aws-node-util
v0.9.24
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Accessing the DynamoDB with SQL-ish statement and AWS services from CLI
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AWS-Node-Util
DESCRIPTION
This module provides SQL-ish statement classes to manipulate DynamoDB.
The latest API reference is available.
Statement classes:
- ScanStatement
- QueryStatement
- PutItemStatement
(*1) - DeleteItemStatement
(*1)
(*1) - Currently, These cannot be parameterized. So the prepared execution is unavailable.
And also provides CLI commands that manipulate AWS services. Some of these are depending on AWS CLI or shell script.
SQL-ish feature
See the sample code below to use the SQL-ish classes.
Sample of SQL-ish statements
sample/sqlish-sample.js
To run this sample, a DynamoDB table named 'stars' is required.
On that table, the attribute named 'mainStar' is a HASH-key typed as String and 'orbitOrder' is a RANGE-key typed as number.
"use strict";
const awsNodeUtil = require("aws-node-util");
const ScanStatement = awsNodeUtil.dynamodb.ScanStatement;
const QueryStatement = awsNodeUtil.dynamodb.QueryStatement;
const ResultSet = awsNodeUtil.dynamodb.ResultSet;
// Connect (change each value for your account)
awsNodeUtil.connect(
// { accessKeyId: 'AKID', secretAccessKey: 'SECRET', region: 'us-west-2' }
);
// Prepare a scanning-all-statement without parameters.
var scanAllStatement = new ScanStatement("FROM stars");
// Prepare 'Scan' statement to filter by name.
// The name is parameterized.
var scanByNameStatement = new ScanStatement(
"FROM stars WHERE name=:name");
// Prepare 'Query' statement to get children of specific main star.
// The name of a main star is parameterized.
var queryChildrenStatement = new QueryStatement(
"SELECT mainStar, orbitOrder, name " +
"FROM stars " +
"WHERE mainStar=:mainStar");
// Set DynamoDB API interface to each statementa
const dynamodbApi = awsNodeUtil.getService("DynamoDB");
scanAllStatement.dynamodb = dynamodbApi;
scanByNameStatement.dynamodb = dynamodbApi;
queryChildrenStatement.dynamodb = dynamodbApi;
// Run the statements
scanAllStatement.run({}, (err, resp) => {
console.log("-----------------------");
console.log("SCAN all items of stars");
console.log("-----------------------");
printResult(err, resp);
scanByNameStatement.run({ ":name": "EARTH" }, (err, resp) => {
console.log("--------------");
console.log("SCAN the EARTH");
console.log("--------------");
printResult(err, resp);
queryChildrenStatement.run({ ":mainStar": "EARTH" }, (err, resp) => {
console.log("------------------------------");
console.log("QUERY child stars of the EARTH");
console.log("------------------------------");
printResult(err, resp);
});
});
});
// Handler to print result of scan / query
function printResult(err, result) {
if(err) {
console.error("Error:", err.stack);
} else {
ResultSet.printScanResult(result);
}
}outputs
$ node sample/sqlish-sample.js
-----------------------
SCAN all items of stars
-----------------------
Count: 10
ROWNUM diameter rotation role mass gravity density escapeVelocity name orbitOrder mainStar
1 3475 655.7 satellite 0.0073 1.6 3340 2.4 MOON 1 EARTH
2 4879 1407.6 planet 0.33 3.7 5427 4.3 MERCURY 1 SUN
3 12104 -5832.0 planet 4.87 8.9 5243 10.4 VENUS 2 SUN
4 12756 23.9 planet 5.97 9.8 5514 11.2 EARTH 3 SUN
5 6792 24.6 planet 0.642 3.7 3933 5.0 MARS 4 SUN
6 142984 9.9 planet 1898.0 23.1 1326 59.5 JUPITER 5 SUN
7 120536 10.7 planet 568.0 9.0 687 35.5 SATURN 6 SUN
8 51118 -17.2 planet 86.8 8.7 1271 21.3 URANUS 7 SUN
9 49528 16.1 planet 102.0 11.0 1638 23.5 NEPTUNE 8 SUN
10 2370 -153.3 planet 0.0146 0.7 2095 1.3 PLUTO 9 SUN
ScannedCount: 10
--------------
SCAN the EARTH
--------------
Count: 10
ROWNUM diameter rotation role mass gravity density escapeVelocity name orbitOrder mainStar
1 12756 23.9 planet 5.97 9.8 5514 11.2 EARTH 3 SUN
ScannedCount: 10
------------------------------
QUERY child stars of the EARTH
------------------------------
Count: 1
ROWNUM name orbitOrder mainStar
1 MOON 1 EARTH
ScannedCount: 1
Scan / QueryStatement run and next method
If the LIMIT feature is used for the Scan or QueryStatement,
In the callback specified for run() method,
the next() method is available to get followed items.
Here is sample codes.
sample/scan-next-sample.js
"use strict";
const awsNodeUtil = require("aws-node-util");
const ScanStatement = awsNodeUtil.dynamodb.ScanStatement;
const ResultSet = awsNodeUtil.dynamodb.ResultSet;
// Connect (change each value for your account)
awsNodeUtil.connect(
// { accessKeyId: 'AKID', secretAccessKey: 'SECRET', region: 'us-west-2' }
);
// Prepare 'Scan' statement
var scanStatement = new ScanStatement(
"FROM stars LIMIT 3");
scanStatement.dynamodb = awsNodeUtil.getService("DynamoDB");
scanStatement.run({}, (err, data) => {
if(err) {
console.error("Error: ", err.message);
} else if(data) {
ResultSet.printScanResult(data);
scanStatement.next();
} else if(data == null) {
console.error("OK");
}
});output
$ node sample/scan-next-sample.js
Count: 3
ROWNUM diameter rotation role mass gravity density escapeVelocity name orbitOrder mainStar
1 3475 655.7 satellite 0.0073 1.6 3340 2.4 MOON 1 EARTH
2 4879 1407.6 planet 0.33 3.7 5427 4.3 MERCURY 1 SUN
3 12104 -5832.0 planet 4.87 8.9 5243 10.4 VENUS 2 SUN
LastEvaluatedKey: {"orbitOrder":{"N":"2"},"mainStar":{"S":"SUN"}}
ScannedCount: 3
Count: 3
ROWNUM diameter rotation role mass gravity density escapeVelocity name orbitOrder mainStar
1 12756 23.9 planet 5.97 9.8 5514 11.2 EARTH 3 SUN
2 6792 24.6 planet 0.642 3.7 3933 5.0 MARS 4 SUN
3 142984 9.9 planet 1898.0 23.1 1326 59.5 JUPITER 5 SUN
LastEvaluatedKey: {"orbitOrder":{"N":"5"},"mainStar":{"S":"SUN"}}
ScannedCount: 3
Count: 3
ROWNUM diameter rotation role mass gravity density escapeVelocity name orbitOrder mainStar
1 120536 10.7 planet 568.0 9.0 687 35.5 SATURN 6 SUN
2 51118 -17.2 planet 86.8 8.7 1271 21.3 URANUS 7 SUN
3 49528 16.1 planet 102.0 11.0 1638 23.5 NEPTUNE 8 SUN
LastEvaluatedKey: {"orbitOrder":{"N":"8"},"mainStar":{"S":"SUN"}}
ScannedCount: 3
Count: 1
ROWNUM diameter rotation role mass gravity density escapeVelocity name orbitOrder mainStar
1 2370 -153.3 planet 0.0146 0.7 2095 1.3 PLUTO 9 SUN
ScannedCount: 1
OKsample/query-next-sample.js
"use strict";
const awsNodeUtil = require("aws-node-util");
const QueryStatement = awsNodeUtil.dynamodb.QueryStatement;
const ResultSet = awsNodeUtil.dynamodb.ResultSet;
// Connect (change each value for your account)
awsNodeUtil.connect(
// { accessKeyId: 'AKID', secretAccessKey: 'SECRET', region: 'us-west-2' }
);
// Prepare 'Query' statement
var queryStatement = new QueryStatement(
"FROM stars WHERE mainStar=:ms LIMIT 2");
queryStatement.dynamodb = awsNodeUtil.getService("DynamoDB");
queryStatement.run({":ms": "SUN" }, (err, data) => {
if(err) {
console.error("Error: ", err.message);
} else if(data) {
ResultSet.printScanResult(data);
queryStatement.next();
} else if(data == null) {
console.error("OK");
}
});output
$ node sample/query-next-sample.js
Count: 2
ROWNUM diameter rotation role mass gravity density escapeVelocity name orbitOrder mainStar
1 4879 1407.6 planet 0.33 3.7 5427 4.3 MERCURY 1 SUN
2 12104 -5832.0 planet 4.87 8.9 5243 10.4 VENUS 2 SUN
LastEvaluatedKey: {"orbitOrder":{"N":"2"},"mainStar":{"S":"SUN"}}
ScannedCount: 2
Count: 2
ROWNUM diameter rotation role mass gravity density escapeVelocity name orbitOrder mainStar
1 12756 23.9 planet 5.97 9.8 5514 11.2 EARTH 3 SUN
2 6792 24.6 planet 0.642 3.7 3933 5.0 MARS 4 SUN
LastEvaluatedKey: {"orbitOrder":{"N":"4"},"mainStar":{"S":"SUN"}}
ScannedCount: 2
Count: 2
ROWNUM diameter rotation role mass gravity density escapeVelocity name orbitOrder mainStar
1 142984 9.9 planet 1898 23.1 1326 59.5 JUPITER 5 SUN
2 120536 10.7 planet 568 9.0 687 35.5 SATURN 6 SUN
LastEvaluatedKey: {"orbitOrder":{"N":"6"},"mainStar":{"S":"SUN"}}
ScannedCount: 2
Count: 2
ROWNUM diameter rotation role mass gravity density escapeVelocity name orbitOrder mainStar
1 51118 -17.2 planet 86.8 8.7 1271 21.3 URANUS 7 SUN
2 49528 16.1 planet 102.0 11.0 1638 23.5 NEPTUNE 8 SUN
LastEvaluatedKey: {"orbitOrder":{"N":"8"},"mainStar":{"S":"SUN"}}
ScannedCount: 2
Count: 1
ROWNUM diameter rotation role mass gravity density escapeVelocity name orbitOrder mainStar
1 2370 -153.3 planet 0.0146 0.7 2095 1.3 PLUTO 9 SUN
ScannedCount: 1
OKsample/put-and-delete-item.js
"use strict";
const awsNodeUtil = require("aws-node-util");
const QueryStatement = awsNodeUtil.dynamodb.QueryStatement;
const PutItemStatement = awsNodeUtil.dynamodb.PutItemStatement;
const DeleteItemStatement = awsNodeUtil.dynamodb.DeleteItemStatement;
const ResultSet = awsNodeUtil.dynamodb.ResultSet;
// Connect (change each value for your account)
awsNodeUtil.connect(
// { accessKeyId: 'AKID', secretAccessKey: 'SECRET', region: 'us-west-2' }
);
const dynamodbApi = awsNodeUtil.getService("DynamoDB");
// Handler to print result of scan / query
function printResult(result) {
ResultSet.printScanResult(result);
}
// Prepare 'PutItem' statement
var putItemStatement = new PutItemStatement(
["INSERT INTO stars (",
"mainStar, role, orbitOrder, name",
") VALUES (",
"'SUN', 'planet', 10, 'X'",
")"].join(" "));
putItemStatement.dynamodb = dynamodbApi;
// Add planet X
putStar(putItemStatement, {}).then( () => {
// Add planet Y
putItemStatement.setValues([
"SUN", "planet", 25, "Y"
]);
return putStar( putItemStatement, {});
}).then( () => {
// Add planet Z
return putStar( putItemStatement, {
orbitOrder:35, name:"Z"
});// mainStar and role is not changed from previous.
}).then( () => {
return queryStar("mainStar, orbitOrder, name, role", "mainStar = 'SUN'");
}).then(resp => {
console.log("----------------------------");
console.log("QUERY child stars of the SUN");
console.log("----------------------------");
printResult(resp);
}).then( () => {
//Delete planets named X, Y and Z.
return deleteWhere( "mainStar = 'SUN' AND orbitOrder >= 10" );
}).then( () => {
return queryStar("mainStar, orbitOrder, name, role", "mainStar = 'SUN'");
}).then(resp => {
console.log("----------------------------");
console.log("QUERY child stars of the SUN");
console.log("----------------------------");
printResult(resp);
}).catch( err => {
console.error("Error:", err.stack);
});
function deleteWhere(condition) {
return queryStar( "mainStar, orbitOrder", condition ).then(result => {
let resultSet = new ResultSet(result);
return Promise.all(resultSet.getItems().map(item => {
return deleteStar([
"mainStar = '" + item.mainStar + "'",
"AND orbitOrder = " + item.orbitOrder
].join(" "));
}));
});
}
function putStar(statement, args) {
return new Promise( (resolve, reject) => {
statement.run(args, err => {
if(err) {
reject(err);
} else {
resolve();
}
});
});
}
function queryStar(select, condition) {
return new Promise( (resolve, reject) => {
const statement = new QueryStatement([
"SELECT", select, "FROM stars",
"WHERE", condition
].join(" "));
statement.dynamodb = dynamodbApi;
statement.run({}, (err, result) => {
if(err) {
reject(err);
} else {
resolve(result);
}
});
});
}
function deleteStar(condition) {
return new Promise( (resolve, reject) => {
console.log("DELETE", condition);
const statement = new DeleteItemStatement([
"DELETE FROM stars WHERE",
condition
].join(" "));
statement.dynamodb = dynamodbApi;
statement.run({}, (err) => {
if(err) {
reject(err);
} else {
resolve();
}
})
});
}outputs
$ node sample/put-and-delete-item.js
----------------------------
QUERY child stars of the SUN
----------------------------
Count: 12
ROWNUM role name orbitOrder mainStar
1 planet MERCURY 1 SUN
2 planet VENUS 2 SUN
3 planet EARTH 3 SUN
4 planet MARS 4 SUN
5 planet JUPITER 5 SUN
6 planet SATURN 6 SUN
7 planet URANUS 7 SUN
8 planet NEPTUNE 8 SUN
9 planet PLUTO 9 SUN
10 planet X 10 SUN
11 planet Y 25 SUN
12 planet Z 35 SUN
ScannedCount: 12
DELETE mainStar = 'SUN' AND orbitOrder = 10
DELETE mainStar = 'SUN' AND orbitOrder = 25
DELETE mainStar = 'SUN' AND orbitOrder = 35
----------------------------
QUERY child stars of the SUN
----------------------------
Count: 9
ROWNUM role name orbitOrder mainStar
1 planet MERCURY 1 SUN
2 planet VENUS 2 SUN
3 planet EARTH 3 SUN
4 planet MARS 4 SUN
5 planet JUPITER 5 SUN
6 planet SATURN 6 SUN
7 planet URANUS 7 SUN
8 planet NEPTUNE 8 SUN
9 planet PLUTO 9 SUN
ScannedCount: 9
CLI-Commands for Amazon Dynamo
- aws-dynamodb-delete-item - delete item on the table
- aws-dynamodb-put-item - put item to the table
- aws-dynamodb-query - query and display items in the table
- aws-dynamodb-scan - scan and display items in the table
- aws-dynamodb-create-table - create table with a json file. the file desc2create output can use.
- aws-dynamodb-delete-table - delete the table
- aws-dynamodb-desc2create - Convert a JSON to create the table from its description
- aws-dynamodb-describe-table - describe the table
- aws-dynamodb-list-tables - display the table names
These commands are designed to recognize the keywords in the expressions and to generate placeholders automatically.
1. aws-dynamodb-delete-item
Delete -- delete the item from the table.
$ aws-dynamodb-delete-item `<table-name>` `<item-expression>`Parameters
|Parameter |Content | |:------------------|:-------------------------------| | table-name | Target table name | | key | Item to delete from the table |
- key is a comma separated string representing
key attribute names and values
like
<attr-name1> = <value>, <attr-name2> = <value>, .... - All the keys must be included
- The value type will be determined automatically from its notation.
2. aws-dynamodb-put-item
Put -- insert or update the item to the table from command line.
$ aws-dynamodb-put-item `<table-name>` `<item-expression>` ...Parameters
|Parameter |Content | |:------------------|:---------------------------| | table-name | Target table name | | item-expression | Items to put to the table |
- item-expression is comma separated strings representing
attribute names and values
like
<attr-name1> = <value>, <attr-name2> = <value>, .... - All the keys must be included to specify whether the items will be inserted or updated.
- The attribute name can be
path.to.the.item(See the example below). - The value type will be determined automatically from its notation.
Example
Comamnd line:
$ aws-dynamodb-put-item testTable '
id="123",
timestamp=145678900,
test.name="foo",
test.pass=true,
value.version="0.6.6"
'Then Item to be added to the table:
{
"id": {"S": "123"},
"timestamp":{"N": "145678900"},
"test": {
"M": {
"name": {"S": "foo"},
"pass": {"BOOL": true}
}
},
"value" : {"M" : {"version": {"S": "0.6.6"}}}
}Available Types Assumed In Automatic
| value | type | |:------------:|:-----------| | true / false | boolean | | "ABC" / '123'| string | | 123.4 | number |
3. aws-dynamodb-query
Query -- This reports the retrieved data that matches key-conditions given from command-line without consideration about the placeholder.
Usage:
1) aws-dynamodb-query [OPTIONS] <tableName> <keyConditionExpression>
2) aws-dynamodb-query [OPTIONS] -q <SQL-ish-statement>
-c, --max-items=ARG The total number of items to return
-n, --starting-token=ARG A token to specify where to start
paginating
-s, --sort-item=ARG JSON path to the sort item
-p, --projection-expression=ARG comma separated attribute names to
project
-k, --key-condition-expression=ARG key condition expression of query
-f, --filter-expression=ARG filter expression applied after
query
-d, --desc Sorting direction to descendent
-j, --output-json output a json to read
-J, --output-json-oneline output a json in oneline
-t, --dry-run Print options of the query and exit
-q, --sql-ish Query by SQL-ish-statement(beta)
-h, --help display this help
PARAMETERS:
tableName The table name defined in DynamoDB.
keyConditionExpression KeyConditionExpression for the DynamoDB table.
SQL-ish-statement SQL-ish text that represents a query
1) In all expression parameter, option value or SQL-ish,the field names
could be represented as is for its declared name in the table without
considering the placeh older of AWS DynamoDB.
2) Here is an examples showing a syntax for SQL-ish-statement of query.
[ SELECT <projection-expression> ]
FROM <tableName>
WHERE <keyConditionExpression>
[ FILTER <filter-expression> ]
[ LIMIT <max-items> ]
This says the FROM and WHERE clauses are mandatory and the SELECT,
FILTER and LIMIT are optional.
EXAMPLE
$ aws-dynamodb-query stars \
> "mainStar='SUN' AND orbitOrder BETWEEN 1 AND 9" \
> --projection-expression "name, mass, diameter" \
> --sort-item orbitOrder
Count: 9
ROWNUM diameter mass name
1 4879 0.33 MERCURY
2 12104 4.87 VENUS
3 12756 5.97 EARTH
4 6792 0.642 MARS
5 142984 1898.0 JUPITER
6 120536 568.0 SATURN
7 51118 86.8 URANUS
8 49528 102.0 NEPTUNE
9 2370 0.0146 PLUTO
ScannedCount: 9SQL-ish statement:
$ aws-dynamodb-query -q "SELECT name, mass, diameter \
> FROM stars \
> WHERE mainStar='SUN' AND orbitOrder BETWEEN 1 AND 9" \
> --sort-item orbitOrder
Count: 9
ROWNUM diameter mass name
1 4879 0.33 MERCURY
2 12104 4.87 VENUS
3 12756 5.97 EARTH
4 6792 0.642 MARS
5 142984 1898.0 JUPITER
6 120536 568.0 SATURN
7 51118 86.8 URANUS
8 49528 102.0 NEPTUNE
9 2370 0.0146 PLUTO
ScannedCount: 94. aws-dynamodb-scan
Usage:
1) aws-dynamodb-scan [OPTIONS] <tableName>
2) aws-dynamodb-scan [OPTIONS] -q <SQL-ish-statement>
-c, --max-items=ARG The total number of items to return
-n, --starting-token=ARG A token to specify where to start
paginating
-s, --sort-item=ARG JSON path to the sort item
-p, --projection-expression=ARG comma separated attribute names to
project
-f, --filter-expression=ARG filter expression
-d, --desc Sorting direction to descendent
-j, --output-json output a json to read
-J, --output-json-oneline output a json in oneline
-t, --dry-run Print options of the scan and exit
-q, --sql-ish Query by SQL-ish-statement(beta)
-h, --help display this help
PARAMETERS:
tableName The table name defined in DynamoDB.
SQL-ish-statement SQL-ish text that represents a scan
1) In all expression parameter, option value or SQL-ish,the field names
could be represented as is for its declared name in the table without
considering the placeh older of AWS DynamoDB.
2) Here is an examples showing a syntax for SQL-ish-statement of scan.
[ SELECT <projection-expression> ]
FROM <tableName>
[ WHERE <filter-expression> ]
[ LIMIT <max-items> ]
This says the FROM clauses is mandatory and the SELECT, WHERE and LIMIT
are optional.EXAMPLE
Comamnd line:
$ aws-dynamodb-scan stars
Count: 10
ROWNUM diameter rotation role mass gravity density escapeVelocity name orbitOrder mainStar
1 3475 655.7 satellite 0.0073 1.6 3340 2.4 MOON 1 EARTH
2 4879 1407.6 planet 0.33 3.7 5427 4.3 MERCURY 1 SUN
3 12104 -5832.0 planet 4.87 8.9 5243 10.4 VENUS 2 SUN
4 12756 23.9 planet 5.97 9.8 5514 11.2 EARTH 3 SUN
5 6792 24.6 planet 0.642 3.7 3933 5.0 MARS 4 SUN
6 142984 9.9 planet 1898.0 23.1 1326 59.5 JUPITER 5 SUN
7 120536 10.7 planet 568.0 9.0 687 35.5 SATURN 6 SUN
8 51118 -17.2 planet 86.8 8.7 1271 21.3 URANUS 7 SUN
9 49528 16.1 planet 102.0 11.0 1638 23.5 NEPTUNE 8 SUN
10 2370 -153.3 planet 0.0146 0.7 2095 1.3 PLUTO 9 SUN
ScannedCount: 10
SQL-ish statement:
$ aws-dynamodb-scan -q "FROM stars"
Count: 10
ROWNUM diameter rotation role mass gravity density escapeVelocity name orbitOrder mainStar
1 3475 655.7 satellite 0.0073 1.6 3340 2.4 MOON 1 EARTH
2 4879 1407.6 planet 0.33 3.7 5427 4.3 MERCURY 1 SUN
3 12104 -5832.0 planet 4.87 8.9 5243 10.4 VENUS 2 SUN
4 12756 23.9 planet 5.97 9.8 5514 11.2 EARTH 3 SUN
5 6792 24.6 planet 0.642 3.7 3933 5.0 MARS 4 SUN
6 142984 9.9 planet 1898.0 23.1 1326 59.5 JUPITER 5 SUN
7 120536 10.7 planet 568.0 9.0 687 35.5 SATURN 6 SUN
8 51118 -17.2 planet 86.8 8.7 1271 21.3 URANUS 7 SUN
9 49528 16.1 planet 102.0 11.0 1638 23.5 NEPTUNE 8 SUN
10 2370 -153.3 planet 0.0146 0.7 2095 1.3 PLUTO 9 SUN
ScannedCount: 10
Don't Worry The Placeholders
For the expressions of dynamodb query and scan commands, You can write the attribute names or its values directly. Because, the placeholders are recognized and created in automatic by the commands So, you don't need to worry about it.
CLI-commands for AWS Lambda
- aws-lambda-get - Download a lambda function
- aws-lambda-upload - Upload the function code
- aws-lambda-create - Create and upload the function code
Following utilities are required to download and extract a ZIP on aws-lambda-get / upload.
- Curl
- Zip/Unzip
1. aws-lambda-get - Download a lambda function
$ aws-lambda-get <function-name>- A Zip file is downloaded from AWS Lambda and extracted to a sub directory named same to the function.
2. aws-lambda-upload - Upload the function code
Update the function to upload a zip file which is created in automatic and contains all the files in subdirectory of the same name as the function.
$ aws-lambda-upload <sub-directory-name>- Note: this cannot create a new function.
3. aws-lambda-create - Create and upload the function code
Create the function to upload a zip file which is created in automatic and contains all the files in subdirectory of the same name as the function.
$ aws-lambda-create <sub-directory-name> <role-arn>CLI-commands for AWS IoT
- aws-iot-list-all-resources - list all the IoT resouces
- aws-iot-create-keys-and-certificate - create certificate and attach the thing and/or policy
- aws-iot-create-policy - create a policy
- aws-iot-create-thing - create a thing
- aws-iot-delete-thing - delete the thing
- aws-iot-describe-thing - describe the thing
- aws-iot-get-policy - print the policy
CLI-commands for AWS API Gateway
- aws-apigw-describe-api - describe an api content to json. it includes all the resources and all the methods.
- aws-apigw-create-rest-api
- aws-apigw-create-resource
- aws-apigw-list-resources
CLI-commands for AWS IAM
- aws-iam-list-roles - list names and created date of all the role
- aws-iam-get-role - print role's JSON document to stdout
- aws-iam-create-role - create role by the name and a JSON file that describes an assume-role-policy-document
- aws-iam-attach-role-policy - attach a policy represented by arn to the role
LICENSE
This software is released under the MIT License, see LICENSE