value()
if(.not. tp%hasAttribute(attrName)) then
call tp%attributes%insertValue(attrName,value)
endif
call iter%next()
nullify(tp)
enddo
end subroutine addDefaultAttribute0
subroutine addDefaultAttribute1(this,attrName,value)
class(TracerBundle),intent(inout) :: this
character(len=*),intent(in) :: attrName
class(*),intent(in) :: value(:)
type(TracerMapIterator) :: iter
type(Tracer),pointer :: tp
character(len=MAX_LEN_ATTRIBUTE_STRING),allocatable:: s1(:)
integer :: n
select type (value)
type is (character(len=*))
allocate(s1(size(value)))
s1=value
call this%defaultValues%insertValue(trim(attrName),s1)
iter = this%tracers%begin()
do while (iter /= this%tracers%end())
tp=>iter%value()
if(.not. tp%hasAttribute(trim(attrName))) then
call tp%attributes%insertValue(trim(attrName),s1)
endif
call iter%next()
nullify(tp)
enddo
deallocate(s1)
return
class default
end select
call this%defaultValues%insertValue(trim(attrName),value)
iter = this%tracers%begin()
do while (iter /= this%tracers%end())
tp=>iter%value()
if(.not. tp%hasAttribute(trim(attrName))) then
call tp%attributes%insertValue(trim(attrName),value)
endif
call iter%next()
nullify(tp)
enddo
end subroutine addDefaultAttribute1
function isQualifiedTracer(this,trcr) result(res)
class(TracerBundle),intent(inout) :: this
type(Tracer),intent(in) :: trcr
logical :: res
type(AttributeMapIterator) :: iter
integer :: i
! if there is no mandatory attributes, it is qualified.
res = .true.
do i = 1,size(this%mandatoryAttributes)
res = .false.
if(trcr%hasAttribute(trim(this%mandatoryAttributes(i)))) then
res = .true.
return
endif
enddo
end function isQualifiedTracer
subroutine addTracer(this,trcr)
class(TracerBundle),intent(inout) :: this
type(Tracer),intent(in) :: trcr
type(AttributeMapIterator) :: iter
type(TracerMapIterator) :: iterT
type(Tracer),pointer :: tp
class(Tracer),allocatable :: tmpTrcr
if( .not. this%isQualifiedTracer(trcr)) return
allocate(tmpTrcr,source = trcr)
iter = this%defaultValues%begin()
do while (iter /= this%defaultValues%end())
if( .not. tmpTrcr%hasAttribute(iter%key())) then
call tmpTrcr%addAttribute(iter%key(),iter%value())
endif
call iter%next()
enddo
call this%tracers%insert(tmpTrcr%name,tmpTrcr)
end subroutine addTracer
subroutine setTracer(this,trcr)
class(TracerBundle),intent(inout) :: this
type(Tracer),intent(in) :: trcr
type(Tracer) :: tmpTracer
type(AttributeMapIterator) :: iter
integer :: i
if( .not. this%isQualifiedTracer(trcr)) return
tmpTracer = trcr
iter = this%defaultValues%begin()
do while (iter /= this%defaultValues%end())
if( .not. tmpTracer%hasAttribute(iter%key())) then
call tmpTracer%addAttribute(iter%key(),iter%value())
endif
call iter%next()
enddo
call this%tracers%set(tmpTracer%name,tmpTracer)
end subroutine setTracer
function getTracer(this,name,trPtr) result(res)
class(TracerBundle),intent(inout) :: this
character(len=*),intent(in) ::name
class(Tracer),pointer,intent(inout) :: trPtr
logical :: res
res= this%tracers%get(name,trPtr)
end function getTracer
function hasTracer(this,tName) result (has)
class(TracerBundle),intent(in) :: this
character(len=*),intent(in) :: tName
logical :: has
has = ( this%tracers%find(trim(tName)) /= this%tracers%end())
end function
subroutine addTracerAttribute0(this,tName,attrName,value)
class(TracerBundle),intent(inout) :: this
character(len=*),intent(in) :: tName
character(len=*),intent(in) :: attrName
class (*), intent(in) :: value
type(TracerMapIterator) :: iter
type(Tracer),pointer :: tp
iter = this%tracers%find(trim(tName))
if ( iter /= this%tracers%end()) then
tp=>iter%value()
call tp%attributes%insertValue(attrName,value)
endif
end subroutine
subroutine addTracerAttribute1(this,tName,attrName,value)
class(TracerBundle),intent(inout) :: this
character(len=*),intent(in) :: tName
character(len=*),intent(in) :: attrName
class (*), intent(in) :: value(:)
type(TracerMapIterator) :: iter
type(Tracer),pointer :: tp
character(len=MAX_LEN_ATTRIBUTE_STRING),allocatable:: s1(:)
iter = this%tracers%find(trim(tName))
if ( iter /= this%tracers%end()) then
tp=>iter%value()
! work around for gfortran
select type (value)
type is (character(len=*))
allocate(s1(size(value)))
s1=value
call tp%attributes%insertValue(trim(attrName),s1)
deallocate(s1)
return
class default
end select
call tp%attributes%insertValue(trim(attrName),value)
endif
end subroutine addTracerAttribute1
subroutine setTracerAttribute0(this,tName,attrName,value)
class(TracerBundle),intent(inout) :: this
character(len=*),intent(in) :: tName
character(len=*),intent(in) :: attrName
class (*), intent(in) :: value
type(TracerMapIterator) :: iter
type(Tracer),pointer :: tp
iter = this%tracers%find(trim(tName))
if ( iter /= this%tracers%end()) then
tp=>iter%value()
call tp%attributes%setValue(trim(attrName),value)
endif
end subroutine setTracerAttribute0
subroutine setTracerAttribute1(this,tName,attrName,value)
class(TracerBundle),intent(inout) :: this
character(len=*),intent(in) :: tName
character(len=*),intent(in) :: attrName
class (*), intent(in) :: value(:)
type(TracerMapIterator) :: iter
type(Tracer),pointer :: tp
character(len=MAX_LEN_ATTRIBUTE_STRING),allocatable:: s1(:)
iter = this%tracers%find(trim(tName))
if ( iter /= this%tracers%end()) then
tp=>iter%value()
! work around for gfortran
select type (value)
type is (character(len=*))
allocate(s1(size(value)))
s1=value
call tp%attributes%setValue(trim(attrName),s1)
deallocate(s1)
return
class default
end select
call tp%attributes%setValue(trim(attrName),value)
endif
end subroutine setTracerAttribute1
function getTracerAttribute0(this,tName,attrName,value) result(res)
class(TracerBundle),intent(inout) :: this
character(len=*),intent(in) :: tName
character(len=*),intent(in) :: attrName
class (*), intent(inout) :: value
type(TracerMapIterator) :: iter
type(Tracer),pointer :: tp
logical:: res
res = .false.
iter = this%tracers%find(trim(tName))
if ( iter /= this%tracers%end()) then
tp=>iter%value()
res = tp%attributes%getValue(trim(attrName),value)
endif
end function getTracerAttribute0
function getTracerAttribute1(this,tName,attrName,value) result(res)
class(TracerBundle),intent(inout) :: this
character(len=*),intent(in) :: tName
character(len=*),intent(in) :: attrName
class (*), intent(inout) :: value(:)
type(TracerMapIterator) :: iter
type(Tracer),pointer :: tp
logical:: res
character(len=MAX_LEN_ATTRIBUTE_STRING),allocatable:: s1(:)
res = .false.
iter = this%tracers%find(trim(tName))
if ( iter /= this%tracers%end()) then
tp=>iter%value()
! work around for gfortran
select type (value)
type is (character(len=*))
allocate(s1(size(value)))
res= tp%attributes%getValue(trim(attrName),s1)
value=s1
deallocate(s1)
return
class default
end select
res = tp%attributes%getValue(trim(attrName),value)
endif
end function getTracerAttribute1
subroutine clearTracerBundle(this)
class(TracerBundle),intent(inout) :: this
if(this%tracers%size() /=0) call this%tracers%clear()
if(this%defaultValues%size() /=0) call this%defaultValues%clear()
deallocate(this%mandatoryAttributes)
end subroutine
subroutine printIt(this)
class(TracerBundle),intent(inout) :: this
type(TracerMapIterator) :: iter
type(Tracer),pointer :: p
print*, "default values: "
call this%defaultValues%print()
print*, "loop tracers: "
iter = this%tracers%begin()
do while (iter /= this%tracers%end())
p=>iter%value()
call p%print()
call iter%next()
end do
end subroutine printIt
end module TracerBundle_mod
|
