Documentation
¶
Overview ¶
Example (Basic) ¶
c := newCLITest(cliTestParams{})
defer c.cleanup()
c.Run("debug kv put basic1 1 basic2 2 basic3 3")
c.Run("debug kv scan")
c.Run("debug kv revscan")
c.Run("debug kv del basic1 basic3")
c.Run("debug kv get basic1")
c.Run("debug kv get basic2")
c.Run("debug kv inc basic3 1")
c.Run("debug kv inc basic3 10")
c.Run("debug kv inc basic3 100")
c.Run("debug kv inc basic3 -- -60")
c.Run("debug kv inc basic3 -- -9")
c.Run("debug kv scan")
c.Run("debug kv revscan")
c.Run("debug kv inc basic3 b")
Output: debug kv put basic1 1 basic2 2 basic3 3 debug kv scan "basic1" "1" "basic2" "2" "basic3" "3" 3 result(s) debug kv revscan "basic3" "3" "basic2" "2" "basic1" "1" 3 result(s) debug kv del basic1 basic3 debug kv get basic1 "basic1" not found debug kv get basic2 "2" debug kv inc basic3 1 1 debug kv inc basic3 10 11 debug kv inc basic3 100 111 debug kv inc basic3 -- -60 51 debug kv inc basic3 -- -9 42 debug kv scan "basic2" "2" "basic3" 42 2 result(s) debug kv revscan "basic3" 42 "basic2" "2" 2 result(s) debug kv inc basic3 b invalid increment: strconv.ParseInt: parsing "b": invalid syntax
Example (Cput) ¶
c := newCLITest(cliTestParams{})
defer c.cleanup()
c.Run("debug kv put cput1 1 cput2 2 cput3 3 cput4 4")
c.Run("debug kv scan")
c.Run("debug kv cput cput5 5")
c.Run("debug kv cput cput2 3 2")
c.Run("debug kv scan")
Output: debug kv put cput1 1 cput2 2 cput3 3 cput4 4 debug kv scan "cput1" "1" "cput2" "2" "cput3" "3" "cput4" "4" 4 result(s) debug kv cput cput5 5 debug kv cput cput2 3 2 debug kv scan "cput1" "1" "cput2" "3" "cput3" "3" "cput4" "4" "cput5" "5" 5 result(s)
Example (Insecure) ¶
c := newCLITest(cliTestParams{insecure: true})
defer c.cleanup()
c.Run("debug kv put insecure1 1 insecure2 2")
c.Run("debug kv scan")
Output: debug kv put insecure1 1 insecure2 2 debug kv scan "insecure1" "1" "insecure2" "2" 2 result(s)
Example (Logging) ¶
c := newCLITest(cliTestParams{})
defer c.cleanup()
c.RunWithArgs([]string{"sql", "--alsologtostderr=false", "-e", "select 1"})
c.RunWithArgs([]string{"sql", "--log-backtrace-at=foo.go:1", "-e", "select 1"})
c.RunWithArgs([]string{"sql", "--log-dir=", "-e", "select 1"})
c.RunWithArgs([]string{"sql", "--logtostderr=true", "-e", "select 1"})
c.RunWithArgs([]string{"sql", "--verbosity=0", "-e", "select 1"})
c.RunWithArgs([]string{"sql", "--vmodule=foo=1", "-e", "select 1"})
Output: sql --alsologtostderr=false -e select 1 1 row 1 1 sql --log-backtrace-at=foo.go:1 -e select 1 1 row 1 1 sql --log-dir= -e select 1 1 row 1 1 sql --logtostderr=true -e select 1 1 row 1 1 sql --verbosity=0 -e select 1 1 row 1 1 sql --vmodule=foo=1 -e select 1 1 row 1 1
Example (Max_results) ¶
c := newCLITest(cliTestParams{})
defer c.cleanup()
c.Run("debug kv put max_results1 1 max_results2 2 max_results3 3 max_results4 4")
c.Run("debug kv scan --max-results=3")
c.Run("debug kv revscan --max-results=2")
c.Run("debug range split max_results3")
c.Run("debug range split max_results4")
c.Run("debug range ls --max-results=2")
Output: debug kv put max_results1 1 max_results2 2 max_results3 3 max_results4 4 debug kv scan --max-results=3 "max_results1" "1" "max_results2" "2" "max_results3" "3" 3 result(s) debug kv revscan --max-results=2 "max_results4" "4" "max_results3" "3" 2 result(s) debug range split max_results3 debug range split max_results4 debug range ls --max-results=2 /Min-"max_results3" [1] 0: node-id=1 store-id=1 "max_results3"-"max_results4" [8] 0: node-id=1 store-id=1 2 result(s)
Example (Node) ¶
c := newCLITest(cliTestParams{})
defer c.cleanup()
// Refresh time series data, which is required to retrieve stats.
if err := c.WriteSummaries(); err != nil {
log.Fatalf(context.Background(), "Couldn't write stats summaries: %s", err)
}
c.Run("node ls")
c.Run("node ls --format=pretty")
c.Run("node status 10000")
Output: node ls 1 row id 1 node ls --format=pretty +----+ | id | +----+ | 1 | +----+ (1 row) node status 10000 Error: node 10000 doesn't exist
Example (Quoted) ¶
c := newCLITest(cliTestParams{})
defer c.cleanup()
c.Run(`debug kv put quoted\x00 日本語`) // UTF-8 input text
c.Run(`debug kv put quoted\x01 \u65e5\u672c\u8a9e`) // explicit Unicode code points
c.Run(`debug kv put quoted\x02 \U000065e5\U0000672c\U00008a9e`) // explicit Unicode code points
c.Run(`debug kv put quoted\x03 \xe6\x97\xa5\xe6\x9c\xac\xe8\xaa\x9e`) // explicit UTF-8 bytes
c.Run(`debug kv scan`)
c.Run(`debug kv get quoted\x00`)
c.Run(`debug kv del quoted\x00`)
c.Run(`debug kv inc quoted\x04`)
c.Run(`debug kv get quoted\x04`)
Output: debug kv put quoted\x00 日本語 debug kv put quoted\x01 \u65e5\u672c\u8a9e debug kv put quoted\x02 \U000065e5\U0000672c\U00008a9e debug kv put quoted\x03 \xe6\x97\xa5\xe6\x9c\xac\xe8\xaa\x9e debug kv scan "quoted\x00" "日本語" "quoted\x01" "日本語" "quoted\x02" "日本語" "quoted\x03" "日本語" 4 result(s) debug kv get quoted\x00 "日本語" debug kv del quoted\x00 debug kv inc quoted\x04 1 debug kv get quoted\x04 1
Example (Ranges) ¶
c := newCLITest(cliTestParams{})
defer c.cleanup()
c.Run("debug kv put ranges1 1 ranges2 2 ranges3 3 ranges4 4")
c.Run("debug kv scan")
c.Run("debug kv revscan")
c.Run("debug range split ranges3")
c.Run("debug range ls")
c.Run("debug kv scan")
c.Run("debug kv revscan")
c.Run("debug kv delrange ranges1 ranges3")
c.Run("debug kv scan")
Output: debug kv put ranges1 1 ranges2 2 ranges3 3 ranges4 4 debug kv scan "ranges1" "1" "ranges2" "2" "ranges3" "3" "ranges4" "4" 4 result(s) debug kv revscan "ranges4" "4" "ranges3" "3" "ranges2" "2" "ranges1" "1" 4 result(s) debug range split ranges3 debug range ls /Min-"ranges3" [1] 0: node-id=1 store-id=1 "ranges3"-/Table/0 [8] 0: node-id=1 store-id=1 /Table/0-/Table/11 [2] 0: node-id=1 store-id=1 /Table/11-/Table/12 [3] 0: node-id=1 store-id=1 /Table/12-/Table/13 [4] 0: node-id=1 store-id=1 /Table/13-/Table/14 [5] 0: node-id=1 store-id=1 /Table/14-/Table/15 [6] 0: node-id=1 store-id=1 /Table/15-/Max [7] 0: node-id=1 store-id=1 8 result(s) debug kv scan "ranges1" "1" "ranges2" "2" "ranges3" "3" "ranges4" "4" 4 result(s) debug kv revscan "ranges4" "4" "ranges3" "3" "ranges2" "2" "ranges1" "1" 4 result(s) debug kv delrange ranges1 ranges3 debug kv scan "ranges3" "3" "ranges4" "4" 2 result(s)
Example (Sql) ¶
c := newCLITest(cliTestParams{})
defer c.cleanup()
c.RunWithArgs([]string{"sql", "-e", "create database t; create table t.f (x int, y int); insert into t.f values (42, 69)"})
c.RunWithArgs([]string{"sql", "-e", "select 3", "-e", "select * from t.f"})
c.RunWithArgs([]string{"sql", "-e", "begin", "-e", "select 3", "-e", "commit"})
c.RunWithArgs([]string{"sql", "-e", "select * from t.f"})
c.RunWithArgs([]string{"sql", "--execute=show databases"})
c.RunWithArgs([]string{"sql", "-e", "select 1; select 2"})
c.RunWithArgs([]string{"sql", "-e", "select 1; select 2 where false"})
// It must be possible to access pre-defined/virtual tables even if the current database
// does not exist yet.
c.RunWithArgs([]string{"sql", "-d", "nonexistent", "-e", "select count(*) from pg_class limit 0"})
// It must be possible to create the current database after the
// connection was established.
c.RunWithArgs([]string{"sql", "-d", "nonexistent", "-e", "create database nonexistent; create table foo(x int); select * from foo"})
Output: sql -e create database t; create table t.f (x int, y int); insert into t.f values (42, 69) INSERT 1 sql -e select 3 -e select * from t.f 1 row 3 3 1 row x y 42 69 sql -e begin -e select 3 -e commit BEGIN 1 row 3 3 COMMIT sql -e select * from t.f 1 row x y 42 69 sql --execute=show databases 5 rows Database crdb_internal information_schema pg_catalog system t sql -e select 1; select 2 1 row 1 1 1 row 2 2 sql -e select 1; select 2 where false 1 row 1 1 0 rows 2 sql -d nonexistent -e select count(*) from pg_class limit 0 0 rows count(*) sql -d nonexistent -e create database nonexistent; create table foo(x int); select * from foo 0 rows x
Example (Sql_column_labels) ¶
c := newCLITest(cliTestParams{})
defer c.cleanup()
c.RunWithArgs([]string{"sql", "-e", "create database t; create table t.u (\"\"\"foo\" int, \"\\foo\" int, \"foo\nbar\" int, \"κόσμε\" int, \"a|b\" int, \"܈85\" int)"})
c.RunWithArgs([]string{"sql", "-e", "insert into t.u values (0, 0, 0, 0, 0, 0)"})
c.RunWithArgs([]string{"sql", "-e", "show columns from t.u"})
c.RunWithArgs([]string{"sql", "-e", "select * from t.u"})
c.RunWithArgs([]string{"sql", "--format=pretty", "-e", "show columns from t.u"})
c.RunWithArgs([]string{"sql", "--format=pretty", "-e", "select * from t.u"})
c.RunWithArgs([]string{"sql", "--format=tsv", "-e", "select * from t.u"})
c.RunWithArgs([]string{"sql", "--format=csv", "-e", "select * from t.u"})
c.RunWithArgs([]string{"sql", "--format=sql", "-e", "select * from t.u"})
c.RunWithArgs([]string{"sql", "--format=html", "-e", "select * from t.u"})
c.RunWithArgs([]string{"sql", "--format=records", "-e", "select * from t.u"})
Output: sql -e create database t; create table t.u ("""foo" int, "\foo" int, "foo bar" int, "κόσμε" int, "a|b" int, "܈85" int) CREATE TABLE sql -e insert into t.u values (0, 0, 0, 0, 0, 0) INSERT 1 sql -e show columns from t.u 6 rows Field Type Null Default Indices """foo" INT true NULL {} \foo INT true NULL {} "foo bar" INT true NULL {} κόσμε INT true NULL {} a|b INT true NULL {} ܈85 INT true NULL {} sql -e select * from t.u 1 row """foo" \foo """foo\nbar""" κόσμε a|b ܈85 0 0 0 0 0 0 sql --format=pretty -e show columns from t.u +---------+------+------+---------+---------+ | Field | Type | Null | Default | Indices | +---------+------+------+---------+---------+ | "foo | INT | true | NULL | {} | | \foo | INT | true | NULL | {} | | foo | INT | true | NULL | {} | | bar | | | | | | κόσμε | INT | true | NULL | {} | | a|b | INT | true | NULL | {} | | ܈85 | INT | true | NULL | {} | +---------+------+------+---------+---------+ (6 rows) sql --format=pretty -e select * from t.u +------+------+------------+-------+-----+-----+ | "foo | \foo | "foo\nbar" | κόσμε | a|b | ܈85 | +------+------+------------+-------+-----+-----+ | 0 | 0 | 0 | 0 | 0 | 0 | +------+------+------------+-------+-----+-----+ (1 row) sql --format=tsv -e select * from t.u 1 row """foo" \foo """foo\nbar""" κόσμε a|b ܈85 0 0 0 0 0 0 sql --format=csv -e select * from t.u 1 row """foo",\foo,"""foo\nbar""",κόσμε,a|b,܈85 0,0,0,0,0,0 sql --format=sql -e select * from t.u CREATE TABLE results ( """foo" STRING, "\foo" STRING, """foo\nbar""" STRING, κόσμε STRING, "a|b" STRING, ܈85 STRING ); INSERT INTO results VALUES ('0', '0', '0', '0', '0', '0'); sql --format=html -e select * from t.u <table> <thead><tr><th>"foo</th><th>\foo</th><th>"foo\nbar"</th><th>κόσμε</th><th>a|b</th><th>܈85</th></tr></head> <tbody> <tr><td>0</td><td>0</td><td>0</td><td>0</td><td>0</td><td>0</td></tr> </tbody> </table> sql --format=records -e select * from t.u -[ RECORD 1 ] "foo | 0 \foo | 0 "foo\nbar" | 0 κόσμε | 0 a|b | 0 ܈85 | 0
Example (Sql_format) ¶
c := newCLITest(cliTestParams{})
defer c.cleanup()
c.RunWithArgs([]string{"sql", "-e", "create database t; create table t.times (bare timestamp, withtz timestamptz)"})
c.RunWithArgs([]string{"sql", "-e", "insert into t.times values ('2016-01-25 10:10:10', '2016-01-25 10:10:10-05:00')"})
c.RunWithArgs([]string{"sql", "-e", "select * from t.times"})
Output: sql -e create database t; create table t.times (bare timestamp, withtz timestamptz) CREATE TABLE sql -e insert into t.times values ('2016-01-25 10:10:10', '2016-01-25 10:10:10-05:00') INSERT 1 sql -e select * from t.times 1 row bare withtz 2016-01-25 10:10:10+00:00 2016-01-25 15:10:10+00:00
Example (Sql_table) ¶
c := newCLITest(cliTestParams{})
defer c.cleanup()
c.RunWithArgs([]string{"sql", "-e", "create database t; create table t.t (s string, d string);"})
c.RunWithArgs([]string{"sql", "-e", "insert into t.t values (e'foo', 'printable ASCII')"})
c.RunWithArgs([]string{"sql", "-e", "insert into t.t values (e'\"foo', 'printable ASCII with quotes')"})
c.RunWithArgs([]string{"sql", "-e", "insert into t.t values (e'\\\\foo', 'printable ASCII with backslash')"})
c.RunWithArgs([]string{"sql", "-e", "insert into t.t values (e'foo\\x0abar', 'non-printable ASCII')"})
c.RunWithArgs([]string{"sql", "-e", "insert into t.t values ('κόσμε', 'printable UTF8')"})
c.RunWithArgs([]string{"sql", "-e", "insert into t.t values (e'\\xc3\\xb1', 'printable UTF8 using escapes')"})
c.RunWithArgs([]string{"sql", "-e", "insert into t.t values (e'\\x01', 'non-printable UTF8 string')"})
c.RunWithArgs([]string{"sql", "-e", "insert into t.t values (e'\\xdc\\x88\\x38\\x35', 'UTF8 string with RTL char')"})
c.RunWithArgs([]string{"sql", "-e", "insert into t.t values (e'\\xc3\\x28', 'non-UTF8 string')"})
c.RunWithArgs([]string{"sql", "-e", "insert into t.t values (e'a\\tb\\tc\\n12\\t123123213\\t12313', 'tabs')"})
c.RunWithArgs([]string{"sql", "-e", "select * from t.t"})
c.RunWithArgs([]string{"sql", "--format=pretty", "-e", "select * from t.t"})
c.RunWithArgs([]string{"sql", "--format=tsv", "-e", "select * from t.t"})
c.RunWithArgs([]string{"sql", "--format=csv", "-e", "select * from t.t"})
c.RunWithArgs([]string{"sql", "--format=sql", "-e", "select * from t.t"})
c.RunWithArgs([]string{"sql", "--format=html", "-e", "select * from t.t"})
c.RunWithArgs([]string{"sql", "--format=records", "-e", "select * from t.t"})
c.RunWithArgs([]string{"sql", "--format=pretty", "-e", "select ' hai' as x"})
c.RunWithArgs([]string{"sql", "--format=pretty", "-e", "explain(indent) select s from t.t union all select s from t.t"})
Output: sql -e create database t; create table t.t (s string, d string); CREATE TABLE sql -e insert into t.t values (e'foo', 'printable ASCII') INSERT 1 sql -e insert into t.t values (e'"foo', 'printable ASCII with quotes') INSERT 1 sql -e insert into t.t values (e'\\foo', 'printable ASCII with backslash') INSERT 1 sql -e insert into t.t values (e'foo\x0abar', 'non-printable ASCII') INSERT 1 sql -e insert into t.t values ('κόσμε', 'printable UTF8') INSERT 1 sql -e insert into t.t values (e'\xc3\xb1', 'printable UTF8 using escapes') INSERT 1 sql -e insert into t.t values (e'\x01', 'non-printable UTF8 string') INSERT 1 sql -e insert into t.t values (e'\xdc\x88\x38\x35', 'UTF8 string with RTL char') INSERT 1 sql -e insert into t.t values (e'\xc3\x28', 'non-UTF8 string') pq: invalid UTF-8 byte sequence insert into t.t values (e'\xc3\x28', 'non-UTF8 string') ^ sql -e insert into t.t values (e'a\tb\tc\n12\t123123213\t12313', 'tabs') INSERT 1 sql -e select * from t.t 9 rows s d foo printable ASCII """foo" printable ASCII with quotes \foo printable ASCII with backslash "foo bar" non-printable ASCII κόσμε printable UTF8 ñ printable UTF8 using escapes """\x01""" non-printable UTF8 string ܈85 UTF8 string with RTL char "a b c 12 123123213 12313" tabs sql --format=pretty -e select * from t.t +--------------------------------+--------------------------------+ | s | d | +--------------------------------+--------------------------------+ | foo | printable ASCII | | "foo | printable ASCII with quotes | | \foo | printable ASCII with backslash | | foo | non-printable ASCII | | bar | | | κόσμε | printable UTF8 | | ñ | printable UTF8 using escapes | | "\x01" | non-printable UTF8 string | | ܈85 | UTF8 string with RTL char | | a b c | tabs | | 12 123123213 12313 | | +--------------------------------+--------------------------------+ (9 rows) sql --format=tsv -e select * from t.t 9 rows s d foo printable ASCII """foo" printable ASCII with quotes \foo printable ASCII with backslash "foo bar" non-printable ASCII κόσμε printable UTF8 ñ printable UTF8 using escapes """\x01""" non-printable UTF8 string ܈85 UTF8 string with RTL char "a b c 12 123123213 12313" tabs sql --format=csv -e select * from t.t 9 rows s,d foo,printable ASCII """foo",printable ASCII with quotes \foo,printable ASCII with backslash "foo bar",non-printable ASCII κόσμε,printable UTF8 ñ,printable UTF8 using escapes """\x01""",non-printable UTF8 string ܈85,UTF8 string with RTL char "a b c 12 123123213 12313",tabs sql --format=sql -e select * from t.t CREATE TABLE results ( s STRING, d STRING ); INSERT INTO results VALUES ('foo', 'printable ASCII'); INSERT INTO results VALUES ('"foo', 'printable ASCII with quotes'); INSERT INTO results VALUES (e'\\foo', 'printable ASCII with backslash'); INSERT INTO results VALUES (e'foo\nbar', 'non-printable ASCII'); INSERT INTO results VALUES (e'\u03BA\U00001F79\u03C3\u03BC\u03B5', 'printable UTF8'); INSERT INTO results VALUES (e'\u00F1', 'printable UTF8 using escapes'); INSERT INTO results VALUES (e'"\\x01"', 'non-printable UTF8 string'); INSERT INTO results VALUES (e'\u070885', 'UTF8 string with RTL char'); INSERT INTO results VALUES (e'a\tb\tc\n12\t123123213\t12313', 'tabs'); sql --format=html -e select * from t.t <table> <thead><tr><th>s</th><th>d</th></tr></head> <tbody> <tr><td>foo</td><td>printable ASCII</td></tr> <tr><td>"foo</td><td>printable ASCII with quotes</td></tr> <tr><td>\foo</td><td>printable ASCII with backslash</td></tr> <tr><td>foo<br/>bar</td><td>non-printable ASCII</td></tr> <tr><td>κόσμε</td><td>printable UTF8</td></tr> <tr><td>ñ</td><td>printable UTF8 using escapes</td></tr> <tr><td>"\x01"</td><td>non-printable UTF8 string</td></tr> <tr><td>܈85</td><td>UTF8 string with RTL char</td></tr> <tr><td>a b c<br/>12 123123213 12313</td><td>tabs</td></tr> </tbody> </table> sql --format=records -e select * from t.t -[ RECORD 1 ] s | foo d | printable ASCII -[ RECORD 2 ] s | "foo d | printable ASCII with quotes -[ RECORD 3 ] s | \foo d | printable ASCII with backslash -[ RECORD 4 ] s | foo | bar d | non-printable ASCII -[ RECORD 5 ] s | κόσμε d | printable UTF8 -[ RECORD 6 ] s | ñ d | printable UTF8 using escapes -[ RECORD 7 ] s | "\x01" d | non-printable UTF8 string -[ RECORD 8 ] s | ܈85 d | UTF8 string with RTL char -[ RECORD 9 ] s | a b c | 12 123123213 12313 d | tabs sql --format=pretty -e select ' hai' as x +-------+ | x | +-------+ | hai | +-------+ (1 row) sql --format=pretty -e explain(indent) select s from t.t union all select s from t.t +-------+--------+-------+--------------------+ | Level | Type | Field | Description | +-------+--------+-------+--------------------+ | 0 | append | | -> append | | 1 | render | | -> render | | 2 | scan | | -> scan | | 2 | | table | t@primary | | 2 | | spans | ALL | | 1 | render | | -> render | | 2 | scan | | -> scan | | 2 | | table | t@primary | | 2 | | spans | ALL | +-------+--------+-------+--------------------+ (9 rows)
Example (User) ¶
c := newCLITest(cliTestParams{})
defer c.cleanup()
c.Run("user ls")
c.Run("user ls --format=pretty")
c.Run("user ls --format=tsv")
c.Run("user set foo")
// Don't use get, since the output of hashedPassword is random.
// c.Run("user get foo")
c.Run("user ls --format=pretty")
c.Run("user rm foo")
c.Run("user ls --format=pretty")
Output: user ls 0 rows username user ls --format=pretty +----------+ | username | +----------+ +----------+ (0 rows) user ls --format=tsv 0 rows username user set foo INSERT 1 user ls --format=pretty +----------+ | username | +----------+ | foo | +----------+ (1 row) user rm foo DELETE 1 user ls --format=pretty +----------+ | username | +----------+ +----------+ (0 rows)
Example (Zip) ¶
c := newCLITest(cliTestParams{})
defer c.cleanup()
c.Run("debug zip /dev/null")
Output: debug zip /dev/null writing /dev/null debug/events debug/liveness debug/nodes/1/status debug/nodes/1/gossip debug/nodes/1/stacks debug/nodes/1/ranges/1 debug/nodes/1/ranges/2 debug/nodes/1/ranges/3 debug/nodes/1/ranges/4 debug/nodes/1/ranges/5 debug/nodes/1/ranges/6 debug/nodes/1/ranges/7 debug/schema/system@details debug/schema/system/descriptor debug/schema/system/eventlog debug/schema/system/jobs debug/schema/system/lease debug/schema/system/namespace debug/schema/system/rangelog debug/schema/system/ui debug/schema/system/users debug/schema/system/zones
Example (Zone) ¶
c := newCLITest(cliTestParams{})
defer c.cleanup()
c.Run("zone ls")
c.Run("zone set system --file=./testdata/zone_attrs.yaml")
c.Run("zone ls")
c.Run("zone get system.nonexistent")
c.Run("zone get system.lease")
c.Run("zone set system --file=./testdata/zone_range_max_bytes.yaml")
c.Run("zone get system")
c.Run("zone rm system")
c.Run("zone ls")
c.Run("zone rm .default")
c.Run("zone set .default --file=./testdata/zone_range_max_bytes.yaml")
c.Run("zone get system")
c.Run("zone set .default --disable-replication")
c.Run("zone get system")
Output: zone ls .default zone set system --file=./testdata/zone_attrs.yaml range_min_bytes: 1048576 range_max_bytes: 67108864 gc: ttlseconds: 86400 num_replicas: 1 constraints: [us-east-1a, ssd] zone ls .default system zone get system.nonexistent system.nonexistent not found zone get system.lease system range_min_bytes: 1048576 range_max_bytes: 67108864 gc: ttlseconds: 86400 num_replicas: 1 constraints: [us-east-1a, ssd] zone set system --file=./testdata/zone_range_max_bytes.yaml range_min_bytes: 1048576 range_max_bytes: 134217728 gc: ttlseconds: 86400 num_replicas: 3 constraints: [us-east-1a, ssd] zone get system system range_min_bytes: 1048576 range_max_bytes: 134217728 gc: ttlseconds: 86400 num_replicas: 3 constraints: [us-east-1a, ssd] zone rm system DELETE 1 zone ls .default zone rm .default unable to remove .default zone set .default --file=./testdata/zone_range_max_bytes.yaml range_min_bytes: 1048576 range_max_bytes: 134217728 gc: ttlseconds: 86400 num_replicas: 3 constraints: [] zone get system .default range_min_bytes: 1048576 range_max_bytes: 134217728 gc: ttlseconds: 86400 num_replicas: 3 constraints: [] zone set .default --disable-replication range_min_bytes: 1048576 range_max_bytes: 134217728 gc: ttlseconds: 86400 num_replicas: 1 constraints: [] zone get system .default range_min_bytes: 1048576 range_max_bytes: 134217728 gc: ttlseconds: 86400 num_replicas: 1 constraints: []
Index ¶
Examples ¶
Constants ¶
This section is empty.
Variables ¶
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var ErrorCode = 1
ErrorCode is the value to be used by main() as exit code in case of error. For most errors 1 is appropriate, but a signal termination can change this.
Functions ¶
func Main ¶
func Main()
Main is the entry point for the cli, with a single line calling it intended to be the body of an action package main `main` func elsewhere. It is abstracted for reuse by duplicated `main` funcs in different distributions.
func MakeDBClient ¶
MakeDBClient creates a kv client for use in cli tools.
Types ¶
This section is empty.
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