He escrito este Modulo principal DXF.module y otras Clases secundarias.
He mantenido tres funciones externas de C para acelerar la traducción de todo el proyecto de C++ en Gambas.
Espero no haber cometido errores de distracción.
Asì, por favor, compruebe mi traducción con los archivos de la biblioteca C++ en cuestión que me has pasado.
saludos
Lector DXF
Subject: Re: Lector DXF
Last edited by vuott on Wednesday, 06 May 2020, 18:36; edited 2 times in total
Last edited by vuott on Wednesday, 06 May 2020, 18:36; edited 2 times in total
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Description: | Download |
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Filesize: | 12.74 KB | |
Downloaded: | 73 Time(s) |
DXF-0.0.1.tar.gz | ||
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Subject: Re: Lector DXF
Last edited by tercoIDE on Wednesday, 06 May 2020, 21:28; edited 1 time in total
Last edited by tercoIDE on Wednesday, 06 May 2020, 21:28; edited 1 time in total
Subject: Re: Lector DXF
Codigo final que funciona para: Line, PolyLine, Circle, SPline, Arc
Tuve que cambiar los codigos de la PolyLine porque cambio el Standard.
Habria que ampliar para otras entidades.
Gracias, gran Jedi del inframundo
Tuve que cambiar los codigos de la PolyLine porque cambio el Standard.
Habria que ampliar para otras entidades.
Gracias, gran Jedi del inframundo
' gambas module file
Public Struct lineSt
layer As Integer
x1 As Float
y1 As Float
x2 As Float
y2 As Float
End Struct
Public Struct circleSt
layer As Integer
x As Float
y As Float
r As Float
End Struct
Public Struct arcSt
layer As Integer
x As Float
y As Float
r As Float
sa As Float
ea As Float
End Struct
Public Struct StructpolylineSt
layer As Integer
vertexcount As Integer
poliflag As Integer
x As Float[]
y As Float[]
End Struct
Public Struct StructsplineeSt
layer As Integer
m_FitPointCount As Integer
x As Float[]
y As Float[]
End Struct
Public m_Line As New LineSt
Public m_Circle As New CircleSt
Public m_PolyLine As New StructpolylineSt
Public m_Spline As New StructsplineeSt
Public m_Arc As New ArcSt
Private m_LineCount As Integer
Private m_PolyLineCount As Integer
Private m_CircleCount As Integer
Private m_ArcCount As Integer
Private m_SplineCount As Integer
'
' Private m_Line As CLine[]
' Private m_PolyLine As CPolyLine[]
' Private m_Circle As CCircle[]
' Private m_Arc As CArc[]
' Private m_Spline As CSpline[]
' Library "libc:6"
'
' ' FILE *fopen (const char *__restrict __filename, const char *__restrict __modes)
' ' Open a file and create a new stream for it.
' Private Extern fopen(__filename As String, __modes As String) As Pointer
'
' ' int feof (FILE *__stream)
' ' Return the EOF indicator for STREAM.
' Private Extern feof(__stream As Pointer) As Integer
'
' ' int fscanf (FILE *__restrict __stream, const char *__restrict __format, ...)
' ' Read formatted input from STREAM.
' Private Extern fscanf(__stream As Pointer, __format As String, array1 As Pointer, __array2 As Pointer) As Integer
'
' ' int fclose (FILE *__stream)
' ' Close STREAM.
' Private Extern fclose(__stream As Pointer) As Integer
Public Procedure LoadFile(stn As String)
Dim fp As File
Dim lpCode, lpValue As String
Dim i As Integer
Dim m_LoadStatus As Boolean
m_PolyLine.x = New Float[]
m_PolyLine.y = New Float[]
m_Spline.x = New Float[]
m_Spline.y = New Float[]
fp = Open stn For Read
If Not fp Then Error.Raise("Error !")
' While Not Eof(fp)
'
' Read #fp, lpCode, lpValue
'
' If (trim(lpcode) = "0") and not eof(fp) And (lpvalue = "LINE") and not eof(fp) Then
' Inc m_LineCount
' Else If
' (trim(lpcode) = "0") and not eof(fp) And (lpvalue = "LWPOLYLINE") and not eof(fp) Then
' Inc m_PolyLineCount
' Else If
' (trim(lpcode) = "0") and not eof(fp) And (lpvalue = "CIRCLE") and not eof(fp) Then
' Inc m_CircleCount
' Else If
' (trim(lpcode) = "0") and not eof(fp) And (lpvalue = "ARC") and not eof(fp) Then
' Inc m_ArcCount
' Else If
' (trim(lpcode) = "0") and not eof(fp) And (lpvalue = "SPLINE") and not eof(fp) Then
' Inc m_SplineCount
' Endif
'
' Wend
'
' fclose(fp)
'
' ' AllocMemory()
' '
' m_LineCount = 0
' m_CircleCount = 0
' m_ArcCount = 0
' m_PolyLineCount = 0
' m_SplineCount = 0
'
' fp = fopen(stn, "r") and not eof(fp)
' If fp <> 0 Then
'
' m_LoadStatus = True
'
' lpCode.Fill(&00, 0, lpCode.Count)
' lpValue.Fill(&00, 0, lpCode.Count)
While Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
'Print lpcode, lpvalue
If (lpvalue = "LINE") And Not Eof(fp) Then
While (Trim(lpcode) <> "8") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "8" Then m_Line.layer = CInt(lpvalue)
While (Trim(lpcode) <> "10") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "10" Then m_Line.x1 = CFloat(lpValue)
While (Trim(lpcode) <> "20") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "20" Then m_Line.y1 = CFloat(lpValue)
While (Trim(lpcode) <> "11") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "11" Then m_Line.x2 = CFloat(lpValue)
While (Trim(lpcode) <> "21") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "21" Then m_Line.y2 = CFloat(lpValue)
Inc m_LineCount
Print "Line", m_Line.layer, m_Line.x1, m_Line.y1, m_Line.x2, m_Line.y2
'' Lwpolyline command:
Else If (Trim(lpcode) = "0") And (lpvalue = "LWPOLYLINE") Then
While (Trim(lpcode) <> "8") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "8" Then m_PolyLine.layer = CInt(lpvalue)
While (Trim(lpcode) <> "90") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "90" Then m_PolyLine.vertexcount = Val(lpValue)
While (Trim(lpcode) <> "70") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "70" Then m_PolyLine.poliflag = Val(lpValue)
For i = 0 To m_PolyLine.vertexcount - 1
While (Trim(lpcode) <> "10") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "10" Then m_PolyLine.x.Add(CFloat(lpValue))
While (Trim(lpcode) <> "20") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "20" Then m_PolyLine.y.Add(CFloat(lpValue))
Next
Inc m_PolyLineCount
Print "PolyLine", m_PolyLine.layer, m_PolyLine.poliflag, m_PolyLine.vertexcount
For i = 0 To m_PolyLine.x.Max
Print "PolyLine vertex", m_PolyLine.x[i], m_PolyLine.y[i]
Next
'' Circle command:
Else If (Trim(lpcode) = "0") And (lpvalue = "CIRCLE") Then
While (Trim(lpcode) <> "8") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "8" Then m_Circle.layer = CInt(lpvalue)
While (Trim(lpcode) <> "10") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "10" Then m_Circle.x = CFloat(lpValue)
While (Trim(lpcode) <> "20") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "20" Then m_Circle.y = CFloat(lpValue)
While (Trim(lpcode) <> "40") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "40" Then m_Circle.r = CFloat(lpValue)
Inc m_CircleCount
Print "Circle", m_Circle.layer, m_Circle.x, m_Circle.y, m_Circle.r
' Arc command
Else If (Trim(lpcode) = "0") And (lpvalue = "ARC") Then
While (Trim(lpcode) <> "8") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "8" Then m_Arc.layer = CInt(lpvalue)
While (Trim(lpcode) <> "10") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "10" Then m_Arc.x = CFloat(lpValue)
While (Trim(lpcode) <> "20") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "20" Then m_Arc.y = CFloat(lpValue)
While (Trim(lpcode) <> "40") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "40" Then m_Arc.r = CFloat(lpValue)
While (Trim(lpcode) <> "50") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "50" Then m_Arc.sa = CFloat(lpValue)
While (Trim(lpcode) <> "51") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "51" Then m_Arc.ea = CFloat(lpValue)
Inc m_ArcCount
Print "Arc", m_Arc.layer, m_Arc.x, m_Arc.y, m_Arc.r, m_Arc.sa, m_Arc.ea
Else If (Trim(lpcode) = "0") And (lpvalue = "SPLINE") Then
While (Trim(lpcode) <> "8") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "8" Then m_Spline.layer = CInt(lpvalue)
While (Trim(lpcode) <> "73") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "73" Then m_Spline.m_FitPointCount = Val(lpValue)
For i = 0 To m_Spline.m_FitPointCount - 1
While (Trim(lpcode) <> "10") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "10" Then m_Spline.x.Add(CFloat(lpValue))
While (Trim(lpcode) <> "20") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "20" Then m_Spline.y.Add(CFloat(lpValue))
Next
Inc m_SplineCount
Print "SPLine", m_Spline.layer, m_Spline.m_FitPointCount
For i = 0 To m_Spline.x.Max
Print "SPLine vertex", m_Spline.x[i], m_Spline.y[i]
Next
Endif
Wend
' Else
' m_LoadStatus = False
' Endif
fp.Close
End
'
' Private Procedure AllocMemory()
'
' m_Line = New CLine
' m_Arc = New CArc
' m_Circle = New CCircle
' m_PolyLine = New CPolyLine
' m_Spline = New CSpline
'
' End
'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
'
'
' Public Function GetLineCount() As Integer
'
' Return m_LineCount
'
' End
'
' Public Function GetCircleCount() As Integer
'
' Return m_CircleCount
'
' End
'
' Public Function GetArcCount() As Integer
'
' Return m_ArcCount
'
' End
'
' Public Function GetLwPolyLineCount() As Integer
'
' Return m_PolyLineCount
'
' End
'
' Public Function GetSplineCount() As Integer
'
' Return m_SplineCount
'
' End
Public Struct lineSt
layer As Integer
x1 As Float
y1 As Float
x2 As Float
y2 As Float
End Struct
Public Struct circleSt
layer As Integer
x As Float
y As Float
r As Float
End Struct
Public Struct arcSt
layer As Integer
x As Float
y As Float
r As Float
sa As Float
ea As Float
End Struct
Public Struct StructpolylineSt
layer As Integer
vertexcount As Integer
poliflag As Integer
x As Float[]
y As Float[]
End Struct
Public Struct StructsplineeSt
layer As Integer
m_FitPointCount As Integer
x As Float[]
y As Float[]
End Struct
Public m_Line As New LineSt
Public m_Circle As New CircleSt
Public m_PolyLine As New StructpolylineSt
Public m_Spline As New StructsplineeSt
Public m_Arc As New ArcSt
Private m_LineCount As Integer
Private m_PolyLineCount As Integer
Private m_CircleCount As Integer
Private m_ArcCount As Integer
Private m_SplineCount As Integer
'
' Private m_Line As CLine[]
' Private m_PolyLine As CPolyLine[]
' Private m_Circle As CCircle[]
' Private m_Arc As CArc[]
' Private m_Spline As CSpline[]
' Library "libc:6"
'
' ' FILE *fopen (const char *__restrict __filename, const char *__restrict __modes)
' ' Open a file and create a new stream for it.
' Private Extern fopen(__filename As String, __modes As String) As Pointer
'
' ' int feof (FILE *__stream)
' ' Return the EOF indicator for STREAM.
' Private Extern feof(__stream As Pointer) As Integer
'
' ' int fscanf (FILE *__restrict __stream, const char *__restrict __format, ...)
' ' Read formatted input from STREAM.
' Private Extern fscanf(__stream As Pointer, __format As String, array1 As Pointer, __array2 As Pointer) As Integer
'
' ' int fclose (FILE *__stream)
' ' Close STREAM.
' Private Extern fclose(__stream As Pointer) As Integer
Public Procedure LoadFile(stn As String)
Dim fp As File
Dim lpCode, lpValue As String
Dim i As Integer
Dim m_LoadStatus As Boolean
m_PolyLine.x = New Float[]
m_PolyLine.y = New Float[]
m_Spline.x = New Float[]
m_Spline.y = New Float[]
fp = Open stn For Read
If Not fp Then Error.Raise("Error !")
' While Not Eof(fp)
'
' Read #fp, lpCode, lpValue
'
' If (trim(lpcode) = "0") and not eof(fp) And (lpvalue = "LINE") and not eof(fp) Then
' Inc m_LineCount
' Else If
' (trim(lpcode) = "0") and not eof(fp) And (lpvalue = "LWPOLYLINE") and not eof(fp) Then
' Inc m_PolyLineCount
' Else If
' (trim(lpcode) = "0") and not eof(fp) And (lpvalue = "CIRCLE") and not eof(fp) Then
' Inc m_CircleCount
' Else If
' (trim(lpcode) = "0") and not eof(fp) And (lpvalue = "ARC") and not eof(fp) Then
' Inc m_ArcCount
' Else If
' (trim(lpcode) = "0") and not eof(fp) And (lpvalue = "SPLINE") and not eof(fp) Then
' Inc m_SplineCount
' Endif
'
' Wend
'
' fclose(fp)
'
' ' AllocMemory()
' '
' m_LineCount = 0
' m_CircleCount = 0
' m_ArcCount = 0
' m_PolyLineCount = 0
' m_SplineCount = 0
'
' fp = fopen(stn, "r") and not eof(fp)
' If fp <> 0 Then
'
' m_LoadStatus = True
'
' lpCode.Fill(&00, 0, lpCode.Count)
' lpValue.Fill(&00, 0, lpCode.Count)
While Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
'Print lpcode, lpvalue
If (lpvalue = "LINE") And Not Eof(fp) Then
While (Trim(lpcode) <> "8") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "8" Then m_Line.layer = CInt(lpvalue)
While (Trim(lpcode) <> "10") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "10" Then m_Line.x1 = CFloat(lpValue)
While (Trim(lpcode) <> "20") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "20" Then m_Line.y1 = CFloat(lpValue)
While (Trim(lpcode) <> "11") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "11" Then m_Line.x2 = CFloat(lpValue)
While (Trim(lpcode) <> "21") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "21" Then m_Line.y2 = CFloat(lpValue)
Inc m_LineCount
Print "Line", m_Line.layer, m_Line.x1, m_Line.y1, m_Line.x2, m_Line.y2
'' Lwpolyline command:
Else If (Trim(lpcode) = "0") And (lpvalue = "LWPOLYLINE") Then
While (Trim(lpcode) <> "8") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "8" Then m_PolyLine.layer = CInt(lpvalue)
While (Trim(lpcode) <> "90") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "90" Then m_PolyLine.vertexcount = Val(lpValue)
While (Trim(lpcode) <> "70") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "70" Then m_PolyLine.poliflag = Val(lpValue)
For i = 0 To m_PolyLine.vertexcount - 1
While (Trim(lpcode) <> "10") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "10" Then m_PolyLine.x.Add(CFloat(lpValue))
While (Trim(lpcode) <> "20") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "20" Then m_PolyLine.y.Add(CFloat(lpValue))
Next
Inc m_PolyLineCount
Print "PolyLine", m_PolyLine.layer, m_PolyLine.poliflag, m_PolyLine.vertexcount
For i = 0 To m_PolyLine.x.Max
Print "PolyLine vertex", m_PolyLine.x[i], m_PolyLine.y[i]
Next
'' Circle command:
Else If (Trim(lpcode) = "0") And (lpvalue = "CIRCLE") Then
While (Trim(lpcode) <> "8") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "8" Then m_Circle.layer = CInt(lpvalue)
While (Trim(lpcode) <> "10") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "10" Then m_Circle.x = CFloat(lpValue)
While (Trim(lpcode) <> "20") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "20" Then m_Circle.y = CFloat(lpValue)
While (Trim(lpcode) <> "40") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "40" Then m_Circle.r = CFloat(lpValue)
Inc m_CircleCount
Print "Circle", m_Circle.layer, m_Circle.x, m_Circle.y, m_Circle.r
' Arc command
Else If (Trim(lpcode) = "0") And (lpvalue = "ARC") Then
While (Trim(lpcode) <> "8") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "8" Then m_Arc.layer = CInt(lpvalue)
While (Trim(lpcode) <> "10") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "10" Then m_Arc.x = CFloat(lpValue)
While (Trim(lpcode) <> "20") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "20" Then m_Arc.y = CFloat(lpValue)
While (Trim(lpcode) <> "40") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "40" Then m_Arc.r = CFloat(lpValue)
While (Trim(lpcode) <> "50") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "50" Then m_Arc.sa = CFloat(lpValue)
While (Trim(lpcode) <> "51") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "51" Then m_Arc.ea = CFloat(lpValue)
Inc m_ArcCount
Print "Arc", m_Arc.layer, m_Arc.x, m_Arc.y, m_Arc.r, m_Arc.sa, m_Arc.ea
Else If (Trim(lpcode) = "0") And (lpvalue = "SPLINE") Then
While (Trim(lpcode) <> "8") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "8" Then m_Spline.layer = CInt(lpvalue)
While (Trim(lpcode) <> "73") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "73" Then m_Spline.m_FitPointCount = Val(lpValue)
For i = 0 To m_Spline.m_FitPointCount - 1
While (Trim(lpcode) <> "10") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "10" Then m_Spline.x.Add(CFloat(lpValue))
While (Trim(lpcode) <> "20") And Not Eof(fp)
Line Input #fp, lpcode
Line Input #fp, lpValue
Wend
If Trim(lpcode) = "20" Then m_Spline.y.Add(CFloat(lpValue))
Next
Inc m_SplineCount
Print "SPLine", m_Spline.layer, m_Spline.m_FitPointCount
For i = 0 To m_Spline.x.Max
Print "SPLine vertex", m_Spline.x[i], m_Spline.y[i]
Next
Endif
Wend
' Else
' m_LoadStatus = False
' Endif
fp.Close
End
'
' Private Procedure AllocMemory()
'
' m_Line = New CLine
' m_Arc = New CArc
' m_Circle = New CCircle
' m_PolyLine = New CPolyLine
' m_Spline = New CSpline
'
' End
'''''''''''''''''''''''''''''''''''''''''''''''''''''''''''''
'
'
' Public Function GetLineCount() As Integer
'
' Return m_LineCount
'
' End
'
' Public Function GetCircleCount() As Integer
'
' Return m_CircleCount
'
' End
'
' Public Function GetArcCount() As Integer
'
' Return m_ArcCount
'
' End
'
' Public Function GetLwPolyLineCount() As Integer
'
' Return m_PolyLineCount
'
' End
'
' Public Function GetSplineCount() As Integer
'
' Return m_SplineCount
'
' End
Subject: Re: Lector DXF
Last edited by vuott on Thursday, 07 May 2020, 00:20; edited 2 times in total
Bravo, Has sido hábil y capáz, y más paciente que yo.
Interesante tu solución con Estructuras: por otra parte, las Estructuras son Clases sin eventos.
Bonum fecisti, melius egisti !
Interesante tu solución con Estructuras: por otra parte, las Estructuras son Clases sin eventos.
Bonum fecisti, melius egisti !
Last edited by vuott on Thursday, 07 May 2020, 00:20; edited 2 times in total
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