Peektoken example sentences

"Peektoken" Example Sentences

1. I need to check the peektoken before proceeding with the loop.
2. The function returns the next peektoken in the stream.
3. The program is designed to stop when it reaches the end peektoken.
4. I accidentally missed the peektoken at the beginning of the file.
5. The parser is waiting for the next peektoken to continue.
6. The peektoken is used to determine the type of token to expect next.
7. This code snippet reads the peektoken without consuming it.
8. The lexer needs to return the peektoken after identifying it.
9. The peektoken is stored in a separate buffer for reference.
10. The input stream is advanced to the next peektoken after processing.
11. If the peektoken is invalid, an error message is displayed.
12. The function accepts the peektoken along with other arguments.
13. The loop condition is based on the value of the peektoken.
14. The switch statement branches according to the value of the peektoken.
15. A separate function is used to read and return the peektoken.
16. The peektoken is used to determine the end of a block of code.
17. The tokenizer returns the peektoken along with its type and value.
18. The peektoken can be used to validate the syntax of the code.
19. The peektoken is always checked before processing the next token.
20. The lookahead buffer stores the peektoken for quick access.
21. The lexer returns the peektoken when the end of the input is reached.
22. The peektoken is passed as an argument to another function.
23. The program is stuck in the loop because the peektoken is not being updated.
24. The tokenizer skips any whitespace characters before returning the peektoken.
25. The peektoken determines whether to parse a statement or an expression.
26. The lookahead queue stores multiple peektokens for efficient processing.
27. The function reads the current peektoken without consuming it.
28. The token position is advanced to the next character after parsing the peektoken.
29. The peektoken is used to implement conditional logic in the program.
30. The input string is converted into a sequence of peektokens before processing.

Common Phrases

1. Declare a variable named "currentToken" and assign the value of the first token in the list.
2. Declare a variable named "nextToken" and assign the value of the second token in the list.
3. Implement a "peekToken" function that returns the value of the next token without advancing the current token pointer.
4. Use the "peekToken" function to check the value of the next token before performing certain operations.
5. Assign the value of the "nextToken" to the "currentToken" and advance the "nextToken" pointer to the next token.
6. Loop through the token list using "peekToken" to check for specific token values or patterns.
7. Implement error handling logic that checks for unexpected or invalid token values returned by "peekToken".
8. Use "peekToken" to determine the end of the token list and stop processing.
9. Implement a "resetToken" function that sets the current token pointer back to the beginning of the token list.
10. Use "peekToken" in conjunction with conditional statements to determine the appropriate processing path based on the next token value.