/*##############################################################################
Copyright (C) 2011 HPCC Systems.
All rights reserved. This program is free software: you can redistribute it and/or modify
it under the terms of the GNU Affero General Public License as
published by the Free Software Foundation, either version 3 of the
License, or (at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU Affero General Public License for more details.
You should have received a copy of the GNU Affero General Public License
along with this program. If not, see .
############################################################################## */
// DeployUtils.cpp : Defines the exported functions for the DLL application.
//
#include "deployutils.hpp"
#include "XMLTags.h"
#include "jliball.hpp"
#include "buildset.hpp"
#include "computerpicker.hpp"
#include "configenvhelper.hpp"
#include "configengcallback.hpp"
#include "xslprocessor.hpp"
#include "jwrapper.hpp"
#include "wizardInputs.hpp"
#include "build-config.h"
#define TRACE_SCHEMA_NODE(msg, schemaNode)
#define CONFIGMGR_JSPATH "./"
#define STANDARD_COMPFILESDIR INSTALL_DIR
#define STANDARD_CONFIGXMLDIR COMPONENTFILES_DIR"/configxml"
static bool schemaNodeHasAttributes(IPropertyTree* pNode)
{
//skip over xs:complexType, if any
IPropertyTree* pTemp = pNode->queryPropTree(XSD_TAG_COMPLEX_TYPE);
if (pTemp)
pNode = pTemp;
Owned itAttr = pNode->getElements(XSD_TAG_ATTRIBUTE);
return itAttr ->first() && itAttr ->isValid();
}
static bool schemaNodeHasAttributeGroups(IPropertyTree* pNode)
{
//skip over xs:complexType, if any
IPropertyTree* pTemp = pNode->queryPropTree(XSD_TAG_COMPLEX_TYPE);
if (pTemp)
pNode = pTemp;
Owned itAttrGr = pNode->getElements(XSD_TAG_ATTRIBUTE_GROUP);
return itAttrGr->first() && itAttrGr->isValid();
}
bool writeToFile(const char* fileName, StringBuffer sb)
{
StringBuffer jsName(fileName);
recursiveCreateDirectoryForFile(fileName);
Owned pFile = createIFile(jsName);
Owned pFileIO = pFile->open(IFOcreaterw);
pFileIO->write(0, sb.length(), sb.str());
return true;
}
//check if this has any child elements - returns first element
IPropertyTree* schemaNodeHasElements(IPropertyTree* pNode)
{
//skip over xs:complexType, if any
IPropertyTree* pTemp = pNode->queryPropTree(XSD_TAG_COMPLEX_TYPE);
if (pTemp)
pNode = pTemp;
//skip over xs:sequence, if any
pTemp = pNode->queryPropTree(XSD_TAG_SEQUENCE);
if (pTemp)
pNode = pTemp;
else
{
pTemp = pNode->queryPropTree(XSD_TAG_CHOICE);
if (pTemp)
pNode = pTemp;
}
Owned it = pNode->getElements(XSD_TAG_ELEMENT);
if (it->first() && it->isValid())
pTemp = &it->query();
else
pTemp = NULL;
return pTemp;
}
const char* getRealTabName(const char* tabName)
{
if (!strcmp(tabName, XML_TAG_INSTANCE))
return XML_TAG_INSTANCES;
else if (!strcmp(tabName, XML_TAG_DOMAIN))
return "Domains";
else if (!strcmp(tabName, TAG_COMPUTERTYPE))
return "Type";
else if (!strcmp(tabName, XML_TAG_COMPUTERTYPE))
return "Computer Types";
else if (!strcmp(tabName, XML_TAG_COMPUTER))
return "Computers";
else if (!strcmp(tabName, XML_TAG_SWITCH))
return "Switches";
else
return tabName;
}
//Gets the list of installed components by looking at the directories
void getInstalledComponents(const char* pszInstallDir, StringBuffer& sbOutComps, StringBuffer& sbOutEspServices, StringBuffer& sbOutPlugins, const IPropertyTree* pEnv)
{
StringBuffer sbDir;
sbOutComps.clear();
sbOutEspServices.clear();
sbOutPlugins.clear();
if (pszInstallDir && *pszInstallDir)
sbDir.append(pszInstallDir);
else
sbDir.append(COMPONENTFILES_DIR"/configxml");
bool getFromDirs = false;
if (getFromDirs)
{
Owned inFiles = NULL;
try
{
inFiles.setown(createIFile(sbDir.str()));
if(!inFiles->exists())
{
printf("Input directory %s does not exist", sbDir.str());
return;
}
}
catch(IException* e)
{
StringBuffer errmsg;
e->errorMessage(errmsg);
printf("Error when trying to access source directory.Error: %s ", errmsg.str());
e->Release();
return;
}
if(inFiles.get() != NULL && inFiles->isDirectory())
{
Owned di = inFiles->directoryFiles(NULL, 0, true);
bool bCompFound = false;
StringBuffer dirName, compName, fileName;
if(di.get())
{
ForEach(*di)
{
IFile &file = di->query();
if (!file.isFile())
{
dirName.clear();
di->getName(dirName);
compName.clear().append(dirName);
Owned dirFiles = NULL;
dirName.clear().append(sbDir);
if(dirName.charAt(dirName.length() - 1) != PATHSEPCHAR)
dirName.append(PATHSEPCHAR);
dirName.append(compName);
fileName.clear().append(dirName).append(PATHSEPCHAR).append("deploy_map.xml");
Owned depfile(createIFile(fileName));
if(depfile->exists())
{
Owned pInstallSet = createPTreeFromXMLFile(fileName);
const char* szDeployable = pInstallSet->queryProp("@deployable");
const char* szProcessName = pInstallSet->queryProp("@processName");
if (!szDeployable || strcmp(szDeployable, "no"))
{
const char* szOveride = pInstallSet->queryProp("@overide");
if(!szOveride || strcmp(szOveride, "no") !=0 )
{
if (sbOutComps.length())
sbOutComps.append(",");
sbOutComps.append("'").append(compName).append("'");
}
}
else if (!strcmp(szProcessName, XML_TAG_ESPSERVICE))
{
if (sbOutEspServices.length())
sbOutEspServices.append(",");
sbOutEspServices.append("'").append(compName).append("'");
}
else if (!strcmp(szProcessName, XML_TAG_PLUGINPROCESS))
{
if (sbOutPlugins.length())
sbOutPlugins.append(",");
sbOutPlugins.append("'").append(compName).append("'");
}
}
else
{
if (!strcmp(compName.str(), "plugins"))
{
StringBuffer sb;
getInstalledComponents(dirName.str(), sb, sb, sbOutPlugins, pEnv);
}
}
}
}
}
}
}
else
{
Owned iter = pEnv->getElements("Programs/Build[1]/*");
ForEach(*iter)
{
IPropertyTree* pBuildSet = &iter->query();
const char* szName = pBuildSet->queryProp(XML_ATTR_NAME);
const char* szProcessName = pBuildSet->queryProp(XML_ATTR_PROCESS_NAME);
if (szProcessName && !strcmp(szProcessName, XML_TAG_ESPSERVICE))
{
if (sbOutEspServices.length())
sbOutEspServices.append(",");
sbOutEspServices.append("'").append(szName).append("'");
}
else if (szProcessName && !strcmp(szProcessName, XML_TAG_PLUGINPROCESS))
{
if (sbOutPlugins.length())
sbOutPlugins.append(",");
sbOutPlugins.append("'").append(szName).append("'");
}
else
{
if (!szName && !*szName)
continue;
const char* szOveride = pBuildSet->queryProp("@overide");
if(!szOveride || strcmp(szOveride, "no") !=0 )
{
if (sbOutComps.length())
sbOutComps.append(",");
sbOutComps.append("'").append(szName).append("'");
}
}
}
}
}
void LoadComboBox(const char* szPath, bool bAddBlank, const IPropertyTree* pNode, const IPropertyTree* pParentNode, StringBuffer& sbComboBox, bool appendParentName = false, bool addDeclStart = true, bool addDeclEnd = true)
{
if (addDeclStart)
sbComboBox.append("new Array(");
if (bAddBlank)
sbComboBox.append("''");
const char* buildSet = NULL;
if (!strncmp(szPath, "$process", 8))
{
szPath += strlen("$process");
if (*szPath == '\0')
{
const char* szName = pNode->queryProp(XML_ATTR_NAME);
if (szName && *szName)
{
if (bAddBlank)
sbComboBox.append(",");
sbComboBox.appendf("'%s'", szName);
}
return;
}
szPath++; //skip over '/'
}
else
{
if (pParentNode && !strcmp(szPath, "Programs/Build"))
buildSet = pParentNode->queryProp(XML_ATTR_BUILDSET);
}
Owned iter = pNode->getElements(szPath);
ForEach(*iter)
{
IPropertyTree* pChildNode = &iter->query();
const char* szName = pChildNode->queryProp(XML_ATTR_NAME);
if (szName)
{
bool bAdd;
if (buildSet)
{
StringBuffer xpath;
xpath.appendf("BuildSet[@name='%s']", buildSet);
bAdd = pChildNode->queryPropTree(xpath.str()) != NULL;
}
else
bAdd = true;
if (bAdd)
{
if (sbComboBox.length() > 10)
sbComboBox.append(",");
if (!appendParentName)
sbComboBox.appendf("'%s'", szName);
else
sbComboBox.appendf("'%s/%s'", pParentNode->queryProp(XML_ATTR_NAME), szName);
}
}
}
if (addDeclEnd)
sbComboBox.append(")");
}
void addItem(StringBuffer& jsStrBuf,
const IPropertyTree* pEnv,
const char* tabName,
const char* attrName,
const char* tip,
bool hidden,
bool required,
const char* extra,
short ctrlType)
{
StringBuffer sbAttr("Attributes");
jsStrBuf.appendf("var attr%s%s = {};", attrName, tabName);
jsStrBuf.appendf("attr%s%s.tab = '%s';", attrName, tabName, *tabName ? getRealTabName(tabName): sbAttr.str());
jsStrBuf.appendf("attr%s%s.tip = '%s';", attrName, tabName, tip);
jsStrBuf.appendf("attr%s%s.hidden = %d;", attrName, tabName, hidden);
jsStrBuf.appendf("attr%s%s.required = 1;", attrName, tabName, required);
jsStrBuf.appendf("attr%s%s.ctrlType = %d;", attrName, tabName, ctrlType);
jsStrBuf.appendf("cS['%s%s']=attr%s%s;", attrName, tabName, attrName, tabName);
StringBuffer sb;
if (ctrlType == 4)
{
if (extra[0] != '|')
LoadComboBox(extra, false, pEnv, pEnv, sb);
else
sb.append(++extra);
jsStrBuf.appendf("attr%s%s.extra = %s;", attrName, tabName, sb.str());
}
}
void addTopologyType(StringBuffer& jsStrBuf, const IPropertyTree* pEnv, const char* tabName, const char* attrName, const char* tip, bool hidden, bool required, const char* extra, short ctrlType)
{
jsStrBuf.appendf("var attr%s%s = {};", attrName, tabName);
jsStrBuf.appendf("attr%s%s.tab = '%s';", attrName, tabName, "Topology");
jsStrBuf.appendf("attr%s%s.tip = '%s';", attrName, tabName, tip);
jsStrBuf.appendf("attr%s%s.hidden = %d;", attrName, tabName, hidden);
jsStrBuf.appendf("attr%s%s.required = 1;", attrName, tabName, required);
jsStrBuf.appendf("attr%s%s.ctrlType = %d;", attrName, tabName, ctrlType);
jsStrBuf.appendf("cS['%s%s']=attr%s%s;", attrName, tabName, attrName, tabName);
StringBuffer sb;
if (!strcmp(attrName, TAG_BUILD))
{
sb.append("new Array(");
Owned iBuild = pEnv->getElements("Programs/Build[@name]");
ForEach (*iBuild)
{
IPropertyTree* pBuild = &iBuild->query();
if (pBuild->queryPropTree("BuildSet[@name='topology']"))
{
const char* szName = pBuild->queryProp(XML_ATTR_NAME);
if (szName && *szName)
{
if (sb.length() > 10)
sb.append(",");
sb.appendf("'%s'", szName);
}
}
}
sb.append(")");
jsStrBuf.appendf("attr%s%s.extra = %s;", attrName, tabName, sb.str());
}
else if (ctrlType == 4)
{
if (extra[0] != '|')
LoadComboBox(extra, false, pEnv, pEnv, sb);
else
sb.append(++extra);
jsStrBuf.appendf("attr%s%s.extra = %s;", attrName, tabName, sb.str());
}
}
const char* GetDisplayProcessName(const char* processName, char* buf)
{
//produces "LDAPServerProcess" as "LDAP Server" and "EspService" as "Esp Service", etc.
const char* begin = buf;
const char* end = strstr(processName, "Process");
if (!end)
end = processName + strlen(processName);
*buf++ = *processName++;
bool bLower = false;
while (processName < end)
{
char ch = *processName;
if (isupper(ch))
{
if (bLower || //last char was uppercase or the following character is lowercase?
((processName+1 < end) && islower(*(processName+1))))
{
*buf++ = ' ';
}
bLower = false;
}
else
bLower = true;
*buf++ = *processName++;
}
*buf = '\0';
return begin;
}
void GetDisplayName(IPropertyTree* pNode, StringBuffer& sb, bool bAppendProcessName)
{
// Get the display name for the node
// Use szBuf because CString was too slow when loading a large tree
static char szBuf[128];
size32_t cnt = sizeof(szBuf);
GetDisplayProcessName(pNode->queryName(), szBuf);
const char* szName = pNode->queryProp(XML_ATTR_NAME);
if (!szName || !*szName)
szName = pNode->queryProp(XML_ATTR_PROCESS);
if (bAppendProcessName)
{
if (szName && *szName)
{
cnt -= strlen(szName);
strncat(szBuf, " - ", cnt);
strncat(szBuf, szName, cnt - 3);
}
sb.clear().append(szBuf);
}
else
sb.clear().append(szName);
}
class CGenerateJSFromXSD
{
public:
CGenerateJSFromXSD(const IPropertyTree* pEnv, const char* xsdName, const char* jsName):
m_xsdName(xsdName), m_jsName(jsName), m_pCompTree(NULL), m_pSchemaRoot(NULL),m_pDefTree(NULL),m_numAttrs(0),m_allSubTypes(true),m_genOptional(true)
{
m_pEnv.set(pEnv);
m_colIndex.append("var colIndex = new Array();");
m_columns.append("var tabCols = new Array();");
}
CGenerateJSFromXSD(const IPropertyTree* pEnv, IPropertyTree* pSchemaRoot, const char* jsName, const char* compName):
m_pSchemaRoot(pSchemaRoot), m_jsName(jsName), m_compName(compName),m_pCompTree(NULL), m_pDefTree(NULL),m_numAttrs(0),m_allSubTypes(true),m_wizFlag(false),m_wizard(NULL),m_genOptional(true)
{
m_pEnv.set(pEnv);
m_colIndex.append("var colIndex = new Array();");
m_columns.append("var tabCols = new Array();");
}
void setNameInCompTabArray(const char* tabName, const char* nodeName)
{
if (m_tabNameArray.find(tabName) == NotFound)
{
m_tabNameArray.append(tabName);
m_jsStrBuf.appendf("compTabs['%s'][compTabs['%s'].length]= '%s';", m_compName.str(), m_compName.str(), tabName);
if (nodeName && *nodeName)
m_jsStrBuf.appendf("compTabToNode['%s'] = '%s';", tabName, nodeName);
m_columns.appendf("tabCols['%s'] = new Array();", tabName);
}
}
void setNameInHiddenTabArray(const char* tabName)
{
if (m_hiddenTabNameArray.find(tabName) == NotFound)
{
m_hiddenTabNameArray.append(tabName);
m_jsStrBuf.appendf("hiddenTabs['%s'][hiddenTabs['%s'].length]= '%s';", m_compName.str(), m_compName.str(), tabName);
}
}
void addRoxieMisc(StringBuffer& jsStrBuf)
{
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_SERVER, TAG_NAME, "", 0, 1, "", 0);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_SERVER, TAG_PROCESS, "", 0, 1, "", 0);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_FARM, TAG_NAME, "", 0, 1, "", 0);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_FARM, TAG_PROCESS, "", 0, 1, "", 0);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_FARM, TAG_DATADIRECTORY, "", 0, 1, "", 0);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_FARM, TAG_LISTENQUEUE, "", 0, 1, "", 1);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_FARM, TAG_NUMTHREADS, "", 0, 1, "", 1);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_FARM, TAG_PORT, "", 0, 1, "", 1);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_FARM, TAG_REQARRAYTHREADS, "", 0, 1, "", 1);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_FARM, "aclName", "", 0, 1, "|'#$process/ACL'", 4);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_ONLY_SLAVE, TAG_NAME, "", 0, 1, "", 0);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_ONLY_SLAVE, TAG_COMPUTER, "", 0, 1, "", 0);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_ONLY_SLAVE, TAG_NETADDRESS, "", 0, 1, "", 0);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_ONLY_SLAVE, TAG_ITEMTYPE, "", 0, 1, "", 0);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_CHANNEL, TAG_NAME, "", 0, 1, "", 0);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_CHANNEL, TAG_ITEMTYPE, "", 0, 1, "", 0);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_CHANNEL, TAG_COMPUTER, "", 0, 1, "", 0);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_CHANNEL, TAG_DATADIRECTORY, "", 0, 1, "", 0);
addItem(jsStrBuf, m_pEnv.get(), XML_TAG_ROXIE_CHANNEL, TAG_NUMBER, "", 0, 1, "", 0);
}
void addMisc()
{
if (!strcmp(m_compName.str(), "RoxieCluster"))
{
addRoxieMisc(m_jsStrBuf);
const char* serverStr = "Servers";
short index = 0;
m_colIndex.appendf("colIndex['name%s']=%d;", serverStr, index++);
m_colIndex.appendf("colIndex['process%s']=%d;", serverStr, index++);
m_colIndex.appendf("colIndex['netAddress%s']=%d;", serverStr, index++);
m_colIndex.appendf("colIndex['port%s']=%d;", serverStr, index++);
m_colIndex.appendf("colIndex['dataDirectory%s']=%d;", serverStr, index++);
m_colIndex.appendf("colIndex['listenQueue%s']=%d;", serverStr, index++);
m_colIndex.appendf("colIndex['numThreads%s']=%d;", serverStr, index++);
m_colIndex.appendf("colIndex['requestArrayThreads%s']=%d;", serverStr, index++);
m_colIndex.appendf("colIndex['aclName%s']=%d;", serverStr, index++);
index = 0;
const char* agentStr = "Agents";
m_colIndex.appendf("colIndex['name%s']=%d;", agentStr, index++);
m_colIndex.appendf("colIndex['itemType%s']=%d;", agentStr, index++);
m_colIndex.appendf("colIndex['netAddress%s']=%d;", agentStr, index++);
m_colIndex.appendf("colIndex['dataDirectory%s']=%d;", agentStr, index++);
m_colIndex.appendf("colIndex['number%s']=%d;", agentStr, index++);
}
else if (!strcmp(m_compName.str(), XML_TAG_THORCLUSTER))
{
short index = 0;
m_jsStrBuf.append("compTabs['ThorCluster'][compTabs['ThorCluster'].length]= 'Topology';");
m_colIndex.appendf("colIndex['nameTopology']=%d;", index++);
m_colIndex.appendf("colIndex['processTopology']=%d;", index++);
m_colIndex.appendf("colIndex['netAddressTopology']=%d;", index++);
m_jsStrBuf.appendf("compTabToNode['Topology']= 'Topology';");
}
}
void CreateAttributeFromSchema(IPropertyTree& attr, StringBuffer compName, const char* tabName, const char* childElementName)
{
StringBuffer attrname;
StringBuffer combovalues;
StringBuffer strBuf;
StringBuffer aName;
StringBuffer value, tempPath, wizDefVal;
attrname.append(attr.queryProp(XML_ATTR_NAME));
const char *use = attr.queryProp("@use");
if (!m_genOptional && use && *use && !strcmp(use, "optional"))
{
if(childElementName)
{
StringBuffer xpath;
xpath.clear().append(childElementName);
IPropertyTree* pChild = m_pCompTree->queryPropTree(xpath.str());
if(!pChild)
pChild = m_pCompTree->addPropTree(childElementName, createPTree());
}
return;
}
if(m_wizFlag)
{
if(attr.hasProp("./xs:annotation/xs:appinfo/autogenforwizard"))
{
value.clear().appendf(attr.queryProp("./xs:annotation/xs:appinfo/autogenforwizard"));
if(!strcmp(value.str(),"1"))
{
getValueForTypeInXSD(attr, compName, wizDefVal);
}
}
else
return ;
}
if (childElementName)
attrname.append(childElementName);
aName.appendf("a%d", m_numAttrs++);
m_jsStrBuf.appendf("var %s = {};", aName.str());
m_jsStrBuf.appendf("%s.tab = '%s';", aName.str(), getRealTabName(tabName));
setNameInCompTabArray(getRealTabName(tabName), childElementName);
IPropertyTree* pField = NULL;
if (m_pDefTree)
{
IPropertyTree* pProcess = m_pDefTree->queryPropTree(compName.str());
if (!pProcess)
pProcess = m_pDefTree->addPropTree(compName, createPTree());
IPropertyTree* pTab = m_pDefTree->queryPropTree(getRealTabName(tabName));
if (!pTab)
pTab = pProcess->addPropTree(getRealTabName(tabName), createPTree());
pField = pTab->addPropTree("Field", createPTree());
}
const char *defaultValue = attr.queryProp("@default");
StringBuffer sbdefaultValue;
if (defaultValue)
{
sbdefaultValue.clear().append(defaultValue);
sbdefaultValue.replaceString("\\", "\\\\");
m_jsStrBuf.appendf("%s.defaultValue = '%s';", aName.str(), sbdefaultValue.str());
if (pField)
pField->addProp(UI_FIELD_ATTR_DEFAULTVALUE, sbdefaultValue.str());
}
if(wizDefVal.length() > 0)
{
sbdefaultValue.clear().append(wizDefVal);
if (pField)
pField->addProp(UI_FIELD_ATTR_DEFAULTVALUE, sbdefaultValue.str());
}
if (m_pCompTree)
{
StringBuffer xpath;
if(!childElementName)
{
xpath.clear().append("@").append(attrname);
m_pCompTree->addProp(xpath, sbdefaultValue.str());
}
else
{
xpath.clear().append(childElementName);
IPropertyTree* pChild = m_pCompTree->queryPropTree(xpath.str());
if(!pChild)
pChild = m_pCompTree->addPropTree(childElementName, createPTree());
xpath.clear().append("@").append(attr.queryProp(XML_ATTR_NAME));
pChild->addProp(xpath, sbdefaultValue.str());
}
}
IPropertyTree* pAppInfo = attr.queryPropTree("xs:annotation/xs:appinfo");
const char *viewtype;
const char *displayMode = NULL;
if (pAppInfo)
{
const char* caption = pAppInfo->queryProp("title");
if (caption)
m_jsStrBuf.appendf("%s.caption = '%s';", aName.str(), caption);
const char* tip = pAppInfo->queryProp("tooltip");
if (tip)
{
StringBuffer sbtip(tip);
sbtip.replaceString("\"", "\\\"");
sbtip.replaceString("\'", "\\\'");
m_jsStrBuf.appendf("%s.tip = '%s';", aName.str(), sbtip.str());
}
m_jsStrBuf.appendf("%s.width = %d;", aName.str(), pAppInfo->getPropInt("width", 90));
viewtype = pAppInfo->queryProp("viewType");
m_jsStrBuf.appendf("%s.hidden = %d;", aName.str(), viewtype && !strcmp(viewtype, "hidden"));
displayMode = pAppInfo->queryProp("displayMode");
m_jsStrBuf.appendf("%s.displayMode = %d;", aName.str(), displayMode && !strcmp(displayMode, "simple"));
const char* colIndex = pAppInfo->queryProp("colIndex");
if (colIndex && *colIndex)
{
int i = atoi(colIndex);
m_colIndex.appendf("colIndex['%s%s'] = %d;", attr.queryProp(XML_ATTR_NAME),getRealTabName(tabName), i - 1);
if (!viewtype || (viewtype && strcmp(viewtype, "hidden")))
{
m_columns.appendf("tabCols['%s'][%d] = '%s';", getRealTabName(tabName), i - 1, caption? caption:attr.queryProp(XML_ATTR_NAME));
if (childElementName && i == 1 && m_splitterTabName.length())
{
setNameInCompTabArray(m_splitterTabName, compName.str());
m_columns.appendf("tabCols['%s'][%d] = '_%s';", m_splitterTabName.str(), m_numAttrs, tabName);
}
}
}
else if (childElementName && m_splitterTabName.length())
{
m_colIndex.appendf("colIndex['%s%s'] = %d;", attr.queryProp(XML_ATTR_NAME),getRealTabName(tabName), 0);
if (!viewtype || (viewtype && strcmp(viewtype, "hidden")))
{
m_columns.appendf("tabCols['%s'][%d] = '%s';", getRealTabName(tabName), 0, caption? caption:attr.queryProp(XML_ATTR_NAME));
setNameInCompTabArray(m_splitterTabName, compName.str());
m_columns.appendf("tabCols['%s'][%d] = '_%s';", m_splitterTabName.str(), m_numAttrs, tabName);
}
}
IPropertyTree* onChangeNode = pAppInfo->queryPropTree("onchange");
if (onChangeNode)
{
const char* msg = onChangeNode->queryProp("message");
if (msg && *msg)
{
StringBuffer sbmsg(msg);
sbmsg.replace('\n',' ');
sbmsg.replaceString(" ", " ");
m_jsStrBuf.appendf("%s.onChange = 1;", aName.str());
m_jsStrBuf.appendf("%s.onChangeMsg = '%s';", aName.str(), sbmsg.str());
}
const char* onChangeXslt = onChangeNode->queryProp("xslt");
if (onChangeXslt)
m_jsStrBuf.appendf("%s.onChange = 2;", aName.str());
}
else
m_jsStrBuf.appendf("%s.onChange = %d;", aName.str(), onChangeNode != NULL);
}
else
{
viewtype = NULL;
}
StringBuffer xpath(m_xpathDefn);
xpath.appendf("[@%s]", attr.queryProp(XML_ATTR_NAME));
if (viewtype)
{
if (pField)
{
pField->addProp(attr.queryProp(XML_ATTR_NAME), m_pEnv->queryProp(xpath.str()));
}
}
else
{
if (pField)
{
pField->addProp(UI_FIELD_ATTR_NAME, attr.queryProp(XML_ATTR_NAME));
pField->addProp(UI_FIELD_ATTR_NAME"Type", "0");
pField->addProp(UI_FIELD_ATTR_VALUE, m_pEnv->queryProp(xpath.str()));
}
}
m_jsStrBuf.appendf("%s.required = %d;", aName.str(), (use && strcmp(use, "required")==0) || (pAppInfo && pAppInfo->getPropBool("required")));
m_jsStrBuf.appendf("%s.loadRoot = %d;", aName.str(),1);
const char *type = attr.queryProp("@type");
const char *extraInfo = NULL;
bool bAddBlank = false;
StringBuffer typeNameSpace;
StringBuffer typeName;
int nCtrlType = 1;//LVC_EDIT;
if (viewtype && !strcmp(viewtype, "readonly"))
nCtrlType = 0;//LVC_NONE;
else if (viewtype && !strcmp(viewtype, TAG_PASSWORD))
nCtrlType = 5;//LVC_EDITPASSWORD;
else if (type)
{
while (*type && *type!=':')
typeNameSpace.append(*type++);
if (*type)
{
type++;
while (*type)
typeName.append(*type++);
}
else
{
typeName.append(typeNameSpace);
typeNameSpace.clear();
}
type = typeName.str();
if (strcmp(typeNameSpace.str(),"xs")==0)
{
if (strcmp(type, "string")==0)
nCtrlType = 1;//LVC_EDIT;
else if (strcmp(type, "boolean")==0)
{
nCtrlType = 4;//ret->m_bRequired ? LVC_TRUEFALSE : LVC_TRUEFALSE2;
strBuf.clear().append("new Array('false','true');");
extraInfo = strBuf.str();
}
}
else if (strcmp(typeNameSpace.str(),"seisint")==0 || typeNameSpace.length()==0)
{
bAddBlank = !((use && strcmp(use, "required")==0) || (pAppInfo && pAppInfo->getPropBool("required")));
if (strcmp(type, "commonDirsCompType")==0)
{
nCtrlType = 4;//LVC_COMBO;
StringBuffer compList, espServiceList, pluginsList;
getInstalledComponents(NULL, compList, espServiceList, pluginsList, m_pEnv.get());
strBuf.clear().append("new Array(").append(compList).append(");");
extraInfo = strBuf.str();
}
else if (strcmp(type, "commonDirsInstType")==0)
{
nCtrlType = 4;//LVC_COMBO;
strBuf.clear().append("new Array('');");
extraInfo = strBuf.str();
}
else if (strcmp(type, "daliServersType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Software/DaliServerProcess", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "dataBuildType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Data/Build", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "dataModelType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Data/Model", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "dataThorTableType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Data/$model/ThorTable", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "dataTableType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Data/$parentmodel/*", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "sybaseType")==0)
{
nCtrlType = 4;//LVC_COMBO;
bAddBlank = true;
LoadComboBox("Software/SybaseProcess", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
//ret->m_bAddEmpty = true;
}
else if (strcmp(type, "mysqlType")==0)
{
nCtrlType = 4;//LVC_COMBO;
bAddBlank = true;
LoadComboBox("Software/MySQLProcess", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
//ret->m_bAddEmpty = true;
}
else if (strcmp(type, "ldapServerType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Software/LDAPServerProcess", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "accurintServerType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Software/AccurintServerProcess", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "buildSetType")==0)
{
nCtrlType = 4;//LVC_COMBO;
extraInfo = "Programs/Build[@name=$build]/BuildSet";
}
else if (strcmp(type, "buildType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Programs/Build", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();//"Programs/Build";
}
else if (strcmp(type, TAG_COMPUTERTYPE)==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Hardware/Computer", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "dataBuildType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Data/Build", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "dataModelType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Data/Model", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "espServiceType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Software/EspService", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "espProcessType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Software/EspProcess", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "roxieClusterType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Software/RoxieCluster", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "eclServerType")==0)
{
// MORE - attribute servers would be ok here too
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Software/EclCCServerProcess", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "eclCCServerType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Software/EclCCServerProcess", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "wsLogListenerType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox("Software/WsLogListener", bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "processType")==0)
{
nCtrlType = 4;//LVC_COMBO;
LoadComboBox(pAppInfo->queryProp(TAG_NAME), bAddBlank, m_pEnv, m_pEnv, strBuf);
extraInfo = strBuf.str();
}
else if (strcmp(type, "xpathType")==0)
{
const char* xpath1 = pAppInfo->queryProp("xpath");
const char* xpath2;
if (xpath1 && *xpath1)
{
nCtrlType = 4;//LVC_COMBO;
const char* prefix = "/Environment/";
const int len = strlen(prefix);
if (!strncmp(xpath1, prefix, len)) //xpath is absolute
xpath2 = xpath1 + len; //IPropertyTree root does not take absolute paths
else
xpath2 = xpath1;
if (!strstr(xpath2, "$"))
LoadComboBox(xpath2, bAddBlank, m_pEnv, m_pEnv, strBuf);
else
strBuf.append("#").append(xpath2);
extraInfo = strBuf.str();
}
}
else if (strcmp(type, "espBindingType")==0)
{
nCtrlType = 4;//LVC_COMBO;
m_jsStrBuf.appendf("%s.custom = %d;", aName.str(), 1);
const char* serviceType = NULL;
if (pAppInfo)
{
serviceType = pAppInfo->queryProp("serviceType");
if (serviceType)
xpath.clear().append("Software/EspService");
}
else
xpath.clear().appendf("Software/*[@buildSet='%s']", type);
strBuf.clear();
Owned iterEspServices = m_pEnv->getElements(xpath);
short blank = 0;
ForEach (*iterEspServices)
{
IPropertyTree* pEspService = &iterEspServices->query();
if (serviceType)
{
xpath.clear().appendf("Properties[@type='%s']", serviceType);
if (pEspService->queryPropTree(xpath.str()) == NULL)
continue;
}
Owned iter = m_pEnv->getElements("Software/EspProcess");
ForEach (*iter)
{
IPropertyTree* pEspProcess = &iter->query();
xpath.clear().appendf("EspBinding[@service='%s']", pEspService->queryProp(XML_ATTR_NAME));
if (pEspProcess->queryPropTree(xpath.str()) != NULL)
LoadComboBox(xpath.str(), (blank == 0), pEspProcess, pEspProcess, strBuf, true, (blank == 0), false);
blank++;
}
}
strBuf.append(")");
extraInfo = strBuf.str();
}
else if (strcmp(type, "AutoTimeStampType")==0 ||
strcmp(type, "AutoComputerType")==0 ||
strcmp(type, "AutoUseridType")==0)
{
if (nCtrlType != 0/*LVC_NONE*/)//is not read only
nCtrlType = 1;//LVC_EDIT;
m_jsStrBuf.appendf("%s.custom = %d;", aName.str(), 1);
m_jsStrBuf.appendf("%s.extra = '%s';", aName.str(), type);
}
else if (strcmp(type, "absolutePath")==0 || strcmp(type, "relativePath")==0)
{
nCtrlType = 1;//LVC_EDIT;
extraInfo = type;
}
else if (strcmp(type, "YesNo")==0)
{
nCtrlType = 4;//ret->m_bRequired ? LVC_YESNO : LVC_YESNO_OPTIONAL;
strBuf.clear().append("new Array('No','Yes');");
extraInfo = strBuf.str();
}
}
else if (strcmp(typeNameSpace.str(),TAG_PROCESS)==0) //for backwards compatibility only - use xpathType instead
{
nCtrlType = 4;//LVC_COMBO;
m_jsStrBuf.appendf("%s.extra = '%s%s';", aName.str(), "Software/", typeName.str());
}
// MORE - type could be a reference to a simpletype defined elsewhere....
}
else if (attr.hasProp("xs:simpleType/xs:restriction/xs:enumeration"))
{
Owned values = attr.getElements("xs:simpleType/xs:restriction/xs:enumeration");
combovalues.append("new Array(");
ForEach(*values)
{
IPropertyTree &value = values->query();
if (combovalues.length() > 10)
combovalues.append(",");
combovalues.append("'").append(value.queryProp("@value")).append("'");
}
combovalues.append(")");
nCtrlType = 4;//LVC_COMBO;
extraInfo = combovalues.str();
}
if (extraInfo)
{
if (!strncmp(extraInfo, "new Array", 9))
{
m_jsStrBuf.appendf("%s.extra = %s;", aName.str(), extraInfo);
if (pField)
{
//["Alabama","Alaska","Arizona","Arkansas"]
StringBuffer sb(extraInfo);
sb.replaceString("new Array(", "[");
sb.replaceString(");", "]");
StringBuffer sbAttr("@");
sbAttr.append(attr.queryProp(XML_ATTR_NAME));
if (viewtype)
pField->addProp(sbAttr.append("_extraInfo"), sb.str());
else
pField->addProp(UI_FIELD_ATTR_VALUE"_extra", sb.str());
}
}
else
m_jsStrBuf.appendf("%s.extra = '%s';", aName.str(), extraInfo);
}
m_jsStrBuf.appendf("%s.ctrlType = %d;", aName.str(), nCtrlType);
m_jsStrBuf.appendf("cS['%s']=%s;", attrname.str(), aName.str());
}
void AddAttributeFromSchema(IPropertyTree& schemaNode,
StringBuffer elemName,
StringBuffer& compName,
const char* tabName,
const char* childElementName)
{
CreateAttributeFromSchema(schemaNode, compName, tabName, childElementName);
}
void AddAttributesFromSchema(IPropertyTree* pSchema,
StringBuffer& compName,
const char* tabName,
const char* childElementName)
{
if (pSchema)
{
//add attributes defined for this element
Owned attrIter = pSchema->getElements("xs:complexType/xs:attribute");
ForEach(*attrIter)
{
AddAttributeFromSchema(attrIter->query(), "", compName, tabName, childElementName);
}
if (childElementName && !strcmp(childElementName, XML_TAG_INSTANCE))
{
const char* pszNameAttr = "hidden";
Owned pSchemaAttrNode = createPTreeFromXMLString(pszNameAttr);
AddAttributeFromSchema(*pSchemaAttrNode, "", compName, tabName, childElementName);
}
// or if it's an attribute group, then try this variety...
attrIter.setown(pSchema->getElements("xs:attribute"));
ForEach(*attrIter)
{
AddAttributeFromSchema(attrIter->query(), "", compName, tabName, childElementName);
}
Owned simple = pSchema->getElements("*");
ForEach(*simple)
{
IPropertyTree &element = simple->query();
const char* pszElementName = element.queryName();
if (!strcmp(pszElementName, "xs:complexContent"))
AddAttributesFromSchema(&element, compName, tabName, NULL);
}
}
}
void ProcessElementSchemaNode(IPropertyTree* pElement,
IPropertyTree* pParentElement,
StringBuffer& sbCompName)
{
bool bOptSubType = false;
if (pElement)
{
TRACE_SCHEMA_NODE("ProcessElementSchemaNode", pElement);
const char* szParentElementName = pParentElement->queryProp(XML_ATTR_NAME);
const char* szElementName = pElement->queryProp(XML_ATTR_NAME);
const char* szCaption = szElementName;
const char* tabName = pElement->queryProp("xs:annotation/xs:appinfo/title");
if (tabName)
szCaption = tabName;
IPropertyTree* pViewSchemaNode = pElement; //default for child view
IPropertyTree* pInstanceNode = pParentElement;//default for child view
bool bInstanceView = false;
bool bViewChildNodes = true;
if (pElement->hasProp("xs:annotation/xs:appinfo/viewType"))
{
const char* viewType = pElement->queryProp("xs:annotation/xs:appinfo/viewType");
const char* viewChildNodes = pElement->queryProp("xs:annotation/xs:appinfo/viewChildNodes");
bViewChildNodes = viewChildNodes && !stricmp(viewChildNodes, "true");
bool needParent = true;
//select first parent node that matches schema
if (pInstanceNode && needParent)
{
Owned it = pInstanceNode->getElements(szElementName);
if (it->first() && it->isValid())
pInstanceNode = &it->query();
}
if (!strcmp(viewType, "list"))
{
const char* title = pElement->queryProp("xs:annotation/xs:appinfo/title");
setNameInHiddenTabArray(title? title : szElementName);
bOptSubType = true;
}
if (!strcmp(viewType, "Instance") || !strcmp(viewType, "instance") ||
!strcmp(viewType, "RoxieServers") || !strcmp(viewType, "RoxieSlaves"))
bOptSubType = true;
}
bool bHasElements = schemaNodeHasElements(pElement) != NULL;
if (bViewChildNodes)
{
bool bHasAttribs = schemaNodeHasAttributes(pElement);
bool bHasAttribGroups = schemaNodeHasAttributeGroups(pElement);
bool bMaxOccursOnce = !pElement->hasProp(XML_ATTR_MAXOCCURS) || !strcmp(pElement->queryProp(XML_ATTR_MAXOCCURS), "1");
bOptSubType = !bMaxOccursOnce;
//figure out the type of child view to create
if (bHasElements)
{
// MORE - this assumes there is only one nested element type and that it is repeated....
StringBuffer sbElemName(szElementName);
if (bHasAttribs) //has child elements and attributes
{
Owned iter = pElement->getElements("*");
ForEach(*iter)
{
IPropertyTree &subSchemaElement = iter->query();
const char* szSubElementName = subSchemaElement.queryName();
StringBuffer sbSubElemName(szSubElementName);
TRACE_SCHEMA_NODE("ProcessSchemaElement", &subSchemaElement);
m_splitterTabName.clear().append(getRealTabName(szCaption));
if (m_allSubTypes || !bOptSubType)
ProcessComplexTypeSchemaNode(&subSchemaElement, m_pSchemaRoot, sbElemName);
m_splitterTabName.clear();
}
}
else
{
//no attributes
if (bMaxOccursOnce)
{
//has child elements but no attribs and only occurs once
//so skip this element and create node list view for its children
pViewSchemaNode = schemaNodeHasElements(pElement);
if (pInstanceNode)
{
IPropertyTree* pNewInstanceNode = pInstanceNode->queryPropTree(szElementName);
if (!pNewInstanceNode)
pNewInstanceNode = pInstanceNode->addPropTree(szElementName, createPTree());
pInstanceNode = pNewInstanceNode;
}
szElementName = pViewSchemaNode->queryProp(XML_ATTR_NAME);
}
}
}
else
{
//no child elements
if (bHasAttribs)
{
if (!bMaxOccursOnce) //occurs multiple times
{
//select first parent node that matches schema
if (pInstanceNode)
{
Owned it = pInstanceNode->getElements(szParentElementName);
if (it->first() && it->isValid())
pInstanceNode = &it->query();
}
}
}
else
{
const char* type = pElement->queryProp("@type");
if (type && !strcmp(type, "xs:string"))
{
m_jsStrBuf.appendf("var attr%s%s = {};", szElementName, sbCompName.str());
m_jsStrBuf.appendf("attr%s%s.tab = '%s';", szElementName, sbCompName.str(), getRealTabName(szElementName));
m_jsStrBuf.appendf("attr%s%s.hidden = 0;", szElementName, sbCompName.str());
m_jsStrBuf.appendf("attr%s%s.required = 1;", szElementName, sbCompName.str());
m_jsStrBuf.appendf("attr%s%s.ctrlType = %d;", szElementName, sbCompName.str(), 6);
m_jsStrBuf.appendf("cS['%s%s']=attr%s%s;", szElementName, sbCompName.str(), szElementName, sbCompName.str());
//add additional entry for this special case where element value is shown as a column
m_jsStrBuf.appendf("cS['%s%s']=attr%s%s;", szElementName, szElementName, szElementName, sbCompName.str());
setNameInCompTabArray(m_splitterTabName, sbCompName.str());
m_columns.appendf("tabCols['%s'][%d] = '_%s';", m_splitterTabName.str(), m_numAttrs++, szElementName);
setNameInCompTabArray(szElementName, szElementName);
setNameInHiddenTabArray(szElementName);
m_columns.appendf("tabCols['%s'][%d] = '%s';", szElementName, 0, szElementName);
if (m_pCompTree)
{
StringBuffer sb(sbCompName);
if (!m_pCompTree->queryPropTree(sbCompName.str()))
m_pCompTree->addPropTree(sbCompName.str(), createPTree());
sb.append("/").append(szElementName);
m_pCompTree->addPropTree(sb.str()/*szElementName*/, createPTree());
}
}
}
}
}
if (m_allSubTypes || !bOptSubType)
AddAttributesFromSchema(pViewSchemaNode, sbCompName, szCaption, szElementName);
if (bOptSubType && m_viewChildNodes.get() && m_multiRowNodes.get())
{
if (bHasElements)
m_viewChildNodes->addProp("Node", szElementName);
else
m_multiRowNodes->addProp("Node", szElementName);
}
if (pInstanceNode)
{
//select first child node for which we are creating view
Owned it = pInstanceNode->getElements(pElement->queryProp(XML_ATTR_NAME));
pInstanceNode = (it->first() && it->isValid()) ? &it->query() : NULL;
}
}
}
void ProcessComplexTypeSchemaNode(IPropertyTree* schemaNode,
IPropertyTree* pParentElement,
StringBuffer& sbCompName)
{
if (schemaNode)
{
TRACE_SCHEMA_NODE("ProcessComplexTypeSchemaNode", schemaNode);
const char* szParentElementName = pParentElement->queryProp(XML_ATTR_NAME);
//now process the rest...
Owned iter = schemaNode->getElements(XSD_TAG_ATTRIBUTE_GROUP);
ForEach(*iter)
{
IPropertyTree &schemaElement = iter->query();
const char* name = schemaElement.queryProp("@ref");
StringBuffer xPath;
xPath.append("//xs:attributeGroup[@name='").append(name).append("']");
Owned iter2 = m_pSchemaRoot->getElements(xPath.str());
ForEach(*iter2)
{
IPropertyTree &agDef = iter2->query();
if (agDef.hasProp("xs:annotation/xs:appinfo/title"))
name = agDef.queryProp("xs:annotation/xs:appinfo/title");
AddAttributesFromSchema(&agDef, sbCompName, name, NULL);
break; // should be exactly one!
// MORE - this will not get scoping correct. Do I care?
}
}
iter.setown(schemaNode->getElements("*"));
ForEach(*iter)
{
IPropertyTree &schemaElement = iter->query();
const char* szSchemaElementName = schemaElement.queryName();
if (!strcmp(szSchemaElementName, XSD_TAG_SEQUENCE) || !strcmp(szSchemaElementName, XSD_TAG_CHOICE))
{
Owned iter2 = schemaElement.getElements(XSD_TAG_ELEMENT);
ForEach(*iter2)
{
IPropertyTree* pElement = &iter2->query();
ProcessElementSchemaNode(pElement, pParentElement, sbCompName);
}
}
}
}
}
bool generateHeaders()
{
StringBuffer sbTabName;
StringBuffer sbPropName;
if (!m_pSchemaRoot)
m_pSchemaRoot.setown(createPTreeFromXMLFile(m_xsdName));
IPropertyTree *schemaNode = m_pSchemaRoot->queryPropTree("xs:element");
if (m_compName.length() == 0)
m_compName.append(schemaNode->queryProp(XML_ATTR_NAME));
if (!strcmp(m_compName.str(), "Eclserver"))
m_compName.clear().append(XML_TAG_ECLSERVERPROCESS);
m_jsStrBuf.appendf("var compTabs = new Array(); ");
m_jsStrBuf.appendf("compTabs['%s'] = new Array();", m_compName.str());
m_jsStrBuf.appendf("var hiddenTabs = new Array(); ");
m_jsStrBuf.appendf("hiddenTabs['%s'] = new Array();", m_compName.str());
m_jsStrBuf.appendf("var compTabToNode = new Array(); ");
m_jsStrBuf.appendf("var cS = new Array();");
Owned iter = schemaNode->getElements("*");
ForEach(*iter)
{
IPropertyTree &schemaElement = iter->query();
const char* szElementName = schemaElement.queryName();
TRACE_SCHEMA_NODE("ProcessSchemaElement", &schemaElement);
//if node is xs:complexType and xs:complexContent then process children
if (!strcmp(szElementName, XSD_TAG_COMPLEX_TYPE) ||
!strcmp(szElementName, XSD_TAG_COMPLEX_CONTENT))
{
//if this schema node has any attributes then add an attribute tab
//
bool bHasAttribs = schemaNodeHasAttributes(&schemaElement);
if (bHasAttribs)
{
AddAttributesFromSchema(schemaNode, m_compName, "Attributes", NULL);
}
}
ProcessComplexTypeSchemaNode(&schemaElement, m_pSchemaRoot, m_compName);
}
addMisc();
if (m_jsName.length())
writeToFile(m_jsName, m_jsStrBuf);
return true;
}
void setCompTree(IPropertyTree* pTree, bool allSubTypes)
{
m_pCompTree = pTree;
m_allSubTypes = allSubTypes;
}
void getTabNameArray(StringArray& tabNameArray)
{
CloneArray(tabNameArray, m_tabNameArray);
}
void getDefnPropTree(IPropertyTree* pTree, StringBuffer xpathDefn)
{
m_pDefTree = pTree;
m_xpathDefn.clear().append(xpathDefn);
generateHeaders();
}
void getDefnString(StringBuffer& compDefn, StringBuffer& viewChildNodes, StringBuffer& multiRowNodes)
{
m_viewChildNodes.clear();
m_viewChildNodes.setown(createPTree("viewChildNodes"));
m_multiRowNodes.clear();
m_multiRowNodes.setown(createPTree("multiRowNodes"));
generateHeaders();
compDefn.clear().append(m_jsStrBuf);
if (m_colIndex.length() > 27)
compDefn.append(m_colIndex);
if (m_columns.length() > 26)
compDefn.append(m_columns);
toXML(m_viewChildNodes, viewChildNodes);
toXML(m_multiRowNodes, multiRowNodes);
}
void setWizardFlag(bool flag)
{
m_wizFlag = flag;
}
void setGenerateOptional(bool flag)
{
m_genOptional = flag;
}
void setWizard(CWizardInputs* ptr)
{
m_wizard.set(ptr);
}
void getValueForTypeInXSD(IPropertyTree& attr, StringBuffer compName, StringBuffer& wizDefVal)
{
StringBuffer tempPath;
const char* type = attr.queryProp("@type");
const char* name = attr.queryProp("@name");
//first check for all the tags autogen then proceed with type checking.
if(attr.hasProp("./xs:annotation/xs:appinfo/autogendefaultvalue"))
{
tempPath.clear().append("./xs:annotation/xs:appinfo/autogendefaultvalue");
if(!strcmp(attr.queryProp(tempPath.str()), "$defaultenvfile"))
{
tempPath.clear().appendf("Software/EspProcess/EspService[@name='%s']/LocalEnvConfFile", (m_wizard->getService()).str());
IPropertyTree* pCfg = m_wizard->getConfig();
const char* pConfFile = pCfg->queryProp(tempPath.str());
if(pConfFile && *pConfFile)
{
Owned pParams = createProperties(pConfFile);
wizDefVal.clear().append(pParams->queryProp("configs")).append("/environment.xml");
}
}
else if(!strcmp(attr.queryProp(tempPath.str()), "$componentfilesdir"))
{
tempPath.clear().append("EnvSettings/path");
wizDefVal.clear().append(m_pEnv->queryProp(tempPath.str()));
if(!wizDefVal.length())
wizDefVal.append(STANDARD_COMPFILESDIR);
wizDefVal.append(PATHSEPSTR"componentfiles");
}
else if(!strcmp(attr.queryProp(tempPath.str()), "$processname"))
{
tempPath.clear().appendf("Software/%s[1]/@name",compName.str());
wizDefVal.clear().append(m_pEnv->queryProp(tempPath.str()));
}
else if(!strcmp(attr.queryProp(tempPath.str()), "$hthorcluster"))
{
tempPath.clear().append(XML_TAG_SOFTWARE"/"XML_TAG_TOPOLOGY"/"XML_TAG_CLUSTER);
Owned iterClusters = m_pEnv->getElements(tempPath.str());
ForEach (*iterClusters)
{
IPropertyTree* pCluster = &iterClusters->query();
if (pCluster->queryPropTree(XML_TAG_ROXIECLUSTER) ||
pCluster->queryPropTree(XML_TAG_THORCLUSTER))
continue;
else
{
wizDefVal.clear().append(pCluster->queryProp(XML_ATTR_NAME));
break;
}
}
}
else
{
wizDefVal.clear().append(attr.queryProp(tempPath.str()));
tempPath.clear().appendf("Software/%s[1]/@buildSet", compName.str());
if(m_pEnv->queryProp(tempPath.str()))
{
if(m_wizard->getNumOfNodes(m_pEnv->queryProp(tempPath.str())) > 1)
{
tempPath.clear().appendf("./xs:annotation/xs:appinfo/autogendefaultformultinode");
if(attr.hasProp(tempPath.str()))
wizDefVal.clear().append(attr.queryProp(tempPath.str()));
}
}
}
}
else if(attr.hasProp("./xs:annotation/xs:appinfo/autogenprefix") || attr.hasProp("./xs:annotation/xs:appinfo/autogensuffix"))
{
StringBuffer sb;
StringBuffer nameOfComp;
tempPath.clear().appendf("./Software/%s[1]/@name",m_compName.str());
nameOfComp.clear().append(m_pEnv->queryProp(tempPath.str()));
tempPath.clear().append("./xs:annotation/xs:appinfo/autogenprefix");
if(attr.hasProp(tempPath.str()))
sb.clear().append(attr.queryProp(tempPath.str())).append(nameOfComp);
tempPath.clear().append("./xs:annotation/xs:appinfo/autogensuffix");
if(attr.hasProp(tempPath.str()))
{
if (sb.length())
sb.append(attr.queryProp(tempPath.str()));
else
sb.append(nameOfComp).append(attr.queryProp(tempPath.str()));
}
wizDefVal.clear().append(sb);
}
else if(!strcmp(type,"computerType"))
{
if(m_wizard)
{
StringBuffer buildSetName, ipAddr;
tempPath.clear().appendf("./Programs/Build/BuildSet[%s=\"%s\"]",XML_ATTR_PROCESS_NAME,m_compName.str());
IPropertyTree* pCompTree = m_pEnv->queryPropTree(tempPath.str());
if(pCompTree)
{
buildSetName.append(pCompTree->queryProp(XML_ATTR_NAME));
CInstDetails* pInst = m_wizard->getServerIPMap(compName, buildSetName,m_pEnv);
if( pInst )
{
StringArray& ipArray = pInst->getIpAssigned();
ForEachItemIn(x, ipArray)
{
if(ipArray.ordinality() == 1)
ipAddr.append(ipArray.item(x));
else
ipAddr.append(ipArray.item(x)).append(",");
tempPath.clear().appendf("./Hardware/Computer[@netAddress=\"%s\"]",ipAddr.str());
IPropertyTree* pHard = m_pEnv->queryPropTree(tempPath.str());
if(pHard)
{
tempPath.clear().appendf("@name");
wizDefVal.clear().appendf(pHard->queryProp(tempPath.str()));
}
}
}
}
}
}
else if(!strcmp(type,"xs:string"))
{
StringBuffer nameOfComp;
tempPath.clear().appendf("./Software/%s[1]/@name",m_compName.str());
nameOfComp.clear().append(m_pEnv->queryProp(tempPath.str()));
if(!strcmp(name, "dbUser"))
{
wizDefVal.clear().append(m_wizard->getDbUser());
}
else if(!strcmp(name, "dbPassword"))
{
wizDefVal.clear().append(m_wizard->getDbPassword());
}
}
else if(!strcmp(type,"mysqlType"))
{
tempPath.clear().append("./Software/MySQLProcess[1]/@name");
wizDefVal.clear().append(m_pEnv->queryProp(tempPath.str()));
}
else if(!strcmp(type,"daliServersType"))
{
tempPath.clear().append("./Software/DaliServerProcess[1]/@name");
wizDefVal.clear().append(m_pEnv->queryProp(tempPath.str()));
}
else if(!strcmp(type,"ldapServerType"))
{
tempPath.clear().append("./Software/LdapServerProcess[1]/@name");
wizDefVal.clear().append(m_pEnv->queryProp(tempPath.str()));
}
else if(!strcmp(type, "roxieClusterType"))
{
tempPath.clear().append("./Software/RoxieCluster[1]/@name");
wizDefVal.clear().append(m_pEnv->queryProp(tempPath.str()));
}
else if(!strcmp(type, "eclServerType"))
{
tempPath.clear().append("./Software/EclCCServerProcess[1]/@name");
wizDefVal.clear().append(m_pEnv->queryProp(tempPath.str()));
}
else if(!strcmp(type, "eclCCServerType"))
{
tempPath.clear().append("./Software/EclCCServerProcess[1]/@name");
wizDefVal.clear().append(m_pEnv->queryProp(tempPath.str()));
}
else if(!strcmp(type, "espProcessType"))
{
tempPath.clear().append("./Software/EspProcess[1]/@name");
wizDefVal.clear().append(m_pEnv->queryProp(tempPath.str()));
}
else if(!strcmp(type, "espBindingType"))
{
IPropertyTree* pAppInfo = attr.queryPropTree("xs:annotation/xs:appinfo");
StringBuffer xpath;
const char* serviceType = NULL;
if (pAppInfo)
{
serviceType = pAppInfo->queryProp("serviceType");
if (serviceType)
xpath.clear().append("Software/EspService");
}
else
xpath.clear().appendf("Software/*[@buildSet='%s']", type);
wizDefVal.clear();
Owned iterEspServices = m_pEnv->getElements(xpath);
short blank = 0;
ForEach (*iterEspServices)
{
IPropertyTree* pEspService = &iterEspServices->query();
if(serviceType)
{
xpath.clear().appendf("Properties[@type='%s']", serviceType);
if (pEspService->queryPropTree(xpath.str()) == NULL)
continue;
}
Owned iter = m_pEnv->getElements("Software/EspProcess[1]");
ForEach (*iter)
{
IPropertyTree* pEspProcess = &iter->query();
xpath.clear().appendf("EspBinding[@service='%s']", pEspService->queryProp(XML_ATTR_NAME));
if(pEspProcess->queryPropTree(xpath.str()) != NULL)
wizDefVal.append(pEspProcess->queryProp(XML_ATTR_NAME)).append("/").append(pEspService->queryProp(XML_ATTR_NAME));
}
}
}
else if(!strcmp(type, "ipAddressAndPort"))
{
StringBuffer defaultPort;
tempPath.clear().append("./xs:annotation/xs:appinfo/defaultPort");
defaultPort.append(attr.queryProp(tempPath.str()));
tempPath.clear().append("./xs:annotation/xs:appinfo/autogenxpath");
if(attr.hasProp(tempPath.str()))
{
StringBuffer computerName;
computerName.append(m_pEnv->queryProp(attr.queryProp(tempPath.str())));
tempPath.clear().appendf("./Hardware/Computer[@name=\"%s\"]",computerName.str());
if(m_pEnv->hasProp(tempPath.str()))
{
IPropertyTree* pHard = m_pEnv->queryPropTree(tempPath.str());
if(pHard)
wizDefVal.clear().append(pHard->queryProp("./"XML_ATTR_NETADDRESS)).append(":").append(defaultPort);
}
}
}
}
private:
Linked m_pEnv;
Linked m_pSchemaRoot;
IPropertyTree* m_pCompTree;
IPropertyTree* m_pDefTree;
Owned m_viewChildNodes;
Owned m_multiRowNodes;
StringBuffer m_jsStrBuf;
StringBuffer m_colIndex;
StringBuffer m_columns;
StringBuffer m_xsdName;
StringBuffer m_jsName;
StringBuffer m_compName;
StringBuffer m_xpathDefn;
StringBuffer m_splitterTabName;
StringArray m_tabNameArray;
StringArray m_hiddenTabNameArray;
short m_numAttrs;
bool m_allSubTypes;
bool m_wizFlag;
bool m_genOptional;
Linked m_wizard;
};
short treeHasMultipleCompsOfSameType(Linked compTypeTree, const char* xpath)
{
Owned iter = compTypeTree->getElements(xpath);
IPropertyTree *element = NULL;
short count = 0;
if (iter)
if (iter->first())
{
if (iter->isValid())
{
element = &iter->query();
if (iter->next())
{
Owned iterDup = compTypeTree->getElements(xpath);
ForEach(*iterDup) count++;
}
else
count = 1;
}
}
return count;
}
bool generateHeadersFromXsd(IPropertyTree* pEnv, const char* xsdName, const char* jsName)
{
CGenerateJSFromXSD obj(pEnv, xsdName, jsName);
return obj.generateHeaders();
}
IPropertyTree* generateTreeFromXsd(const IPropertyTree* pEnv, IPropertyTree* pSchema, const char* compName, bool allSubTypes, bool wizFlag, CWizardInputs* pWInputs, bool genOptional)
{
Owned pCompTree(createPTree(compName));
CGenerateJSFromXSD obj(pEnv, pSchema, "", compName);
obj.setCompTree(pCompTree, allSubTypes);
obj.setWizardFlag(wizFlag);
obj.setGenerateOptional(genOptional);
obj.setWizard(pWInputs);
obj.generateHeaders();
return pCompTree.getLink();
}
bool generateHardwareHeaders(const IPropertyTree* pEnv, StringBuffer& sbDefn, bool writeOut, IPropertyTree* pCompTree)
{
if (pCompTree)
{
StringBuffer xpath,sbdefaultValue("");
IPropertyTree* pComputerType = pCompTree->addPropTree(XML_TAG_COMPUTERTYPE, createPTree());
xpath.clear().append(XML_ATTR_NAME);
pComputerType->addProp(xpath, sbdefaultValue.str());
xpath.clear().append(XML_ATTR_MANUFACTURER);
pComputerType->addProp(xpath, sbdefaultValue.str());
xpath.clear().append(XML_ATTR_COMPUTERTYPE);
pComputerType->addProp(xpath, sbdefaultValue.str());
xpath.clear().append(XML_ATTR_OPSYS);
pComputerType->addProp(xpath, sbdefaultValue.str());
xpath.clear().append(XML_ATTR_MEMORY);
pComputerType->addProp(xpath, sbdefaultValue.str());
xpath.clear().append(XML_ATTR_NICSPEED);
pComputerType->addProp(xpath, sbdefaultValue.str());
IPropertyTree* pComputer = pCompTree->addPropTree(XML_TAG_COMPUTER, createPTree());
xpath.clear().append(XML_ATTR_NAME);
pComputer->addProp(xpath, sbdefaultValue.str());
xpath.clear().append(XML_ATTR_NETADDRESS);
pComputer->addProp(xpath, sbdefaultValue.str());
xpath.clear().append(XML_ATTR_DOMAIN);
pComputer->addProp(xpath, sbdefaultValue.str());
xpath.clear().append(XML_ATTR_COMPUTERTYPE);
pComputer->addProp(xpath, sbdefaultValue.str());
IPropertyTree* pSwitch = pCompTree->addPropTree(XML_TAG_SWITCH, createPTree());
xpath.clear().append(XML_ATTR_NAME);
IPropertyTree* pDomain = pCompTree->addPropTree(XML_TAG_DOMAIN, createPTree());
xpath.clear().append(XML_ATTR_NAME);
pDomain->addProp(xpath, sbdefaultValue.str());
xpath.clear().append(XML_ATTR_USERNAME);
pDomain->addProp(xpath, sbdefaultValue.str());
xpath.clear().append(XML_ATTR_PASSWORD);
pDomain->addProp(xpath, sbdefaultValue.str());
xpath.clear().append("@snmpSecurityString");
pDomain->addProp(xpath, sbdefaultValue.str());
}
else
{
StringBuffer jsStrBuf("var compTabs = new Array();");
jsStrBuf.appendf("compTabs['Hardware'] = new Array();");
jsStrBuf.appendf("var compTabToNode = new Array();");
jsStrBuf.appendf("var cS = new Array();");
addItem(jsStrBuf, pEnv, XML_TAG_COMPUTERTYPE, TAG_NAME, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_COMPUTERTYPE, TAG_MANUFACTURER, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_COMPUTERTYPE, TAG_COMPUTERTYPE, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_COMPUTERTYPE, TAG_OPSYS, "", 0, 1, "|new Array('W2K','solaris','linux')", 4);
addItem(jsStrBuf, pEnv, XML_TAG_COMPUTERTYPE, TAG_MEMORY, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_COMPUTERTYPE, TAG_NICSPEED, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_SWITCH, TAG_NAME, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_DOMAIN, TAG_NAME, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_DOMAIN, TAG_USERNAME, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_DOMAIN, TAG_PASSWORD, "", 0, 1, "", 5);
addItem(jsStrBuf, pEnv, XML_TAG_DOMAIN, TAG_SNMPSECSTRING, "", 0, 1, "", 5);
addItem(jsStrBuf, pEnv, XML_TAG_COMPUTER, TAG_NAME, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_COMPUTER, TAG_NETADDRESS, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_COMPUTER, TAG_DOMAIN, "", 0, 1, XML_TAG_HARDWARE"/"XML_TAG_DOMAIN, 4);
addItem(jsStrBuf, pEnv, XML_TAG_COMPUTER, TAG_COMPUTERTYPE, "", 0, 1, XML_TAG_HARDWARE"/"XML_TAG_COMPUTERTYPE, 4);
jsStrBuf.appendf("compTabs['Hardware'][compTabs['Hardware'].length]= 'Computer Types';");
jsStrBuf.appendf("compTabs['Hardware'][compTabs['Hardware'].length]= 'Switches';");
jsStrBuf.appendf("compTabs['Hardware'][compTabs['Hardware'].length]= 'Domains';");
jsStrBuf.appendf("compTabs['Hardware'][compTabs['Hardware'].length]= 'Computers';");
jsStrBuf.appendf("compTabToNode['Computer Types']= 'ComputerType';");
jsStrBuf.appendf("compTabToNode['Switches']= 'Switch';");
jsStrBuf.appendf("compTabToNode['Domains']= 'Domain';");
jsStrBuf.appendf("compTabToNode['Computers']= 'Computer';");
int index = 0;
jsStrBuf.appendf("var colIndex = new Array();");
jsStrBuf.appendf("colIndex['nameComputer Types']=%d;", index++);
jsStrBuf.appendf("colIndex['manufacturerComputer Types']=%d;", index++);
jsStrBuf.appendf("colIndex['computerTypeComputer Types']=%d;", index++);
jsStrBuf.appendf("colIndex['opSysComputer Types']=%d;", index++);
jsStrBuf.appendf("colIndex['nameSwitches']=%d;", 0);
index=0;
jsStrBuf.appendf("colIndex['nameDomains']=%d;", index++);
jsStrBuf.appendf("colIndex['usernameDomains']=%d;", index++);
jsStrBuf.appendf("colIndex['passwordDomains']=%d;", index++);
index=0;
jsStrBuf.appendf("colIndex['nameComputers']=%d;", index++);
jsStrBuf.appendf("colIndex['netAddressComputers']=%d;", index++);
jsStrBuf.appendf("colIndex['domainComputers']=%d;", index++);
jsStrBuf.appendf("colIndex['computerTypeComputers']=%d;", index++);
sbDefn.clear().append(jsStrBuf);
if (writeOut)
writeToFile(CONFIGMGR_JSPATH"hardware.js", jsStrBuf);
}
return true;
}
bool generateHeadersForEnvSettings(const IPropertyTree* pEnv, StringBuffer& sbDefn, bool writeOut)
{
StringBuffer jsStrBuf("var compTabs = new Array();");
jsStrBuf.appendf("compTabs['EnvSettings'] = new Array();");
jsStrBuf.appendf("var compTabToNode = new Array();");
jsStrBuf.appendf("var cS = new Array();");
addItem(jsStrBuf, pEnv, "", TAG_SRCPATH, "", 0, 1, "", 0);
addItem(jsStrBuf, pEnv, "", TAG_LOCK, "", 0, 1, "", 0);
addItem(jsStrBuf, pEnv, "", TAG_CONFIGS, "", 0, 1, "", 0);
addItem(jsStrBuf, pEnv, "", TAG_PATH, "", 0, 1, "", 0);
addItem(jsStrBuf, pEnv, "", TAG_RUNTIME, "", 0, 1, "", 0);
jsStrBuf.appendf("compTabs['EnvSettings'][compTabs['EnvSettings'].length]= 'Attributes';");
sbDefn.clear().append(jsStrBuf);
if (writeOut)
writeToFile(CONFIGMGR_JSPATH"EnvSettings.js", jsStrBuf);
return true;
}
bool generateHeadersForEnvXmlView(const IPropertyTree* pEnv, StringBuffer& sbDefn, bool writeOut)
{
StringBuffer jsStrBuf("var compTabs = new Array();");
jsStrBuf.appendf("compTabs['Environment'] = new Array();");
jsStrBuf.appendf("var compTabToNode = new Array();");
jsStrBuf.appendf("var cS = new Array();");
jsStrBuf.appendf("var colIndex = new Array();");
int index = 0;
jsStrBuf.appendf("colIndex['nameEnvironment']=%d;", index++);
jsStrBuf.appendf("colIndex['valueEnvironment']=%d;", index++);
jsStrBuf.appendf("var attr%s%s = {};", TAG_NAME, TAG_ATTRIBUTE);
jsStrBuf.appendf("attr%s%s.tab = 'Environment';", TAG_NAME, TAG_ATTRIBUTE);
jsStrBuf.appendf("attr%s%s.tip = '';", TAG_NAME, TAG_ATTRIBUTE);
jsStrBuf.appendf("attr%s%s.hidden = 0;", TAG_NAME, TAG_ATTRIBUTE);
jsStrBuf.appendf("attr%s%s.required = 1;", TAG_NAME, TAG_ATTRIBUTE);
jsStrBuf.appendf("attr%s%s.ctrlType = 1;", TAG_NAME, TAG_ATTRIBUTE);
jsStrBuf.appendf("cS['%s%s']=attr%s%s;", TAG_NAME, TAG_ATTRIBUTE, TAG_NAME, TAG_ATTRIBUTE);
jsStrBuf.appendf("var attr%s%s = {};", TAG_VALUE, TAG_ATTRIBUTE);
jsStrBuf.appendf("attr%s%s.tab = 'Environment';", TAG_VALUE, TAG_ATTRIBUTE);
jsStrBuf.appendf("attr%s%s.tip = '';", TAG_VALUE, TAG_ATTRIBUTE);
jsStrBuf.appendf("attr%s%s.hidden = 0;", TAG_VALUE, TAG_ATTRIBUTE);
jsStrBuf.appendf("attr%s%s.required = 1;", TAG_VALUE, TAG_ATTRIBUTE);
jsStrBuf.appendf("attr%s%s.ctrlType = 1;", TAG_VALUE, TAG_ATTRIBUTE);
jsStrBuf.appendf("cS['%s%s']=attr%s%s;", TAG_VALUE, TAG_ATTRIBUTE, TAG_VALUE, TAG_ATTRIBUTE);
jsStrBuf.appendf("var attr%s%s = {};", TAG_NAME, TAG_ELEMENT);
jsStrBuf.appendf("attr%s%s.tab = 'Environment';", TAG_NAME, TAG_ELEMENT);
jsStrBuf.appendf("attr%s%s.tip = '';", TAG_NAME, TAG_ELEMENT);
jsStrBuf.appendf("attr%s%s.hidden = 0;", TAG_NAME, TAG_ELEMENT);
jsStrBuf.appendf("attr%s%s.required = 1;", TAG_NAME, TAG_ELEMENT);
jsStrBuf.appendf("attr%s%s.ctrlType = 1;", TAG_NAME, TAG_ELEMENT);
jsStrBuf.appendf("cS['%s%s']=attr%s%s;", TAG_NAME, TAG_ELEMENT, TAG_NAME, TAG_ELEMENT);
jsStrBuf.appendf("var attr%s%s = {};", TAG_VALUE, TAG_ELEMENT);
jsStrBuf.appendf("attr%s%s.tab = 'Environment';", TAG_VALUE, TAG_ELEMENT);
jsStrBuf.appendf("attr%s%s.tip = '';", TAG_VALUE, TAG_ELEMENT);
jsStrBuf.appendf("attr%s%s.hidden = 0;", TAG_VALUE, TAG_ELEMENT);
jsStrBuf.appendf("attr%s%s.required = 1;", TAG_VALUE, TAG_ELEMENT);
jsStrBuf.appendf("attr%s%s.ctrlType = 1;", TAG_VALUE, TAG_ELEMENT);
jsStrBuf.appendf("cS['%s%s']=attr%s%s;", TAG_VALUE, TAG_ELEMENT, TAG_VALUE, TAG_ELEMENT);
jsStrBuf.appendf("compTabs['Environment'][compTabs['Environment'].length]= 'Environment';");
sbDefn.clear().append(jsStrBuf);
if (writeOut)
writeToFile(CONFIGMGR_JSPATH"Environment.js", jsStrBuf);
return true;
}
bool generateHeaderForDeployableComps(const IPropertyTree* pEnv, StringBuffer& sbDefn, bool writeOut)
{
short index = 0;
StringBuffer jsStrBuf("var compTabs = new Array();");
jsStrBuf.appendf("compTabs['Deploy'] = new Array();");
jsStrBuf.appendf("var compTabToNode = new Array();");
jsStrBuf.appendf("var cS = new Array();");
jsStrBuf.appendf("var colIndex = new Array();");
addItem(jsStrBuf, pEnv, XML_TAG_COMPONENT, TAG_BUILD, "", 0, 1, "", 0);
addItem(jsStrBuf, pEnv, XML_TAG_COMPONENT, TAG_BUILDSET, "", 0, 1, "", 0);
addItem(jsStrBuf, pEnv, XML_TAG_COMPONENT, TAG_NAME, "", 0, 1, "", 0);
addItem(jsStrBuf, pEnv, XML_TAG_INSTANCES, TAG_BUILDSET, "", 0, 1, "", 0);
addItem(jsStrBuf, pEnv, XML_TAG_INSTANCES, TAG_DIRECTORY, "", 0, 1, "", 0);
addItem(jsStrBuf, pEnv, XML_TAG_INSTANCES, TAG_NODENAME, "", 0, 1, "", 0);
jsStrBuf.appendf("compTabs['Deploy'][compTabs['Deploy'].length]= 'Deploy';");
jsStrBuf.appendf("colIndex['nameDeploy']=%d;", index++);
jsStrBuf.appendf("colIndex['buildDeploy']=%d;", index++);
jsStrBuf.appendf("colIndex['buildSetDeploy']=%d;", index++);
sbDefn.clear().append(jsStrBuf);
if (writeOut)
writeToFile(CONFIGMGR_JSPATH"deploy.js", jsStrBuf);
return true;
}
bool generateHeaderForTopology(const IPropertyTree* pEnv, StringBuffer& sbDefn, bool writeOut)
{
short index = 0;
StringBuffer jsStrBuf("var compTabs = new Array();");
jsStrBuf.appendf("compTabs['Topology'] = new Array();");
jsStrBuf.appendf("var compTabToNode = new Array();");
jsStrBuf.appendf("var cS = new Array();");
addTopologyType(jsStrBuf, pEnv, "", TAG_NAME, "", 1, 1, "", 1);
addTopologyType(jsStrBuf, pEnv, "", TAG_BUILDSET, "", 1, 1, "", 1);
addTopologyType(jsStrBuf, pEnv, XML_TAG_ECLCCSERVERPROCESS, TAG_PROCESS, "", 0, 1, XML_TAG_SOFTWARE"/EclCCServerProcess", 4);
addTopologyType(jsStrBuf, pEnv, XML_TAG_ECLSCHEDULERPROCESS, TAG_PROCESS, "", 0, 1, XML_TAG_SOFTWARE"/EclSchedulerProcess", 4);
addTopologyType(jsStrBuf, pEnv, XML_TAG_ECLAGENTPROCESS, TAG_PROCESS, "", 0, 1, XML_TAG_SOFTWARE"/EclAgentProcess", 4);
addTopologyType(jsStrBuf, pEnv, XML_TAG_THORCLUSTER, TAG_PROCESS, "", 0, 1, XML_TAG_SOFTWARE"/ThorCluster", 4);
addTopologyType(jsStrBuf, pEnv, XML_TAG_ROXIECLUSTER, TAG_PROCESS, "", 0, 1, XML_TAG_SOFTWARE"/RoxieCluster", 4);
addTopologyType(jsStrBuf, pEnv, XML_TAG_CLUSTER, TAG_NAME, "", 0, 1, "", 1);
addTopologyType(jsStrBuf, pEnv, XML_TAG_CLUSTER, TAG_PREFIX, "", 0, 1, "", 1);
jsStrBuf.appendf("compTabs['Topology'][compTabs['Topology'].length]= 'Topology';");
jsStrBuf.appendf("var colIndex = new Array();");
jsStrBuf.appendf("colIndex['nameTopology']=%d;", index++);
jsStrBuf.appendf("colIndex['valueTopology']=%d;", index++);
sbDefn.append(jsStrBuf);
if (writeOut)
writeToFile(CONFIGMGR_JSPATH"Topology.js", jsStrBuf);
return true;
}
bool generateBuildHeaders(const IPropertyTree* pEnv, bool isPrograms, StringBuffer& sbDefn, bool writeOut)
{
short index = 0;
StringBuffer jsStrBuf("var compTabs = new Array();");
jsStrBuf.appendf("compTabs['Programs'] = new Array();");
jsStrBuf.appendf("var compTabToNode = new Array();");
jsStrBuf.appendf("var cS = new Array();");
addItem(jsStrBuf, pEnv, XML_TAG_PROGRAMS, TAG_NAME, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_PROGRAMS, TAG_URL, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_PROGRAMS, TAG_PATH, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_PROGRAMS, TAG_INSTALLSET, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_PROGRAMS, TAG_PROCESSNAME, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_PROGRAMS, TAG_SCHEMA, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_PROGRAMS, TAG_DEPLOYABLE, "", 0, 1, "", 1);
jsStrBuf.appendf("compTabs['Programs'][compTabs['Programs'].length]= 'Programs';");
jsStrBuf.appendf("var colIndex = new Array();");
jsStrBuf.appendf("colIndex['namePrograms']=%d;", index++);
jsStrBuf.appendf("colIndex['pathPrograms']=%d;", index++);
jsStrBuf.appendf("colIndex['installSetPrograms']=%d;", index++);
jsStrBuf.appendf("colIndex['processNamePrograms']=%d;", index++);
jsStrBuf.appendf("colIndex['schemaPrograms']=%d;", index++);
jsStrBuf.appendf("colIndex['deployablePrograms']=%d;", index++);
if (isPrograms)
sbDefn.clear().append(jsStrBuf);
if (writeOut)
writeToFile(CONFIGMGR_JSPATH"programs.js", jsStrBuf);
jsStrBuf.clear().appendf("var compTabs = new Array();");
jsStrBuf.appendf("compTabs['BuildSet'] = new Array();");
jsStrBuf.appendf("var compTabToNode = new Array();");
jsStrBuf.appendf("var cS = new Array();");
addItem(jsStrBuf, pEnv, XML_TAG_BUILDSET, TAG_NAME, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_BUILDSET, TAG_METHOD, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_BUILDSET, TAG_SRCPATH, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_BUILDSET, TAG_DESTPATH, "", 0, 1, "", 1);
addItem(jsStrBuf, pEnv, XML_TAG_BUILDSET, TAG_DESTNAME, "", 0, 1, "", 1);
jsStrBuf.appendf("compTabs['BuildSet'][compTabs['BuildSet'].length]= 'BuildSet';");
if (!isPrograms)
sbDefn.clear().append(jsStrBuf);
if (writeOut)
writeToFile(CONFIGMGR_JSPATH"buildset.js", jsStrBuf);
return true;
}
bool generateHeadersFromEnv(const IPropertyTree* pEnv, StringBuffer& sbDefn, bool writeOut)
{
StringBuffer jsStrBuf(" var nodeFullData = new Array(); \
var nodeRoot = {}; \
nodeRoot['Name'] = 'Environment'; \
nodeRoot['DisplayName'] = 'Environment'; \
nodeRoot['CompType'] = 'Environment'; \
nodeRoot['Build'] = ''; \
nodeRoot['BuildSet'] = ''; \
nodeRoot['Params'] = ''; \
nodeRoot['id'] = 0; \
nodeRoot['parent'] = -1; \
nodeRoot['depth'] = 0; \
nodeFullData[0] = nodeRoot; \
");
StringBuffer compList, espServiceList, pluginsList;
getInstalledComponents(NULL, compList, espServiceList, pluginsList, pEnv);
jsStrBuf.append("nodeRoot['menuComps'] = new Array(").append(compList).append(");");
jsStrBuf.append("nodeRoot['menuEspServices'] = new Array(").append(espServiceList).append(");");
jsStrBuf.append("nodeRoot['menuPlugins'] = new Array(").append(pluginsList).append(");");
short nodeIndex = 1;
short index = 1;
short compTypeIndex = 0;
short buildSetIndex = 0;
StringBuffer lastCompAdded;
StringBuffer xPath;
xPath.append("*");
Owned iter = pEnv->getElements(xPath.str(), iptiter_sort);
ForEach(*iter)
{
IPropertyTree& compTypeTree = iter->query();
StringBuffer compTypeName;
compTypeTree.getName(compTypeName);
if (!stricmp(compTypeName.str(), "Data") || !stricmp(compTypeName.str(), "EnvSettings") || !strcmp(compTypeName.str(), XML_TAG_PROGRAMS))
continue;
const char* pszCompTypeName = compTypeName.str();
jsStrBuf.appendf("var node%s = {};", pszCompTypeName);
jsStrBuf.appendf("node%s['Name'] = '%s';", pszCompTypeName, pszCompTypeName);
if (!strcmp(pszCompTypeName, XML_TAG_PROGRAMS))
jsStrBuf.appendf("node%s['DisplayName'] = '%s';", pszCompTypeName, "Builds");
else if (!strcmp(pszCompTypeName, "EnvSettings"))
jsStrBuf.appendf("node%s['DisplayName'] = '%s';", pszCompTypeName, "Environment Settings");
else
jsStrBuf.appendf("node%s['DisplayName'] = '%s';", pszCompTypeName, pszCompTypeName);
jsStrBuf.appendf("node%s['CompType'] = '%s';", pszCompTypeName, pszCompTypeName);
jsStrBuf.appendf("node%s['Build'] = '%s';", pszCompTypeName, "");
jsStrBuf.appendf("node%s['BuildSet'] = '%s';", pszCompTypeName, "");
jsStrBuf.appendf("node%s['menu'] = '%s';", pszCompTypeName, "m4");
jsStrBuf.appendf("node%s['Params'] = '%s';", pszCompTypeName, "");
jsStrBuf.appendf("node%s['id'] = %d;", pszCompTypeName, index);
jsStrBuf.appendf("node%s['parent'] = %d;", pszCompTypeName, 0);
jsStrBuf.appendf("node%s['depth'] = 1;", pszCompTypeName);
jsStrBuf.appendf("nodeFullData[%d] = node%s;", nodeIndex++, pszCompTypeName);
compTypeIndex = index;
index++;
Owned iter2 = compTypeTree.getElements(xPath.str(), iptiter_sort);
ForEach(*iter2)
{
IPropertyTree &compTree = iter2->query();
StringBuffer compName;
compTree.getName(compName);
const char* pszCompName = compName.str();
StringBuffer build;
StringBuffer buildset;
StringBuffer compAttrName;
build = compTree.queryProp(XML_ATTR_BUILD);
buildset = compTree.queryProp(XML_ATTR_BUILDSET);
xPath.clear().appendf("%s", pszCompName);
short multipleComps = treeHasMultipleCompsOfSameType(&compTypeTree, xPath.str());
xPath.clear().append("*");
if (compTree.hasProp(XML_ATTR_BUILD) && compTree.hasProp(XML_ATTR_BUILDSET))
{
const char* pszBuildset;
if (!strcmp(pszCompName, XML_TAG_ESPSERVICE))
pszBuildset = XML_TAG_ESPSERVICE;
else if (!strcmp(pszCompName, XML_TAG_PLUGINPROCESS))
pszBuildset = "Plugin";
else if(!strcmp(pszCompName, XML_TAG_ECLSERVERPROCESS))
pszBuildset = "EclServer";
else
pszBuildset = buildset.str();
if ((multipleComps > 1) && (lastCompAdded.length() == 0 || strcmp(lastCompAdded.str(), pszBuildset)))
{
char szBuf[200];
GetDisplayProcessName(compTree.queryName(), szBuf);
compAttrName.append(szBuf).appendf(" (%d)", multipleComps);
jsStrBuf.appendf("var node%s = {};", pszBuildset);
jsStrBuf.appendf("node%s['Name'] = '%s';", pszBuildset, ""/*pszBuildset*/);
jsStrBuf.appendf("node%s['DisplayName'] = '%s';", pszBuildset, compAttrName.str());
jsStrBuf.appendf("node%s['CompType'] = '%s';", pszBuildset, pszBuildset);
jsStrBuf.appendf("node%s['Build'] = '%s';", pszBuildset, "");
jsStrBuf.appendf("node%s['BuildSet'] = '%s';", pszBuildset, "");
jsStrBuf.appendf("node%s['menu'] = '%s';", pszBuildset, "");
jsStrBuf.appendf("node%s['Params'] = '%s';", pszBuildset, "");
jsStrBuf.appendf("node%s['id'] = %d;", pszBuildset, index);
jsStrBuf.appendf("node%s['parent'] = %d;", pszBuildset, compTypeIndex);
jsStrBuf.appendf("node%s['depth'] = 2;", pszBuildset);
jsStrBuf.appendf("nodeFullData[%d] = node%s;", nodeIndex++, pszBuildset);
buildSetIndex = index;
index++;
}
lastCompAdded.clear().append(pszBuildset);
GetDisplayName(&compTree, compAttrName, (multipleComps <= 1));
jsStrBuf.appendf("var node%s = {};", pszCompName);
jsStrBuf.appendf("node%s['Name'] = '%s';", pszCompName, compTree.queryProp(XML_ATTR_NAME));
jsStrBuf.appendf("node%s['DisplayName'] = '%s';", pszCompName, compAttrName.str());
jsStrBuf.appendf("node%s['CompType'] = '%s';", pszCompName, pszCompName);
jsStrBuf.appendf("node%s['Build'] = '%s';", pszCompName, build.str());
jsStrBuf.appendf("node%s['BuildSet'] = '%s';", pszCompName, buildset.str());
jsStrBuf.appendf("node%s['menu'] = '%s';", pszCompName, "");
jsStrBuf.appendf("node%s['Params'] = '%s';", pszCompName, "");
jsStrBuf.appendf("node%s['id'] = %d;", pszCompName, index);
jsStrBuf.appendf("node%s['parent'] = %d;", pszCompName, (multipleComps > 1)?buildSetIndex:compTypeIndex);
jsStrBuf.appendf("node%s['depth'] = %d;", pszCompName, (multipleComps > 1)?3:2);
jsStrBuf.appendf("nodeFullData[%d] = node%s;", nodeIndex++, pszCompName);
index++;
}
else if (!strcmp(pszCompName, "Directories"))
{
jsStrBuf.appendf("var node%s = {};", pszCompName);
jsStrBuf.appendf("node%s['Name'] = '%s';", pszCompName, pszCompName);
jsStrBuf.appendf("node%s['DisplayName'] = '%s';", pszCompName, pszCompName);
jsStrBuf.appendf("node%s['CompType'] = '%s';", pszCompName, pszCompName);
jsStrBuf.appendf("node%s['Build'] = '';", pszCompName);
jsStrBuf.appendf("node%s['BuildSet'] = '';", pszCompName);
jsStrBuf.appendf("node%s['menu'] = '%s';", pszCompName, "");
jsStrBuf.appendf("node%s['Params'] = '%s';", pszCompName, "");
jsStrBuf.appendf("node%s['id'] = %d;", pszCompName, index);
jsStrBuf.appendf("node%s['parent'] = %d;", pszCompName, compTypeIndex);
jsStrBuf.appendf("node%s['depth'] = %d;", pszCompName, 2);
jsStrBuf.appendf("nodeFullData[%d] = node%s;", nodeIndex++, pszCompName);
index++;
}
}
}
jsStrBuf.append("function getNavTreeData(){return nodeFullData;}");
jsStrBuf.append("(function(){navTreeData = nodeFullData;})();");
sbDefn.clear().append(jsStrBuf);
if (writeOut)
{
StringBuffer jsName(CONFIGMGR_JSPATH);
jsName.append("navtreedata.js");
writeToFile(jsName, jsStrBuf);
}
return true;
}
void generateHeaderForMisc()
{
//this file is expected when the environment is updated. so just create an empty file
StringBuffer jsName(CONFIGMGR_JSPATH);
jsName.append("refresh.js");
Owned pFile = createIFile(jsName);
}
bool generateHeaders(const IPropertyTree* pEnv, IConstEnvironment* pConstEnv)
{
StringBuffer sbTemp;
generateHeadersFromEnv(pEnv, sbTemp, true);
generateHardwareHeaders(pEnv, sbTemp, true);
generateBuildHeaders(pEnv, true, sbTemp, true);
StringBuffer xPath;
xPath.append("Software/*");
Owned iter2 = pEnv->getElements(xPath.str());
ForEach(*iter2)
{
IPropertyTree &agDef = iter2->query();
if (agDef.hasProp(XML_ATTR_BUILD) && agDef.hasProp(XML_ATTR_BUILDSET))
{
StringBuffer build;
StringBuffer buildset;
StringBuffer schemaPath;
StringBuffer jsName;
StringBuffer compName;
build = agDef.queryProp(XML_ATTR_BUILD);
buildset = agDef.queryProp(XML_ATTR_BUILDSET);
StringBuffer agName;
agDef.getName(agName);
if (!strcmp(agName.str(), XML_TAG_ESPSERVICE) || !strcmp(agName.str(), XML_TAG_PLUGINPROCESS))
compName.append(buildset);
else
compName.append(agName);
jsName.append(CONFIGMGR_JSPATH).append(compName).append(".js");
StringBuffer s;
s.append("./Programs/Build[@name='").append(build).append("']");
IPropertyTree *b = pEnv->queryPropTree(s.str());
if (b)
{
s.clear().append("BuildSet[@name='").append(buildset).append("']");
IPropertyTree *bs = b->queryPropTree(s.str());
IPropertyTree * pTree = loadSchema(b, bs, schemaPath, pConstEnv);
fprintf(stdout, "Loading schema file %s", schemaPath.str());
try
{
CGenerateJSFromXSD obj(pEnv, pTree, jsName, compName);
obj.generateHeaders();
}
catch(IException *E)
{
StringBuffer buf;
(E->errorMessage(buf).str());
printf("%s", buf.str());
E->Release();
}
}
}
}
generateHeaderForTopology(pEnv, sbTemp, true);
generateHeaderForDeployableComps(pEnv, sbTemp, true);
generateHeaderForMisc();
return true;
}
bool getComputersListWithUsage(const IPropertyTree* pEnv, StringBuffer& sbComputers, StringBuffer& sbFilter)
{
CComputerPicker cpick;
cpick.SetRootNode(pEnv);
sbComputers.clear();
toXML(cpick.getComputerTree(), sbComputers, false);
toXML(cpick.getFilterTree(), sbFilter, false);
return true;
}
bool handleRoxieOperation(IPropertyTree* pEnv, const char* cmd, const char* xmlStr)
{
CConfigEnvHelper configEnv(pEnv);
bool result = configEnv.handleRoxieOperation(cmd, xmlStr);
return result;
}
bool handleThorTopologyOp(IPropertyTree* pEnv, const char* cmd, const char* xmlStr, StringBuffer& sMsg)
{
CConfigEnvHelper configEnv(pEnv);
bool result = configEnv.handleThorTopologyOp(cmd, xmlStr, sMsg);
return result;
}
void addComponentToEnv(IPropertyTree* pEnv, const char* buildSet, StringBuffer& sbNewName, IPropertyTree* pCompTree)
{
CConfigEnvHelper configEnv(pEnv);
configEnv.addComponent(buildSet, sbNewName, pCompTree);
}
bool generateHeaderForComponent(const IPropertyTree* pEnv, IPropertyTree* pSchema, const char* compName)
{
try
{
StringBuffer jsName;
jsName.append(CONFIGMGR_JSPATH).append(compName).append(".js");
CGenerateJSFromXSD obj(pEnv, pSchema, jsName.str(), compName);
obj.generateHeaders();
return true;
}
catch(IException *E)
{
StringBuffer buf;
(E->errorMessage(buf).str());
printf("%s", buf.str());
E->Release();
}
return false;
}
void deleteRecursive(const char* path)
{
Owned pDir = createIFile(path);
if (pDir->exists())
{
if (pDir->isDirectory())
{
Owned it = pDir->directoryFiles(NULL, false, true);
ForEach(*it)
{
StringBuffer name;
it->getName(name);
StringBuffer childPath(path);
childPath.append(PATHSEPCHAR);
childPath.append(name);
deleteRecursive(childPath.str());
}
}
pDir->remove();
}
}
void getTabNameArray(const IPropertyTree* pEnv, IPropertyTree* pSchema, const char* compName, StringArray& strArray)
{
try
{
CGenerateJSFromXSD obj(pEnv, pSchema, "", compName);
obj.generateHeaders();
obj.getTabNameArray(strArray);
}
catch(IException *E)
{
StringBuffer buf;
(E->errorMessage(buf).str());
printf("%s", buf.str());
E->Release();
}
}
void getDefnPropTree(const IPropertyTree* pEnv, IPropertyTree* pSchema, const char* compName, IPropertyTree* pDefTree, StringBuffer xpathDefn)
{
try
{
CGenerateJSFromXSD obj(pEnv, pSchema, "", compName);
obj.getDefnPropTree(pDefTree, xpathDefn);
}
catch(IException *E)
{
StringBuffer buf;
(E->errorMessage(buf).str());
printf("%s", buf.str());
E->Release();
}
}
void getDefnString(const IPropertyTree* pEnv, IPropertyTree* pSchema, const char* compName, StringBuffer& compDefn, StringBuffer& viewChildNodes, StringBuffer& multiRowNodes)
{
try
{
CGenerateJSFromXSD obj(pEnv, pSchema, "", compName);
obj.getDefnString(compDefn, viewChildNodes, multiRowNodes);
}
catch(IException *E)
{
StringBuffer buf;
(E->errorMessage(buf).str());
printf("%s", buf.str());
E->Release();
}
}
bool checkComponentReferences(const IPropertyTree* pEnv,
IPropertyTree* pOrigNode,
const char* szName,
const char* xpath,
StringBuffer& sMsg,
const StringArray& attribArray,
const char* szNewName/*=NULL*/)
{
const IPropertyTree* pSoftware = pEnv->queryPropTree(XML_TAG_SOFTWARE);
// split xpath into 2 strings: one for component and the other for its childrens' xpath
// so we can report its name, if needed. For instance, if xpath is
// "Topology/EclServerProcess/EclAgentProcess" then create 2 separate xpaths:
// "Topology" and "EclServerProcess/EclAgentProcess" so we can report Topology's name.
//
StringBuffer xpath1;//component
const char* xpath2;//remaining
const char* pSlash = strchr(xpath, '/');
if (pSlash)
{
String str(xpath);
String* pStr = str.substring(0, strcspn(xpath, "/"));
xpath1.append(pStr->toCharArray());
delete pStr;
xpath2 = pSlash+1;
}
else
{
xpath1.append(xpath);
xpath2 = NULL;
}
const bool bEspProcess = !strcmp(pOrigNode->queryName(), XML_TAG_ESPPROCESS);
int nAttribs = attribArray.length();
Owned iComp = pSoftware->getElements(xpath1);
ForEach(*iComp)
{
IPropertyTree* pComp = &iComp->query();
if (pComp == pOrigNode)//resolve circular dependency - don't check against the original node!
continue;
Owned iter;
if (xpath2)
iter.setown(pComp->getElements(xpath2));
else
{
iComp->Link();
iter.setown(iComp.get());
}
ForEach(*iter)
{
pComp = &iComp->query(); //inner loop may have changed the component if xpath2 is NULL
if (pComp == pOrigNode)//resolve circular dependency - don't check against the original node!
continue;
IPropertyTree* pNode = &iter->query();
for (int i=0; iqueryProp(attribName);
if (!szValue)
continue;
bool bMatch;
if (bEspProcess)
{
const unsigned int len = strlen(szName);
bMatch = !strncmp(szValue, szName, len) && szValue[len] == '/';
}
else
bMatch = strcmp(szValue, szName)==0;
if (bMatch)
{
if (szNewName==NULL)
{
const char* szCompName = pComp->queryProp(XML_ATTR_NAME);
const char* szElemName = pComp->queryName();
sMsg.appendf("Component '%s' is referenced by %s %s component", szName, szCompName ? "the":"an instance of", szElemName);
if (szCompName)
sMsg.appendf(" '%s'", szCompName);
sMsg.append(".\nYou must remove all references before it can be deleted.");
return false;
}
else
{
if (bEspProcess)
{
StringBuffer sNewName(szNewName);
sNewName.append(szValue).appendf("%d", (int) strlen(szName));
pNode->setProp(attribName, sNewName);
}
else
pNode->setProp(attribName, szNewName);
}
}
}
}
if (xpath2==NULL)
break;
}
return true;
}
bool checkComponentReferences(const IPropertyTree* pEnv, IPropertyTree* pNode, const char* szPrevName, StringBuffer& sMsg, const char* szNewName/*=NULL*/)
{
const char* szProcess = pNode->queryName();
// A component may be referenced by other components with any attribute name
// (and not just @process), for e.g. @eclServer, @mySQL, @MySQL etc. The
// components are inter-twined with cross links amongst them and there is
// no way to figure them out dynamically generically based on just the
// schema etc. (we only load one schema at a time anyway).
// So we would hard code these rules for dependency checks based on current
// relationships until we figure out a better way to do the same in future.
// The drawback is that these rules will have to be kept in sync with the
// the introduction of newer relationships.
// We need to check for other components with different xpaths and each
// with possibly more than one attribute name so define an StringArray
// to store xpaths and another array of StringArray objects to hold list of
// attributes corresponding to the xpaths to be validated.
//
// This avoids multiple traversals of the xpath for multiple attribute names.
//
StringArray xpathArray;
StringArray attribArray[6];//we don't add attributes for more than 6 xpaths
//as for EspBinding below
int numXpaths = 0;
StringArray& attribs = attribArray[numXpaths++];
if (!strcmp(szProcess, XML_TAG_DALISERVERPROCESS))
{
xpathArray.append("*");
attribs.append("@daliServer");//EclServerProcess
attribs.append("@daliServers");
attribs.append("@daliservers");//DfuProcess
}
else if (!strcmp(szProcess, XML_TAG_ECLAGENTPROCESS))
{
xpathArray.append("Topology/Cluster/EclAgentProcess");
attribs.append("@process");
}
else if (!strcmp(szProcess, XML_TAG_ECLSERVERPROCESS))
{
xpathArray.append("*");
attribs.append("@eclServer");
xpathArray.append("Topology/EclServerProcess");
StringArray& attribs2 = attribArray[numXpaths++];
attribs2.append("@process");
}
else if (!strcmp(szProcess, XML_TAG_ECLCCSERVERPROCESS))
{
xpathArray.append("*");
attribs.append("@eclServer");
xpathArray.append("Topology/Cluster/EclCCServerProcess");
StringArray& attribs2 = attribArray[numXpaths++];
attribs2.append("@process");
}
else if (!strcmp(szProcess, XML_TAG_ECLSCHEDULERPROCESS))
{
xpathArray.append("*");
attribs.append("@eclScheduler");
xpathArray.append("Topology/Cluster/EclSchedulerProcess");
StringArray& attribs2 = attribArray[numXpaths++];
attribs2.append("@process");
}
else if (!strcmp(szProcess, XML_TAG_ESPSERVICE))
{
xpathArray.append("EspProcess/EspBinding");
attribs.append("@service");
}
else if (!strcmp(szProcess, "LDAPServerProcess"))
{
xpathArray.append("*");
attribs.append("@ldapServer");
attribs.append("ldapSecurity/@server");//under EclServer
xpathArray.append("EspProcess/Authentication");
StringArray& attribs2 = attribArray[numXpaths++];
attribs2.append("@ldapServer");
}
else if (!strcmp(szProcess, "MySQLProcess"))
{
xpathArray.append("*");
attribs.append("@mySql");
attribs.append("@MySql");
attribs.append("@database");
}
else if (!strcmp(szProcess, XML_TAG_PLUGINPROCESS))
{
xpathArray.append("EclServerProcess/PluginRef");
attribs.append("@process");
}
else if (!strcmp(szProcess, "RoxieCluster"))
{
xpathArray.append("Topology/Cluster/RoxieCluster");
attribs.append("@process");
}
else if (!strcmp(szProcess, XML_TAG_THORCLUSTER))
{
xpathArray.append("Topology/Cluster/ThorCluster");
attribs.append("@process");
}
else if (!strcmp(szProcess, XML_TAG_ESPBINDING) || !strcmp(szProcess, XML_TAG_ESPPROCESS))
{
xpathArray.append(XML_TAG_ESPSERVICE);
attribs.append("@eclWatch"); //ws_ecl
attribs.append("@attributeServer");//ws_ecl and ws_roxieconfig
xpathArray.append("EspService/WsEcl");//ws_facts and ws_distrix
attribArray[numXpaths++].append("@espBinding");
xpathArray.append("EspService/SourceAttributeServer");//ws_roxieconfig
attribArray[numXpaths++].append("@espBinding");
xpathArray.append(XML_TAG_ECLSERVERPROCESS);
attribArray[numXpaths++].append("@eclWatch");
xpathArray.append("DfuplusProcess");
attribArray[numXpaths++].append("@server");
xpathArray.append("RegressionSuite");
StringArray& attribs2 = attribArray[numXpaths++];
attribs2.append("@server");
attribs2.append("@roxieconfig");
}
else
{
xpathArray.append("*");
attribs.append(XML_ATTR_NAME);
}
bool rc = true;
for (int i=0; i 0 && endsWith(sPrefix.str(), "_")) //ends with '_'
sPrefix = sPrefix.remove(sPrefix.length() - 1, 1); //lose it
}
}
StringBuffer xpath;
xpath.appendf("./%s/%s[@name='%s']", category, processName, sName.str());
int iIdx = 2;
while (pEnv->queryPropTree(xpath))
{
sName.clear().appendf("%s_", sPrefix.str()).append(iIdx);
xpath.clear().appendf("./%s/%s[@name='%s']", category, processName, sName.str());
iIdx++;
}
return sName.str();
}
void getCommonDir(const IPropertyTree* pEnv, const char* catType, const char* buildSetName, const char* compName, StringBuffer& sbVal)
{
const IPropertyTree* pEnvDirs = pEnv->queryPropTree("Software/Directories");
const char* commonDirName = pEnvDirs->queryProp(XML_ATTR_NAME);
StringBuffer xpath;
xpath.appendf("Category[@name='%s']", catType);
Owned iterCats = pEnvDirs->getElements(xpath.str());
ForEach (*iterCats)
{
IPropertyTree* pCat = &iterCats->query();
StringBuffer sb("Override");
sb.appendf("[@component='%s'][@instance='%s']",buildSetName, compName);
IPropertyTree* pCatOver = pCat->queryPropTree(sb.str());
if (!pCatOver)
{
sb.clear().appendf("Override[@instance='%s']", compName);
Owned overIter = pCat->getElements(sb.str());
ForEach(*overIter)
{
IPropertyTree* pTmp = &overIter->query();
if (!pTmp->queryProp("@component"))
{
pCatOver = pTmp;
sbVal.clear().append(pCatOver->queryProp("@dir"));
break;
}
}
if (!pCatOver)
sbVal.clear().append(pCat->queryProp("@dir"));
}
else
sbVal.clear().append(pCatOver->queryProp("@dir"));
sbVal.replaceString("[COMPONENT]",buildSetName);
sbVal.replaceString("[INST]", compName);
sbVal.replaceString("[NAME]", commonDirName);
break;
}
}
IPropertyTree* getNewRange(const IPropertyTree* pEnv, const char* prefix, const char* domain, const char* cType, const char* startIP, const char* endIP)
{
StringBuffer sXML;
int nCount = 0;
IpAddress start(startIP);
IpAddress end(endIP);
unsigned s, e;
start.getNetAddress(sizeof(s),&s);
end.getNetAddress(sizeof(e),&e);
if( s > e)
{
s^=e^=s^=e;
const char* temp = startIP;
startIP = endIP;
endIP= temp;
}
if (start.isNull())
throw MakeStringException(-1, "Invalid start ip address: %s", startIP);
if (end.isNull())
throw MakeStringException(-1, "Invalid stop ip address: %s", endIP);
if ((s << 8) != (e << 8))
throw MakeStringException(-1, "Start and stop IP addresses must be within same subnet");
// Create string for common attributes
StringBuffer attr, val, sAttributes;
attr.appendf(" %s=\"%s\"", &XML_ATTR_DOMAIN[1], domain);
attr.appendf(" %s=\"%s\"", &XML_ATTR_COMPUTERTYPE[1], cType);
IpAddress range;
StringBuffer iprange(startIP);
String str(startIP);
iprange.append("-").append(endIP + str.lastIndexOf('.') + 1);
range.ipsetrange(iprange.str());
StringBuffer sNode("<"XML_TAG_HARDWARE">"), sName, sIP;
int count = (e >> 24) - (s >> 24) + 1;
nCount = count;
while (count--)
{
range.getIpText(sIP.clear());
unsigned x;
range.getNetAddress(sizeof(x),&x);
sName.clear().appendf("%s%03d%03d", prefix, (x >> 16) & 0xFF, (x >> 24) & 0xFF);
sNode.appendf("<"XML_TAG_COMPUTER" %s=\"%s\" %s=\"%s\" %s/>",
&XML_ATTR_NAME[1], getUniqueName(pEnv, sName, XML_TAG_COMPUTER, XML_TAG_HARDWARE),
&XML_ATTR_NETADDRESS[1], sIP.str(),
attr.str());
range.ipincrement(1);
}
if (sNode.length() > 10)
{
sNode.append("");
IPropertyTree* pTree = createPTreeFromXMLString(sNode);
return pTree;
}
else
return NULL;
}
bool ensureUniqueName(const IPropertyTree* pEnv, IPropertyTree* pParentNode, const char* sectionName, const char* newName)
{
//this function finds out nodes with a given name in a section (Hardware, Software,
//Programs or Data
//
bool bOriginalFound = false;
bool bDuplicateFound = false;
StringBuffer xpath(sectionName);
xpath.append("/").append(pParentNode->queryName());
Owned iter = pEnv->getElements(xpath);
ForEach(*iter)
{
IPropertyTree* pNode = &iter->query();
const char* name = pNode->queryProp("@name");
if (name)
{
if (pNode == pParentNode)
bOriginalFound = true;
else
if (!strcmp(name, newName))
{
bDuplicateFound = true;//cannot exit loop prematurely since this
if (bOriginalFound) //until this is set
break;
}
}
}
if (bOriginalFound && bDuplicateFound)
{
throw MakeStringException(-1, "Another %s already exists with the same name!\nPlease specify a unique name",
pParentNode->queryName());
}
return true;
}
bool ensureUniqueName(const IPropertyTree* pEnv, IPropertyTree* pParentNode, const char* szText)
{
if (!strcmp(szText, "Directories"))
throw MakeStringException(-1, "%s already exists!\nPlease specify a unique name", szText);
bool rc = ensureUniqueName(pEnv, pParentNode, "Software", szText) &&
ensureUniqueName(pEnv, pParentNode,"Hardware", szText) &&
ensureUniqueName(pEnv, pParentNode,"Programs", szText);
return rc;
}
const char* expandXPath(StringBuffer& xpath, IPropertyTree* pNode, IPropertyTree* pParentNode, int position)
{
StringBuffer xpathOut;
StringBuffer subxpath = strpbrk(xpath.str(), "/=");
if (!strcmp(subxpath.str(), ".."))
{
int skip = 2;
if (xpath.length() > 2 && xpath.charAt(2) == '/')
skip++;
subxpath = strpbrk(xpath.str() + skip, "/=]");
xpathOut.append(expandXPath(subxpath, pParentNode, NULL, -1));
}
else
if (!strcmp(subxpath.str(), "position()"))
{
char sPos[32];
itoa(position, sPos, 10);
StringBuffer sb(xpathOut.str() + position);
xpathOut.clear().append(sb);
}
else
if (subxpath.length() && subxpath.charAt(0) == '@')
xpathOut.append("`").append(pNode->queryProp(subxpath.str())).append("`");
xpath.clear().append(xpathOut);
return xpath;
}
bool xsltTransform(const StringBuffer& xml, const char* sheet, IProperties *params, StringBuffer& ret)
{
StringBuffer xsl;
if (esp::readFile(sheet, xsl)<=0)
throw MakeStringException(-1, "Can not open stylesheet %s",sheet);
Owned proc = getXslProcessor();
Owned trans = proc->createXslTransform();
trans->setXmlSource(xml.str(), xml.length());
trans->setXslSource(xsl, xsl.length());
if (params)
{
Owned it = params->getIterator();
for (it->first(); it->isValid(); it->next())
{
const char *key = it->getPropKey();
//set parameter in the XSL transform skipping over the @ prefix, if any
const char* paramName = *key == '@' ? key+1 : key;
trans->setParameter(paramName, StringBuffer().append('\'').append(params->queryProp(key)).append('\'').str());
}
}
trans->transform(ret);
return true;
}
bool onChangeAttribute(const IPropertyTree* pEnv,
IConstEnvironment* pConstEnv,
const char* attrName,
IPropertyTree* pOnChange,
IPropertyTree*& pNode,
IPropertyTree* pParentNode,
int position,
const char* szNewValue,
const char* prevValue,
const char* buildSet)
{
bool rc = false;
StringBuffer sbAttr("@");
sbAttr.append(attrName);
try
{
IPropertyTree* pComponent = pNode;
const char* xslt = pOnChange->queryProp("xslt");
StringBuffer xpath("Programs/Build");
IPropertyTree *pBuild = pEnv->queryPropTree(xpath.str());
if (pBuild)
{
xpath.clear().append("BuildSet[@name='").append(buildSet).append("']");
IPropertyTree *pBuildSet = pBuild->queryPropTree(xpath.str());
StringBuffer sXsltPath;
if (pBuildSet && connectBuildSet(pBuild, pBuildSet, sXsltPath, pConstEnv))
{
sXsltPath.append(xslt);
Owned params(createProperties());
params->setProp("@attribName", attrName);
params->setProp("@oldValue", prevValue);
params->setProp("@newValue", szNewValue);
xpath = pOnChange->queryProp("xpath");
if (xpath.length())
{
/* sample xpath is as follows so expand it:
RemoteNScfg[@espBinding=current()/../@espBinding]/Configuration[current()/position()]
*/
const char* pos;
while ((pos=strstr(xpath.str(), "current()/")) != NULL)
{
const char* pos2 = pos + sizeof("current()/")-1;
StringBuffer subxpath(strpbrk(strstr(xpath.str(), pos2), "=]"));
const int len = subxpath.length();
//xpath = xpath.Left(pos) + expandXPath(subxpath, pNode, pParentNode, position) + xpath.Mid(pos2+len);
}
params->setProp("@xpath", xpath);
}
const char* source = pOnChange->queryProp("xml");
IPropertyTree* pSourceNode = pNode;
if (source && *source)//default is just the element whose attribute got changed
{
if (!stricmp(source, "component"))
pSourceNode = pComponent;
else
throw MakeStringException(0, "Invalid source specified.");
}
StringBuffer xml;
toXML(pSourceNode, xml);
StringBuffer ret;
if (xsltTransform(xml, sXsltPath, params, ret))
{
Owned result = createPTreeFromXMLString(ret.str());
Owned iAttr = result->getAttributes();
ForEach(*iAttr)
{
const char* attrName = iAttr->queryName();
if (!pSourceNode->hasProp(attrName))
pSourceNode->addProp(attrName, iAttr->queryValue());
else
pSourceNode->setProp(attrName, iAttr->queryValue());
}
rc = true;
}
}
}
}
catch (IException* e)
{
pNode->setProp(sbAttr.str(), prevValue);
StringBuffer sMsg;
e->errorMessage(sMsg);
throw e;
}
catch(...)
{
pNode->setProp(sbAttr.str(), prevValue);
throw;
}
if (!rc)
pNode->setProp(sbAttr.str(), prevValue);
return rc;
}
void UpdateRefAttributes(IPropertyTree* pEnv, const char* szPath, const char* szAttr, const char* szOldVal, const char* szNewVal)
{
Owned iter = pEnv->getElements(szPath);
for (iter->first(); iter->isValid(); iter->next())
{
IPropertyTree& node = iter->query();
const char* szVal = node.queryProp(szAttr);
if (szVal && strcmp(szVal, szOldVal)==0)
node.setProp(szAttr, szNewVal);
}
}
void addInstanceToCompTree(const IPropertyTree* pEnvRoot,const IPropertyTree* pInstance,StringBuffer& dups,StringBuffer& resp,IConstEnvironment* pConstEnv)
{
StringBuffer buildSetPath, xpath;
const char* buildSet = pInstance->queryProp(XML_ATTR_BUILDSET);
const char* compName = pInstance->queryProp("@compName");
xpath.appendf("./Programs/Build/BuildSet[@name=\"%s\"]", buildSet);
Owned buildSetIter = pEnvRoot->getElements(xpath.str());
buildSetIter->first();
IPropertyTree* pBuildSet = &buildSetIter->query();
const char* processName = pBuildSet->queryProp(XML_ATTR_PROCESS_NAME);
Owned pSchema = loadSchema(pEnvRoot->queryPropTree("./Programs/Build[1]"), pBuildSet, buildSetPath, pConstEnv);
xpath.clear().appendf("./Software/%s[@name=\"%s\"]", processName, compName);
IPropertyTree* pCompTree = pEnvRoot->queryPropTree(xpath.str());
Owned iterInst = pInstance->getElements("*");
bool bAdded = false;
ForEach(*iterInst)
{
IPropertyTree& pComputer = iterInst->query();
xpath.clear().appendf("./Hardware/Computer[@name=\"%s\"]", pComputer.queryProp(XML_ATTR_NAME));
IPropertyTree* pComputerNode = pEnvRoot->queryPropTree(xpath.str());
xpath.clear().appendf("Instance[@netAddress=\"%s\"]", pComputerNode->queryProp(XML_ATTR_NETADDRESS));
if (pCompTree->queryPropTree(xpath.str()))
{
dups.appendf("\n%s", pComputerNode->queryProp(XML_ATTR_NETADDRESS));
continue;
}
IPropertyTree* pNode = pCompTree->addPropTree(XML_TAG_INSTANCE, createPTree());
if (pSchema)
{
Owned iter = pSchema->getElements("xs:element/xs:complexType/xs:sequence/xs:element[@name=\"Instance\"]/xs:complexType/xs:attribute");
ForEach(*iter)
{
IPropertyTree &attr = iter->query();
StringBuffer attrName("@");
attrName.append(attr.queryProp(XML_ATTR_NAME));
// we try to pull @computer and @netAddress from computerNode. Others come from default values in schema (if supplied)
const char *szAttrib;
StringBuffer sb;
if (!strcmp(attrName.str(), XML_ATTR_COMPUTER))
{
szAttrib = pComputerNode->queryProp(XML_ATTR_NAME);
if (!bAdded)
{
bAdded = true;
resp.append(szAttrib);
}
}
else if (!strcmp(attrName.str(), XML_ATTR_NETADDRESS))
szAttrib = pComputerNode->queryProp(XML_ATTR_NETADDRESS);
else if (!strcmp(attrName.str(), XML_ATTR_DIRECTORY))
{
StringBuffer rundir;
if (!getConfigurationDirectory(pEnvRoot->queryPropTree("Software/Directories"), "run", processName, compName, rundir))
sb.clear().appendf(RUNTIME_DIR"/%s", compName);
else
sb.clear().append(rundir);
szAttrib = sb.str();
}
else
szAttrib = attr.queryProp("@default");
pNode->addProp(attrName.str(), szAttrib);
}
}
}
}
void formIPList(const char* ip, StringArray& formattedIpList)
{
StringBuffer ipList(ip);
if(ipList.length())
{
ipList.replace('\n',';');
if(ipList.charAt(ipList.length()-1) == ';')
ipList.setCharAt((ipList.length()-1),' ');
StringArray sArray;
DelimToStringArray(ipList, sArray, ";");
if(sArray.ordinality() > 0 )
{
for( unsigned i = 0; i < sArray.ordinality() ; i++)
{
const char* ip = sArray.item(i);
if(ip && *ip)
{
if( strchr(ip, '-') != 0 )
{
StringArray rangeArr, commIPPart ;
StringBuffer comip;
DelimToStringArray(ip, rangeArr ,"-");
if( rangeArr.ordinality() == 2 )
{
unsigned endAddr = atoi(rangeArr.item(1));
//to get common part of IP
DelimToStringArray(rangeArr.item(0),commIPPart,".");
StringBuffer newip;
if(commIPPart.ordinality() == 4)
{
unsigned startAddr = atoi(commIPPart.item(3));
comip.clear().append(commIPPart.item(0)).append(".").append(commIPPart.item(1)).append(".").append(commIPPart.item(2)).append(".");
if( startAddr > endAddr)
startAddr^=endAddr^=startAddr^=endAddr;
while(startAddr <= endAddr)
{
newip.clear().append(comip).append(startAddr);
startAddr++;
formattedIpList.appendUniq(newip);
}
}
}
}
else
{
formattedIpList.appendUniq(ip);
}
}
}
}
}
else
throw MakeStringException(-1, "List of IP Addresses cannot be empty");
}
void buildEnvFromWizard(const char * wizardXml, const char* service,IPropertyTree* cfg, StringBuffer& envXml, MapStringTo* dirMap)
{
if(wizardXml && *wizardXml)
{
CWizardInputs wizardInputs(wizardXml, service, cfg, dirMap);
wizardInputs.setEnvironment();
wizardInputs.generateEnvironment(envXml);
if(envXml.length() == 0)
throw MakeStringException(-1, "Failed to generated the environment xml for unknown reason");
}
else
throw MakeStringException(-1, "User inputs are needed to generate the environment");
}
void runScript(StringBuffer& output, StringBuffer& errMsg, const char* pathToScript)
{
StringBuffer cmdLine;
if(checkFileExists(pathToScript))
{
char buffer[128];
cmdLine.clear().appendf(pathToScript);
#ifdef _WINDOWS
FILE *fp = _popen(cmdLine.str(), "r");
#else
FILE *fp = popen(cmdLine.str(), "r");
#endif
if(fp != NULL)
{
while ( !feof(fp) )
{
if( fgets(buffer, 128, fp))
{
output.append(buffer);
}
}
if(ferror(fp))
errMsg.clear().appendf("Some file operation error");
#ifdef _WINDOWS
_pclose(fp);
#else
pclose(fp);
#endif
if( output.length() == 0)
errMsg.clear().appendf("No IPAddresses found for environment.");
}
else
errMsg.clear().appendf("Could not open or run autodiscovery script ").appendf(pathToScript);
}
else
throw MakeStringException(-1,"The Script [%s] for getting IP addresses for environment does not exist", pathToScript);
}
bool validateIPS(const char* ipAddressList)
{
StringArray ipFormatted ;
formIPList(ipAddressList,ipFormatted);
if(ipFormatted.ordinality() > 0)
{
for (unsigned i = 0; i < ipFormatted.ordinality(); i++)
{
const char* ip = ipFormatted.item(i);
unsigned x ;
IpAddress ipaddr(ip);
ipaddr.getNetAddress(sizeof(x), &x);
if ( ipaddr.isNull())
throw MakeStringException(-1, "Invalid ip address: %s", ip);
}
}
else
throw MakeStringException(-1, "List for IP Addresses cannot be empty");
return true;
}
void getSummary(const IPropertyTree* pEnvRoot, StringBuffer& respXmlStr, bool prepareLink)
{
if(pEnvRoot)
{
StringBuffer xpath, compName, ipAssigned, computerName, linkString, buildSetName;
Owned pSummaryTree = createPTree("ComponentList");
IPropertyTree* pSWCompTree = pEnvRoot->queryPropTree(XML_TAG_SOFTWARE);
if(pSWCompTree)
{
Owned swCompIter = pSWCompTree->getElements("*");
StringArray espServiceArr;
ForEach(*swCompIter)
{
bool instanceFound = false;
IPropertyTree* pCompTree = &swCompIter->query();
if(pCompTree)
{
ipAssigned.clear();
compName.clear().append(pCompTree->queryProp(XML_ATTR_NAME));
buildSetName.clear().append(pCompTree->queryProp(XML_ATTR_BUILDSET));
xpath.clear().append("./Instance");
Owned instanceIter = pCompTree->getElements(xpath.str());
ForEach(*instanceIter)
{
instanceFound = true;
IPropertyTree* pInstance = &instanceIter->query();
if(pInstance)
{
const char* netAddr = pInstance->queryProp(XML_ATTR_NETADDRESS);
if(netAddr && *netAddr)
{
ipAssigned.append(netAddr);
ipAssigned.append(",");
}
}
}
if(!strcmp(pCompTree->queryName(), XML_TAG_ESPPROCESS))
{
if(ipAssigned.length())
{
Owned espSerIter = pCompTree->getElements("./"XML_TAG_ESPBINDING);
ForEach(*espSerIter)
{
IPropertyTree* pEspBinding = &espSerIter->query();
const char* serviceName = pEspBinding->queryProp(XML_ATTR_SERVICE);
const char* port = pEspBinding->queryProp(XML_ATTR_PORT);
const char* protocol = pEspBinding->queryProp(XML_ATTR_PROTOCOL);
const char* buildset = NULL;
xpath.clear().appendf("./%s/%s[%s=\"%s\"]", XML_TAG_SOFTWARE, XML_TAG_ESPSERVICE, XML_ATTR_NAME, serviceName);
IPropertyTree* pEspService = pEnvRoot->queryPropTree(xpath.str());
if(pEspService)
buildset = pEspService->queryProp(XML_ATTR_BUILDSET);
if(serviceName && *serviceName && port && *port)
{
if(ipAssigned.length() && ipAssigned.charAt(ipAssigned.length()-1) == ',')
ipAssigned.setCharAt((ipAssigned.length()-1),' ');
linkString.clear().appendf("%s-%s-", serviceName, (( buildset && *buildset ) ? buildset: ""));
if(prepareLink)
linkString.appendf("%s://%s:%s", ( (protocol && *protocol) ? protocol :"http" ), (ipAssigned.trim()).str(), port, ( (protocol && *protocol) ? protocol :"http" ), (ipAssigned.trim()).str(), port );
else
linkString.appendf("%s", port);
espServiceArr.append(linkString);
}
}
}
}
if(!instanceFound && (strcmp(pCompTree->queryName(), XML_TAG_ROXIECLUSTER) != 0 && strcmp(pCompTree->queryName(), XML_TAG_THORCLUSTER) != 0))
{
if(pCompTree->hasProp(XML_ATTR_COMPUTER))
{
xpath.clear().appendf("./Hardware/%s/[%s=\"%s\"]", XML_TAG_COMPUTER, XML_ATTR_NAME, pCompTree->queryProp(XML_ATTR_COMPUTER));
IPropertyTree* pHardware = pEnvRoot->queryPropTree(xpath.str());
if(pHardware)
ipAssigned.clear().append(pHardware->queryProp(XML_ATTR_NETADDRESS));
}
}
else if(!strcmp(pCompTree->queryName(), XML_TAG_ROXIECLUSTER))
{
IPropertyTree* pCluster = pEnvRoot->queryPropTree("./Software/RoxieCluster");
if(pCluster)
{
compName.clear().append(pCluster->queryProp("@name"));
xpath.clear().append("./RoxieServerProcess");
Owned serverIter = pCluster->getElements(xpath.str());
ForEach(*serverIter)
{
IPropertyTree* pServer = &serverIter->query();
const char* netAddr = pServer->queryProp(XML_ATTR_NETADDRESS);
if(netAddr && *netAddr)
{
ipAssigned.append(netAddr).append(",");
}
}
}
}
else if(!strcmp(pCompTree->queryName(), XML_TAG_THORCLUSTER))
{
IPropertyTree* pCluster = pEnvRoot->queryPropTree("./Software/ThorCluster");
if(pCluster)
{
compName.clear().append(pCluster->queryProp("@name"));
IPropertyTree* pMaster = pCluster->queryPropTree("./ThorMasterProcess");
if(pMaster)
{
computerName.clear().append(pMaster->queryProp(XML_ATTR_COMPUTER));
if(computerName.length())
{
xpath.clear().appendf("./Hardware/%s/[%s=\"%s\"]", XML_TAG_COMPUTER, XML_ATTR_NAME, computerName.str());
IPropertyTree* pHardware = pEnvRoot->queryPropTree(xpath.str());
if(pHardware)
ipAssigned.clear().append(pHardware->queryProp(XML_ATTR_NETADDRESS)).append(",");
}
}
Owned serverIter = pCluster->getElements("./ThorSlaveProcess");
ForEach(*serverIter)
{
IPropertyTree* pServer = &serverIter->query();
computerName.clear().append(pServer->queryProp(XML_ATTR_COMPUTER));
if(computerName.length())
{
xpath.clear().appendf("./Hardware/%s/[%s=\"%s\"]", XML_TAG_COMPUTER, XML_ATTR_NAME, computerName.str());
IPropertyTree* pHardware = pEnvRoot->queryPropTree(xpath.str());
if(pHardware)
ipAssigned.append(pHardware->queryProp(XML_ATTR_NETADDRESS)).append(",");
}
}
}
}
if(ipAssigned.length() && ipAssigned.charAt(ipAssigned.length()-1) == ',')
ipAssigned.setCharAt((ipAssigned.length()-1),' ');
if(ipAssigned.length() && compName.length())
{
IPropertyTree* pComponentType = pSummaryTree->addPropTree("Component", createPTree("Component"));
pComponentType->addProp("@name", compName.str());
pComponentType->addProp("@netaddresses", ipAssigned.str());
pComponentType->addProp("@buildset", ( buildSetName.length() ? buildSetName.str(): ""));
pComponentType->addProp("@espservice", "false");
}
}
}
if(espServiceArr.length() > 0)
{
ForEachItemIn(x, espServiceArr)
{
linkString.clear().append(espServiceArr.item(x));
StringArray sArray;
DelimToStringArray(linkString.str(), sArray, "-");
if(sArray.ordinality() == 3)
{
IPropertyTree* pEspServiceType = pSummaryTree->addPropTree("Component", createPTree("Component"));
pEspServiceType->addProp("@name", sArray.item(0));
pEspServiceType->addProp("@buildset", sArray.item(1));
pEspServiceType->addProp("@netaddresses", sArray.item(2));
pEspServiceType->addProp("@espservice", "true");
}
}
}
}
if(pSummaryTree)
toXML(pSummaryTree,respXmlStr);
}
else
throw MakeStringException(-1, "Environment does not have any configuration information");
}
void mergeAttributes(IPropertyTree* pTo, IPropertyTree* pFrom)
{
if (!pFrom)
return;
Owned iAttr = pFrom->getAttributes();
ForEach(*iAttr)
{
const char* attrName = iAttr->queryName();
if (!pTo->hasProp(attrName))
pTo->addProp(attrName, iAttr->queryValue());
}
}
void addEspBindingInformation(const char* xmlArg, IPropertyTree* pEnvRoot, StringBuffer& sbNewName, IConstEnvironment* pEnvironment)
{
Owned pBindings = createPTreeFromXMLString(xmlArg && *xmlArg ? xmlArg : "");
const char* type = pBindings->queryProp(XML_ATTR_TYPE);
const char* espName = pBindings->queryProp("@compName");
StringBuffer xpath;
xpath.append("./Programs/Build/BuildSet[@processName=\"EspProcess\"]");
Owned buildSetIter = pEnvRoot->getElements(xpath.str());
buildSetIter->first();
IPropertyTree* pBuildSet = &buildSetIter->query();
const char* buildSetName = pBuildSet->queryProp(XML_ATTR_NAME);
const char* processName = pBuildSet->queryProp(XML_ATTR_PROCESS_NAME);
StringBuffer buildSetPath;
Owned pSchema = loadSchema(pEnvRoot->queryPropTree("./Programs/Build[1]"), pBuildSet, buildSetPath, pEnvironment);
xpath.clear().appendf("./Software/%s[@name='%s']", processName, espName);
Owned iterItems = pBindings->getElements("Item");
bool flag = false;
ForEach (*iterItems)
{
flag = true;
IPropertyTree* pItem = &iterItems->query();
const char* bindingName = pItem->queryProp(XML_ATTR_NAME);
const char* params = pItem->queryProp("@params");
StringBuffer decodedParams(params);
decodedParams.replaceString("::", "\n");
Owned pParams = createProperties();
pParams->loadProps(decodedParams.str());
const char* pszCompType = pParams->queryProp("pcType");
const char* pszCompName = pParams->queryProp("pcName");
const char* pszSubType = pParams->queryProp("subType");
const char* pszSubTypeKey = pParams->queryProp("subTypeKey");
if (strcmp(type, XML_TAG_ESPBINDING) && bindingName)
xpath.appendf("/EspBinding[@name='%s']", bindingName);
else if (pszSubType && *pszSubType)
{
String subType(pszSubType);
int idx = subType.lastIndexOf('/');
if (idx > 0)
{
String* tmpstr = subType.substring(0, idx);
xpath.append("/").append(*tmpstr);
delete tmpstr;
}
}
IPropertyTree* pEspService = pEnvRoot->queryPropTree(xpath.str());
IPropertyTree* pCompTree = generateTreeFromXsd(pEnvRoot, pSchema, processName);
StringBuffer sb(type);
if (!strncmp(sb.str(), "_", 1))
sb.remove(0, 1);
if (!strcmp(type, XML_TAG_ESPBINDING))
{
StringBuffer sbNewName(XML_TAG_ESPBINDING);
xpath.clear().appendf("%s[@name='%s']/EspBinding", processName, espName);
getUniqueName(pEnvRoot, sbNewName, xpath.str(), XML_TAG_SOFTWARE);
xpath.clear().append(sb.str()).append("/").append(XML_ATTR_NAME);
pCompTree->setProp(xpath.str(), sbNewName);
}
if (pEspService && pCompTree)
pEspService->addPropTree(sb.str(), pCompTree->queryPropTree(sb.str()));
//If we are adding, just consider the first selection.
break;
}
if (!flag)
{
IPropertyTree* pEspService = pEnvRoot->queryPropTree(xpath.str());
IPropertyTree* pCompTree = generateTreeFromXsd(pEnvRoot, pSchema, processName);
StringBuffer sbNewName(XML_TAG_ESPBINDING);
xpath.clear().appendf("%s[@name='%s']/EspBinding", processName, espName);
getUniqueName(pEnvRoot, sbNewName, xpath.str(), XML_TAG_SOFTWARE);
xpath.clear().append(XML_TAG_ESPBINDING).append("/").append(XML_ATTR_NAME);
pCompTree->setProp(xpath.str(), sbNewName);
if (pEspService && pCompTree)
pEspService->addPropTree(XML_TAG_ESPBINDING, pCompTree->queryPropTree(XML_TAG_ESPBINDING));
}
}
bool updateDirsWithConfSettings(IPropertyTree* pEnvRoot, IProperties* pParams, bool ovrLog, bool ovrRun)
{
bool ret = false;
const char* rundir = pEnvRoot->queryProp("Software/Directories/Category[@name='run']/@dir");
StringBuffer sbdir;
if (rundir && ovrRun)
{
sbdir.clear().append(rundir);
sbdir.replaceString("[NAME]", pParams->queryProp("blockname"));
String str(sbdir.str());
if (!str.startsWith(pParams->queryProp("runtime")))
{
StringBuffer sb;
if (str.indexOf('[') > 0)
sb.append(pParams->queryProp("runtime")).append(PATHSEPCHAR).append(sbdir.str() + str.indexOf('['));
else
sb.append(str.toCharArray());
pEnvRoot->setProp("Software/Directories/Category[@name='run']/@dir", sb.str());
ret = true;
}
}
const char* logdir = pEnvRoot->queryProp("Software/Directories/Category[@name='log']/@dir");
if (logdir && ovrLog)
{
sbdir.clear().append(logdir);
sbdir.replaceString("[NAME]", pParams->queryProp("blockname"));
String str(sbdir.str());
if (!str.startsWith(pParams->queryProp("log")))
{
StringBuffer sb;
if (str.indexOf('[') > 0)
sb.append(pParams->queryProp("log")).append(PATHSEPCHAR).append(sbdir.str() + str.indexOf('['));
else
sb.append(str.toCharArray());
pEnvRoot->setProp("Software/Directories/Category[@name='log']/@dir", sb.str());
ret = true;
}
}
return ret;
}
//returns temp path that ends with path sep
//
#ifdef _WIN32
extern DWORD getLastError() { return ::GetLastError(); }
void getTempPath(char* tempPath, unsigned int bufsize, const char* subdir/*=NULL*/)
{
::GetTempPath(bufsize, tempPath);
::GetLongPathName(tempPath, tempPath, bufsize);
if (subdir && *subdir)
{
const int len = strlen(tempPath);
char* p = tempPath + len;
strcpy(p, subdir);
p += strlen(subdir);
*p++ = '\\';
*p = '\0';
}
}
#else//Linux specifics follow
extern DWORD getLastError() { return errno; }
void getTempPath(char* tempPath, unsigned int bufsize, const char* subdir/*=NULL*/)
{
assert(bufsize > 5);
strcpy(tempPath, "/tmp/");
if (subdir && *subdir)
{
strcat(tempPath, subdir);
strcat(tempPath, "/");
}
}
#endif
bool validateEnv(IConstEnvironment* pConstEnv)
{
char tempdir[_MAX_PATH];
StringBuffer sb;
while(true)
{
sb.clear().appendf("%d", msTick());
getTempPath(tempdir, sizeof(tempdir), sb.str());
if (!checkDirExists(tempdir))
{
if (recursiveCreateDirectory(tempdir))
break;
}
}
try
{
CConfigEngCallback callback(false, true);
Owned configGenMgr;
Owned pEnvRoot = &pConstEnv->getPTree();
const char* inDir = pEnvRoot->queryProp(XML_TAG_ENVSETTINGS"/path");
StringBuffer sb(inDir);
sb.append("/componentfiles/configxml");
configGenMgr.setown(createConfigGenMgr(*pConstEnv, callback, NULL, inDir?sb.str():STANDARD_CONFIGXMLDIR, tempdir, NULL, NULL, NULL));
configGenMgr->deploy(DEFLAGS_CONFIGFILES, DEBACKUP_NONE, false, false);
deleteRecursive(tempdir);
}
catch(IException* e)
{
deleteRecursive(tempdir);
StringBuffer sb, newMsg, errMsg;
e->errorMessage(sb);
String str(sb.trim());
String* sub1 = str.substring(str.lastIndexOf('[') + 1, str.length() - 1);
if (sub1)
{
String* sub2 = sub1->substring(sub1->indexOf(':') + 1, sub1->length());
if (sub2)
{
StringBuffer sb2(*sub2);
sb2.trim();
sb2.replaceString(" ", " ");
errMsg.append("Error: ").append(sb2.str()).append("\n");
delete sub2;
}
delete sub1;
}
if (errMsg.length())
{
sb.replaceString(": ", "=");
try
{
Owned pParams = createProperties();
pParams->loadProps(sb.str());
const char* ptype = pParams->queryProp("Process type");
if (ptype)
newMsg.appendf("Component Type: %s\n", ptype);
const char* cname = pParams->queryProp("Component");
if (cname)
newMsg.appendf("Component Name: %s\n", cname);
}
catch(IException* e1)
{
e1->Release();
throw e;
}
e->Release();
throw MakeStringException(-1, newMsg.append(errMsg.str()));
}
else
throw e;
}
return true;
}