willbe 0.34.0

Utility to publish multi-crate and multi-workspace environments and maintain their consistency.
Documentation 
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use super :: *;
use the_module ::query :: { parse, ParseResult, Value };
use std ::collections ::HashMap;
use core ::str ::FromStr;

#[ test ]
fn value_from_str() 
{
  assert_eq!(Value ::from_str("123").unwrap(), Value ::Int(123));
  assert_eq!(Value ::from_str("true").unwrap(), Value ::Bool(true));
  assert_eq!(Value ::from_str("'hello'").unwrap(), Value ::String("hello".to_string()));
}

#[ test ]
fn bool_from_value() 
{
  assert!(bool ::from(&Value ::Bool(true)));
  assert!(bool ::from(&Value ::String("true".to_string())));
  assert!(bool ::from(&Value ::Int(1)));
  assert!(!bool ::from(&Value ::Int(0)));
  assert!(!bool ::from(&Value ::String("test".to_string())));
}

#[ test ]
fn parse_result_convert() 
{
  let params = vec![Value ::Int(1), Value ::Int(2), Value ::Int(3)];
  let result = ParseResult ::Positioning(params);

  let named_map = result.clone().into_map(vec!["var0".into(), "var1".into(), "var2".into()]);
  let unnamed_map = result.clone().into_map(vec![]);
  let mixed_map = result.clone().into_map(vec!["var0".into()]);
  let vec = result.into_vec();

  assert_eq!(
  HashMap ::from([
   ("var0".to_string(), Value ::Int(1)),
   ("var1".to_string(), Value ::Int(2)),
   ("var2".to_string(), Value ::Int(3))
 ]),
  named_map
 );
  assert_eq!(
  HashMap ::from([
   ("1".to_string(), Value ::Int(1)),
   ("2".to_string(), Value ::Int(2)),
   ("3".to_string(), Value ::Int(3))
 ]),
  unnamed_map
 );
  assert_eq!(
  HashMap ::from([
   ("var0".to_string(), Value ::Int(1)),
   ("1".to_string(), Value ::Int(2)),
   ("2".to_string(), Value ::Int(3))
 ]),
  mixed_map
 );
  assert_eq!(vec![Value ::Int(1), Value ::Int(2), Value ::Int(3)], vec);
}

#[ test ]
fn parse_empty_string() 
{
  assert_eq!(parse("()").unwrap().into_vec(), vec![]);
}

#[ test ]
fn parse_single_value() 
{
  let mut expected_map = HashMap ::new();
  expected_map.insert("1".to_string(), Value ::String("test/test".to_string()));
  assert_eq!(parse("('test/test')").unwrap().into_map(vec![]), expected_map);
}

#[ test ]
fn parse_multiple_values() 
{
  let mut expected_map = HashMap ::new();
  expected_map.insert("key1".to_string(), Value ::Int(123));
  expected_map.insert("key2".to_string(), Value ::Bool(true));
  assert_eq!(parse("{key1:123, key2: true}").unwrap().into_map(vec![]), expected_map);
}

#[ test ]
fn parse_with_quotes() 
{
  let mut expected_map = HashMap ::new();
  expected_map.insert("key".to_string(), Value ::String("hello world".to_string()));
  assert_eq!(parse("{key:'hello world'}").unwrap().into_map(vec![]), expected_map);
}

#[ test ]
fn parse_with_special_characters() 
{
  let mut expected_map = HashMap ::new();
  expected_map.insert("key".to_string(), Value ::String("!@#$%^&*(),".to_string()));
  assert_eq!(parse("{key:'!@#$%^&*(),'}").unwrap().into_map(vec![]), expected_map);
}

#[ test ]
fn parse_with_colon_in_value() 
{
  let mut expected_map = HashMap ::new();
  expected_map.insert("key".to_string(), Value ::String("hello: world".to_string()));
  assert_eq!(parse("{key:'hello: world'}").unwrap().into_map(vec![]), expected_map);
}

#[ test ]
fn with_comma_in_value() 
{
  let mut expected_map = HashMap ::new();
  expected_map.insert("key".to_string(), Value ::String("hello,world".to_string()));
  assert_eq!(parse("{key:'hello,world'}").unwrap().into_map(vec![]), expected_map);
}

#[ test ]
fn with_single_quote_escape() 
{
  let mut expected_map = HashMap ::new();
  expected_map.insert("key".to_string(), Value ::String(r"hello\'test\'test".into()));
  assert_eq!(
  parse(r"{ key: 'hello\'test\'test' }").unwrap().into_map(vec![]),
  expected_map
 );
}

#[ test ]
fn with_multiple_spaces() 
{
  let mut expected_map = HashMap ::new();
  expected_map.insert("key".to_string(), Value ::String("test     ".into()));
  expected_map.insert("key2".to_string(), Value ::String("test".into()));
  assert_eq!(
  parse(r"{ key: 'test     ', key2: test }")
   .unwrap()
   .into_map(vec![]),
  expected_map
 );
}

#[ test ]
fn many_unnamed() 
{
  let expected: HashMap< _, _ > = HashMap ::from_iter([
  ("1".to_string(), Value ::Int(123)),
  ("2".to_string(), Value ::String("test_aboba".to_string())),
 ]);
  assert_eq!(parse("( 123, 'test_aboba' )").unwrap().into_map(vec![]), expected);
}

#[ test ]
fn named_and_unnamed() 
{
  let expected: HashMap< _, _ > = HashMap ::from_iter([
  ("1".to_string(), Value ::Int(123)),
  ("2".to_string(), Value ::String("test_aboba".to_string())),
  ("3".to_string(), Value ::String("test: true".to_string())),
 ]);
  assert_eq!(parse(r"(123, 'test_aboba', test: true)").unwrap().into_map(vec![]), expected);
}