--- a/tnetstring.nim Sun Apr 30 04:38:52 2017 +0000
+++ /dev/null Thu Jan 01 00:00:00 1970 +0000
@@ -1,713 +0,0 @@
-#
-# Copyright (c) 2015, Mahlon E. Smith <mahlon@martini.nu>
-# All rights reserved.
-# Redistribution and use in source and binary forms, with or without
-# modification, are permitted provided that the following conditions are met:
-#
-# * Redistributions of source code must retain the above copyright
-# notice, this list of conditions and the following disclaimer.
-#
-# * Redistributions in binary form must reproduce the above copyright
-# notice, this list of conditions and the following disclaimer in the
-# documentation and/or other materials provided with the distribution.
-#
-# * Neither the name of Mahlon E. Smith nor the names of his
-# contributors may be used to endorse or promote products derived
-# from this software without specific prior written permission.
-#
-# THIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND ANY
-# EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
-# WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
-# DISCLAIMED. IN NO EVENT SHALL THE REGENTS AND CONTRIBUTORS BE LIABLE FOR ANY
-# DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
-# (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;
-# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND
-# ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
-# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS
-# SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
-
-## This module implements a simple TNetstring parser and serializer.
-## TNetString stands for "tagged netstring" and is a modification of Dan
-## Bernstein's netstrings specification. TNetstrings allow for the same data
-## structures as JSON but in a format that is resistant to buffer overflows
-## and backward compatible with original netstrings. They make no assumptions
-## about string contents, allowing for easy transmission of binary data mixed
-## with strongly typed values.
-
-## See http://cr.yp.to/proto/netstrings.txt and http://tnetstrings.org/ for additional information.
-##
-## This module borrows heavily (in both usage and code) from the nim JSON stdlib
-## (json.nim) -- (c) Copyright 2015 Andreas Rumpf, Dominik Picheta.
-##
-## Usage example:
-##
-## .. code-block:: nim
-##
-## let
-## tnetstr = "52:4:test,3:1.3^4:key2,4:true!6:things,12:1:1#1:2#1:3#]}"
-## tnetobj = parse_tnetstring( tnetstr )
-##
-## # tnetobj is now equivalent to the structure:
-## # @[(key: test, val: 1.3), (key: key2, val: true), (key: things, val: @[1, 2, 3])]
-##
-## assert( tnetobj.kind == TNetstringObject )
-## echo tnetobj[ "test" ]
-## echo tnetobj[ "key2" ]
-## for item in tnetobj[ "things" ]:
-## echo item
-##
-## Results in:
-##
-## .. code-block:: nim
-##
-## 1.3
-## true
-## 1
-## 2
-## 3
-##
-## This module can also be used to reasonably create a serialized
-## TNetstring, suitable for network transmission:
-##
-## .. code-block:: nim
-##
-## let
-## number = 1000
-## list = @[ "thing1", "thing2" ]
-## tnettop = newTNetstringArray() # top-level array
-## tnetsub = newTNetstringArray() # sub array
-##
-## tnettop.add( newTNetstringInt(number) )
-## for item in list:
-## tnetsub.add( newTNetstringString(item) )
-## tnettop.add( tnetsub )
-##
-## # Equivalent to: @[1000, @[thing1, thing2]]
-## echo dump_tnetstring( tnettop )
-##
-## Results in:
-##
-## .. code-block:: nim
-##
-## 29:4:1000#18:6:thing1,6:thing2,]]
-##
-
-import
- hashes,
- parseutils,
- strutils
-
-const version = "0.1.1"
-
-type
- TNetstringKind* = enum ## enumeration of all valid types
- TNetstringString, ## a string literal
- TNetstringInt, ## an integer literal
- TNetstringFloat, ## a float literal
- TNetstringBool, ## a ``true`` or ``false`` value
- TNetstringNull, ## the value ``null``
- TNetstringObject, ## an object: the ``}`` token
- TNetstringArray ## an array: the ``]`` token
-
- TNetstringNode* = ref TNetstringNodeObj
- TNetstringNodeObj* {.acyclic.} = object
- extra*: string
- case kind*: TNetstringKind
- of TNetstringString:
- str*: string
- of TNetstringInt:
- num*: BiggestInt
- of TNetstringFloat:
- fnum*: float
- of TNetstringBool:
- bval*: bool
- of TNetstringNull:
- nil
- of TNetstringObject:
- fields*: seq[ tuple[key: string, val: TNetstringNode] ]
- of TNetstringArray:
- elems*: seq[ TNetstringNode ]
-
- TNetstringParseError* = object of ValueError ## Raised for a TNetstring error
-
-
-proc raiseParseErr*( t: TNetstringNode, msg: string ) {.noinline, noreturn.} =
- ## Raises a `TNetstringParseError` exception.
- raise newException( TNetstringParseError, msg )
-
-
-proc newTNetstringString*( s: string ): TNetstringNode =
- ## Create a new String typed TNetstringNode.
- new( result )
- result.kind = TNetstringString
- result.str = s
-
-
-proc newTNetstringInt*( i: BiggestInt ): TNetstringNode =
- ## Create a new Integer typed TNetstringNode.
- new( result )
- result.kind = TNetstringInt
- result.num = i
-
-
-proc newTNetstringFloat*( f: float ): TNetstringNode =
- ## Create a new Float typed TNetstringNode.
- new( result )
- result.kind = TNetstringFloat
- result.fnum = f
-
-
-proc newTNetstringBool*( b: bool ): TNetstringNode =
- ## Create a new Boolean typed TNetstringNode.
- new( result )
- result.kind = TNetstringBool
- result.bval = b
-
-
-proc newTNetstringNull*(): TNetstringNode =
- ## Create a new nil typed TNetstringNode.
- new( result )
- result.kind = TNetstringNull
-
-
-proc newTNetstringObject*(): TNetstringNode =
- ## Create a new Object typed TNetstringNode.
- new( result )
- result.kind = TNetstringObject
- result.fields = @[]
-
-
-proc newTNetstringArray*(): TNetstringNode =
- ## Create a new Array typed TNetstringNode.
- new( result )
- result.kind = TNetstringArray
- result.elems = @[]
-
-
-proc getStr*( node: TNetstringNode, default: string = "" ): string =
- ## Retrieves the string value of a `TNetstringString TNetstringNodee`.
- ## Returns ``default`` if ``node`` is not a ``TNetstringString``.
- if node.kind != TNetstringString: return default
- return node.str
-
-
-proc getInt*( node: TNetstringNode, default: BiggestInt = 0 ): BiggestInt =
- ## Retrieves the int value of a `TNetstringInt TNetstringNode`.
- ## Returns ``default`` if ``node`` is not a ``TNetstringInt``.
- if node.kind != TNetstringInt: return default
- return node.num
-
-
-proc getFloat*( node: TNetstringNode, default: float = 0.0 ): float =
- ## Retrieves the float value of a `TNetstringFloat TNetstringNode`.
- ## Returns ``default`` if ``node`` is not a ``TNetstringFloat``.
- if node.kind != TNetstringFloat: return default
- return node.fnum
-
-
-proc getBool*( node: TNetstringNode, default: bool = false ): bool =
- ## Retrieves the bool value of a `TNetstringBool TNetstringNode`.
- ## Returns ``default`` if ``node`` is not a ``TNetstringBool``.
- if node.kind != TNetstringBool: return default
- return node.bval
-
-
-proc getFields*( node: TNetstringNode,
- default: seq[tuple[key: string, val: TNetstringNode]] = @[] ):
- seq[tuple[key: string, val: TNetstringNode]] =
- ## Retrieves the key, value pairs of a `TNetstringObject TNetstringNode`.
- ## Returns ``default`` if ``node`` is not a ``TNetstringObject``.
- if node.kind != TNetstringObject: return default
- return node.fields
-
-
-proc getElems*( node: TNetstringNode, default: seq[TNetstringNode] = @[] ): seq[TNetstringNode] =
- ## Retrieves the values of a `TNetstringArray TNetstringNode`.
- ## Returns ``default`` if ``node`` is not a ``TNetstringArray``.
- if node.kind != TNetstringArray: return default
- return node.elems
-
-
-proc parse_tnetstring*( data: string ): TNetstringNode =
- ## Given an encoded tnetstring, parse and return a TNetstringNode.
- var
- length: int
- kind: char
- payload: string
- extra: string
-
- let sep_pos = data.skipUntil( ':' )
- if sep_pos == data.len: raiseParseErr( result, "Invalid data: No separator token found." )
-
- try:
- length = data[ 0 .. sep_pos - 1 ].parseInt
- kind = data[ sep_pos + length + 1 ]
- payload = data[ sep_pos + 1 .. sep_pos + length ]
- extra = data[ sep_pos + length + 2 .. ^1 ]
-
- except ValueError, IndexError:
- var msg = getCurrentExceptionMsg()
- raiseParseErr( result, msg )
-
- case kind:
- of ',':
- result = newTNetstringString( payload )
-
- of '#':
- try:
- result = newTNetstringInt( payload.parseBiggestInt )
- except ValueError:
- var msg = getCurrentExceptionMsg()
- raiseParseErr( result, msg )
-
- of '^':
- try:
- result = newTNetstringFloat( payload.parseFloat )
- except ValueError:
- var msg = getCurrentExceptionMsg()
- raiseParseErr( result, msg )
-
- of '!':
- result = newTNetstringBool( payload == "true" )
-
- of '~':
- if length != 0: raiseParseErr( result, "Invalid data: Payload must be 0 length for null." )
- result = newTNetstringNull()
-
- of ']':
- result = newTNetstringArray()
-
- var subnode = parse_tnetstring( payload )
- result.elems.add( subnode )
-
- while subnode.extra != "":
- subnode = parse_tnetstring( subnode.extra )
- result.elems.add( subnode )
-
- of '}':
- result = newTNetstringObject()
- var key = parse_tnetstring( payload )
-
- if ( key.extra == "" ): raiseParseErr( result, "Invalid data: Unbalanced tuple." )
- if ( key.kind != TNetstringString ): raiseParseErr( result, "Invalid data: Object keys must be strings." )
-
- var value = parse_tnetstring( key.extra )
- result.fields.add( (key: key.str, val: value) )
-
- while value.extra != "":
- var subkey = parse_tnetstring( value.extra )
- if ( subkey.extra == "" ): raiseParseErr( result, "Invalid data: Unbalanced tuple." )
- if ( subkey.kind != TNetstringString ): raiseParseErr( result, "Invalid data: Object keys must be strings." )
-
- value = parse_tnetstring( subkey.extra )
- result.fields.add( (key: subkey.str, val: value) )
-
- else:
- raiseParseErr( result, "Invalid data: Unknown tnetstring type '$1'." % $kind )
-
- result.extra = extra
-
-
-iterator items*( node: TNetstringNode ): TNetstringNode =
- ## Iterator for the items of `node`. `node` has to be a TNetstringArray.
- assert node.kind == TNetstringArray
- for i in items( node.elems ):
- yield i
-
-
-iterator mitems*( node: var TNetstringNode ): var TNetstringNode =
- ## Iterator for the items of `node`. `node` has to be a TNetstringArray. Items can be
- ## modified.
- assert node.kind == TNetstringArray
- for i in mitems( node.elems ):
- yield i
-
-
-iterator pairs*( node: TNetstringNode ): tuple[ key: string, val: TNetstringNode ] =
- ## Iterator for the child elements of `node`. `node` has to be a TNetstringObject.
- assert node.kind == TNetstringObject
- for key, val in items( node.fields ):
- yield ( key, val )
-
-
-iterator mpairs*( node: var TNetstringNode ): var tuple[ key: string, val: TNetstringNode ] =
- ## Iterator for the child elements of `node`. `node` has to be a TNetstringObject.
- ## Items can be modified.
- assert node.kind == TNetstringObject
- for keyVal in mitems( node.fields ):
- yield keyVal
-
-
-proc `$`*( node: TNetstringNode ): string =
- ## Delegate stringification of `TNetstringNode` to its underlying object.
- return case node.kind:
- of TNetstringString:
- $node.str
- of TNetstringInt:
- $node.num
- of TNetstringFloat:
- $node.fnum
- of TNetstringBool:
- $node.bval
- of TNetstringNull:
- "(nil)"
- of TNetstringArray:
- $node.elems
- of TNetstringObject:
- $node.fields
-
-
-proc `==`* ( a, b: TNetstringNode ): bool =
- ## Check two TNetstring nodes for equality.
- if a.isNil:
- if b.isNil: return true
- return false
- elif b.isNil or a.kind != b.kind:
- return false
- else:
- return case a.kind
- of TNetstringString:
- a.str == b.str
- of TNetstringInt:
- a.num == b.num
- of TNetstringFloat:
- a.fnum == b.fnum
- of TNetstringBool:
- a.bval == b.bval
- of TNetstringNull:
- true
- of TNetstringArray:
- a.elems == b.elems
- of TNetstringObject:
- a.fields == b.fields
-
-
-proc copy*( node: TNetstringNode ): TNetstringNode =
- ## Perform a deep copy of TNetstringNode.
- new( result )
- result.kind = node.kind
- result.extra = node.extra
-
- case node.kind
- of TNetstringString:
- result.str = node.str
- of TNetstringInt:
- result.num = node.num
- of TNetstringFloat:
- result.fnum = node.fnum
- of TNetstringBool:
- result.bval = node.bval
- of TNetstringNull:
- discard
- of TNetstringArray:
- result.elems = @[]
- for item in items( node ):
- result.elems.add( copy(item) )
- of TNetstringObject:
- result.fields = @[]
- for key, value in items( node.fields ):
- result.fields.add( (key, copy(value)) )
-
-
-proc delete*( node: TNetstringNode, key: string ) =
- ## Deletes ``node[key]`` preserving the order of the other (key, value)-pairs.
- assert( node.kind == TNetstringObject )
- for i in 0..node.fields.len - 1:
- if node.fields[i].key == key:
- node.fields.delete( i )
- return
- raise newException( IndexError, "key not in object" )
-
-
-proc hash*( node: TNetstringNode ): Hash =
- ## Compute the hash for a TNetstringString node
- return case node.kind
- of TNetstringString:
- hash( node.str )
- of TNetstringInt:
- hash( node.num )
- of TNetstringFloat:
- hash( node.fnum )
- of TNetstringBool:
- hash( node.bval.int )
- of TNetstringNull:
- hash( 0 )
- of TNetstringArray:
- hash( node.elems )
- of TNetstringObject:
- hash( node.fields )
-
-
-proc len*( node: TNetstringNode ): int =
- ## If `node` is a `TNetstringArray`, it returns the number of elements.
- ## If `node` is a `TNetstringObject`, it returns the number of pairs.
- ## If `node` is a `TNetstringString`, it returns strlen.
- ## Else it returns 0.
- return case node.kind
- of TNetstringString:
- node.str.len
- of TNetstringArray:
- node.elems.len
- of TNetstringObject:
- node.fields.len
- else:
- 0
-
-
-proc `[]`*( node: TNetstringNode, name: string ): TNetstringNode =
- ## Gets a field from a `TNetstringNode`, which must not be nil.
- ## If the value at `name` does not exist, returns nil
- assert( not isNil(node) )
- assert( node.kind == TNetstringObject )
- for key, item in node:
- if key == name:
- return item
- return nil
-
-
-proc `[]`*( node: TNetstringNode, index: int ): TNetstringNode =
- ## Gets the node at `index` in an Array. Result is undefined if `index`
- ## is out of bounds.
- assert( not isNil(node) )
- assert( node.kind == TNetstringArray )
- return node.elems[ index ]
-
-
-proc hasKey*( node: TNetstringNode, key: string ): bool =
- ## Checks if `key` exists in `node`.
- assert( node.kind == TNetstringObject )
- for k, item in items( node.fields ):
- if k == key: return true
-
-
-proc add*( parent, child: TNetstringNode ) =
- ## Appends `child` to a TNetstringArray node `parent`.
- assert( parent.kind == TNetstringArray )
- parent.elems.add( child )
-
-
-proc add*( node: TNetstringNode, key: string, val: TNetstringNode ) =
- ## Adds ``(key, val)`` pair to the TNetstringObject `node`.
- ## For speed reasons no check for duplicate keys is performed.
- ## (Note, ``[]=`` performs the check.)
- assert( node.kind == TNetstringObject )
- node.fields.add( (key, val) )
-
-
-proc `[]=`*( node: TNetstringNode, index: int, val: TNetstringNode ) =
- ## Sets an index for a `TNetstringArray`.
- assert( node.kind == TNetstringArray )
- node.elems[ index ] = val
-
-
-proc `[]=`*( node: TNetstringNode, key: string, val: TNetstringNode ) =
- ## Sets a field from a `TNetstringObject`. Performs a check for duplicate keys.
- assert( node.kind == TNetstringObject )
- for i in 0 .. node.fields.len - 1:
- if node.fields[i].key == key:
- node.fields[i].val = val
- return
- node.fields.add( (key, val) )
-
-
-proc dump_tnetstring*( node: TNetstringNode ): string =
- ## Renders a TNetstring `node` as a regular string.
- case node.kind
- of TNetstringString:
- result = $( node.str.len ) & ':' & node.str & ','
- of TNetstringInt:
- let str = $( node.num )
- result = $( str.len ) & ':' & str & '#'
- of TNetstringFloat:
- let str = $( node.fnum )
- result = $( str.len ) & ':' & str & '^'
- of TNetstringBool:
- result = if node.bval: "4:true!" else: "5:false!"
- of TNetstringNull:
- result = "0:~"
- of TNetstringArray:
- result = ""
- for n in node.items:
- result = result & n.dump_tnetstring
- result = $( result.len ) & ':' & result & ']'
- of TNetstringObject:
- result = ""
- for key, val in node.pairs:
- result = result & $( key.len ) & ':' & key & ',' # key
- result = result & val.dump_tnetstring # val
- result = $( result.len ) & ':' & result & '}'
-
-
-#
-# Tests!
-#
-when isMainModule:
-
- # Expected exceptions
- #
- try:
- discard parse_tnetstring( "totally invalid" )
- except TNetstringParseError:
- doAssert( true, "invalid tnetstring" )
- try:
- discard parse_tnetstring( "what:ever" )
- except TNetstringParseError:
- doAssert( true, "bad length" )
- try:
- discard parse_tnetstring( "3:yep~" )
- except TNetstringParseError:
- doAssert( true, "null w/ > 0 length" )
- try:
- discard parse_tnetstring( "8:1:1#1:1#}" )
- except TNetstringParseError:
- doAssert( true, "hash with non-string key" )
- try:
- discard parse_tnetstring( "7:4:test,}" )
- except TNetstringParseError:
- doAssert( true, "hash with odd number of elements" )
- try:
- discard parse_tnetstring( "2:25*" )
- except TNetstringParseError:
- doAssert( true, "unknown netstring tag" )
-
- # Equality
- #
- let tnet_int = parse_tnetstring( "1:1#" )
- doAssert( tnet_int == tnet_int )
- doAssert( tnet_int == parse_tnetstring( "1:1#" ) )
- doAssert( parse_tnetstring( "0:~" ) == parse_tnetstring( "0:~" ) )
-
- # Type detection
- #
- doAssert( tnet_int.kind == TNetstringInt )
- doAssert( parse_tnetstring( "1:a," ).kind == TNetstringString )
- doAssert( parse_tnetstring( "3:1.0^" ).kind == TNetstringFloat )
- doAssert( parse_tnetstring( "5:false!" ).kind == TNetstringBool )
- doAssert( parse_tnetstring( "0:~" ).kind == TNetstringNull )
- doAssert( parse_tnetstring( "9:2:hi,1:1#}" ).kind == TNetstringObject )
- doAssert( parse_tnetstring( "8:1:1#1:2#]" ).kind == TNetstringArray )
-
- # Iteration (both array and tuple)
- #
- var
- keys: array[ 2, string ]
- vals: array[ 4, string ]
- k_idx = 0
- idx = 0
- for key, val in parse_tnetstring( "35:2:hi,8:1:a,1:b,]5:there,8:1:c,1:d,]}" ):
- keys[ idx ] = key
- idx = idx + 1
- for item in val:
- vals[ k_idx ] = item.str
- k_idx = k_idx + 1
- doAssert( keys == ["hi","there"] )
- doassert( vals == ["a","b","c","d"] )
-
- # Deep copies
- #
- var original = parse_tnetstring( "35:2:hi,8:1:a,1:b,]5:there,8:1:c,1:d,]}" )
- var copied = original.copy
- doAssert( original == copied )
- doAssert( original.repr != copied.repr )
- doAssert( original.fields.pop.val.elems.pop.repr != copied.fields.pop.val.elems.pop.repr )
-
- # Key deletion
- #
- var tnet_obj = parse_tnetstring( "35:2:hi,8:1:a,1:b,]5:there,8:1:c,1:d,]}" )
- tnet_obj.delete( "hi" )
- doAssert( tnet_obj.fields.len == 1 )
-
- # Hashing
- #
- doAssert( tnet_int.hash == 1.hash )
- doAssert( parse_tnetstring( "4:true!" ).hash == hash( true.int ) )
-
- # Length checks.
- #
- tnet_obj = parse_tnetstring( "35:2:hi,8:1:a,1:b,]5:there,8:1:c,1:d,]}" )
- doAssert( parse_tnetstring( "0:~" ).len == 0 )
- doAssert( tnet_obj.len == 2 )
- doAssert( parse_tnetstring( "8:1:1#1:2#]" ).len == 2 )
- doAssert( parse_tnetstring( "5:hallo," ).len == 5 )
-
- # Index accessors
- #
- tnet_obj = parse_tnetstring( "20:1:1#1:2#1:3#1:4#1:5#]" )
- doAssert( tnet_obj[ 2 ].num == 3 )
-
- # Key accessors
- #
- tnet_obj = parse_tnetstring( "11:2:hi,3:yep,}" )
- doAssert( $tnet_obj["hi"] == "yep" )
- doAssert( tnet_obj.has_key( "hi" ) == true )
- doAssert( tnet_obj.has_key( "nope-not-here" ) == false )
-
- # Adding elements to an existing TNetstring array
- #
- var tnet_array = newTNetstringArray()
- for i in 1 .. 10:
- tnet_obj = newTNetstringInt( i )
- tnet_array.add( tnet_obj )
- tnet_array[ 6 ] = newTNetstringString( "yep" )
- doAssert( tnet_array.len == 10 )
- doAssert( tnet_array[ 4 ].num == 5 )
- doAssert( tnet_array[ 6 ].str == "yep" )
-
- # Adding pairs to an existing TNetstring aobject.
- #
- tnet_obj = newTNetstringObject()
- tnet_obj.add( "yo", newTNetstringInt(1) )
- tnet_obj.add( "yep", newTNetstringInt(2) )
- doAssert( tnet_obj["yo"].num == 1 )
- doAssert( tnet_obj["yep"].num == 2 )
- doAssert( tnet_obj.len == 2 )
- tnet_obj[ "more" ] = newTNetstringInt(1)
- tnet_obj[ "yo" ] = newTNetstringInt(1) # dup check
- doAssert( tnet_obj.len == 3 )
-
- # Serialization.
- #
- var tstr = "308:9:givenName,6:Mahlon,16:departmentNumber,22:Information Technology," &
- "5:title,19:Senior Technologist,13:accountConfig,48:7:vmemail,4:true!7:allpage," &
- "5:false!7:galhide,0:~}13:homeDirectory,14:/home/m/mahlon,3:uid,6:mahlon,9:yubi" &
- "KeyId,12:vvidhghkhehj,5:gecos,12:Mahlon Smith,2:sn,5:Smith,14:employeeNumber,5:12921#}"
- tnet_obj = parse_tnetstring( tstr )
- doAssert( tstr == tnet_obj.dump_tnetstring )
-
- # Value fetching methods
- #
- var tnet_null = newTNetstringNull()
- tnet_obj = newTNetstringString( "Hello." )
- doAssert( tnet_obj.getStr == "Hello." )
- doAssert( tnet_null.getStr("nope") == "nope" )
- doAssert( tnet_null.getStr == "" )
- tnet_obj = newTNetstringInt( 42 )
- doAssert( tnet_obj.getInt == 42 )
- doAssert( tnet_null.getInt == 0 )
- doAssert( tnet_null.getInt(1) == 1 )
- tnet_obj = newTNetstringFloat( 1.0 )
- doAssert( tnet_obj.getFloat == 1.0 )
- doAssert( tnet_null.getFloat == 0 )
- doAssert( tnet_null.getFloat(0.1) == 0.1 )
- tnet_obj = newTNetstringObject()
- tnet_obj[ "yay" ] = newTNetstringInt( 1 )
- doAssert( tnet_obj.getFields[0].val == newTNetstringInt(1) )
- doAssert( tnet_null.getFields.len == 0 )
- tnet_obj = newTNetstringArray()
- tnet_obj.add( newTNetstringInt(1) )
- doAssert( tnet_obj.getElems[0] == newTNetstringInt(1) )
- doAssert( tnet_null.getElems.len == 0 )
-
-
- echo "* Tests passed!"
-
- while true and defined( testing ):
- for line in readline( stdin ).split_lines:
- let input = line.strip
- try:
- var tnetstring = parse_tnetstring( input )
- echo " parsed --> ", tnetstring
- echo " serialized --> ", tnetstring.dump_tnetstring, "\n"
- except TNetstringParseError:
- echo input, " --> ", getCurrentExceptionMsg()
-