b1ffb1d4a4
These weren't yet exposed in mcl. They're now available under the same Meta namespace as the normal meta param structs. Even though they live as a separate trait, they should be exposed together for a consistent interface in mcl. If autoedge or autogroup ever grow additional params, we can always add: `Meta:autoedge:something` to break it down further.
38 lines
2.7 KiB
Plaintext
38 lines
2.7 KiB
Plaintext
Edge: bool(false) -> struct(noop: bool(false); retry: int(-1); delay: int(0); poll: int(5); limit: float(4.2); burst: int(3); sema: list(str(foo:1), str(bar:3)); autoedge: bool(true); autogroup: bool(true)) # noop
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Edge: bool(true) -> struct(noop: bool(false); retry: int(-1); delay: int(0); poll: int(5); limit: float(4.2); burst: int(3); sema: list(str(foo:1), str(bar:3)); autoedge: bool(true); autogroup: bool(true)) # autoedge
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Edge: bool(true) -> struct(noop: bool(false); retry: int(-1); delay: int(0); poll: int(5); limit: float(4.2); burst: int(3); sema: list(str(foo:1), str(bar:3)); autoedge: bool(true); autogroup: bool(true)) # autogroup
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Edge: bool(true) -> var(b) # b
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Edge: bool(true) -> var(b) # b
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Edge: float(4.2) -> struct(noop: bool(false); retry: int(-1); delay: int(0); poll: int(5); limit: float(4.2); burst: int(3); sema: list(str(foo:1), str(bar:3)); autoedge: bool(true); autogroup: bool(true)) # limit
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Edge: int(-1) -> struct(noop: bool(false); retry: int(-1); delay: int(0); poll: int(5); limit: float(4.2); burst: int(3); sema: list(str(foo:1), str(bar:3)); autoedge: bool(true); autogroup: bool(true)) # retry
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Edge: int(0) -> struct(noop: bool(false); retry: int(-1); delay: int(0); poll: int(5); limit: float(4.2); burst: int(3); sema: list(str(foo:1), str(bar:3)); autoedge: bool(true); autogroup: bool(true)) # delay
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Edge: int(3) -> struct(noop: bool(false); retry: int(-1); delay: int(0); poll: int(5); limit: float(4.2); burst: int(3); sema: list(str(foo:1), str(bar:3)); autoedge: bool(true); autogroup: bool(true)) # burst
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Edge: int(5) -> struct(noop: bool(false); retry: int(-1); delay: int(0); poll: int(5); limit: float(4.2); burst: int(3); sema: list(str(foo:1), str(bar:3)); autoedge: bool(true); autogroup: bool(true)) # poll
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Edge: list(str(foo:1), str(bar:3)) -> struct(noop: bool(false); retry: int(-1); delay: int(0); poll: int(5); limit: float(4.2); burst: int(3); sema: list(str(foo:1), str(bar:3)); autoedge: bool(true); autogroup: bool(true)) # sema
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Edge: str(bar:3) -> list(str(foo:1), str(bar:3)) # 1
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Edge: str(foo:1) -> list(str(foo:1), str(bar:3)) # 0
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Edge: str(hello world) -> call:fmt.printf(str(hello world)) # a
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Vertex: bool(false)
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Vertex: bool(false)
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Vertex: bool(false)
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Vertex: bool(true)
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Vertex: bool(true)
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Vertex: bool(true)
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Vertex: bool(true)
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Vertex: bool(true)
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Vertex: call:fmt.printf(str(hello world))
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Vertex: float(4.2)
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Vertex: int(-1)
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Vertex: int(0)
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Vertex: int(3)
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Vertex: int(42)
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Vertex: int(5)
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Vertex: list(str(foo:1), str(bar:3))
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Vertex: str(bar:3)
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Vertex: str(foo:1)
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Vertex: str(greeting)
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Vertex: str(hello world)
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Vertex: struct(noop: bool(false); retry: int(-1); delay: int(0); poll: int(5); limit: float(4.2); burst: int(3); sema: list(str(foo:1), str(bar:3)); autoedge: bool(true); autogroup: bool(true))
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Vertex: var(b)
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Vertex: var(b)
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