// Example of the internal UUID strategy
PrimaryKeyStrategy{
	// StrategyName is the name to reference the strategy
    StrategyName: "UUID",
    // DBName is the name of the field in the database
    DBName:       "uuid",
    // FieldName is the name of the field in go, this will validate to make sure all pk's use the same field name
    FieldName:    "UUID",
    // Type is the reflect type of the primary key, in this case it's a string but it can be any primitive
    Type:         reflect.TypeOf(""),
    // GenIDFunc defines how new ids are generated, in this case we're using googles uuid library
    GenIDFunc: func() (id interface{}) {
        return uuid.New().String()
    },
}

type TdString string

type MyNeo4jObject struct {
  // provides required node field
  // use gogm.BaseUUIDNode if you want to use UUIDs
  gogm.BaseNode

  Field string `gogm:"name=field"`
  Props map[string]interface{} `gogm:"properties;name=props"` //note that this would show up as `props.<key>` in neo4j
  IgnoreMe bool `gogm="-"`
  UniqueTypeDef TdString `gogm:"name=unique_type_def"`
  Relation *SomeOtherStruct `gogm="relationship=SOME_STRUCT;direction=OUTGOING"`
  ManyRelation []*SomeStruct `gogm="relationship=MANY;direction=INCOMING"`
}

package main

import (
	"github.com/mindstand/gogm/v2"
	"time"
)

type tdString string
type tdInt int

//structs for the example (can also be found in decoder_test.go)
type VertexA struct {
	// provides required node fields
	gogm.BaseNode

    TestField         string                `gogm:"name=test_field"`
	TestTypeDefString tdString          `gogm:"name=test_type_def_string"`
	TestTypeDefInt    tdInt             `gogm:"name=test_type_def_int"`
	MapProperty       map[string]string `gogm:"name=map_property;properties"`
	SliceProperty     []string          `gogm:"name=slice_property;properties"`
    SingleA           *VertexB          `gogm:"direction=incoming;relationship=test_rel"`
	ManyA             []*VertexB        `gogm:"direction=incoming;relationship=testm2o"`
	MultiA            []*VertexB        `gogm:"direction=incoming;relationship=multib"`
	SingleSpecA       *EdgeC            `gogm:"direction=outgoing;relationship=special_single"`
	MultiSpecA        []*EdgeC          `gogm:"direction=outgoing;relationship=special_multi"`
}

type VertexB struct {
	// provides required node fields
	gogm.BaseNode

	TestField  string     `gogm:"name=test_field"`
	TestTime   time.Time  `gogm:"name=test_time"`
	Single     *VertexA   `gogm:"direction=outgoing;relationship=test_rel"`
	ManyB      *VertexA   `gogm:"direction=outgoing;relationship=testm2o"`
	Multi      []*VertexA `gogm:"direction=outgoing;relationship=multib"`
	SingleSpec *EdgeC     `gogm:"direction=incoming;relationship=special_single"`
	MultiSpec  []*EdgeC   `gogm:"direction=incoming;relationship=special_multi"`
}

type EdgeC struct {
	// provides required node fields
	gogm.BaseNode

	Start *VertexA
	End   *VertexB
	Test  string `gogm:"name=test"`
}

func main() {
	// define your configuration
	config := gogm.Config{
		Host:                      "0.0.0.0",
		Port:                      7687,
		// deprecated in favor of protocol
	    // IsCluster:                 false,
	    Protocol:                  "neo4j", //also supports neo4j+s, neo4j+ssc, bolt, bolt+s and bolt+ssc
	    // Specify CA Public Key when using +ssc or +s
	    CAFileLocation: "my-ca-public.crt",
		Username:                  "neo4j",
		Password:                  "password",
		PoolSize:                  50,
		IndexStrategy:             gogm.VALIDATE_INDEX, //other options are ASSERT_INDEX and IGNORE_INDEX
		TargetDbs:                 nil,
		// default logger wraps the go "log" package, implement the Logger interface from gogm to use your own logger
		Logger:             gogm.GetDefaultLogger(),
		// define the log level
		LogLevel:           "DEBUG",
		// enable neo4j go driver to log
		EnableDriverLogs:   false,
		// enable gogm to log params in cypher queries. WARNING THIS IS A SECURITY RISK! Only use this when debugging
		EnableLogParams:    false,
		// enable open tracing. Ensure contexts have spans already. GoGM does not make root spans, only child spans
		OpentracingEnabled: false,
		// specify the method gogm will use to generate Load queries
		LoadStrategy: gogm.PATH_LOAD_STRATEGY // set to SCHEMA_LOAD_STRATEGY for schema-aware queries which may reduce load on the database
	}

	// register all vertices and edges
	// this is so that GoGM doesn't have to do reflect processing of each edge in real time
	// use nil or gogm.DefaultPrimaryKeyStrategy if you only want graph ids
	// we are using the default key strategy since our vertices are using BaseNode
	_gogm, err := gogm.New(&config, gogm.DefaultPrimaryKeyStrategy, &VertexA{}, &VertexB{}, &EdgeC{})
	if err != nil {
		panic(err)
	}

	//param is readonly, we're going to make stuff so we're going to do read write
	sess, err := _gogm.NewSessionV2(gogm.SessionConfig{AccessMode: gogm.AccessModeWrite})
	if err != nil {
		panic(err)
	}

	//close the session
	defer sess.Close()

	aVal := &VertexA{
		TestField: "woo neo4j",
	}

	bVal := &VertexB{
		TestTime: time.Now().UTC(),
	}

	//set bi directional pointer
	bVal.Single = aVal
	aVal.SingleA = bVal

	err = sess.SaveDepth(context.Background(), aVal, 2)
	if err != nil {
		panic(err)
	}

	//load the object we just made (save will set the uuid)
	var readin VertexA
	err = sess.Load(context.Background(), &readin, aVal.UUID)
	if err != nil {
		panic(err)
	}

	fmt.Printf("%+v", readin)
}

config := gogm.Config{
    IndexStrategy: gogm.VALIDATE_INDEX, //other options are ASSERT_INDEX and IGNORE_INDEX
    PoolSize:      50,
    Port:          7687,
    IsCluster:     false, //tells it whether or not to use `bolt+routing`
    Host:          "0.0.0.0",
    Password:      "password",
    Username:      "neo4j",
}

err := gogm.Init(&config, &VertexA{}, &VertexB{}, &EdgeC{})
if err != nil {
    panic(err)
}

// define your configuration
config := gogm.Config{
    IndexStrategy: gogm.VALIDATE_INDEX, //other options are ASSERT_INDEX and IGNORE_INDEX
    PoolSize:      50,
    Port:          7687,
    IsCluster:     false, //tells it whether or not to use `bolt+routing`
    Host:          "0.0.0.0",
    Password:      "password",
    Username:      "neo4j",
}

	// register all vertices and edges
	// this is so that GoGM doesn't have to do reflect processing of each edge in real time
	// use nil or gogm.DefaultPrimaryKeyStrategy if you only want graph ids
	_gogm, err := gogm.New(&config, gogm.UUIDPrimaryKeyStrategy, &VertexA{}, &VertexB{}, &EdgeC{})
	if err != nil {
		panic(err)
	}
	
	gogm.SetGlobalGoGM(_gogm)

sess, err := gogm.NewSession(false)

// this would also work with a local instance of gogm (localGogm.NewSessionV2)
sess, err := gogm.G().NewSessionV2(gogm.SessionConfig{AccessMode: gogm.AccessModeWrite})