CI: add binary swap CI for REL_2_STABLE

1. Use test_binary_swap.sh for testing
2. Integrate with parallel builds in workflow
3. Update terminology (Master -> Coordinator)
4. Add build script injection for compatibility

Author: tuhaihe

.github/workflows/binary-swap-check.yml

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+DROP TABLE IF EXISTS sales_heap;
+DROP TABLE
+CREATE TABLE IF NOT EXISTS sales_heap
+(
+    product_id INT,
+    is_audited BOOLEAN DEFAULT FALSE,
+    quantity SMALLINT,
+    total_sales BIGINT,
+    unit_price REAL,
+    discount DOUBLE PRECISION,
+    description TEXT,
+    sale_date TIMESTAMP,
+    order_date DATE,
+    status CHAR(10),
+    customer_name VARCHAR(20),
+    price DECIMAL(20, 10)
+) DISTRIBUTED BY (product_id);
+CREATE TABLE
+---
+DROP TABLE IF EXISTS sales_partition_heap;
+DROP TABLE
+CREATE TABLE IF NOT EXISTS sales_partition_heap
+(   
+    product_id INT,
+    is_audited BOOLEAN DEFAULT FALSE,
+    quantity SMALLINT,
+    total_sales BIGINT,
+    unit_price REAL,
+    discount DOUBLE PRECISION,
+    description TEXT,
+    sale_date TIMESTAMP,
+    order_date DATE,
+    status CHAR(10),
+    customer_name VARCHAR(20),
+    price DECIMAL(20, 10)
+) DISTRIBUTED BY (product_id)
+PARTITION BY LIST (status);
+CREATE TABLE
+CREATE TABLE sales_partition_heap_part1
+PARTITION OF sales_partition_heap
+FOR VALUES IN ('Cancelled');
+CREATE TABLE
+CREATE TABLE sales_partition_heap_part2
+PARTITION OF sales_partition_heap
+FOR VALUES IN ('Closed');
+CREATE TABLE
+CREATE TABLE sales_partition_heap_part3
+PARTITION OF sales_partition_heap
+FOR VALUES IN ('Processing');
+CREATE TABLE

src/test/binary_swap/expected/upgrading_compatibility/create_table.out

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+DELETE FROM sales_heap WHERE product_id > 1000000;
+DELETE FROM sales_partition_heap WHERE product_id > 1000000;
+SELECT COUNT(*) FROM sales_heap;
+ count 
+-------
+ 10000
+(1 row)
+
+SELECT COUNT(*) FROM sales_partition_heap;
+ count 
+-------
+ 10000
+(1 row)
+

src/test/binary_swap/expected/upgrading_compatibility/delete.out

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+INSERT INTO sales_heap (
+  product_id,
+  is_audited,
+  quantity,
+  total_sales,
+  unit_price,
+  discount,
+  description,
+  sale_date,
+  order_date,
+  status,
+  customer_name,
+  price
+)
+SELECT
+  x.id, -- product_id
+  CASE
+    WHEN random() < 0.5 THEN TRUE
+    ELSE FALSE
+  END AS is_audited, -- is_audited
+  (random() * 100)::smallint, -- quantity
+  (random() * 1000000)::bigint, -- total_sales
+  (random() * 100)::real, -- unit_price
+  (random() * 1)::double precision, -- discount
+  'Product description ' || x.id, -- description
+  now() - INTERVAL '1 day' * floor(random() * 365 * 3), -- sale_date
+  '2023-01-01'::DATE + INTERVAL '1 day' * floor(random() * 365 * 3), -- order_date
+  CASE
+    WHEN random() < 0.05 THEN 'Cancelled'
+    WHEN random() < 0.5 THEN 'Closed'
+    ELSE 'Processing'
+  END AS status, -- status
+  'Customer ' || x.id, -- customer_name
+  (random() * 1000000)::decimal(20, 10) -- price
+FROM (
+  SELECT * FROM generate_series(1000001, 1010000) AS id
+) AS x;
+INSERT INTO sales_partition_heap (
+  product_id,
+  is_audited,
+  quantity,
+  total_sales,
+  unit_price,
+  discount,
+  description,
+  sale_date,
+  order_date,
+  status,
+  customer_name,
+  price
+)
+SELECT
+  x.id, -- product_id
+  CASE
+    WHEN random() < 0.5 THEN TRUE
+    ELSE FALSE
+  END AS is_audited, -- is_audited
+  (random() * 100)::smallint, -- quantity
+  (random() * 1000000)::bigint, -- total_sales
+  (random() * 100)::real, -- unit_price
+  (random() * 1)::double precision, -- discount
+  'Product description ' || x.id, -- description
+  now() - INTERVAL '1 day' * floor(random() * 365 * 3), -- sale_date
+  '2023-01-01'::DATE + INTERVAL '1 day' * floor(random() * 365 * 3), -- order_date
+  CASE
+    WHEN random() < 0.05 THEN 'Cancelled'
+    WHEN random() < 0.5 THEN 'Closed'
+    ELSE 'Processing'
+  END AS status, -- status
+  'Customer ' || x.id, -- customer_name
+  (random() * 1000000)::decimal(20, 10) -- price
+FROM (
+  SELECT * FROM generate_series(1000001, 1010000) AS id
+) AS x;
+SELECT COUNT(*) FROM sales_heap;
+ count 
+-------
+ 20000
+(1 row)
+
+SELECT COUNT(*) FROM sales_partition_heap;
+ count 
+-------
+ 20000
+(1 row)
+

src/test/binary_swap/expected/upgrading_compatibility/insert.out

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+COPY public.sales_heap (product_id, is_audited, quantity, total_sales, unit_price, discount, description, sale_date, order_date, status, customer_name, price) FROM stdin;
+INSERT INTO sales_partition_heap SELECT * FROM sales_heap;
+INSERT 0 10000
+ANALYZE sales_heap;
+ANALYZE
+ANALYZE rootpartition sales_partition_heap;
+ANALYZE