Web hosting solutions - Chapter 4: Abstract Syntax Figure 4.9: Abstract syntax
January 22nd, 2008Chapter 4: Abstract Syntax Figure 4.9: Abstract syntax for the MiniJava language. Figure 4.6: Orthogonal directions of modularity. Chapter 5: Semantic Analysis Figure 5.1: Several active environments at once. Figure 5.3: Hash tables. Figure 5.4: Binary search trees. Figure 5.7: A MiniJava Program and its symbol table Chapter 6: Activation Records Figure 6.2: A stack frame. Chapter 7: Translation to Intermediate Code Figure 7.1: Compilers for five languages and four target machines: (a) without an IR, (b) with an IR. Figure 7.2: Intermediate representation trees. Figure 7.4: Object initialization. Chapter 8: Basic Blocks and Traces Figure 8.1: Identities on trees (see also Exercise 8.1). Figure 8.3: Different trace coverings for the same program. Chapter 9: Instruction Selection Figure 9.1: Arithmetic and memory instructions. The notation M[x] denotes the memory word at address x. Figure 9.2: A tree tiled in two ways. Figure 9.4: The Schizo-Jouette architecture. Chapter 10: Liveness Analysis Figure 10.2: Liveness of variables a, b, c. Figure 10.9: Representations of interference. Chapter 11: Register Allocation Figure 11.3: Simplification stack, and a possible coloring. Figure 11.4: Graph coloring with coalescing. Figure 11.6: A coloring, with coalescing, for Graph 11.1. Figure 11.7: Moving a callee-save register to a fresh temporary. Chapter 13: Garbage Collection
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