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- include prelude
- proc main(input, output: string) =
- type NodeKind = enum
- local, localInvalid, global, globalInvalid
- #c_fprintf(file, "%s %p %d rc=%ld color=%c\n",
- # msg, c, kind, c.refcount shr rcShift, col)
- # cell 0x10a908190 22 rc=2 color=w
- var i, o: File
- var roots = initTable[string, NodeKind]()
- if open(i, input):
- if open(o, output, fmWrite):
- o.writeLine("digraph $1 {\n" % extractFilename(input))
- var currNode = ""
- for line in lines(i):
- let data = line.split()
- if data.len == 0: continue
- case data[0]
- of "end":
- currNode = ""
- of "cell":
- currNode = data[1]
- let rc = data[3].substr("rc=".len)
- let col = case data[4].substr("color=".len)
- of "b": "black"
- of "w": "green"
- of "g": "grey"
- else: ""
- o.write("N" & currNode)
- if currNode in roots:
- let v = roots[currNode]
- case v
- of local: o.write(" [label=\"local \\N\" fillcolor=$1]" % col)
- of localInvalid: o.write(" [label=\"local invalid \\N\" fillcolor=$1]" % col)
- of global: o.write(" [label=\"global \\N\" fillcolor=$1]" % col)
- of globalInvalid: o.write(" [label=\"global invalid \\N\" fillcolor=$1]" % col)
- else:
- o.write(" [fillcolor=$1]" % col)
- o.writeLine(";")
- of "child":
- assert currNode.len > 0
- o.writeLine("N$1 -> N$2;" % [currNode, data[1]])
- of "global_root":
- roots[data[1]] = global
- of "global_root_invalid":
- roots[data[1]] = globalInvalid
- of "onstack":
- roots[data[1]] = local
- of "onstack_invalid":
- roots[data[1]] = localInvalid
- else: discard
- close(i)
- o.writeLine("\n}")
- close(o)
- else:
- quit "error: cannot open " & output
- else:
- quit "error: cannot open " & input
- if paramCount() == 1:
- main(paramStr(1), changeFileExt(paramStr(1), "dot"))
- elif paramCount() == 2:
- main(paramStr(1), paramStr(2))
- else:
- quit "usage: heapdump2dot inputfile outputfile"
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