/
e2e_high_level_rs.rs
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/
e2e_high_level_rs.rs
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// This file is part of https://github.com/SpringQL/SpringQL which is licensed under MIT OR Apache-2.0. See file LICENSE-MIT or LICENSE-APACHE for full license details.
mod test_support;
use pretty_assertions::assert_eq;
use serde_json::json;
use springql_core::error::Result;
use springql_core::low_level_rs::SpringConfig;
use springql_foreign_service::sink::ForeignSink;
use springql_foreign_service::source::source_input::ForeignSourceInput;
use springql_foreign_service::source::ForeignSource;
use springql_test_logger::setup_test_logger;
use crate::test_support::*;
#[test]
fn test_e2e_source_sink() -> Result<()> {
setup_test_logger();
let json_oracle = json!({
"ts": "2021-11-04 23:02:52.123456789",
"ticker": "ORCL",
"amount": 20,
});
let json_ibm = json!({
"ts": "2021-11-04 23:03:29.123456789",
"ticker": "IBM",
"amount": 30,
});
let json_google = json!({
"ts": "2021-11-04 23:03:42.123456789",
"ticker": "GOOGL",
"amount": 100,
});
let source_input = vec![json_oracle, json_ibm, json_google];
let test_source = ForeignSource::new().unwrap();
let test_sink = ForeignSink::start().unwrap();
let ddls = vec![
"
CREATE SOURCE STREAM source_trade (
ts TIMESTAMP NOT NULL ROWTIME,
ticker TEXT NOT NULL,
amount INTEGER NOT NULL
);
"
.to_string(),
"
CREATE SINK STREAM sink_trade (
ts TIMESTAMP NOT NULL ROWTIME,
ticker TEXT NOT NULL,
amount INTEGER NOT NULL
);
"
.to_string(),
"
CREATE PUMP pu_passthrough AS
INSERT INTO sink_trade (ts, ticker, amount)
SELECT STREAM source_trade.ts, source_trade.ticker, source_trade.amount FROM source_trade;
"
.to_string(),
format!(
"
CREATE SINK WRITER tcp_sink_trade FOR sink_trade
TYPE NET_CLIENT OPTIONS (
PROTOCOL 'TCP',
REMOTE_HOST '{remote_host}',
REMOTE_PORT '{remote_port}'
);
",
remote_host = test_sink.host_ip(),
remote_port = test_sink.port()
),
format!(
"
CREATE SOURCE READER tcp_trade FOR source_trade
TYPE NET_CLIENT OPTIONS (
PROTOCOL 'TCP',
REMOTE_HOST '{remote_host}',
REMOTE_PORT '{remote_port}'
);
",
remote_host = test_source.host_ip(),
remote_port = test_source.port()
),
];
let _pipeline = apply_ddls(&ddls, SpringConfig::default());
test_source.start(ForeignSourceInput::new_fifo_batch(source_input.clone()));
let sink_received = drain_from_sink(&test_sink);
// because worker takes source input in multi-thread, order may be changed
assert!(sink_received.contains(source_input.get(0).unwrap()));
assert!(sink_received.contains(source_input.get(1).unwrap()));
assert!(sink_received.contains(source_input.get(2).unwrap()));
Ok(())
}
#[test]
fn test_e2e_projection() -> Result<()> {
setup_test_logger();
let json_oracle = json!({
"ts": "2021-11-04 23:02:52.123456789",
"ticker": "ORCL",
"amount": 20,
});
let test_source = ForeignSource::new().unwrap();
let test_sink = ForeignSink::start().unwrap();
let ddls = vec![
"
CREATE SOURCE STREAM source_trade (
ts TIMESTAMP NOT NULL ROWTIME,
ticker TEXT NOT NULL,
amount INTEGER NOT NULL
);
"
.to_string(),
"
CREATE SINK STREAM sink_trade (
ts TIMESTAMP NOT NULL ROWTIME,
ticker TEXT NOT NULL
);
"
.to_string(),
"
CREATE PUMP pu_projection AS
INSERT INTO sink_trade (ts, ticker)
SELECT STREAM source_trade.ts, source_trade.ticker FROM source_trade;
"
.to_string(),
format!(
"
CREATE SINK WRITER tcp_sink_trade FOR sink_trade
TYPE NET_CLIENT OPTIONS (
PROTOCOL 'TCP',
REMOTE_HOST '{remote_host}',
REMOTE_PORT '{remote_port}'
);
",
remote_host = test_sink.host_ip(),
remote_port = test_sink.port()
),
format!(
"
CREATE SOURCE READER tcp_trade FOR source_trade
TYPE NET_CLIENT OPTIONS (
PROTOCOL 'TCP',
REMOTE_HOST '{remote_host}',
REMOTE_PORT '{remote_port}'
);
",
remote_host = test_source.host_ip(),
remote_port = test_source.port()
),
];
let _pipeline = apply_ddls(&ddls, SpringConfig::default());
test_source.start(ForeignSourceInput::new_fifo_batch(vec![json_oracle]));
let sink_received = drain_from_sink(&test_sink);
assert_eq!(
sink_received.get(0).unwrap(),
&json!({
"ts": "2021-11-04 23:02:52.123456789",
"ticker": "ORCL"
})
);
Ok(())
}
#[test]
fn test_e2e_pop_from_in_memory_queue() {
setup_test_logger();
let queue_name = "queue_trade";
let ts = "2021-11-04 23:02:52.123456789";
let ticker = "ORCL";
let amount = 20;
let json_oracle = json!({
"ts": ts,
"ticker": ticker,
"amount": amount,
});
let trade_times = 5;
let test_source = ForeignSource::new().unwrap();
let ddls = vec![
"
CREATE SOURCE STREAM source_trade (
ts TIMESTAMP NOT NULL ROWTIME,
ticker TEXT NOT NULL,
amount INTEGER NOT NULL
);
"
.to_string(),
"
CREATE SINK STREAM sink_trade (
ts TIMESTAMP NOT NULL,
amount INTEGER NOT NULL
);
"
.to_string(),
"
CREATE PUMP pu_projection AS
INSERT INTO sink_trade (ts, amount)
SELECT STREAM source_trade.ts, source_trade.amount FROM source_trade;
"
.to_string(),
format!(
"
CREATE SINK WRITER queue_sink_trade FOR sink_trade
TYPE IN_MEMORY_QUEUE OPTIONS (
NAME '{queue_name}'
);
",
queue_name = queue_name,
),
format!(
"
CREATE SOURCE READER tcp_trade FOR source_trade
TYPE NET_CLIENT OPTIONS (
PROTOCOL 'TCP',
REMOTE_HOST '{remote_host}',
REMOTE_PORT '{remote_port}'
);
",
remote_host = test_source.host_ip(),
remote_port = test_source.port()
),
];
let pipeline = apply_ddls(&ddls, SpringConfig::default());
test_source.start(ForeignSourceInput::new_fifo_batch(
(0..trade_times)
.into_iter()
.map(|_| json_oracle.clone())
.collect(),
));
for _ in 0..trade_times {
let row = pipeline.pop(queue_name).unwrap();
assert_eq!(row.get_not_null_by_index::<String>(0).unwrap(), ts);
assert_eq!(row.get_not_null_by_index::<i32>(1).unwrap(), amount);
}
}
#[test]
fn test_e2e_pop_non_blocking_from_in_memory_queue() {
setup_test_logger();
let queue_name = "queue_trade_nb"; // FIXME using the same name as in test_e2e_pop_from_in_memory_queue causes panic
let ts = "2021-11-04 23:02:52.123456789";
let ticker = "ORCL";
let amount = 20;
let json_oracle = json!({
"ts": ts,
"ticker": ticker,
"amount": amount,
});
let trade_times = 5;
let test_source = ForeignSource::new().unwrap();
let ddls = vec![
"
CREATE SOURCE STREAM source_trade (
ts TIMESTAMP NOT NULL ROWTIME,
ticker TEXT NOT NULL,
amount INTEGER NOT NULL
);
"
.to_string(),
"
CREATE SINK STREAM sink_trade (
ts TIMESTAMP NOT NULL,
amount INTEGER NOT NULL
);
"
.to_string(),
"
CREATE PUMP pu_projection AS
INSERT INTO sink_trade (ts, amount)
SELECT STREAM source_trade.ts, source_trade.amount FROM source_trade;
"
.to_string(),
format!(
"
CREATE SINK WRITER queue_sink_trade FOR sink_trade
TYPE IN_MEMORY_QUEUE OPTIONS (
NAME '{queue_name}'
);
",
queue_name = queue_name,
),
format!(
"
CREATE SOURCE READER tcp_trade FOR source_trade
TYPE NET_CLIENT OPTIONS (
PROTOCOL 'TCP',
REMOTE_HOST '{remote_host}',
REMOTE_PORT '{remote_port}'
);
",
remote_host = test_source.host_ip(),
remote_port = test_source.port()
),
];
let pipeline = apply_ddls(&ddls, SpringConfig::default());
test_source.start(ForeignSourceInput::new_fifo_batch(
(0..trade_times)
.into_iter()
.map(|_| json_oracle.clone())
.collect(),
));
for _ in 0..trade_times {
loop {
match pipeline.pop_non_blocking(queue_name).unwrap() {
Some(row) => {
assert_eq!(row.get_not_null_by_index::<String>(0).unwrap(), ts);
assert_eq!(row.get_not_null_by_index::<i32>(1).unwrap(), amount);
break;
}
None => {}
}
}
}
}