37bb67dffd
Most of the time, we don't need to have a dynamic call sub graph, since the actual function call could be represented statically as it originally was before lambda functions were implemented. Simplifying the graph shape has important performance benefits in terms of both keep the graph smaller (memory, etc) and in avoiding the need to run transactions at runtime (speed) to reshape the graph. Co-authored-by: Samuel Gélineau <gelisam@gmail.com>
26 lines
789 B
Plaintext
26 lines
789 B
Plaintext
-- main.mcl --
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import "fmt"
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include c1([13, 42, 0, -37,])
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class c1($b) {
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test [fmt.printf("len is: %d", len($b)),] {} # len is 4
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}
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-- OUTPUT --
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Edge: composite: []int -> len # 0
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Edge: const: int(-37) -> composite: []int # 3
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Edge: const: int(0) -> composite: []int # 2
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Edge: const: int(13) -> composite: []int # 0
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Edge: const: int(42) -> composite: []int # 1
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Edge: const: str("len is: %d") -> printf: func(format str, a int) str # format
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Edge: len -> printf: func(format str, a int) str # a
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Edge: printf: func(format str, a int) str -> composite: []str # 0
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Vertex: composite: []int
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Vertex: composite: []str
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Vertex: const: int(-37)
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Vertex: const: int(0)
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Vertex: const: int(13)
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Vertex: const: int(42)
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Vertex: const: str("len is: %d")
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Vertex: len
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Vertex: printf: func(format str, a int) str
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