/*
Qualify all identifiers for the parent expression. Checks is
a unnest alias exists and if it is a duplicate alias.
*/
func (this *Unnest) Formalize(parent *expression.Formalizer) (f *expression.Formalizer, err error) {
f, err = this.left.Formalize(parent)
if err != nil {
return
}
this.expr, err = f.Map(this.expr)
if err != nil {
return
}
alias := this.Alias()
if alias == "" {
err = errors.NewNoTermNameError("UNNEST", "plan.unnest.requires_name_or_alias")
return nil, err
}
_, ok := f.Allowed.Field(alias)
if ok {
err = errors.NewDuplicateAliasError("UNNEST", alias, "plan.unnest.duplicate_alias")
return nil, err
}
f.Keyspace = ""
f.Allowed.SetField(alias, alias)
return
}
/*
Qualify all identifiers for the parent expression. Checks for
duplicate aliases.
*/
func (this *SubqueryTerm) Formalize(parent *expression.Formalizer) (f *expression.Formalizer, err error) {
err = this.subquery.Formalize()
if err != nil {
return
}
alias := this.Alias()
if alias == "" {
err = errors.NewNoTermNameError("FROM", "plan.subquery.requires_name_or_alias")
return
}
_, ok := parent.Allowed.Field(alias)
if ok {
err = errors.NewDuplicateAliasError("subquery", alias, "plan.subquery.duplicate_alias")
return nil, err
}
allowed := value.NewScopeValue(make(map[string]interface{}), parent.Allowed)
allowed.SetField(alias, alias)
f = expression.NewFormalizer()
f.Keyspace = alias
f.Allowed = allowed
return
}
/*
Qualify all identifiers for the parent expression. Checks is
a join alias exists and if it is a duplicate alias.
*/
func (this *Join) Formalize(parent *expression.Formalizer) (f *expression.Formalizer, err error) {
f, err = this.left.Formalize(parent)
if err != nil {
return
}
f.Keyspace = ""
this.right.keys, err = f.Map(this.right.keys)
if err != nil {
return
}
alias := this.Alias()
if alias == "" {
err = errors.NewNoTermNameError("JOIN", "plan.join.requires_name_or_alias")
return nil, err
}
_, ok := f.Allowed.Field(alias)
if ok {
err = errors.NewDuplicateAliasError("JOIN", alias, "plan.join.duplicate_alias")
return nil, err
}
f.Allowed.SetField(alias, alias)
return
}
/*
Qualify all identifiers for the parent expression. Checks for
duplicate aliases.
*/
func (this *KeyspaceTerm) Formalize(parent *expression.Formalizer) (f *expression.Formalizer, err error) {
keyspace := this.Alias()
if keyspace == "" {
err = errors.NewNoTermNameError("FROM", "plan.keyspace.requires_name_or_alias")
return
}
if this.keys != nil {
_, err = this.keys.Accept(parent)
if err != nil {
return
}
}
_, ok := parent.Allowed.Field(keyspace)
if ok {
err = errors.NewDuplicateAliasError("subquery", keyspace, "plan.keyspace.duplicate_alias")
return nil, err
}
allowed := value.NewScopeValue(make(map[string]interface{}), parent.Allowed)
allowed.SetField(keyspace, keyspace)
f = expression.NewFormalizer()
f.Keyspace = keyspace
f.Allowed = allowed
return
}
/*
Qualify identifiers for the keyspace. It also makes sure that the
keyspace term contains a name or alias.
*/
func (this *KeyspaceRef) Formalize() (f *expression.Formalizer, err error) {
keyspace := this.Alias()
if keyspace == "" {
err = errors.NewNoTermNameError("Keyspace", "plan.keyspace.reference_requires_name_or_alias")
return
}
f = expression.NewFormalizer(keyspace, nil)
return
}
/*
Qualify identifiers for the keyspace. It also makes sure that the
keyspace term contains a name or alias.
*/
func (this *KeyspaceRef) Formalize() (f *expression.Formalizer, err error) {
keyspace := this.Alias()
if keyspace == "" {
err = errors.NewNoTermNameError("Keyspace", "plan.keyspace.reference_requires_name_or_alias")
return
}
allowed := value.NewScopeValue(make(map[string]interface{}), nil)
allowed.SetField(keyspace, keyspace)
f = expression.NewFormalizer()
f.Keyspace = keyspace
f.Allowed = allowed
return
}
/*
Qualify all identifiers for the parent expression. Checks for
duplicate aliases.
*/
func (this *SubqueryTerm) Formalize(parent *expression.Formalizer) (f *expression.Formalizer, err error) {
err = this.subquery.Formalize()
if err != nil {
return
}
alias := this.Alias()
if alias == "" {
err = errors.NewNoTermNameError("FROM", "plan.subquery.requires_name_or_alias")
return
}
_, ok := parent.Allowed().Field(alias)
if ok {
err = errors.NewDuplicateAliasError("subquery", alias, "plan.subquery.duplicate_alias")
return nil, err
}
f = expression.NewFormalizer(alias, parent)
return
}
/*
Qualify all identifiers for the parent expression. Checks is
a nest alias exists and if it is a duplicate alias.
*/
func (this *IndexNest) Formalize(parent *expression.Formalizer) (f *expression.Formalizer, err error) {
f, err = this.left.Formalize(parent)
if err != nil {
return
}
_, ok := f.Allowed.Field(this.keyFor)
if !ok {
err = errors.NewUnknownForError("NEST", this.keyFor, "plan.nest.unknown_for")
return nil, err
}
alias := this.Alias()
if alias == "" {
err = errors.NewNoTermNameError("NEST", "plan.nest.requires_name_or_alias")
return nil, err
}
_, ok = f.Allowed.Field(alias)
if ok {
err = errors.NewDuplicateAliasError("NEST", alias, "plan.nest.duplicate_alias")
return nil, err
}
f.Allowed.SetField(alias, alias)
f.Keyspace = ""
var p *expression.Formalizer
if parent != nil {
p = parent.Copy()
} else {
p = expression.NewFormalizer()
}
p.Allowed.SetField(alias, alias)
this.right.keys, err = p.Map(this.right.keys)
return
}
/*
Qualify all identifiers for the parent expression. Checks is
a nest alias exists and if it is a duplicate alias.
*/
func (this *IndexNest) Formalize(parent *expression.Formalizer) (f *expression.Formalizer, err error) {
f, err = this.left.Formalize(parent)
if err != nil {
return
}
_, ok := f.Allowed().Field(this.keyFor)
if !ok {
err = errors.NewUnknownForError("NEST", this.keyFor, "plan.nest.unknown_for")
return nil, err
}
alias := this.Alias()
if alias == "" {
err = errors.NewNoTermNameError("NEST", "plan.nest.requires_name_or_alias")
return nil, err
}
_, ok = f.Allowed().Field(alias)
if ok {
err = errors.NewDuplicateAliasError("NEST", alias, "plan.nest.duplicate_alias")
return nil, err
}
f.Allowed().SetField(alias, alias)
f.SetKeyspace("")
p := expression.NewFormalizer("", parent)
p.Allowed().SetField(alias, alias)
this.right.keys, err = p.Map(this.right.keys)
for ident, val := range p.Identifiers() {
f.Identifiers()[ident] = val
}
return
}
/*
Qualify all identifiers for the parent expression. Checks for
duplicate aliases.
*/
func (this *KeyspaceTerm) Formalize(parent *expression.Formalizer) (f *expression.Formalizer, err error) {
keyspace := this.Alias()
if keyspace == "" {
err = errors.NewNoTermNameError("FROM", "plan.keyspace.requires_name_or_alias")
return
}
f = expression.NewFormalizer("", parent)
if this.keys != nil {
_, err = this.keys.Accept(f)
if err != nil {
return
}
}
_, ok := parent.Allowed().Field(keyspace)
if ok {
err = errors.NewDuplicateAliasError("subquery", keyspace, "plan.keyspace.duplicate_alias")
return nil, err
}
f.SetKeyspace(keyspace)
return
}