feat(expr): support jsonb @>, <@, ?, ?| and ?& operator

proto/expr.proto

@@ -222,6 +222,16 @@ message ExprNode {
     JSONB_CAT = 605;
     JSONB_OBJECT = 606;
     JSONB_PRETTY = 607;
+    // jsonb @> jsonb
+    JSONB_CONTAINS = 608;
+    // jsonb <@ jsonb
+    JSONB_CONTAINED = 609;
+    // jsonb ? text
+    JSONB_EXISTS = 610;
+    // jsonb ?| text[]
+    JSONB_EXISTS_ANY = 611;
+    // jsonb ?& text[]
+    JSONB_EXISTS_ALL = 612;
 
     // Non-pure functions below (> 1000)
     // ------------------------

src/expr/impl/src/scalar/jsonb_contains.rs

@@ -0,0 +1,273 @@
+// Copyright 2023 RisingWave Labs
+//
+// Licensed under the Apache License, Version 2.0 (the "License");
+// you may not use this file except in compliance with the License.
+// You may obtain a copy of the License at
+//
+//     http://www.apache.org/licenses/LICENSE-2.0
+//
+// Unless required by applicable law or agreed to in writing, software
+// distributed under the License is distributed on an "AS IS" BASIS,
+// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
+// See the License for the specific language governing permissions and
+// limitations under the License.
+
+use jsonbb::ValueRef;
+use risingwave_common::types::{JsonbRef, ListRef};
+use risingwave_expr::function;
+
+/// Does the first JSON value contain the second?
+///
+/// Examples:
+///
+/// ```slt
+/// # Simple scalar/primitive values contain only the identical value:
+/// query B
+/// SELECT '"foo"'::jsonb @> '"foo"'::jsonb;
+/// ----
+/// t
+///
+/// # The array on the right side is contained within the one on the left:
+/// query B
+/// SELECT '[1, 2, 3]'::jsonb @> '[1, 3]'::jsonb;
+/// ----
+/// t
+///
+/// # Order of array elements is not significant, so this is also true:
+/// query B
+/// SELECT '[1, 2, 3]'::jsonb @> '[3, 1]'::jsonb;
+/// ----
+/// t
+///
+/// # Duplicate array elements don't matter either:
+/// query B
+/// SELECT '[1, 2, 3]'::jsonb @> '[1, 2, 2]'::jsonb;
+/// ----
+/// t
+///
+/// # The object with a single pair on the right side is contained
+/// # within the object on the left side:
+/// query B
+/// SELECT '{"product": "PostgreSQL", "version": 9.4, "jsonb": true}'::jsonb @> '{"version": 9.4}'::jsonb;
+/// ----
+/// t
+///
+/// # The array on the right side is not considered contained within the
+/// # array on the left, even though a similar array is nested within it:
+/// query B
+/// SELECT '[1, 2, [1, 3]]'::jsonb @> '[1, 3]'::jsonb;
+/// ----
+/// f
+///
+/// # But with a layer of nesting, it is contained:
+/// query B
+/// SELECT '[1, 2, [1, 3]]'::jsonb @> '[[1, 3]]'::jsonb;
+/// ----
+/// t
+///
+/// # Similarly, containment is not reported here:
+/// query B
+/// SELECT '{"foo": {"bar": "baz"}}'::jsonb @> '{"bar": "baz"}'::jsonb;
+/// ----
+/// f
+///
+/// # A top-level key and an empty object is contained:
+/// query B
+/// SELECT '{"foo": {"bar": "baz"}}'::jsonb @> '{"foo": {}}'::jsonb;
+/// ----
+/// t
+///
+/// # This array contains the primitive string value:
+/// query B
+/// SELECT '["foo", "bar"]'::jsonb @> '"bar"'::jsonb;
+/// ----
+/// t
+///
+/// # This exception is not reciprocal -- non-containment is reported here:
+/// query B
+/// SELECT '"bar"'::jsonb @> '["bar"]'::jsonb;
+/// ----
+/// f
+///
+/// # Object is not primitive:
+/// query B
+/// SELECT '[1, {"a":2}]'::jsonb @> '{"a":2}';
+/// ----
+/// f
+///
+/// # Array can be nested:
+/// query B
+/// SELECT '[1, [3, 4]]'::jsonb @> '[[3]]';
+/// ----
+/// t
+///
+/// # Recursion shall not include the special rule of array containing primitive:
+/// query B
+/// SELECT '{"a": [3, 4]}'::jsonb @> '{"a": 3}';
+/// ----
+/// f
+/// ```
+#[function("jsonb_contains(jsonb, jsonb) -> boolean")]
+fn jsonb_contains(left: JsonbRef<'_>, right: JsonbRef<'_>) -> bool {
+    jsonbb_contains(left.into(), right.into(), true)
+}
+
+/// Performs `jsonb_contains` on `jsonbb::ValueRef`.
+/// `root` indicates whether the current recursion is at the root level.
+fn jsonbb_contains(left: ValueRef<'_>, right: ValueRef<'_>, root: bool) -> bool {
+    match (left, right) {
+        // Both left and right are objects.
+        (ValueRef::Object(left_obj), ValueRef::Object(right_obj)) => {
+            // Every key-value pair in right should be present in left.
+            right_obj.iter().all(|(key, value)| {
+                left_obj
+                    .get(key)
+                    .map_or(false, |left_val| jsonbb_contains(left_val, value, false))
+            })
+        }
+
+        // Both left and right are arrays.
+        (ValueRef::Array(left_arr), ValueRef::Array(right_arr)) => {
+            // For every value in right, there should be an equivalent in left.
+            right_arr.iter().all(|right_val| {
+                left_arr
+                    .iter()
+                    .any(|left_val| jsonbb_contains(left_val, right_val, false))
+            })
+        }
+
+        // Left is an array and right is an object.
+        (ValueRef::Array(_), ValueRef::Object(_)) => false,
+
+        // Left is an array and right is a primitive value. only at root level.
+        (ValueRef::Array(left_arr), right_val) if root => {
+            // The right should be present in left.
+            left_arr.iter().any(|left_val| left_val == right_val)
+        }
+
+        // Both left and right are primitive values.
+        (left_val, right_val) => left_val == right_val,
+    }
+}
+
+/// Is the first JSON value contained in the second?
+///
+/// Examples:
+///
+/// ```slt
+/// query B
+/// select '{"b":2}'::jsonb <@ '{"a":1, "b":2}'::jsonb;
+/// ----
+/// t
+/// ```
+#[function("jsonb_contained(jsonb, jsonb) -> boolean")]
+fn jsonb_contained(left: JsonbRef<'_>, right: JsonbRef<'_>) -> bool {
+    jsonb_contains(right, left)
+}
+
+/// Does the text string exist as a top-level key or array element within the JSON value?
+///
+/// Examples:
+///
+/// ```slt
+/// # String exists as array element:
+/// query B
+/// SELECT '["foo", "bar", "baz"]'::jsonb ? 'bar';
+/// ----
+/// t
+///
+/// # String exists as object key:
+/// query B
+/// SELECT '{"foo": "bar"}'::jsonb ? 'foo';
+/// ----
+/// t
+///
+/// # Object values are not considered:
+/// query B
+/// SELECT '{"foo": "bar"}'::jsonb ? 'bar';
+/// ----
+/// f
+///
+/// # As with containment, existence must match at the top level:
+/// query B
+/// SELECT '{"foo": {"bar": "baz"}}'::jsonb ? 'bar';
+/// ----
+/// f
+///
+/// # A string is considered to exist if it matches a primitive JSON string:
+/// query B
+/// SELECT '"foo"'::jsonb ? 'foo';
+/// ----
+/// t
+/// ```
+#[function("jsonb_exists(jsonb, varchar) -> boolean")]
+fn jsonb_exists(left: JsonbRef<'_>, key: &str) -> bool {
+    match left.into() {
+        ValueRef::Object(object) => object.get(key).is_some(),
+        ValueRef::Array(array) => array.iter().any(|val| val.as_str() == Some(key)),
+        ValueRef::String(str) => str == key,
+        _ => false,
+    }
+}
+
+/// Do any of the strings in the text array exist as top-level keys or array elements?
+///
+/// Examples:
+///
+/// ```slt
+/// query B
+/// select '{"a":1, "b":2, "c":3}'::jsonb ?| array['b', 'd'];
+/// ----
+/// t
+///
+/// query B
+/// select '["a", "b", "c"]'::jsonb ?| array['b', 'd'];
+/// ----
+/// t
+///
+/// query B
+/// select '"b"'::jsonb ?| array['b', 'd'];
+/// ----
+/// t
+/// ```
+#[function("jsonb_exists_any(jsonb, varchar[]) -> boolean")]
+fn jsonb_exists_any(left: JsonbRef<'_>, keys: ListRef<'_>) -> bool {
+    let mut keys = keys.iter().flatten().map(|val| val.into_utf8());
+    match left.into() {
+        ValueRef::Object(object) => keys.any(|key| object.get(key).is_some()),
+        ValueRef::Array(array) => keys.any(|key| array.iter().any(|val| val.as_str() == Some(key))),
+        ValueRef::String(str) => keys.any(|key| str == key),
+        _ => false,
+    }
+}
+
+/// Do all of the strings in the text array exist as top-level keys or array elements?
+///
+/// Examples:
+///
+/// ```slt
+/// query B
+/// select '{"a":1, "b":2, "c":3}'::jsonb ?& array['a', 'b'];
+/// ----
+/// t
+///
+/// query B
+/// select '["a", "b", "c"]'::jsonb ?& array['a', 'b'];
+/// ----
+/// t
+///
+/// query B
+/// select '"b"'::jsonb ?& array['b'];
+/// ----
+/// t
+/// ```
+#[function("jsonb_exists_all(jsonb, varchar[]) -> boolean")]
+fn jsonb_exists_all(left: JsonbRef<'_>, keys: ListRef<'_>) -> bool {
+    let mut keys = keys.iter().flatten().map(|val| val.into_utf8());
+    match left.into() {
+        ValueRef::Object(object) => keys.all(|key| object.get(key).is_some()),
+        ValueRef::Array(array) => keys.all(|key| array.iter().any(|val| val.as_str() == Some(key))),
+        ValueRef::String(str) => keys.all(|key| str == key),
+        _ => false,
+    }
+}

src/expr/impl/src/scalar/mod.rs

@@ -44,6 +44,7 @@ mod format_type;
 mod int256;
 mod jsonb_access;
 mod jsonb_concat;
+mod jsonb_contains;
 mod jsonb_info;
 mod jsonb_object;
 mod length;

src/frontend/src/binder/expr/binary_op.rs

@@ -92,6 +92,11 @@ impl Binder {
             BinaryOperator::Arrow => ExprType::JsonbAccessInner,
             BinaryOperator::LongArrow => ExprType::JsonbAccessStr,
             BinaryOperator::Prefix => ExprType::StartsWith,
+            BinaryOperator::Contains => ExprType::JsonbContains,
+            BinaryOperator::Contained => ExprType::JsonbContained,
+            BinaryOperator::Exists => ExprType::JsonbExists,
+            BinaryOperator::ExistsAny => ExprType::JsonbExistsAny,
+            BinaryOperator::ExistsAll => ExprType::JsonbExistsAll,
             BinaryOperator::Concat => {
                 let left_type = (!bound_left.is_untyped()).then(|| bound_left.return_type());
                 let right_type = (!bound_right.is_untyped()).then(|| bound_right.return_type());

src/frontend/src/binder/expr/function.rs

@@ -879,6 +879,11 @@ impl Binder {
                 ("jsonb_array_length", raw_call(ExprType::JsonbArrayLength)),
                 ("jsonb_object", raw_call(ExprType::JsonbObject)),
                 ("jsonb_pretty", raw_call(ExprType::JsonbPretty)),
+                ("jsonb_contains", raw_call(ExprType::JsonbContains)),
+                ("jsonb_contained", raw_call(ExprType::JsonbContained)),
+                ("jsonb_exists", raw_call(ExprType::JsonbExists)),
+                ("jsonb_exists_any", raw_call(ExprType::JsonbExistsAny)),
+                ("jsonb_exists_all", raw_call(ExprType::JsonbExistsAll)),
                 // Functions that return a constant value
                 ("pi", pi()),
                 // greatest and least

src/frontend/src/expr/pure.rs

@@ -179,6 +179,11 @@ impl ExprVisitor for ImpureAnalyzer {
             | expr_node::Type::JsonbArrayLength
             | expr_node::Type::JsonbObject
             | expr_node::Type::JsonbPretty
+            | expr_node::Type::JsonbContains
+            | expr_node::Type::JsonbContained
+            | expr_node::Type::JsonbExists
+            | expr_node::Type::JsonbExistsAny
+            | expr_node::Type::JsonbExistsAll
             | expr_node::Type::IsJson
             | expr_node::Type::Sind
             | expr_node::Type::Cosd

src/sqlparser/src/ast/operator.rs

@@ -99,6 +99,11 @@ pub enum BinaryOperator {
     LongArrow,
     HashArrow,
     HashLongArrow,
+    Contains,
+    Contained,
+    Exists,
+    ExistsAny,
+    ExistsAll,
     PGQualified(Box<QualifiedOperator>),
 }
 
@@ -143,6 +148,11 @@ impl fmt::Display for BinaryOperator {
             BinaryOperator::LongArrow => "->>",
             BinaryOperator::HashArrow => "#>",
             BinaryOperator::HashLongArrow => "#>>",
+            BinaryOperator::Contains => "@>",
+            BinaryOperator::Contained => "<@",
+            BinaryOperator::Exists => "?",
+            BinaryOperator::ExistsAny => "?|",
+            BinaryOperator::ExistsAll => "?&",
             BinaryOperator::PGQualified(_) => unreachable!(),
         })
     }

src/sqlparser/src/parser.rs

@@ -1397,6 +1397,11 @@ impl Parser {
             Token::LongArrow => Some(BinaryOperator::LongArrow),
             Token::HashArrow => Some(BinaryOperator::HashArrow),
             Token::HashLongArrow => Some(BinaryOperator::HashLongArrow),
+            Token::AtArrow => Some(BinaryOperator::Contains),
+            Token::ArrowAt => Some(BinaryOperator::Contained),
+            Token::QuestionMark => Some(BinaryOperator::Exists),
+            Token::QuestionMarkPipe => Some(BinaryOperator::ExistsAny),
+            Token::QuestionMarkAmpersand => Some(BinaryOperator::ExistsAll),
             Token::Word(w) => match w.keyword {
                 Keyword::AND => Some(BinaryOperator::And),
                 Keyword::OR => Some(BinaryOperator::Or),
@@ -1735,7 +1740,12 @@ impl Parser {
             | Token::Arrow
             | Token::LongArrow
             | Token::HashArrow
-            | Token::HashLongArrow => Ok(P::Other),
+            | Token::HashLongArrow
+            | Token::AtArrow
+            | Token::ArrowAt
+            | Token::QuestionMark
+            | Token::QuestionMarkPipe
+            | Token::QuestionMarkAmpersand => Ok(P::Other),
             Token::Word(w)
                 if w.keyword == Keyword::OPERATOR && self.peek_nth_token(1) == Token::LParen =>
             {