"Parser" Example Sentences
1. The XML parser encountered an error.
2. They developed an advanced natural language parser.
3. The compiler includes an HTML parser.
4. The tree parser traversed the DOM tree.
5. The JSON parser interpreted the input string.
6. They used an LL parser for their grammar.
7. The CSS parser validated the stylesheet.
8. They built an LR parser generator tool.
9. The recursive descent parser evaluates the expression.
10. They built a semantic parser for their natural language system.
11. The parser library supports JSON, XML, and HTML.
12. The backend contains a SQL parser.
13. The lexical analyzer feeds tokens to the parser.
14. The BNF grammar was input for the parser generator.
15. The parser library provides a blockchain parser.
16. The text editor includes a mathematical expression parser.
17. The parser supports the JSON schema specification.
18. The compiler front end contains a parser module.
19. They optimized the performance of the JSON parser.
20. They wrote the parser in PEG syntax.
21. The sentence parser recognizes parts of speech.
22. The YAML parser handles indentation properly.
23. The top-down parser processes input from left to right.
24. They updated the Python library to support a new file format parser.
25. The code generation phase follows parsing in the compiler.
26. The context-free grammar was fed into the parser tool.
27. The script uses a custom HTML parser.
28. The parser processes input strings using BNF rules.
29. They created a C++ library that includes an HTTP parser.
30. The LALR parser generated very efficient code.
31. The parser handles syntactical errors in the input.
32. The HTML sanitizer uses an HTML parser internally.
33. The data retrieval layer includes an XML parser for responses.
34. The parser raises an exception on invalid input.
35. The application includes both a JSON parser and serializer.
36. The lexer and parser were implemented recursively.
37. The top-down recursive descent parser failed to terminate.
38. The parser validates the XML against a schema.
39. They created an EBNF grammar for the parser.
40. The lexer tokenizes input and passes it to the parser.
41. The tree-down parser evaluates expressions from the inside out.
42. The JavaScript library contains an expression parser.
43. The scanner generates tokens for the parser.
44. The phrase structure grammar was written in BNF.
45. The natural language parser converts sentences into clauses.
46. The language parser performs syntactic and semantic analysis.
47. The calculator application includes an expression parser.
48. They optimized the parser for speed and memory usage.
49. The parser rejects input that does not conform to the rules.
50. They fixed a bug in the JSON parser that caused it to crash.
51. The parser throws an exception for any invalid input.
52. The Earley parser handled ambiguous input gracefully.
53. The syntax analyzer contains a lexical analyzer and parser.
54. The LL(1) parser ran into conflicts with the grammar.
55. The bottom-up parser builds up the parse tree from tokens.
56. The generated parser was very inefficient with a large number of states.
57. The CFG parser validated whether the input followed the production rules.
58. The SQL statement parser converted the input into an AST.
59. The LL(k) parser used a lookahead of k tokens.
60. The parser output the AST for further semantic analysis.
Common Phases
1. Lexical analysis - The lexer or tokenizer converts input text into tokens that the
parser can understand.
2. Parsing - The
parser analyzes the sequence of tokens according to grammar rules and constructs a parse tree.
3. Syntax analysis - The
parser performs the syntax analysis by checking if the tokens conform to the grammar rules.
4. Semantic analysis - After parsing, the
parser performs semantic analysis to check semantic correctness.
5. Tree construction - The
parser constructs an abstract syntax tree from the input tokens.
6. AST traversal - The AST is traversed to perform further operations like code generation.
7. Error handling - The
parser detects and handles syntax errors in the input.
8. Parsing strategy - The
parser uses a strategy like recursive descent, LR, LL to parse the input.
9. Preprocessing - The input may undergo preprocessing operations before being passed to the
parser.
10. Code generation - The AST is used to generate target code after parsing and semantic analysis.