Source file sched_req_utils.ml
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let sched_req_template_data_unit_matches_sched_req_data_unit
(sched_req_template_data_unit : Task.sched_req_template_data_unit)
(sched_req_data_unit : Sched_req.sched_req_data_unit) : bool =
match (sched_req_template_data_unit, sched_req_data_unit) with
| ( Sched_req_data_unit_skeleton.Fixed
{ task_seg_related_data = size1; start = start1 },
Sched_req_data_unit_skeleton.Fixed
{ task_seg_related_data = _id, size2; start = start2 } ) ->
size1 = size2 && start1 = start2
| ( Sched_req_data_unit_skeleton.Shift
{ task_seg_related_data_list = sizes1; time_slots = time_slots1; _ },
Sched_req_data_unit_skeleton.Shift
{ task_seg_related_data_list = task_segs; time_slots = time_slots2; _ }
)
| ( Sched_req_data_unit_skeleton.Time_share
{ task_seg_related_data_list = sizes1; time_slots = time_slots1; _ },
Sched_req_data_unit_skeleton.Time_share
{ task_seg_related_data_list = task_segs; time_slots = time_slots2; _ }
) ->
let sizes2 = List.map (fun (_, size) -> size) task_segs in
List.sort_uniq compare sizes1 = List.sort_uniq compare sizes2
&& Time_slots.equal time_slots1 time_slots2
| ( Sched_req_data_unit_skeleton.Split_and_shift
{ task_seg_related_data = size1; time_slots = time_slots1; _ },
Sched_req_data_unit_skeleton.Split_and_shift
{ task_seg_related_data = _id, size2; time_slots = time_slots2; _ } ) ->
size1 = size2 && Time_slots.equal time_slots1 time_slots2
| ( Sched_req_data_unit_skeleton.Split_even
{
task_seg_related_data = size1;
time_slots = time_slots1;
buckets = buckets1;
},
Sched_req_data_unit_skeleton.Split_even
{
task_seg_related_data = _id, size2;
time_slots = time_slots2;
buckets = buckets2;
} ) ->
size1 = size2
&& Time_slots.equal time_slots1 time_slots2
&& Time_slots.equal buckets1 buckets2
| ( Push_toward
{
task_seg_related_data = size1;
target = target1;
time_slots = time_slots1;
},
Push_toward
{
task_seg_related_data = _id, size2;
target = target2;
time_slots = time_slots2;
} ) ->
target1 = target2
&& size1 = size2
&& Time_slots.equal time_slots1 time_slots2
| _ -> false
let sched_req_template_matches_sched_req_data
(sched_req_template : Task.sched_req_template)
(sched_req_data : Sched_req.sched_req_data) : bool =
List.for_all2
(fun sched_req_template_data_unit sched_req_data_unit ->
sched_req_template_data_unit_matches_sched_req_data_unit
sched_req_template_data_unit sched_req_data_unit)
sched_req_template sched_req_data
let sched_req_template_matches_sched_req
(sched_req_template : Task.sched_req_template)
((_sched_req_id, sched_req_data) : Sched_req.sched_req) : bool =
sched_req_template_matches_sched_req_data sched_req_template sched_req_data
let sched_req_template_data_unit_matches_sched_req_record_data_unit
(sched_req_template_data_unit : Task.sched_req_template_data_unit)
(sched_req_record_data_unit : Sched_req.sched_req_record_data_unit) : bool =
match (sched_req_template_data_unit, sched_req_record_data_unit) with
| ( Sched_req_data_unit_skeleton.Fixed
{ task_seg_related_data = size1; start = start1 },
Sched_req_data_unit_skeleton.Fixed
{ task_seg_related_data = _id, size2; start = start2 } ) ->
size1 = size2 && start1 = start2
| ( Sched_req_data_unit_skeleton.Shift
{ task_seg_related_data_list = sizes1; time_slots = time_slots1 },
Sched_req_data_unit_skeleton.Shift
{ task_seg_related_data_list = task_segs; time_slots = time_slots2 } )
| ( Sched_req_data_unit_skeleton.Time_share
{ task_seg_related_data_list = sizes1; time_slots = time_slots1 },
Sched_req_data_unit_skeleton.Time_share
{ task_seg_related_data_list = task_segs; time_slots = time_slots2 } )
->
let sizes2 = List.map (fun (_, size) -> size) task_segs in
List.sort_uniq compare sizes1 = List.sort_uniq compare sizes2
&& Time_slots.equal time_slots1 time_slots2
| ( Sched_req_data_unit_skeleton.Split_and_shift
{ task_seg_related_data = size1; time_slots = time_slots1 },
Sched_req_data_unit_skeleton.Split_and_shift
{ task_seg_related_data = _id, size2; time_slots = time_slots2 } ) ->
size1 = size2 && Time_slots.equal time_slots1 time_slots2
| ( Sched_req_data_unit_skeleton.Split_even
{
task_seg_related_data = size1;
time_slots = time_slots1;
buckets = buckets1;
},
Sched_req_data_unit_skeleton.Split_even
{
task_seg_related_data = _id, size2;
time_slots = time_slots2;
buckets = buckets2;
} ) ->
size1 = size2
&& Time_slots.equal time_slots1 time_slots2
&& Time_slots.equal buckets1 buckets2
| ( Push_toward
{
task_seg_related_data = size1;
target = target1;
time_slots = time_slots1;
},
Push_toward
{
task_seg_related_data = _id, size2;
target = target2;
time_slots = time_slots2;
} ) ->
target1 = target2
&& size1 = size2
&& Time_slots.equal time_slots1 time_slots2
| _ -> false
let sched_req_template_matches_sched_req_record_data
(sched_req_template : Task.sched_req_template)
(sched_req_record_data : Sched_req.sched_req_record_data) : bool =
List.for_all2
(fun sched_req_template_data_unit sched_req_record_data_unit ->
sched_req_template_data_unit_matches_sched_req_record_data_unit
sched_req_template_data_unit sched_req_record_data_unit)
sched_req_template sched_req_record_data
let sched_req_template_matches_sched_req_record
(sched_req_template : Task.sched_req_template)
((_sched_req_record_id, sched_req_record_data) : Sched_req.sched_req_record)
: bool =
sched_req_template_matches_sched_req_record_data sched_req_template
sched_req_record_data