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MATLAB objects using nested functions

MathWorks Compiler Course – Day 2. MATLAB objects using nested functions. MathWorks Compiler Course – Day 2. MATLAB objects using nested functions The structure of xcom. MathWorks Compiler Course – Day 2. The structure of xcom. X. X.cfg. Analysis. IR – syntax tree + symbols. Synthesis.

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MATLAB objects using nested functions

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  1. MathWorks Compiler Course – Day 2 • MATLAB objects using nested functions

  2. MathWorks Compiler Course – Day 2 • MATLAB objects using nested functions • The structure of xcom

  3. MathWorks Compiler Course – Day 2 • The structure of xcom X X.cfg Analysis IR – syntax tree + symbols Synthesis EXE – link&go Runtime results

  4. MathWorks Compiler Course – Day 2 • The structure of Analysis X.cfg Cfg Cfg tables Lexer X lexemes Parser shift/reduce sequence Tree syntax tree Symbols symbol table

  5. MathWorks Compiler Course – Day 2 • The structure of Cfg X.cfg Cfg VN VIΠ heads rule names, lengths reserved words, ops reserved words, ops cfg.mat

  6. MathWorks Compiler Course – Day 2 • Notation supporting grammars

  7. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Definitions

  8. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Definitions • Greek alphabet

  9. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Definitions • Greek alphabet • Propositional and Predicate Logic

  10. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Definitions • Greek alphabet • Propositional and Predicate Logic • Sets

  11. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Definitions • Greek alphabet • Propositional and Predicate Logic • Sets • Ordered pairs and tuples

  12. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Definitions • Greek alphabet • Propositional and Predicate Logic • Sets • Ordered pairs and tuples • Sequences

  13. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Definitions • Greek alphabet • Propositional and Predicate Logic • Sets • Ordered pairs and tuples • Sequences • Relations

  14. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars

  15. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Phrase structure

  16. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Phrase structure • Reduction rules

  17. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Phrase structure • Reduction rules • Doing reductions

  18. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Phrase structure • Reduction rules • Doing reductions • Syntax tree

  19. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Phrase structure • Reduction rules • Doing reductions • Syntax tree • Everyday notation for CFGs

  20. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Reduction rules • Doing reductions • Syntax tree • Everyday notation for CFGs • Rule names, numbers

  21. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Doing reductions • Syntax tree • Everyday notation for CFGs • Rule names, numbers • Formal definition of CFG

  22. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Doing reductions • Syntax tree • Everyday notation for CFGs • Rule names, numbers • Formal definition of CFG • Derive CFG from Π alone

  23. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Syntax tree • Everyday notation for CFGs • Rule names, numbers • Formal definition of CFG • Derive CFG from Π alone • Formal definition of language

  24. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Everyday notation for CFGs • Rule names, numbers • Formal definition of CFG • Derive CFG from Π alone • Formal definition of language • Left to right parsing

  25. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Rule names, numbers • Formal definition of CFG • Derive CFG from Π alone • Formal definition of language • Left to right parsing • Restrictions on CFGs

  26. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Formal definition of CFG • Derive CFG from Π alone • Formal definition of language • Left to right parsing • Restrictions on CFGs • Transforming CFGs

  27. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Derive CFG from Π alone • Formal definition of language • Left to right parsing • Restrictions on CFGs • Transforming CFGs • Free-form CFGs

  28. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Formal definition of language • Left to right parsing • Restrictions on CFGs • Transforming CFGs • Free-form CFGs • A grammar-grammar

  29. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Regular Expressions

  30. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Regular Expressions • Finite Automata

  31. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Regular Expressions • Finite Automata • State-transition diagrams

  32. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Regular Expressions • Finite Automata (FA) • State-transition diagrams • CFG for FA

  33. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Regular Expressions • Finite Automata (FA) • State-transition diagrams • CFG for FA • Deterministic (DFA)

  34. MathWorks Compiler Course – Day 2 • Notation supporting grammars • Context-free Grammars • Regular Expressions • Finite Automata (FA) • State-transition diagrams • CFG for FA • Deterministic (DFA) • Nondeterministic (NFA)

  35. MathWorks Compiler Course – Day 2 • Context-free Grammars • Regular Expressions • Finite Automata (FA) • State-transition diagrams • CFG for FA • Deterministic (DFA) • Nondeterministic (NFA) • NFA to DFA

  36. MathWorks Compiler Course – Day 2 • Regular Expressions • Finite Automata (FA) • State-transition diagrams • CFG for FA • Deterministic (DFA) • Nondeterministic (NFA) • NFA to DFA • Regular Expression Grammars (REG)

  37. MathWorks Compiler Course – Day 2 • Finite Automata (FA) • State-transition diagrams • CFG for FA • Deterministic (DFA) • Nondeterministic (NFA) • NFA to DFA • Regular Expression Grammars (REG) • REG grammar-grammar

  38. MathWorks Compiler Course – Day 2 • Finite Automata (FA) • Regular Expression Grammars (REG) • REG grammar-grammar • Rewriting REGs

  39. MathWorks Compiler Course – Day 2 • Finite Automata (FA) • Regular Expression Grammars (REG) • REG grammar-grammar • Rewriting REGs • I/O Grammars (IOG)

  40. MathWorks Compiler Course – Day 2 • Finite Automata (FA) • Regular Expression Grammars (REG) • REG grammar-grammar • Rewriting REGs • I/O Grammars (IOG) • Formal Definition of IOG

  41. MathWorks Compiler Course – Day 2 • Regular Expression Grammars (REG) • REG grammar-grammar • Rewriting REGs • I/O Grammars (IOG) • Formal Definition of IOG • IOG grammar-grammar

  42. MathWorks Compiler Course – Day 2 • Regular Expression Grammars (REG) • REG grammar-grammar • Rewriting REGs • I/O Grammars (IOG) • Formal Definition of IOG • IOG grammar-grammar • Rewriting IOGs

  43. MathWorks Compiler Course – Day 2 • Regular Expression Grammars (REG) • REG grammar-grammar • Rewriting REGs • I/O Grammars (IOG) • Formal Definition of IOG • IOG grammar-grammar • Rewriting IOGs • Grammars for X, C and Java

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