1.数控VB编程，源码生成NC代码 数据溢出怎么办？
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3.vb中怎么能调用自已电脑的源码mac地址?
数控VB编程，生成NC代码 数据溢出怎么办？
像都是源码可以用来模具雕刻的软件
法国Type3软件是当今世界上最优秀的专业雕刻软件之一，它拥有强大的源码功能——三维、曲面、源码浮雕、源码闲聊游戏源码投影、源码设定各种刀具路径
精雕软件还有别的源码TYPE3或是ARTCAM也可以做浮雕的
奈凯推出NC－雕铣机控制系统，该数控系统全面支持精雕各种版本Eng文件，源码该功能是源码针对用户对精雕JDPaintV5.这一排版软件的酷爱而研发的。
精雕公司自主开发了精雕CNC雕刻系统，源码该系统由三大部分组成，源码即精雕雕刻CAD/CAM软件即JDPaint软件、源码showdialog()源码精雕数控系统、源码机械本体三大部分。源码该系统的使用通过两台计算机完成，一台是加工编程计算机，另一台是数控控制计算机。两台计算机运行两个不同的iic源码程序需要相互交换数据，即通过数据文件进行。具体是：JDPaint软件通过加工编程计算机运行生成Eng格式的数据文件，再由运行于数控控制计算机上的控制软件接收该数据文件，将其变成加工指令。
此外，JDPaint软件与Ncstudio软件不具有同一性，优游源码JDPaint软件输出的Eng文件是数据文件，采用Eng格式。Ncstudio软件能够读取原告JDPaint软件输出的Eng文件，即Ncstudio软件与JDPaint软件所输出的Eng文件兼容。
维宏5.4.下载 ncstudio 5.4.
V5.3.
转台支持：转台情况下，Y轴不再有软限位
V5.4.0
在厂商参数中，timem源码增加了主轴参数，支持主轴最高转速、启动(停止)延时
完善了对主轴转速控制的支持：主轴转速存储、0转速提示
在驱动程序(pcimc3a)中，增加了手轮支持
在厂商参数画面中，增加了手轮参数
把固定对刀块位置参数化
在工具条上添加“仿真”按钮
在工具条上，增加了“直接定位”功能
关闭在转台方式下Y轴限位报警
修正了条件指令，使对刀、回机械原点等功能更准确
V5.4.1
把“程序管理”目录、文件扩展名，设置为可定制的
改善了文件装入和卸载(包括编辑, 存储)的性能，增加了进度提示
V5.4.2
同时支持固定对刀、浮动对刀
丰富了快捷键
V5.4.3
Ncinterp 增加了对三维PLT文件的支持，能够自动识别二维和三维
添加了PLT中圆弧指令的支持AA, AR
添加了PLT中封闭曲线指令指令的支持CI, EA, ER, EW(Circle, Rectangle, Wedge)
V5.4.4
修改了加工程序信息窗口判断超出限位的条件
只有在回过机械原点，仿真超出限位窗口才可能出现
V5.4.5
修正了文件管理窗口中，路径名称不能以"\"结尾的错误
添加了G指令，用于同步参数和当前位置
V5.4.6
改进软限位算法，该算法避免紧停式的突然停止，而是通过内部调整倍率实现缓慢停止
把“执行加工指令”对话框中的“刀具半径”改为“刀具直径”
V5.4.7
添加了#SSCURWORKCOOR0, #SSCURWORKCOOR1, #SSCURWORKCOOR2变量，用于访问当前点的工件坐标
校正刀杆长度功能的第一次对刀和第二次对刀采用最新的指令取代了旧的两步式指令，更简洁
在文件管理窗口中文件大小右对齐，并且每千位用逗号分隔
手动步进窗口中小键盘上快捷键功能不再受数字锁的影响
V5.4.
更正了TraceView偶尔不能及时刷新的错误
改进了MaskEdit的编辑性能
把复位的快捷键设为F
V5.4.
更正了暂停继续时主轴启动没有延时的错误
修正了高级开始的一个错误
V5.4.
修正了G同......
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vb中怎么能调用自已电脑的mac地址?
是个API函数，没有测试过，自己试下
Private Const NCBASTAT As Long = &H
Private Const NCBNAMSZ As Long =
Private Const HEAP_ZERO_MEMORY As Long = &H8
Private Const HEAP_GENERATE_EXCEPTIONS As Long = &H4
Private Const NCBRESET As Long = &H
Private Type NET_CONTROL_BLOCK `NCB
ncb_command As Byte
ncb_retcode As Byte
ncb_lsn As Byte
ncb_num As Byte
ncb_buffer As Long
ncb_length As Integer
ncb_callname As String * NCBNAMSZ
ncb_name As String * NCBNAMSZ
ncb_rto As Byte
ncb_sto As Byte
ncb_post As Long
ncb_lana_num As Byte
ncb_cmd_cplt As Byte
ncb_reserve(9) As Byte ` Reserved, must be 0
ncb_event As Long
End Type
Private Type ADAPTER_STATUS
adapter_address(5) As Byte
rev_major As Byte
reserved0 As Byte
adapter_type As Byte
rev_minor As Byte
duration As Integer
frmr_recv As Integer
frmr_xmit As Integer
iframe_recv_err As Integer
xmit_aborts As Integer
xmit_success As Long
recv_success As Long
iframe_xmit_err As Integer
recv_buff_unavail As Integer
t1_timeouts As Integer
ti_timeouts As Integer
Reserved1 As Long
free_ncbs As Integer
max_cfg_ncbs As Integer
max_ncbs As Integer
xmit_buf_unavail As Integer
max_dgram_size As Integer
pending_sess As Integer
max_cfg_sess As Integer
max_sess As Integer
max_sess_pkt_size As Integer
name_count As Integer
End Type
Private Type NAME_BUFFER
name As String * NCBNAMSZ
name_num As Integer
name_flags As Integer
End Type
Private Type ASTAT
adapt As ADAPTER_STATUS
NameBuff() As NAME_BUFFER
End Type
Private Declare Function Netbios Lib "netapi.dll" (pncb As NET_CONTROL_BLOCK) As Byte
Private Declare Sub CopyMemory Lib "kernel" Alias "RtlMoveMemory" (hpvDest As Any, ByVal hpvSource As Long, ByVal cbCopy As Long)
Private Declare Function GetProcessHeap Lib "kernel" () As Long
Private Declare Function HeapAlloc Lib "kernel" (ByVal hHeap As Long, ByVal dwFlags As Long, ByVal dwBytes As Long) As Long
Private Declare Function HeapFree Lib "kernel" (ByVal hHeap As Long, ByVal dwFlags As Long, lpMem As Any) As Long
Function GetMACAddress() As String
`retrieve the MAC Address for the network controller
`installed, returning a formatted string
Dim tmp As String
Dim pASTAT As Long
Dim NCB As NET_CONTROL_BLOCK
Dim AST As ASTAT
`The IBM NetBIOS 3.0 specifications defines four basic
`NetBIOS environments under the NCBRESET command. Win
`follows the OS/2 Dynamic Link Routine (DLR) environment.
`This means that the first NCB issued by an application
`must be a NCBRESET, with the exception of NCBENUM.
`The Windows NT implementation differs from the IBM
`NetBIOS 3.0 specifications in the NCB_CALLNAME field.
NCB.ncb_command = NCBRESET
Call Netbios(NCB)
`To get the Media Access Control (MAC) address for an
`ethernet adapter programmatically, use the Netbios()
`NCBASTAT command and provide a "*" as the name in the
`NCB.ncb_CallName field (in a -chr string).
NCB.ncb_callname = "* "
NCB.ncb_command = NCBASTAT
`For machines with multiple network adapters you need to
`enumerate the LANA numbers and perform the NCBASTAT
`command on each. Even when you have a single network
`adapter, it is a good idea to enumerate valid LANA numbers
`first and perform the NCBASTAT on one of the valid LANA
`numbers. It is considered bad programming to hardcode the
`LANA number to 0 (see the comments section below).
NCB.ncb_lana_num = 0
NCB.ncb_length = Len(AST)
pASTAT = HeapAlloc(GetProcessHeap(), HEAP_GENERATE_EXCEPTIONS Or HEAP_ZERO_MEMORY, NCB.ncb_length)
If pASTAT = 0 Then
Debug.Print "memory allocation failed!"
Exit Function
End If
NCB.ncb_buffer = pASTAT
Call Netbios(NCB)
CopyMemory AST, NCB.ncb_buffer, Len(AST)
tmp = Format$(Hex(AST.adapt.adapter_address(0)), "") & " " & Format$(Hex(AST.adapt.adapter_address(1)), "") & " " & Format$(Hex(AST.adapt.adapter_address(2)), "") & " " & Format$(Hex(AST.adapt.adapter_address(3)), "") & " " & Format$(Hex(AST.adapt.adapter_address(4)), "") & " " & Format$(Hex(AST.adapt.adapter_address(5)), "")
HeapFree GetProcessHeap(), 0, pASTAT
GetMACAddress = tmp
End Function
Private Sub Form_Load()
MsgBox "Network adapter address: " + GetMACAddress()
End Sub
