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e54d3cc418
* Support for printing tuple types * Add test of printing a tuple * Add support for printing tuples in GDB * Forgot to [skip ci]
90 lines
1.5 KiB
Nim
90 lines
1.5 KiB
Nim
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import tables
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type
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MyEnum = enum
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meOne,
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meTwo,
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meThree,
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meFour,
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MyOtherEnum = enum
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moOne,
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moTwo,
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moThree,
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moFoure,
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MyObj = object
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a*: int
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b*: string
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var counter = 0
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proc myDebug[T](arg: T): void =
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counter += 1
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proc testProc(): void =
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var myEnum = meTwo
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myDebug(myEnum) #1
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# create a string, but don't allocate it
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var myString: string
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myDebug(myString) #2
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# create a string object but also make the NTI for MyEnum is generated
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myString = $myEnum
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myDebug(myString) #3
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var mySet = {meOne,meThree}
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myDebug(mySet) #4
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# for MyOtherEnum there is no NTI. This tests the fallback for the pretty printer.
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var moEnum = moTwo
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myDebug(moEnum) #5
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var moSet = {moOne,moThree}
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myDebug(moSet) #6
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let myArray = [1,2,3,4,5]
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myDebug(myArray) #7
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# implicitly initialized seq test
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var mySeq: seq[string]
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myDebug(mySeq) #8
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# len not equal to capacity
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let myOtherSeq = newSeqOfCap[string](10)
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myDebug(myOtherSeq) #9
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let myOtherArray = ["one","two"]
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myDebug(myOtherArray) #10
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# numeric sec
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var mySeq3 = @[1,2,3]
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myDebug(mySeq3) #11
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# seq had to grow
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var mySeq4 = @["one","two","three"]
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myDebug(mySeq4) #12
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var myTable = initTable[int, string]()
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myTable[4] = "four"
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myTable[5] = "five"
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myTable[6] = "six"
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myDebug(myTable) #13
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var myOtherTable = {"one": 1, "two": 2, "three": 3}.toTable
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myDebug(myOtherTable) #14
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var obj = MyObj(a: 1, b: "some string")
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myDebug(obj) #15
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var tup = ("hello", 42)
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myDebug(tup) # 16
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assert counter == 16
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testProc()
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