diff --git a/aql/convertQuery.go b/aql/convertQuery.go
index d9c374ebfe78528a76b7692d5eb2e108b43a2485..e039b86392bcc3184b8a398c231ad88eca923b44 100644
--- a/aql/convertQuery.go
+++ b/aql/convertQuery.go
@@ -66,19 +66,19 @@ func createQuery(JSONQuery *entity.IncomingQueryJSON) *string {
for list := range listoflists {
for index := range listoflists[list] {
element := listoflists[list][index]
- fmt.Println(element.typename)
- switch element.typename {
+ fmt.Println(element.Typename)
+ switch element.Typename {
case "entity":
- entity := JSONQuery.Entities[element.pointer]
+ entity := JSONQuery.Entities[element.Pointer]
query += entityToQuery(entity, JSONQuery)
case "relation":
- relation := JSONQuery.Relations[element.pointer]
+ relation := JSONQuery.Relations[element.Pointer]
query += relationToQuery(relation, JSONQuery)
case "groupBy":
- function := JSONQuery.GroupBys[element.pointer]
+ function := JSONQuery.GroupBys[element.Pointer]
query += functionToQuery(function, JSONQuery, list == len(listoflists)-1)
case "filter":
- filter := JSONQuery.Filters[element.pointer]
+ filter := JSONQuery.Filters[element.Pointer]
query += filterToQuery(filter, JSONQuery)
}
}
diff --git a/aql/hierarchy.go b/aql/hierarchy.go
index 0fce792987387def8a184e082ca19d6bdcbf0c44..f61df5c66b159cb9b8a1b2cea8c6d1e165912780 100644
--- a/aql/hierarchy.go
+++ b/aql/hierarchy.go
@@ -7,14 +7,7 @@ import (
"git.science.uu.nl/graphpolaris/query-conversion/entity"
)
-type pdict struct {
- typename string
- pointer int
-}
-
-type pdictList []pdict
-
-var listoflists []pdictList
+var listoflists []entity.PdictList
var reldone map[int]bool
var entdone map[int]bool
var funcdone map[int]bool
@@ -22,19 +15,19 @@ var relfuncdone map[int]bool
var filterDone map[int]bool
func search(JSONQuery *entity.IncomingQueryJSON, index int) {
- listoflists = []pdictList{}
+ listoflists = []entity.PdictList{}
reldone = make(map[int]bool)
entdone = make(map[int]bool)
funcdone = make(map[int]bool)
relfuncdone = make(map[int]bool)
filterDone = make(map[int]bool)
- var s pdictList
+ var s entity.PdictList
//printSlice(s)
//layercounter = 0
- initent := pdict{
- typename: "entity",
- pointer: index,
+ initent := entity.Pdict{
+ Typename: "entity",
+ Pointer: index,
}
s = append(s, initent)
@@ -58,31 +51,31 @@ Entities always get added IN FRONT OF their respective relation in the hierarchy
JSONQuery: *entity.IncomingQueryJSON, the query in JSON format
rel: pdict, the relation to find all connected entities for
*/
-func relToEnt(JSONQuery *entity.IncomingQueryJSON, rel pdict) {
- var newlist pdictList
+func relToEnt(JSONQuery *entity.IncomingQueryJSON, rel entity.Pdict) {
+ var newlist entity.PdictList
layercounter := findCurrentLayer(listoflists, rel)
// Loop over all entities
// If an entity is already in the entdone dict we already added it to the hierarchy, so we don't have to add it again
// If an entity matches either the from or to in a relation we can add it to the newlist
for i := range JSONQuery.Entities {
if _, ok := entdone[i]; !ok {
- if JSONQuery.Relations[rel.pointer].FromID == i && JSONQuery.Relations[rel.pointer].FromType == "entity" {
- fromentity := pdict{
- typename: "entity",
- pointer: i,
+ if JSONQuery.Relations[rel.Pointer].FromID == i && JSONQuery.Relations[rel.Pointer].FromType == "entity" {
+ fromentity := entity.Pdict{
+ Typename: "entity",
+ Pointer: i,
}
newlist = append(newlist, fromentity)
- } else if JSONQuery.Relations[rel.pointer].ToID == i && JSONQuery.Relations[rel.pointer].ToType == "entity" {
- toentity := pdict{
- typename: "entity",
- pointer: i,
+ } else if JSONQuery.Relations[rel.Pointer].ToID == i && JSONQuery.Relations[rel.Pointer].ToType == "entity" {
+ toentity := entity.Pdict{
+ Typename: "entity",
+ Pointer: i,
}
newlist = append(newlist, toentity)
}
}
}
// This relation has found all its entities so we can set it's ID to true
- reldone[rel.pointer] = true
+ reldone[rel.Pointer] = true
// If the newlist is empty, we can just skip the recursion
// This is effectively our base case
if len(newlist) != 0 {
@@ -94,7 +87,7 @@ func relToEnt(JSONQuery *entity.IncomingQueryJSON, rel pdict) {
// After getting a list of entities we can only go towards a list of relation
// So we recurse by calling EntToRel
for i := range newlist {
- fmt.Println("EntToRel being called with index?: " + strconv.Itoa(newlist[i].pointer))
+ fmt.Println("EntToRel being called with index?: " + strconv.Itoa(newlist[i].Pointer))
entToRel(JSONQuery, newlist[i])
}
@@ -108,31 +101,31 @@ Relation always get added BEHIND their respective entity in the hierarchy
JSONQuery: *entity.IncomingQueryJSON, the query in JSON format
ent: pdict, the entity to find all connected relations for
*/
-func entToRel(JSONQuery *entity.IncomingQueryJSON, ent pdict) {
- var newlist pdictList
+func entToRel(JSONQuery *entity.IncomingQueryJSON, ent entity.Pdict) {
+ var newlist entity.PdictList
layercounter := findCurrentLayer(listoflists, ent)
// Loop over all relations
// If a relation is already in the reldone dict we already added it to the hierarchy, so we don't have to add it again
// If a relation matches either the from or to with the entity we can add it to the newlist
for i := range JSONQuery.Relations {
if _, ok := reldone[i]; !ok {
- if JSONQuery.Relations[i].FromID == ent.pointer && JSONQuery.Relations[i].FromType == "entity" {
- rel := pdict{
- typename: "relation",
- pointer: i,
+ if JSONQuery.Relations[i].FromID == ent.Pointer && JSONQuery.Relations[i].FromType == "entity" {
+ rel := entity.Pdict{
+ Typename: "relation",
+ Pointer: i,
}
newlist = append(newlist, rel)
- } else if JSONQuery.Relations[i].ToID == ent.pointer && JSONQuery.Relations[i].ToType == "entity" {
- rel := pdict{
- typename: "relation",
- pointer: i,
+ } else if JSONQuery.Relations[i].ToID == ent.Pointer && JSONQuery.Relations[i].ToType == "entity" {
+ rel := entity.Pdict{
+ Typename: "relation",
+ Pointer: i,
}
newlist = append(newlist, rel)
}
}
}
// This entity has found all its relations so we can set it's ID to true
- entdone[ent.pointer] = true
+ entdone[ent.Pointer] = true
if len(newlist) != 0 {
// If our layercounter is equal to the length of the hierarchy - 1 we are in the last "layer" of the hierarchy
@@ -144,9 +137,9 @@ func entToRel(JSONQuery *entity.IncomingQueryJSON, ent pdict) {
// After getting a list of relations we can only go towards a list of entities or a list of functions
// So we recurse by calling RelToEnt and RelToAllFunc
for i := range newlist {
- fmt.Println("RelToEnt being called with index?: " + strconv.Itoa(newlist[i].pointer))
+ fmt.Println("RelToEnt being called with index?: " + strconv.Itoa(newlist[i].Pointer))
relToEnt(JSONQuery, newlist[i])
- fmt.Println("RelToAllFunc being called with index?: " + strconv.Itoa(newlist[i].pointer))
+ fmt.Println("RelToAllFunc being called with index?: " + strconv.Itoa(newlist[i].Pointer))
relToAllFunc(JSONQuery, newlist[i])
}
@@ -161,9 +154,9 @@ If a function is connected to a relation (relation uses the results from the fun
JSONQuery: *entity.IncomingQueryJSON, the query in JSON format
rel: pdict, the relation to find all connected functions for
*/
-func relToAllFunc(JSONQuery *entity.IncomingQueryJSON, rel pdict) {
- var funcappliedtosubquery pdictList
- var functowhichrelapplies pdictList
+func relToAllFunc(JSONQuery *entity.IncomingQueryJSON, rel entity.Pdict) {
+ var funcappliedtosubquery entity.PdictList
+ var functowhichrelapplies entity.PdictList
layercounter := findCurrentLayer(listoflists, rel)
// Loop over all functions
// If a relation is already in the relfuncdone dict we already added it to the hierarchy, so we don't have to add it again
@@ -171,29 +164,29 @@ func relToAllFunc(JSONQuery *entity.IncomingQueryJSON, rel pdict) {
// If the relation's functionpointer matches a function's ID then the relation is connected to the function
// Depending on the case they get put in a different list and are put in different places in the hierarchy
for i := range JSONQuery.GroupBys {
- if _, ok := relfuncdone[rel.pointer]; !ok {
+ if _, ok := relfuncdone[rel.Pointer]; !ok {
if _, ok := funcdone[i]; !ok {
- if JSONQuery.GroupBys[i].RelationID == rel.pointer {
- relfunc := pdict{
- typename: "groupBy",
- pointer: i,
+ if JSONQuery.GroupBys[i].RelationID == rel.Pointer {
+ relfunc := entity.Pdict{
+ Typename: "groupBy",
+ Pointer: i,
}
funcappliedtosubquery = append(funcappliedtosubquery, relfunc)
fmt.Println("I AM HERE 1")
}
- if JSONQuery.Relations[rel.pointer].FromID == i && JSONQuery.Relations[rel.pointer].FromType == "groupBy" {
- fromfunc := pdict{
- typename: "groupBy",
- pointer: i,
+ if JSONQuery.Relations[rel.Pointer].FromID == i && JSONQuery.Relations[rel.Pointer].FromType == "groupBy" {
+ fromfunc := entity.Pdict{
+ Typename: "groupBy",
+ Pointer: i,
}
functowhichrelapplies = append(functowhichrelapplies, fromfunc)
fmt.Println("I AM HERE 2")
- } else if JSONQuery.Relations[rel.pointer].ToID == i && JSONQuery.Relations[rel.pointer].ToType == "groupBy" {
- tofunc := pdict{
- typename: "groupBy",
- pointer: i,
+ } else if JSONQuery.Relations[rel.Pointer].ToID == i && JSONQuery.Relations[rel.Pointer].ToType == "groupBy" {
+ tofunc := entity.Pdict{
+ Typename: "groupBy",
+ Pointer: i,
}
functowhichrelapplies = append(functowhichrelapplies, tofunc)
fmt.Println("I AM HERE 3")
@@ -204,7 +197,7 @@ func relToAllFunc(JSONQuery *entity.IncomingQueryJSON, rel pdict) {
}
}
- relfuncdone[rel.pointer] = true
+ relfuncdone[rel.Pointer] = true
layercountertwo := layercounter
layercounterthree := layercounter
// See main function comment to see which sublist gets put where in the hierarchy
@@ -212,7 +205,7 @@ func relToAllFunc(JSONQuery *entity.IncomingQueryJSON, rel pdict) {
listoflists = aboveAppend(listoflists, layercountertwo, functowhichrelapplies)
for i := range functowhichrelapplies {
- fmt.Println("FuncToAllRell being called with index?: " + strconv.Itoa(functowhichrelapplies[i].pointer))
+ fmt.Println("FuncToAllRell being called with index?: " + strconv.Itoa(functowhichrelapplies[i].Pointer))
funcToAllRel(JSONQuery, functowhichrelapplies[i])
}
@@ -223,7 +216,7 @@ func relToAllFunc(JSONQuery *entity.IncomingQueryJSON, rel pdict) {
listoflists = belowAppend(listoflists, layercounterthree, funcappliedtosubquery)
for i := range funcappliedtosubquery {
- fmt.Println("FuncToAllRel being called with index?: " + strconv.Itoa(funcappliedtosubquery[i].pointer))
+ fmt.Println("FuncToAllRel being called with index?: " + strconv.Itoa(funcappliedtosubquery[i].Pointer))
funcToAllRel(JSONQuery, funcappliedtosubquery[i])
}
}
@@ -238,34 +231,34 @@ If a relation is connected to a function, we add the relation BEHIND its respect
JSONQuery: *entity.IncomingQueryJSON, the query in JSON format
function: pdict, the function to find all connected relations for
*/
-func funcToAllRel(JSONQuery *entity.IncomingQueryJSON, function pdict) {
- var funcappliedtosubquery pdictList
- var relattachedtofunc pdictList
+func funcToAllRel(JSONQuery *entity.IncomingQueryJSON, function entity.Pdict) {
+ var funcappliedtosubquery entity.PdictList
+ var relattachedtofunc entity.PdictList
layercounter := findCurrentLayer(listoflists, function)
for i := range JSONQuery.Relations {
- if _, ok := funcdone[function.pointer]; !ok {
+ if _, ok := funcdone[function.Pointer]; !ok {
if _, ok := relfuncdone[i]; !ok {
// The func is attached to this relation
- if JSONQuery.GroupBys[function.pointer].RelationID == i {
- funcrel := pdict{
- typename: "relation",
- pointer: i,
+ if JSONQuery.GroupBys[function.Pointer].RelationID == i {
+ funcrel := entity.Pdict{
+ Typename: "relation",
+ Pointer: i,
}
funcappliedtosubquery = append(funcappliedtosubquery, funcrel)
}
- if JSONQuery.Relations[i].FromID == function.pointer && JSONQuery.Relations[i].FromType == "groupBy" {
- fromrel := pdict{
- typename: "relation",
- pointer: i,
+ if JSONQuery.Relations[i].FromID == function.Pointer && JSONQuery.Relations[i].FromType == "groupBy" {
+ fromrel := entity.Pdict{
+ Typename: "relation",
+ Pointer: i,
}
relattachedtofunc = append(relattachedtofunc, fromrel)
- } else if JSONQuery.Relations[i].ToID == function.pointer && JSONQuery.Relations[i].ToType == "groupBy" {
- torel := pdict{
- typename: "relation",
- pointer: i,
+ } else if JSONQuery.Relations[i].ToID == function.Pointer && JSONQuery.Relations[i].ToType == "groupBy" {
+ torel := entity.Pdict{
+ Typename: "relation",
+ Pointer: i,
}
relattachedtofunc = append(relattachedtofunc, torel)
@@ -274,7 +267,7 @@ func funcToAllRel(JSONQuery *entity.IncomingQueryJSON, function pdict) {
}
}
}
- funcdone[function.pointer] = true
+ funcdone[function.Pointer] = true
layercountertwo := layercounter
layercounterthree := layercounter
@@ -283,9 +276,9 @@ func funcToAllRel(JSONQuery *entity.IncomingQueryJSON, function pdict) {
listoflists = aboveAppend(listoflists, layercountertwo, funcappliedtosubquery)
for i := range funcappliedtosubquery {
- fmt.Println("RelToEnt being called with index?: " + strconv.Itoa(funcappliedtosubquery[i].pointer))
+ fmt.Println("RelToEnt being called with index?: " + strconv.Itoa(funcappliedtosubquery[i].Pointer))
relToEnt(JSONQuery, funcappliedtosubquery[i])
- fmt.Println("RelToAllFunc being called with index?: " + strconv.Itoa(funcappliedtosubquery[i].pointer))
+ fmt.Println("RelToAllFunc being called with index?: " + strconv.Itoa(funcappliedtosubquery[i].Pointer))
relToAllFunc(JSONQuery, funcappliedtosubquery[i])
}
@@ -295,9 +288,9 @@ func funcToAllRel(JSONQuery *entity.IncomingQueryJSON, function pdict) {
listoflists = belowAppend(listoflists, layercounterthree, relattachedtofunc)
for i := range relattachedtofunc {
- fmt.Println("RelToEnt being called with index?: " + strconv.Itoa(relattachedtofunc[i].pointer))
+ fmt.Println("RelToEnt being called with index?: " + strconv.Itoa(relattachedtofunc[i].Pointer))
relToEnt(JSONQuery, relattachedtofunc[i])
- fmt.Println("RelToAllFunc being called with index?: " + strconv.Itoa(relattachedtofunc[i].pointer))
+ fmt.Println("RelToAllFunc being called with index?: " + strconv.Itoa(relattachedtofunc[i].Pointer))
relToAllFunc(JSONQuery, relattachedtofunc[i])
}
}
@@ -307,57 +300,57 @@ func addFilters(JSONQuery *entity.IncomingQueryJSON) {
for i, filter := range JSONQuery.Filters {
if _, ok := filterDone[i]; !ok {
- p := pdict{
- typename: filter.FromType,
- pointer: filter.FromID,
+ p := entity.Pdict{
+ Typename: filter.FromType,
+ Pointer: filter.FromID,
}
- f := pdict{
- typename: "filter",
- pointer: filter.ID,
+ f := entity.Pdict{
+ Typename: "filter",
+ Pointer: filter.ID,
}
addOneFilter(f, JSONQuery, p, &filterDone)
}
}
}
-func addOneFilter(filterPDict pdict, JSONQuery *entity.IncomingQueryJSON, p pdict, filterDone *map[int]bool) {
- if p.typename == "filter" && (*filterDone)[p.pointer] {
+func addOneFilter(filterPDict entity.Pdict, JSONQuery *entity.IncomingQueryJSON, p entity.Pdict, filterDone *map[int]bool) {
+ if p.Typename == "filter" && (*filterDone)[p.Pointer] {
l := findCurrentLayer(listoflists, p)
- k := pdictList{filterPDict}
- if len(listoflists) > l+1 && listoflists[l+1][0].typename == "filter" {
+ k := entity.PdictList{filterPDict}
+ if len(listoflists) > l+1 && listoflists[l+1][0].Typename == "filter" {
listoflists[l+1] = append(listoflists[l+1], filterPDict)
} else {
listoflists = filterAppend(listoflists, l, k)
}
- (*filterDone)[filterPDict.pointer] = true
- } else if p.typename == "filter" {
- pnew := pdict{
- typename: JSONQuery.Filters[p.pointer].FromType,
- pointer: JSONQuery.Filters[p.pointer].FromID,
+ (*filterDone)[filterPDict.Pointer] = true
+ } else if p.Typename == "filter" {
+ pnew := entity.Pdict{
+ Typename: JSONQuery.Filters[p.Pointer].FromType,
+ Pointer: JSONQuery.Filters[p.Pointer].FromID,
}
addOneFilter(p, JSONQuery, pnew, filterDone)
l := findCurrentLayer(listoflists, p)
- k := pdictList{filterPDict}
- if len(listoflists) > l+1 && listoflists[l+1][0].typename == "filter" {
+ k := entity.PdictList{filterPDict}
+ if len(listoflists) > l+1 && listoflists[l+1][0].Typename == "filter" {
listoflists[l+1] = append(listoflists[l+1], filterPDict)
} else {
listoflists = filterAppend(listoflists, l, k)
}
- (*filterDone)[filterPDict.pointer] = true
+ (*filterDone)[filterPDict.Pointer] = true
} else {
l := findCurrentLayer(listoflists, p)
- k := pdictList{filterPDict}
- if len(listoflists) > l+1 && listoflists[l+1][0].typename == "filter" {
+ k := entity.PdictList{filterPDict}
+ if len(listoflists) > l+1 && listoflists[l+1][0].Typename == "filter" {
listoflists[l+1] = append(listoflists[l+1], filterPDict)
} else {
listoflists = filterAppend(listoflists, l, k)
}
- (*filterDone)[filterPDict.pointer] = true
+ (*filterDone)[filterPDict.Pointer] = true
}
}
// A function that appends 1 level above (if index is 0 this won't work)
-func aboveAppend(lists []pdictList, index int, values pdictList) []pdictList {
+func aboveAppend(lists []entity.PdictList, index int, values entity.PdictList) []entity.PdictList {
if index == 0 {
return prepend(lists, values)
} else {
@@ -371,7 +364,7 @@ func aboveAppend(lists []pdictList, index int, values pdictList) []pdictList {
}
// A function that appends 1 level below
-func belowAppend(lists []pdictList, index int, values pdictList) []pdictList {
+func belowAppend(lists []entity.PdictList, index int, values entity.PdictList) []entity.PdictList {
if index == len(listoflists)-1 {
lists = append(listoflists, values)
return lists
@@ -386,13 +379,13 @@ func belowAppend(lists []pdictList, index int, values pdictList) []pdictList {
}
}
-func filterAppend(lists []pdictList, index int, values pdictList) []pdictList {
+func filterAppend(lists []entity.PdictList, index int, values entity.PdictList) []entity.PdictList {
if len(lists)-1 == index { // nil or empty slice or after last element
return append(lists, values)
}
- k := make([]pdictList, len(lists[index+1:]))
+ k := make([]entity.PdictList, len(lists[index+1:]))
copy(k, lists[index+1:])
- l := make([]pdictList, len(lists[:index+1]))
+ l := make([]entity.PdictList, len(lists[:index+1]))
copy(l, lists[:index+1])
lists = append(l, values) // index < len(a)
return append(lists, k...)
@@ -401,11 +394,11 @@ func filterAppend(lists []pdictList, index int, values pdictList) []pdictList {
// A simple double-for loop that finds the layer in which an element resides in the hierarchy
// Because we only append elements relative to another element, we can freely use this to keep track of layers
-func findCurrentLayer(list []pdictList, element pdict) int {
+func findCurrentLayer(list []entity.PdictList, element entity.Pdict) int {
currlayer := -1
for i, sublist := range list {
for j := range sublist {
- if sublist[j].pointer == element.pointer && sublist[j].typename == element.typename {
+ if sublist[j].Pointer == element.Pointer && sublist[j].Typename == element.Typename {
currlayer = i
//break
}
@@ -418,11 +411,11 @@ func findCurrentLayer(list []pdictList, element pdict) int {
// Only needed when a entire new list has to be inserted in front of the hierarcy
// Prepending to existing layers can be done by decreasing the layercounter and appending
// See XToY functions for example usage
-func prepend(list []pdictList, element pdictList) []pdictList {
- var dummylist pdictList
- dummy := pdict{
- typename: "dummy",
- pointer: -1,
+func prepend(list []entity.PdictList, element entity.PdictList) []entity.PdictList {
+ var dummylist entity.PdictList
+ dummy := entity.Pdict{
+ Typename: "dummy",
+ Pointer: -1,
}
dummylist = append(dummylist, dummy)
list = append(list, dummylist)
diff --git a/aql/hierarchy_test.go b/aql/hierarchy_test.go
index f743ca85d1699178b3432b7b8b014c781dc6c6e1..c65190e559450790b97ad94fb709339227ea66c9 100644
--- a/aql/hierarchy_test.go
+++ b/aql/hierarchy_test.go
@@ -166,17 +166,17 @@ func TestHierarchyRandomStart(t *testing.T) {
// Unmarshall the incoming message into an IncomingJSONQuery object
var JSONQuery entity.IncomingQueryJSON
json.Unmarshal(query, &JSONQuery)
- correctResult := make([]pdictList, 4)
- correctResult[0] = pdictList{{typename: "entity", pointer: 0}, {typename: "entity", pointer: 1}}
- correctResult[1] = pdictList{{typename: "filter", pointer: 0}}
- correctResult[2] = pdictList{{typename: "relation", pointer: 0}}
- correctResult[3] = pdictList{{typename: "filter", pointer: 1}}
+ correctResult := make([]entity.PdictList, 4)
+ correctResult[0] = entity.PdictList{{Typename: "entity", Pointer: 0}, {Typename: "entity", Pointer: 1}}
+ correctResult[1] = entity.PdictList{{Typename: "filter", Pointer: 0}}
+ correctResult[2] = entity.PdictList{{Typename: "relation", Pointer: 0}}
+ correctResult[3] = entity.PdictList{{Typename: "filter", Pointer: 1}}
for i := range JSONQuery.Entities {
search(&JSONQuery, i)
- sortedListOfLists := make([]pdictList, len(listoflists))
+ sortedListOfLists := make([]entity.PdictList, len(listoflists))
for i, list := range listoflists {
- k := make(pdictList, list.Len())
+ k := make(entity.PdictList, list.Len())
copy(k, list)
sort.Sort(k)
sortedListOfLists[i] = k
@@ -308,20 +308,20 @@ func TestHierarchyWithGroupby(t *testing.T) {
// Unmarshall the incoming message into an IncomingJSONQuery object
var JSONQuery entity.IncomingQueryJSON
json.Unmarshal(query, &JSONQuery)
- correctResult := make([]pdictList, 5)
- correctResult[0] = pdictList{{typename: "entity", pointer: 0}, {typename: "entity", pointer: 1}}
- correctResult[1] = pdictList{{typename: "relation", pointer: 0}}
- correctResult[2] = pdictList{{typename: "entity", pointer: 2}, {typename: "entity", pointer: 3}, {typename: "groupBy", pointer: 0}}
- correctResult[3] = pdictList{{typename: "filter", pointer: 0}}
- correctResult[4] = pdictList{{typename: "relation", pointer: 1}, {typename: "relation", pointer: 2}}
+ correctResult := make([]entity.PdictList, 5)
+ correctResult[0] = entity.PdictList{{Typename: "entity", Pointer: 0}, {Typename: "entity", Pointer: 1}}
+ correctResult[1] = entity.PdictList{{Typename: "relation", Pointer: 0}}
+ correctResult[2] = entity.PdictList{{Typename: "entity", Pointer: 2}, {Typename: "entity", Pointer: 3}, {Typename: "groupBy", Pointer: 0}}
+ correctResult[3] = entity.PdictList{{Typename: "filter", Pointer: 0}}
+ correctResult[4] = entity.PdictList{{Typename: "relation", Pointer: 1}, {Typename: "relation", Pointer: 2}}
for i := range JSONQuery.Entities {
search(&JSONQuery, i)
fmt.Println(listoflists)
- sortedListOfLists := make([]pdictList, len(listoflists))
+ sortedListOfLists := make([]entity.PdictList, len(listoflists))
for i, list := range listoflists {
- k := make(pdictList, list.Len())
+ k := make(entity.PdictList, list.Len())
copy(k, list)
sort.Sort(k)
sortedListOfLists[i] = k