const char* Property::ParseInstanceNameProperty(const char* fullName, char* agentIntanceName, char* agentType)
{
//Self.AgentActionTest::Action2(0)
const char* pClassBegin = strchr(fullName, '.');
if (pClassBegin)
{
int posClass = pClassBegin - fullName;
BEHAVIAC_ASSERT(posClass < kInstanceLength);
string_ncpy(agentIntanceName, fullName, posClass);
agentIntanceName[posClass] = '\0';
const char* pAgentType = pClassBegin + 1;
const char* pPropertyName = strrchr(pAgentType, ':');
BEHAVIAC_ASSERT(pPropertyName);
int agentTypeLength = pPropertyName - 1 - pAgentType;
string_ncpy(agentType, pAgentType, agentTypeLength);
agentType[agentTypeLength] = '\0';
const char* propertyName = pPropertyName + 1;
return propertyName;
}
return fullName;
}
const char* Action::ParseMethodNames(const char* fullName, char* agentIntanceName, char* agentClassName, char* methodName)
{
//Self.test_ns::AgentActionTest::Action2(0)
string str;
const char* pClassBegin = strchr(fullName, '.');
BEHAVIAC_ASSERT(pClassBegin);
size_t posClass = pClassBegin - fullName;
BEHAVIAC_ASSERT(posClass < kNameLength);
string_ncpy(agentIntanceName, fullName, posClass);
agentIntanceName[posClass] = '\0';
const char* pBeginAgentClass = pClassBegin + 1;
const char* pBeginP = strchr(pBeginAgentClass, '(');
BEHAVIAC_ASSERT(pBeginP);
//test_ns::AgentActionTest::Action2(0)
const char* pBeginMethod = strrchr(pBeginAgentClass, pBeginP, ':');
BEHAVIAC_ASSERT(pBeginMethod);
//skip '::'
BEHAVIAC_ASSERT(pBeginMethod[0] == ':' && pBeginMethod[-1] == ':');
pBeginMethod += 1;
size_t pos1 = pBeginP - pBeginMethod;
BEHAVIAC_ASSERT(pos1 < kNameLength);
string_ncpy(methodName, pBeginMethod, pos1);
methodName[pos1] = '\0';
size_t pos = pBeginMethod - 2 - pBeginAgentClass;
BEHAVIAC_ASSERT(pos < kNameLength);
string_ncpy(agentClassName, pBeginAgentClass, pos);
agentClassName[pos] = '\0';
return pBeginP;
}
void Workspace::SetFilePath(const char* szExportPath)
{
string_ncpy(this->m_szWorkspaceExportPath, szExportPath, kMaxPath);
int len = strlen(szExportPath);
if (szExportPath[len - 1] == '/' || szExportPath[len - 1] == '\\')
{
}
else
{
this->m_szWorkspaceExportPath[len] = '/';
this->m_szWorkspaceExportPath[len + 1] = '\0';
}
}
void ConnectorInterface::SendText(const char* text, uint8_t commandId)
{
if (this->IsConnected())
{
Packet packet(commandId, s_seq.Next());
char* pT = (char*)packet.data;
BEHAVIAC_ASSERT(kMaxTextLength < kMaxPacketDataSize);
string_ncpy(pT, text, kMaxTextLength);
pT[kMaxTextLength] = '\0';
this->AddPacket(packet, true);
gs_packetsStats.texts++;
}
}
void ConnectorInterface::RecordText(const char* text)
{
if (this->m_packetPool)
{
//if it is out of memory here, please check 'SetupConnection'
Packet* pP = this->m_packetPool->Allocate();
if (pP)
{
pP->Init(CommandId::CMDID_TEXT, s_seq.Next());
Text* pT = (Text*)pP->data;
string_ncpy(pT->buffer, text, kMaxTextLength);
pT->buffer[kMaxTextLength] = '\0';
}
}
}
void Workspace::SetFilePath(const char* szExportPath)
{
string_ncpy(this->m_szWorkspaceExportPath, szExportPath, kMaxPath);
BEHAVIAC_LOGINFO(m_szWorkspaceExportPath);
}
