整理工程，增加德卡读卡器封装
diff --git a/tcutils/__init__.py b/tcutils/__init__.py
new file mode 100644
index 0000000..e69de29
--- /dev/null
+++ b/tcutils/__init__.py
diff --git a/src/amassprotocol.py b/tcutils/amassprotocol.py
similarity index 100%
rename from src/amassprotocol.py
rename to tcutils/amassprotocol.py
diff --git a/src/pbocfunc.py b/tcutils/pbocfunc.py
similarity index 100%
rename from src/pbocfunc.py
rename to tcutils/pbocfunc.py
diff --git a/src/performance.py b/tcutils/performance.py
similarity index 100%
rename from src/performance.py
rename to tcutils/performance.py
diff --git a/tcutils/pyDecard.py b/tcutils/pyDecard.py
new file mode 100644
index 0000000..22e9daf
--- /dev/null
+++ b/tcutils/pyDecard.py
@@ -0,0 +1,193 @@
+# -*- coding: utf-8 -*-
+'''
+Created on 2011-9-29
+
+@author: cheng.tang
+'''
+from ctypes import *
+import codecs
+
+class CardOperatorError(Exception):
+ def __init__(self,msg):
+ Exception.__init__(self,msg)
+
+class py_decard:
+ MODE_ALL = 1
+ MODE_IDLE = 0
+ ERROR_RET_NONE = 0
+ ERROR_RAISE_EXP = 1
+ dll_handle = None
+ dll_name = 'dcrf32.dll'
+ device_handle = None
+ error_method = ERROR_RET_NONE
+
+ @staticmethod
+ def _do_load_dll():
+ if py_decard.dll_handle <> None:
+ return
+ py_decard.dll_handle = windll.LoadLibrary(py_decard.dll_name)
+
+ @staticmethod
+ def setup(**kwdargs):
+ if kwdargs.has_key("error_method"):
+ py_decard.error_method = kwdargs["error_method"]
+
+ ####################################################################
+ def __init__(self):
+ py_decard._do_load_dll()
+ self.card_mode = 'contactless'
+ self.ic_port = 0
+
+ def set_card_mode(self,mode='cotactless',icport=-1):
+ self.card_mode = mode
+ if self.card_mode <> 'contactless':
+ self.ic_port = icport
+
+ def setsamport(self,port):
+ self.sam_port = self._get_sam_port(port)
+ ats_buffer = create_string_buffer('\000' * 256)
+ ats_len = c_char('\000')
+
+ py_decard.dll_handle.dc_setcpu(py_decard.device_handle,self.sam_port)
+ ret = py_decard.dll_handle.dc_cpureset(py_decard.device_handle,byref(ats_len),ats_buffer)
+ if ret <> 0:
+ return self.error('CPUCard ats error')
+ l = ord(ats_len.value)
+ r = ats_buffer.raw[:l]
+ #print codecs.encode(r,'hex')
+ return r
+
+ def error(self,error):
+ if py_decard.error_method == py_decard.ERROR_RET_NONE:
+ return None
+ raise CardOperatorError(error)
+
+
+ def open_port(self,port,baud):
+ if py_decard.dll_handle == None:
+ raise RuntimeError( py_decard.dll_name + ' not load ')
+ if py_decard.device_handle <> None:
+ return True
+
+ dev_handle = py_decard.dll_handle.dc_init(port,baud)
+ if dev_handle <= 0:
+ return False
+ py_decard.device_handle = dev_handle
+ return True
+
+ def close_port(self):
+ if py_decard.device_handle == None:
+ return
+ py_decard.dll_handle.dc_exit(py_decard.device_handle)
+ py_decard.device_handle = None
+
+ def request_card(self):
+ if self.card_mode == 'contactless':
+ py_decard.dll_handle.dc_reset(py_decard.device_handle,1)
+ cardphyno = create_string_buffer('\000' * 64)
+ ret = py_decard.dll_handle.dc_card_hex(py_decard.device_handle,
+ py_decard.MODE_ALL,
+ cardphyno)
+ if ret == 0:
+ return cardphyno.value
+ return self.error('Request Card Error')
+ else:
+ return ''
+
+ def cpucard_ats(self):
+ ats_buffer = create_string_buffer('\000' * 256)
+ ats_len = c_char('\000')
+ if self.card_mode == 'contactless':
+ py_decard.dll_handle.dc_pro_reset.restype = c_short
+ ret = py_decard.dll_handle.dc_pro_reset(py_decard.device_handle,byref(ats_len),ats_buffer)
+ if ret <> 0:
+ return self.error('CPUCard ats error')
+ l = ord(ats_len.value)
+ r = ats_buffer.raw[:l]
+ #print codecs.encode(r,'hex')
+ return r
+ else:
+ py_decard.dll_handle.dc_setcpu(py_decard.device_handle,self._get_sam_port(self.ic_port))
+ ret = py_decard.dll_handle.dc_cpureset(py_decard.device_handle,byref(ats_len),ats_buffer)
+ if ret <> 0:
+ return self.error('CPUCard ats error')
+ l = ord(ats_len.value)
+ r = ats_buffer.raw[:l]
+ #print codecs.encode(r,'hex')
+ return r
+
+ def _get_sam_port(self,port):
+ if port == 1:
+ return 0x0c
+ elif port == 2:
+ return 0x0d
+ elif port == 3:
+ return 0x0e
+ elif port == 4:
+ return 0x0f
+ else:
+ self.error('samport error')
+
+ def _do_apdu(self,command):
+ response = create_string_buffer('\000' * 256)
+ resplen = c_char('\000')
+ if self.card_mode == 'contactless':
+ py_decard.dll_handle.dc_pro_commandlink.restype = c_short
+ ret = py_decard.dll_handle.dc_pro_commandlink(py_decard.device_handle,len(command),
+ command,byref(resplen),response,7,56)
+ else:
+ ret = py_decard.dll_handle.dc_cpuapdu(py_decard.device_handle,len(command),
+ command,byref(resplen),response)
+
+ if ret <> 0:
+ command_header = codecs.encode(command,'hex')
+ return self.error('CPUCard apdu command : %s ,ret=%d' % (command_header,ret))
+ return response.raw[:ord(resplen.value)]
+
+ def cpucard_apdu(self,command):
+ current_resp = self._do_apdu(command)
+ if ord(current_resp[-2]) == 0x61 and ord(current_resp[-1]) > 0x00:
+ cmd = '\x00\xC0\x00\x00' + current_resp[-1]
+ #print "get response : %s" % codecs.encode(cmd,'hex')
+ return self._do_apdu(cmd)
+ else:
+ return current_resp
+
+ def cpucard_apdu_hex(self,command):
+ cmd_result = command.replace(' ','')
+ resp = self.cpucard_apdu(codecs.decode(cmd_result,'hex'))
+ if resp == None:
+ return None
+ return codecs.encode(resp,'hex').upper()
+
+ def _do_sam_apdu(self,command):
+ response = create_string_buffer('\000' * 256)
+ resplen = c_char('\000')
+ ret = py_decard.dll_handle.dc_cpuapdu(py_decard.device_handle,len(command),
+ command,byref(resplen),response)
+
+ if ret <> 0:
+ command_header = codecs.encode(command,'hex')
+ return self.error('CPUCard apdu command : %s ,ret=%d' % (command_header,ret))
+ return response.raw[:ord(resplen.value)]
+
+ def sam_apdu(self,command):
+ current_resp = self._do_sam_apdu(command)
+ if ord(current_resp[-2]) == 0x61 and ord(current_resp[-1]) > 0x00:
+ cmd = '\x00\xC0\x00\x00' + current_resp[-1]
+ #print "get response : %s" % codecs.encode(cmd,'hex')
+ return self._do_sam_apdu(cmd)
+ else:
+ return current_resp
+
+ def sam_apdu_hex(self,command):
+ cmd_result = command.replace(' ','')
+ resp = self.sam_apdu(codecs.decode(cmd_result,'hex'))
+ if resp == None:
+ return None
+ return codecs.encode(resp,'hex').upper()
+
+
+ def beep(self):
+ py_decard.dll_handle.dc_beep(py_decard.device_handle,10)
+
diff --git a/src/pybccclt.py b/tcutils/pybccclt.py
similarity index 100%
rename from src/pybccclt.py
rename to tcutils/pybccclt.py