// Concorde relationships with the same platformVersion - if any
func TestConcordeOrgsWithRelationshipPlatformVersionTransfer(t *testing.T) {
assert := assert.New(t)
db := getDatabaseConnectionAndCheckClean(t, assert, concordedUUIDs)
cypherDriver := getCypherDriver(db)
annotationsRW := annotations.NewCypherAnnotationsService(cypherDriver.conn, "v1")
defer cleanDB(db, t, assert, concordedUUIDs)
defer deleteAllViaService(db, assert, annotationsRW)
assert.NoError(cypherDriver.Write(org2))
relOrg2L, relOrg2R, err := getNodeRelationshipNames(cypherDriver.conn, org2UUID)
assert.Nil(err)
relOrg1L, relOrg1R, err := getNodeRelationshipNames(cypherDriver.conn, org1UUID)
assert.Empty(relOrg1L)
assert.Empty(relOrg1R)
assert.Nil(err)
updatedOrg1 := organisation{
UUID: org1UUID,
Type: Organisation,
AlternativeIdentifiers: alternativeIdentifiers{
FactsetIdentifier: fsOrg8Identifier,
UUIDS: []string{org1UUID, org2UUID},
TME: []string{},
},
ProperName: "Updated Name",
ParentOrganisation: org8UUID,
}
writeJSONToService(annotationsRW, "./test-resources/annotationBodyForOrg2.json", contentUUID, assert)
assert.NoError(cypherDriver.Write(updatedOrg1))
relUpdatedOrg1L, relUpdatedOrg1R, err := getNodeRelationshipNames(cypherDriver.conn, org1UUID)
assert.Nil(err)
for _, rel := range relOrg2L {
contains(relUpdatedOrg1L, rel.RelationshipType)
}
for _, rel := range relOrg2R {
contains(relUpdatedOrg1R, rel.RelationshipType)
}
storedOrg2, _, _ := cypherDriver.Read(org2UUID)
storedOrg1, _, _ := cypherDriver.Read(org1UUID)
assert.Equal(organisation{}, storedOrg2, "org should have been deleted")
assert.Equal(updatedOrg1, storedOrg1, "org should have been updated")
transferredPropertyLR, transferredPropertyRL, err := readRelationshipDetails(cypherDriver.conn, "Thing", org1UUID)
assert.Nil(err)
assert.Equal(2, len(transferredPropertyLR))
assert.Contains(transferredPropertyLR, property{Type: "MENTIONS", PlatformVersion: "v1"})
assert.Contains(transferredPropertyLR, property{Type: "ABOUT", PlatformVersion: "v1"})
assert.Equal(1, len(transferredPropertyRL))
assert.Contains(transferredPropertyRL, property{Type: "SUB_ORGANISATION_OF", PlatformVersion: ""})
}
func main() {
app := cli.App("annotations-rw-neo4j", "A RESTful API for managing Annotations in neo4j")
neoURL := app.String(cli.StringOpt{
Name: "neo-url",
Value: "http://localhost:7474/db/data",
Desc: "neo4j endpoint URL",
EnvVar: "NEO_URL",
})
graphiteTCPAddress := app.String(cli.StringOpt{
Name: "graphiteTCPAddress",
Value: "",
Desc: "Graphite TCP address, e.g. graphite.ft.com:2003. Leave as default if you do NOT want to output to graphite (e.g. if running locally",
EnvVar: "GRAPHITE_ADDRESS",
})
graphitePrefix := app.String(cli.StringOpt{
Name: "graphitePrefix",
Value: "",
Desc: "Prefix to use. Should start with content, include the environment, and the host name. e.g. coco.pre-prod.roles-rw-neo4j.1 or content.test.people.rw.neo4j.ftaps58938-law1a-eu-t",
EnvVar: "GRAPHITE_PREFIX",
})
port := app.Int(cli.IntOpt{
Name: "port",
Value: 8080,
Desc: "Port to listen on",
EnvVar: "APP_PORT",
})
batchSize := app.Int(cli.IntOpt{
Name: "batchSize",
Value: 1024,
Desc: "Maximum number of statements to execute per batch",
EnvVar: "BATCH_SIZE",
})
logMetrics := app.Bool(cli.BoolOpt{
Name: "logMetrics",
Value: false,
Desc: "Whether to log metrics. Set to true if running locally and you want metrics output",
EnvVar: "LOG_METRICS",
})
logLevel := app.String(cli.StringOpt{
Name: "log-level",
Value: "INFO",
Desc: "Logging level (DEBUG, INFO, WARN, ERROR)",
EnvVar: "LOG_LEVEL",
})
platformVersion := app.String(cli.StringOpt{
Name: "platformVersion",
Value: "",
Desc: "Annotation source platform. Possible values are: v1 or v2.",
EnvVar: "PLATFORM_VERSION",
})
app.Action = func() {
parsedLogLevel, err := log.ParseLevel(*logLevel)
if err != nil {
log.WithFields(log.Fields{"logLevel": logLevel, "err": err}).Fatal("Incorrect log level")
}
log.SetLevel(parsedLogLevel)
log.Infof("annotations-rw-neo4j will listen on port: %d, connecting to: %s", *port, *neoURL)
conf := neoutils.DefaultConnectionConfig()
conf.BatchSize = *batchSize
db, err := neoutils.Connect(*neoURL, conf)
if err != nil {
log.Fatalf("Error connecting to neo4j %s", err)
}
annotationsService := annotations.NewCypherAnnotationsService(db, *platformVersion)
httpHandlers := httpHandlers{annotationsService}
// Healthchecks and standards first
http.HandleFunc("/__health", v1a.Handler("Annotations RW Healthchecks",
"Checks for accessing neo4j", httpHandlers.HealthCheck()))
http.HandleFunc(status.PingPath, status.PingHandler)
http.HandleFunc(status.PingPathDW, status.PingHandler)
http.HandleFunc(status.BuildInfoPath, status.BuildInfoHandler)
http.HandleFunc(status.BuildInfoPathDW, status.BuildInfoHandler)
gtgChecker := make([]gtg.StatusChecker, 0)
gtgChecker = append(gtgChecker, func() gtg.Status {
if err := httpHandlers.AnnotationsService.Check(); err != nil {
return gtg.Status{GoodToGo: false, Message: err.Error()}
}
return gtg.Status{GoodToGo: true}
})
http.HandleFunc(status.GTGPath, status.NewGoodToGoHandler(gtg.FailFastParallelCheck(gtgChecker)))
r := router(httpHandlers)
http.Handle("/", r)
baseftrwapp.OutputMetricsIfRequired(*graphiteTCPAddress, *graphitePrefix, *logMetrics)
if err := http.ListenAndServe(fmt.Sprintf(":%d", *port), nil); err != nil {
log.Fatalf("Unable to start server: %v", err)
}
}
log.Infof("Application started with args %s", os.Args)
app.Run(os.Args)
}
// concorde node with multiple major mentions (mentions with platformVersion v1)
func TestConcordeOrganisationsWithRelationships(t *testing.T) {
assert := assert.New(t)
db := getDatabaseConnectionAndCheckClean(t, assert, concordedUUIDs)
cypherDriver := getCypherDriver(db)
defer cleanDB(db, t, assert, concordedUUIDs)
// STEP 1: write nodes
assert.NoError(cypherDriver.Write(org1))
assert.NoError(cypherDriver.Write(org2))
assert.NoError(cypherDriver.Write(org9))
assert.NoError(cypherDriver.Write(org8))
_, found, _ := cypherDriver.Read(org1UUID)
assert.True(found, "Didn't find organisation for uuid %s", org1UUID)
_, found, _ = cypherDriver.Read(org2UUID)
assert.True(found, "Didn't find organisation for uuid %s", org2UUID)
_, found, _ = cypherDriver.Read(org9UUID)
assert.True(found, "Didn't find organisation for uuid %s", org9UUID)
_, found, _ = cypherDriver.Read(org8UUID)
assert.True(found, "Didn't find organisation for uuid %s", org8UUID)
//STEP 2: write relationships
//write V2 mentions, and about annotation for org2UUID, write V2 mentions annotation for org8UUID
v2AnnotationsRW := annotations.NewCypherAnnotationsService(cypherDriver.conn, "v2")
writeJSONToService(v2AnnotationsRW, "./test-resources/annotationBodyForOrg2AndOrg8.json", contentUUID, assert)
//write V1 mentions annotation for org1UUID and org9UUID - considered as major mentions
v1AnnotationsRW := annotations.NewCypherAnnotationsService(cypherDriver.conn, "v1")
writeJSONToService(v1AnnotationsRW, "./test-resources/annotationBodyForOrg1AndOrg9.json", contentUUID, assert)
//STEP3: concorde org1, with org2 and org9
updatedOrg1 := organisation{
UUID: org1UUID,
Type: Organisation,
AlternativeIdentifiers: alternativeIdentifiers{
FactsetIdentifier: fsOrg1Identifier,
UUIDS: []string{org1UUID, org2UUID, org9UUID},
LeiCode: leiCodeOrgxIdentifier,
TME: []string{tmeOrg2Identifier, tmeOrg9Identifier},
},
// should come out from the transformer like this, otherwise won't be merged
ProperName: "Updated Name",
ParentOrganisation: org8UUID, // should come out from the transformer - otherwise won't be transferred
}
assert.NoError(cypherDriver.Write(updatedOrg1))
//RESULTS concording should result in:
// - the presence of node 1 and 8, absence of node 2, 9
_, found, _ = cypherDriver.Read(org1UUID)
assert.True(found, "Didn't find organisation for uuid %s", org1UUID)
_, found, _ = cypherDriver.Read(org8UUID)
assert.True(found, "Didn't find organisation for uuid %s", org8UUID)
_, found, _ = cypherDriver.Read(org2UUID)
assert.False(found, "Didn't find organisation for uuid %s", org2UUID)
_, found, _ = cypherDriver.Read(org9UUID)
assert.False(found, "Didn't find organisation for uuid %s", org9UUID)
//- for org 8:
// - one v2 mentions from content - which existed
// - one SUB_ORGANISATION_OF to org8 from org2
// - 4 IDENTIFIES relationships from identifiers to nodes
transferredPropertyLR, transferredPropertyRL, err := readRelationshipDetails(cypherDriver.conn, "Thing", org8UUID)
assert.Nil(err)
assert.Equal(0, len(transferredPropertyRL))
assert.Equal(2, len(transferredPropertyLR))
assert.Contains(transferredPropertyLR, property{Type: "MENTIONS", PlatformVersion: "v2"})
assert.Contains(transferredPropertyLR, property{Type: "SUB_ORGANISATION_OF", PlatformVersion: ""})
transferredPropertyLR, transferredPropertyRL, err = readRelationshipDetails(cypherDriver.conn, "Identifier", org8UUID)
assert.Nil(err)
assert.Equal(0, len(transferredPropertyRL))
assert.Equal(4, len(transferredPropertyLR))
for _, rel := range transferredPropertyLR {
assert.Equal("IDENTIFIES", rel.Type)
assert.Equal("", rel.PlatformVersion)
}
// - for org 1:
// - one v2 mentions from content
// - one v1 mentions from content (two merged in one, with properties from the randomly selected relationship)
// - one v2 about from content
// - one SUB_ORGANISATION_OF to org8
// - 7 IDENTIFIES relationships from identifiers to node
transferredPropertyLR, transferredPropertyRL, err = readRelationshipDetails(cypherDriver.conn, "Thing", org1UUID)
assert.Nil(err)
assert.Equal(3, len(transferredPropertyLR))
assert.Contains(transferredPropertyLR, property{Type: "MENTIONS", PlatformVersion: "v2"})
assert.Contains(transferredPropertyLR, property{Type: "MENTIONS", PlatformVersion: "v1"})
assert.Contains(transferredPropertyLR, property{Type: "ABOUT", PlatformVersion: "v2"})
assert.Equal(1, len(transferredPropertyRL))
assert.Contains(transferredPropertyRL, property{Type: "SUB_ORGANISATION_OF", PlatformVersion: ""})
transferredPropertyLR, transferredPropertyRL, err = readRelationshipDetails(cypherDriver.conn, "Identifier", org1UUID)
assert.Nil(err)
assert.Equal(0, len(transferredPropertyRL))
assert.Equal(7, len(transferredPropertyLR))
assert.Contains(transferredPropertyLR, property{Type: "IDENTIFIES", PlatformVersion: ""})
for _, rel := range transferredPropertyLR {
assert.Equal("IDENTIFIES", rel.Type)
assert.Equal("", rel.PlatformVersion)
}
}
