func makeMutation(mmap map[string][]*cassandra.Mutation, cf, name string,
value []byte, now time.Time) {
var m *cassandra.Mutation = cassandra.NewMutation()
var col *cassandra.Column = cassandra.NewColumn()
col.Name = []byte(name)
col.Value = value
col.Timestamp = proto.Int64(now.UnixNano())
m.ColumnOrSupercolumn = cassandra.NewColumnOrSuperColumn()
m.ColumnOrSupercolumn.Column = col
mmap[cf] = append(mmap[cf], m)
}
func (self *ProductSearchAPI) ServeHTTP(w http.ResponseWriter, req *http.Request) {
var err error
var query string = req.FormValue("q")
var rawdata []byte
var res CategorizedSearchResult
numRequests.Add(1)
numAPIRequests.Add(1)
// Check the user is in the reqeuested scope.
if !self.authenticator.IsAuthenticatedScope(req, self.scope) {
numDisallowedScope.Add(1)
http.Error(w,
"You are not in the right group to access this resource",
http.StatusForbidden)
return
}
if len(query) >= 3 {
var product_results [][]byte
var cp *cassandra.ColumnParent = cassandra.NewColumnParent()
var pred *cassandra.SlicePredicate = cassandra.NewSlicePredicate()
var kr *cassandra.KeyRange = cassandra.NewKeyRange()
var colmap map[string][]*cassandra.ColumnOrSuperColumn
var slices []*cassandra.KeySlice
var ire *cassandra.InvalidRequestException
var ue *cassandra.UnavailableException
var te *cassandra.TimedOutException
var endkey []byte = []byte(query)
var r *SearchResult
var pos int = len(endkey) - 1
// Handle overflows
for endkey[pos] == 255 && pos > 0 {
endkey[pos] = 0
pos--
}
// Produce endkey by incrementing the last byte of the start key.
endkey[pos]++
// Search for projects with the given name.
cp.ColumnFamily = "products_byname"
pred.ColumnNames = [][]byte{[]byte("product")}
kr.StartKey = []byte(query)
kr.EndKey = endkey
kr.Count = 32 // Limit to 32 results.
slices, ire, ue, te, err = self.client.GetRangeSlices(
cp, pred, kr, cassandra.ConsistencyLevel_ONE)
if ire != nil {
log.Print("Error fetching products_byname: ", ire.Why)
numCassandraErrors.Add("invalid-request", 1)
http.Error(w, ire.Why, http.StatusInternalServerError)
return
}
if ue != nil {
log.Print("Cassandra unavailable when fetching products_byname")
numCassandraErrors.Add("invalid-request", 1)
http.Error(w, "Database unavailable", http.StatusInternalServerError)
return
}
if te != nil {
log.Print("Cassandra timed out when fetching products_byname")
numCassandraErrors.Add("timeout", 1)
http.Error(w, "Database timed out", http.StatusInternalServerError)
return
}
if err != nil {
log.Print("OS error when fetching products_byname: ", err)
numCassandraErrors.Add("generic-error", 1)
http.Error(w, "OS error talking to database",
http.StatusInternalServerError)
return
}
for _, slice := range slices {
for _, csc := range slice.Columns {
var col *cassandra.Column = csc.Column
if col == nil || !col.IsSetValue() {
continue
}
if string(col.Name) != "product" {
log.Print("Bizarre products_byname row ",
string(slice.Key), " (", slice.Key, "), has ",
string(col.Name), " (", col.Name, ")")
continue
}
r = new(SearchResult)
r.Name = string(slice.Key)
r.Uuid = UUID(col.Value).String()
res.Products = append(res.Products, r)
}
}
// Search for projects with the given name.
cp.ColumnFamily = "products_bybarcode"
pred.ColumnNames = [][]byte{[]byte("product")}
kr.StartKey = []byte(query)
kr.EndKey = endkey
kr.Count = 32 // Limit to 32 results.
slices, ire, ue, te, err = self.client.GetRangeSlices(
cp, pred, kr, cassandra.ConsistencyLevel_ONE)
if ire != nil {
log.Print("Error fetching products_bybarcode: ", ire.Why)
numCassandraErrors.Add("invalid-request", 1)
http.Error(w, ire.Why, http.StatusInternalServerError)
return
}
if ue != nil {
log.Print("Cassandra unavailable when fetching products_bybarcode")
numCassandraErrors.Add("invalid-request", 1)
http.Error(w, "Database unavailable", http.StatusInternalServerError)
return
}
if te != nil {
log.Print("Cassandra timed out when fetching products_bybarcode")
numCassandraErrors.Add("timeout", 1)
http.Error(w, "Database timed out", http.StatusInternalServerError)
return
}
if err != nil {
log.Print("OS error when fetching products_bybarcode: ", err)
numCassandraErrors.Add("generic-error", 1)
http.Error(w, "OS error talking to database",
http.StatusInternalServerError)
return
}
for _, slice := range slices {
for _, csc := range slice.Columns {
var col *cassandra.Column = csc.Column
if col == nil || !col.IsSetValue() {
continue
}
if string(col.Name) != "product" {
log.Print("Bizarre products_bybarcode row ",
string(slice.Key), " (", slice.Key, "), has ",
string(col.Name), " (", col.Name, ")")
continue
}
product_results = append(product_results, col.Value)
}
}
// Now, fetch all the product names for products we spotted above.
if len(product_results) > 0 {
cp.ColumnFamily = "products"
pred.ColumnNames = [][]byte{[]byte("name")}
colmap, ire, ue, te, err = self.client.MultigetSlice(
product_results, cp, pred, cassandra.ConsistencyLevel_ONE)
if ire != nil {
log.Print("Error fetching products: ", ire.Why)
numCassandraErrors.Add("invalid-request", 1)
http.Error(w, ire.Why, http.StatusInternalServerError)
return
}
if ue != nil {
log.Print("Cassandra unavailable when fetching products")
numCassandraErrors.Add("invalid-request", 1)
http.Error(w, "Database unavailable",
http.StatusInternalServerError)
return
}
if te != nil {
log.Print("Cassandra timed out when fetching products")
numCassandraErrors.Add("timeout", 1)
http.Error(w, "Database timed out",
http.StatusInternalServerError)
return
}
if err != nil {
log.Print("OS error when fetching products: ", err)
numCassandraErrors.Add("generic-error", 1)
http.Error(w, "OS error talking to database",
http.StatusInternalServerError)
return
}
for key, cscv := range colmap {
for _, csc := range cscv {
var col *cassandra.Column = csc.Column
if col == nil || !col.IsSetValue() {
continue
}
if string(col.Name) != "name" {
log.Print("Cassandra returned additional column ",
string(col.Name), " (", col.Name, ") for row ",
key, " (", []byte(key), ")")
continue
}
r = new(SearchResult)
r.Name = string(col.Value)
r.Uuid = UUID([]byte(key)).String()
res.Products = append(res.Products, r)
}
}
}
// TODO(tonnerre): stub
// r = new(SearchResult)
// r.Name = "ACME Inc."
// r.Uuid = "/vendor/acme"
// res.Vendors = append(res.Vendors, r)
// r = new(SearchResult)
// r.Name = "Starship Factory"
// r.Uuid = "/vendor/starshipfactory"
// res.Vendors = append(res.Vendors, r)
// r = new(SearchResult)
// r.Name = "RaumZeitLabor e.V."
// r.Uuid = "/vendor/rzl"
// res.Vendors = append(res.Vendors, r)
// r = new(SearchResult)
// r.Name = "Doctor in the TARDIS"
// r.Uuid = "/vendor/doctor"
// res.Vendors = append(res.Vendors, r)
}
rawdata, err = json.Marshal(res)
if err != nil {
log.Print("Error marshalling JSON: ", err)
numJSONMarshalErrors.Add(1)
http.Error(w, err.Error(), http.StatusInternalServerError)
return
}
w.Header().Add("Content-type", "application/json")
w.WriteHeader(http.StatusOK)
_, err = w.Write(rawdata)
if err != nil {
log.Print("Error writing JSON response: ", err)
numHTTPWriteErrors.Add(err.Error(), 1)
}
}
func (self *ProductEditAPI) ServeHTTP(w http.ResponseWriter, req *http.Request) {
var buf *bytes.Buffer = new(bytes.Buffer)
var specid string = req.PostFormValue("id")
var uuid UUID
var codes *Barcodes = new(Barcodes)
var mmap map[string]map[string][]*cassandra.Mutation
var tsprefix []byte
var prod Product
var mutations []*cassandra.Mutation
var mutation *cassandra.Mutation
var col *cassandra.Column
var ire *cassandra.InvalidRequestException
var ue *cassandra.UnavailableException
var te *cassandra.TimedOutException
var barcode string
var now time.Time = time.Now()
var err error
var match bool
numRequests.Add(1)
numAPIRequests.Add(1)
// Check the user is in the reqeuested scope.
if !self.authenticator.IsAuthenticatedScope(req, self.scope) {
numDisallowedScope.Add(1)
http.Error(w,
"You are not in the right group to access this resource",
http.StatusForbidden)
return
}
// Check if the product name has been specified.
prod.Name = req.PostFormValue("prodname")
if len(prod.Name) <= 0 {
log.Print("Parsing product name: ", err)
http.Error(w, "Product name empty", http.StatusNotAcceptable)
return
}
prod.Price, err = strconv.ParseFloat(req.PostFormValue("price"), 64)
if err != nil {
log.Print("Parsing price: ", err)
http.Error(w, "price: "+err.Error(), http.StatusNotAcceptable)
return
}
prod.Stock, err = strconv.ParseUint(req.PostFormValue("stock"), 10, 64)
if err != nil {
log.Print("Parsing stock: ", err)
http.Error(w, "stock: "+err.Error(), http.StatusNotAcceptable)
return
}
// Check if the barcode has been given. If it was, it needs to be
// numeric (EAN-13). If we find different types of barcodes we can
// always revise this.
for _, barcode = range req.PostForm["barcode"] {
barcode = strings.Replace(barcode, " ", "", -1)
if len(barcode) > 0 {
match, err = regexp.MatchString("^[0-9]+$", barcode)
if err != nil {
productEditErrors.Add(err.Error(), 1)
http.Error(w, err.Error(), http.StatusInternalServerError)
return
}
if match {
codes.Barcode = append(codes.Barcode, barcode)
} else {
productEditErrors.Add("barcode-format-error", 1)
http.Error(w, "Barcode should only contain numbers",
http.StatusNotAcceptable)
return
}
}
}
// Create column data for the product row.
col = cassandra.NewColumn()
col.Name = []byte("name")
col.Value = []byte(prod.Name)
col.Timestamp = now.Unix()
mutation = cassandra.NewMutation()
mutation.ColumnOrSupercolumn = cassandra.NewColumnOrSuperColumn()
mutation.ColumnOrSupercolumn.Column = col
mutations = append(mutations, mutation)
err = binary.Write(buf, binary.BigEndian, prod.Price)
if err != nil {
productEditErrors.Add(err.Error(), 1)
http.Error(w, err.Error(), http.StatusInternalServerError)
return
}
col = cassandra.NewColumn()
col.Name = []byte("price")
col.Value = buf.Bytes()
col.Timestamp = now.Unix()
mutation = cassandra.NewMutation()
mutation.ColumnOrSupercolumn = cassandra.NewColumnOrSuperColumn()
mutation.ColumnOrSupercolumn.Column = col
mutations = append(mutations, mutation)
buf = new(bytes.Buffer)
err = binary.Write(buf, binary.BigEndian, prod.Stock)
if err != nil {
productEditErrors.Add(err.Error(), 1)
http.Error(w, err.Error(), http.StatusInternalServerError)
return
}
col = cassandra.NewColumn()
col.Name = []byte("stock")
col.Value = buf.Bytes()
col.Timestamp = now.Unix()
mutation = cassandra.NewMutation()
mutation.ColumnOrSupercolumn = cassandra.NewColumnOrSuperColumn()
mutation.ColumnOrSupercolumn.Column = col
mutations = append(mutations, mutation)
col = cassandra.NewColumn()
col.Name = []byte("barcodes")
col.Value, err = proto.Marshal(codes)
if err != nil {
productEditErrors.Add(err.Error(), 1)
http.Error(w, err.Error(), http.StatusInternalServerError)
return
}
col.Timestamp = now.Unix()
mutation = cassandra.NewMutation()
mutation.ColumnOrSupercolumn = cassandra.NewColumnOrSuperColumn()
mutation.ColumnOrSupercolumn.Column = col
mutations = append(mutations, mutation)
// If we're editing an existing product, re-use that UUID. Otherwise,
// generate one.
if len(specid) > 0 {
uuid, err = ParseUUID(specid)
} else {
uuid, err = GenTimeUUID(&now)
}
if err != nil {
productEditErrors.Add(err.Error(), 1)
http.Error(w, err.Error(), http.StatusInternalServerError)
return
}
mmap = make(map[string]map[string][]*cassandra.Mutation)
mmap[string(uuid)] = make(map[string][]*cassandra.Mutation)
mmap[string(uuid)]["products"] = mutations
// Create the entry in the products_byname index.
mutations = make([]*cassandra.Mutation, 0)
col = cassandra.NewColumn()
col.Name = []byte("product")
col.Value = uuid
col.Timestamp = now.Unix()
mutation = cassandra.NewMutation()
mutation.ColumnOrSupercolumn = cassandra.NewColumnOrSuperColumn()
mutation.ColumnOrSupercolumn.Column = col
mutations = append(mutations, mutation)
mmap[prod.Name] = make(map[string][]*cassandra.Mutation)
mmap[prod.Name]["products_byname"] = mutations
// If a barcode has been given, specify it in the products_bybarcode
// column.
if len(barcode) > 0 {
mmap[barcode] = make(map[string][]*cassandra.Mutation)
mmap[barcode]["products_bybarcode"] = mutations
}
// Log a timeseries entry stating that the product has been present
// at the time.
mutations = make([]*cassandra.Mutation, 0)
col = cassandra.NewColumn()
col.Name = []byte("product-count")
col.Value = buf.Bytes() // still the product count from above.
col.Timestamp = now.Unix()
mutation = cassandra.NewMutation()
mutation.ColumnOrSupercolumn = cassandra.NewColumnOrSuperColumn()
mutation.ColumnOrSupercolumn.Column = col
mutations = append(mutations, mutation)
// Create the TS prefix: first the UUID, then the timestamp.
buf = new(bytes.Buffer)
err = binary.Write(buf, binary.BigEndian, now.UnixNano())
if err != nil {
productEditErrors.Add(err.Error(), 1)
http.Error(w, err.Error(), http.StatusInternalServerError)
return
}
tsprefix = make([]byte, len(uuid)+buf.Len()+1)
copy(tsprefix, uuid)
tsprefix[len(uuid)] = ':'
for i, v := range buf.Bytes() {
tsprefix[len(uuid)+i+1] = v
}
mmap[string(tsprefix)] = make(map[string][]*cassandra.Mutation)
mmap[string(tsprefix)]["product_tsdata"] = mutations
// Now, write the mutations to the database.
ire, ue, te, err = self.client.AtomicBatchMutate(mmap,
cassandra.ConsistencyLevel_QUORUM)
if ire != nil {
log.Println("Invalid request: ", ire.Why)
productEditErrors.Add(ire.Why, 1)
return
}
if ue != nil {
log.Println("Unavailable")
productEditErrors.Add("unavailable", 1)
return
}
if te != nil {
log.Println("Request to database backend timed out")
productEditErrors.Add("timeout", 1)
return
}
if err != nil {
log.Println("Generic error: ", err)
productEditErrors.Add(err.Error(), 1)
return
}
}
func main() {
var cf string = "members"
var config_file string
var config_contents []byte
var config membersys.MemberCreatorConfig
var greatestUid uint64 = 1000
var now time.Time
var noop, verbose bool
var welcome *membersys.WelcomeMail
var ld *ldap.Conn
var sreq *ldap.SearchRequest
var lres *ldap.SearchResult
var entry *ldap.Entry
var tlsconfig tls.Config
var mmap map[string]map[string][]*cassandra.Mutation
var db *cassandra.RetryCassandraClient
var cp *cassandra.ColumnParent
var pred *cassandra.SlicePredicate
var kr *cassandra.KeyRange
var kss []*cassandra.KeySlice
var ks *cassandra.KeySlice
var err error
flag.StringVar(&config_file, "config", "",
"Path to the member creator configuration file")
flag.BoolVar(&noop, "dry-run", false, "Do a dry run")
flag.BoolVar(&verbose, "verbose", false,
"Whether or not to display verbose messages")
flag.Parse()
if len(config_file) == 0 {
flag.Usage()
return
}
config_contents, err = ioutil.ReadFile(config_file)
if err != nil {
log.Fatal("Unable to read ", config_file, ": ", err)
}
err = proto.Unmarshal(config_contents, &config)
if err != nil {
err = proto.UnmarshalText(string(config_contents), &config)
}
if err != nil {
log.Fatal("Unable to parse ", config_file, ": ", err)
}
if config.WelcomeMailConfig != nil {
welcome, err = membersys.NewWelcomeMail(
config.WelcomeMailConfig)
if err != nil {
log.Fatal("Error creating WelcomeMail: ", err)
}
}
tlsconfig.MinVersion = tls.VersionTLS12
tlsconfig.ServerName, _, err = net.SplitHostPort(
config.LdapConfig.GetServer())
if err != nil {
log.Fatal("Can't split ", config.LdapConfig.GetServer(),
" into host and port: ", err)
}
if config.LdapConfig.CaCertificate != nil {
var certData []byte
certData, err = ioutil.ReadFile(config.LdapConfig.GetCaCertificate())
if err != nil {
log.Fatal("Unable to read certificate from ",
config.LdapConfig.GetCaCertificate(), ": ", err)
}
tlsconfig.RootCAs = x509.NewCertPool()
tlsconfig.RootCAs.AppendCertsFromPEM(certData)
}
now = time.Now()
if !noop {
ld, err = ldap.DialTLS("tcp", config.LdapConfig.GetServer(),
&tlsconfig)
if err != nil {
log.Fatal("Error connecting to LDAP server ",
config.LdapConfig.GetServer(), ": ", err)
}
err = ld.Bind(config.LdapConfig.GetSuperUser()+","+
config.LdapConfig.GetBase(), config.LdapConfig.GetSuperPassword())
if err != nil {
log.Fatal("Unable to bind as ", config.LdapConfig.GetSuperUser()+
","+config.LdapConfig.GetBase(), " to ",
config.LdapConfig.GetServer(), ": ", err)
}
defer ld.Close()
sreq = ldap.NewSearchRequest(
config.LdapConfig.GetBase(), ldap.ScopeWholeSubtree,
ldap.NeverDerefAliases, 1000, 90, false,
"(objectClass=posixAccount)", []string{"uidNumber"},
[]ldap.Control{})
// Find the highest assigned UID.
lres, err = ld.Search(sreq)
if err != nil {
log.Fatal("Unable to search for posix accounts in ",
config.LdapConfig.GetBase(), ": ", err)
}
for _, entry = range lres.Entries {
var uid string
for _, uid = range entry.GetAttributeValues("uidNumber") {
var uidNumber uint64
uidNumber, err = strconv.ParseUint(uid, 10, 64)
if err != nil {
log.Print("Error parsing \"", uid, "\" as a number: ",
err)
} else if uidNumber > greatestUid {
greatestUid = uidNumber
}
}
}
}
// Connect to Cassandra so we can get a list of records to be processed.
db, err = cassandra.NewRetryCassandraClient(
config.DatabaseConfig.GetDatabaseServer())
if err != nil {
log.Fatal("Error connecting to Cassandra database at ",
config.DatabaseConfig.GetDatabaseServer(), ": ", err)
}
err = db.SetKeyspace(config.DatabaseConfig.GetDatabaseName())
if err != nil {
log.Fatal("Error setting keyspace: ", err)
}
cp = cassandra.NewColumnParent()
cp.ColumnFamily = "membership_queue"
pred = cassandra.NewSlicePredicate()
pred.ColumnNames = [][]byte{[]byte("pb_data")}
kr = cassandra.NewKeyRange()
kr.StartKey = []byte("queue:")
kr.EndKey = []byte("queue;")
kss, err = db.GetRangeSlices(cp, pred, kr,
cassandra.ConsistencyLevel_QUORUM)
if err != nil {
log.Fatal("Error getting range slice: ", err)
}
for _, ks = range kss {
mmap = make(map[string]map[string][]*cassandra.Mutation)
var csc *cassandra.ColumnOrSuperColumn
for _, csc = range ks.Columns {
var col *cassandra.Column = csc.Column
var agreement membersys.MembershipAgreement
var m *cassandra.Mutation
if col == nil {
continue
}
if string(col.Name) != "pb_data" {
log.Print("Column selected was not as requested: ",
col.Name)
continue
}
err = proto.Unmarshal(col.Value, &agreement)
if err != nil {
log.Print("Unable to parse column ", col.Name, " of ",
ks.Key, ": ", err)
continue
}
if agreement.MemberData.Username != nil {
var attrs *ldap.AddRequest
greatestUid++
attrs = ldap.NewAddRequest("uid=" +
asciiFilter(agreement.MemberData.GetUsername()) + "," +
config.LdapConfig.GetNewUserSuffix() + "," +
config.LdapConfig.GetBase())
attrs.Attribute("uidNumber", []string{
strconv.FormatUint(greatestUid, 10)})
attrs.Attribute("gecos", []string{
asciiFilter(agreement.MemberData.GetName())})
attrs.Attribute("shadowLastChange", []string{"11457"})
attrs.Attribute("shadowMax", []string{"9999"})
attrs.Attribute("shadowWarning", []string{"7"})
attrs.Attribute("gidNumber", []string{strconv.FormatUint(
uint64(config.LdapConfig.GetNewUserGid()), 10)})
attrs.Attribute("objectClass", []string{
"account", "posixAccount", "shadowAccount", "top",
})
attrs.Attribute("uid", []string{
asciiFilter(agreement.MemberData.GetUsername())})
attrs.Attribute("cn", []string{
asciiFilter(agreement.MemberData.GetUsername())})
attrs.Attribute("homeDirectory", []string{"/home/" +
asciiFilter(agreement.MemberData.GetUsername())})
attrs.Attribute("loginShell", []string{
config.LdapConfig.GetNewUserShell()})
attrs.Attribute("userPassword", []string{
agreement.MemberData.GetPwhash(),
})
agreement.MemberData.Id = proto.Uint64(greatestUid)
if verbose {
log.Print("Creating user: uid=" +
agreement.MemberData.GetUsername() +
"," + config.LdapConfig.GetNewUserSuffix() + "," +
config.LdapConfig.GetBase())
}
if !noop {
var group string
err = ld.Add(attrs)
if err != nil {
log.Print("Unable to create LDAP Account ",
agreement.MemberData.GetUsername(), ": ", err)
continue
}
for _, group = range config.LdapConfig.GetNewUserGroup() {
var grpadd = ldap.NewModifyRequest("cn=" + group +
",ou=Groups," + config.LdapConfig.GetBase())
grpadd.Add("memberUid", []string{
agreement.MemberData.GetUsername()})
err = ld.Modify(grpadd)
if err != nil {
log.Print("Unable to add user ",
agreement.MemberData.GetUsername(),
" to group ", group, ": ",
err)
}
}
}
}
col.Value, err = proto.Marshal(&agreement)
if err != nil {
log.Print("Error marshalling agreement: ", err)
continue
}
mmap["member:"+string(agreement.MemberData.GetEmail())] =
make(map[string][]*cassandra.Mutation)
mmap["member:"+string(agreement.MemberData.GetEmail())][cf] =
make([]*cassandra.Mutation, 0)
makeMutation(mmap["member:"+string(agreement.MemberData.GetEmail())],
cf, "pb_data", col.Value, now)
makeMutationString(mmap["member:"+string(agreement.MemberData.GetEmail())],
cf, "name", agreement.MemberData.GetName(), now)
makeMutationString(mmap["member:"+string(agreement.MemberData.GetEmail())],
cf, "street", agreement.MemberData.GetStreet(), now)
makeMutationString(mmap["member:"+string(agreement.MemberData.GetEmail())],
cf, "city", agreement.MemberData.GetCity(), now)
makeMutationString(mmap["member:"+string(agreement.MemberData.GetEmail())],
cf, "country", agreement.MemberData.GetCountry(), now)
makeMutationString(mmap["member:"+string(agreement.MemberData.GetEmail())],
cf, "email", agreement.MemberData.GetEmail(), now)
if agreement.MemberData.Phone != nil {
makeMutationString(mmap["member:"+string(agreement.MemberData.GetEmail())],
cf, "phone", agreement.MemberData.GetPhone(), now)
}
if agreement.MemberData.Username != nil {
makeMutationString(mmap["member:"+string(agreement.MemberData.GetEmail())],
cf, "username", agreement.MemberData.GetUsername(), now)
}
makeMutationLong(mmap["member:"+string(agreement.MemberData.GetEmail())],
cf, "fee", agreement.MemberData.GetFee(), now)
makeMutationBool(mmap["member:"+string(agreement.MemberData.GetEmail())],
cf, "fee_yearly", agreement.MemberData.GetFeeYearly(), now)
makeMutationLong(mmap["member:"+string(agreement.MemberData.GetEmail())],
cf, "approval_ts", agreement.Metadata.GetApprovalTimestamp(),
now)
makeMutation(mmap["member:"+string(agreement.MemberData.GetEmail())],
cf, "agreement_pdf", agreement.AgreementPdf, now)
// Now, delete the original record.
m = cassandra.NewMutation()
m.Deletion = cassandra.NewDeletion()
m.Deletion.Predicate = cassandra.NewSlicePredicate()
m.Deletion.Predicate.ColumnNames = [][]byte{[]byte("pb_data")}
m.Deletion.Timestamp = col.Timestamp
mmap[string(ks.Key)] = make(map[string][]*cassandra.Mutation)
mmap[string(ks.Key)]["membership_queue"] = []*cassandra.Mutation{m}
// Write welcome e-mail to new member.
if welcome != nil {
err = welcome.SendMail(agreement.MemberData)
if err != nil {
log.Print("Error sending welcome e-mail to ",
agreement.MemberData.GetEmail(), ": ", err)
}
}
}
// Apply all database mutations.
err = db.BatchMutate(mmap, cassandra.ConsistencyLevel_QUORUM)
if err != nil {
log.Fatal("Error getting range slice: ", err)
}
}
// Delete parting members.
cp.ColumnFamily = "membership_dequeue"
kr.StartKey = []byte("dequeue:")
kr.EndKey = []byte("dequeue;")
kss, err = db.GetRangeSlices(cp, pred, kr,
cassandra.ConsistencyLevel_QUORUM)
if err != nil {
log.Fatal("Error getting range slice: ", err)
}
for _, ks = range kss {
var csc *cassandra.ColumnOrSuperColumn
mmap = make(map[string]map[string][]*cassandra.Mutation)
for _, csc = range ks.Columns {
var uuid cassandra.UUID
var ldapuser string
var col *cassandra.Column = csc.Column
var agreement membersys.MembershipAgreement
var attrs *ldap.ModifyRequest
var m *cassandra.Mutation
if col == nil {
continue
}
if string(col.Name) != "pb_data" {
log.Print("Column selected was not as requested: ",
col.Name)
continue
}
err = proto.Unmarshal(col.Value, &agreement)
if err != nil {
log.Print("Unable to parse column ", ks.Key, ": ", err)
continue
}
if agreement.MemberData.Username == nil {
continue
}
ldapuser = "******" +
asciiFilter(agreement.MemberData.GetUsername()) + "," +
config.LdapConfig.GetNewUserSuffix() + "," +
config.LdapConfig.GetBase()
if noop {
log.Print("Would remove user ", ldapuser)
} else {
var groups []string
var groups_differ bool
var entry *ldap.Entry
var group string
sreq = ldap.NewSearchRequest(
config.LdapConfig.GetBase(), ldap.ScopeWholeSubtree,
ldap.NeverDerefAliases, 1000, 90, false,
"(&(objectClass=posixGroup)(memberUid="+
asciiFilter(agreement.MemberData.GetUsername())+"))",
[]string{"cn"}, []ldap.Control{})
lres, err = ld.Search(sreq)
if err != nil {
log.Print("Error searching groups for user ",
agreement.MemberData.GetUsername(), ": ", err)
continue
}
for _, entry = range lres.Entries {
var cn string
var found bool
cn = entry.GetAttributeValue("cn")
if cn == "" {
log.Print("No group name set for ",
agreement.MemberData.GetUsername())
continue
}
groups = append(groups, cn)
for _, group = range config.LdapConfig.GetNewUserGroup() {
if cn == group {
found = true
}
}
for _, group = range config.LdapConfig.GetIgnoreUserGroup() {
if cn == group {
found = true
}
}
if !found {
groups_differ = true
}
}
if groups_differ {
log.Print("User is in other groups than expected: ",
strings.Join(groups, ", "))
for _, group = range config.LdapConfig.GetNewUserGroup() {
attrs = ldap.NewModifyRequest("cn=" + group +
",ou=Groups," + config.LdapConfig.GetBase())
attrs.Delete("memberUid", []string{
asciiFilter(agreement.MemberData.GetUsername())})
err = ld.Modify(attrs)
if err != nil {
log.Print("Error deleting ",
agreement.MemberData.GetUsername(), " from ",
group, ": ", err)
}
}
} else {
var dr = ldap.NewDelRequest(ldapuser, []ldap.Control{})
// The user appears to be only in the groups given in
// the config.
err = ld.Del(dr)
if err != nil {
log.Print("Unable to delete user ", ldapuser, ": ",
err)
}
}
}
m = cassandra.NewMutation()
m.Deletion = cassandra.NewDeletion()
m.Deletion.Predicate = pred
m.Deletion.Timestamp = col.Timestamp
mmap[string(ks.Key)] = make(map[string][]*cassandra.Mutation)
mmap[string(ks.Key)]["membership_dequeue"] = []*cassandra.Mutation{m}
// 2 years retention.
col.TTL = proto.Int32(720 * 24 * 3600)
col.Timestamp = proto.Int64(now.UnixNano())
uuid = cassandra.UUIDFromBytes(ks.Key[len("dequeue:"):])
m = cassandra.NewMutation()
m.ColumnOrSupercolumn = cassandra.NewColumnOrSuperColumn()
m.ColumnOrSupercolumn.Column = col
mmap["archive:"+string([]byte(uuid))] = make(map[string][]*cassandra.Mutation)
mmap["archive:"+string([]byte(uuid))]["membership_archive"] =
[]*cassandra.Mutation{m}
}
// Apply all database mutations.
err = db.BatchMutate(mmap, cassandra.ConsistencyLevel_QUORUM)
if err != nil {
log.Fatal("Error getting range slice: ", err)
}
}
if verbose {
log.Print("Greatest UID: ", greatestUid)
}
}