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Inventory.cpp
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Inventory.cpp
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/*
* InventoryFormatOCS.cpp
*
* Created on: 11/lug/2013
* Author: Stefano Ceccherini
*/
#include "Agent.h"
#include "Components.h"
#include "Configuration.h"
#include "Inventory.h"
#include "Logger.h"
#include "NetworkInterface.h"
#include "NetworkRoster.h"
#include "ProcessRoster.h"
#include "Screens.h"
#include "Softwares.h"
#include "StorageRoster.h"
#include "Support.h"
#include "UsersRoster.h"
#include "VolumeRoster.h"
#include "XML.h"
#include "ZLibCompressor.h"
#include "http/HTTP.h"
#include "http/URL.h"
#include <cstdlib>
#include <iostream>
#include <memory>
#include <unistd.h>
#include "tinyxml2/tinyxml2.h"
Inventory::Inventory()
:
fDocument(NULL),
fContent(NULL)
{
fDocument = new tinyxml2::XMLDocument;
}
Inventory::~Inventory()
{
delete fDocument;
}
bool
Inventory::Initialize()
{
Clear();
std::string deviceID = Configuration::Get()->DeviceID();
if (deviceID.empty()) {
deviceID = GenerateDeviceID();
Configuration::Get()->SetDeviceID(deviceID.c_str());
}
Logger::LogFormat(LOG_INFO, "Inventory::Initialize(): Device ID: %s...", deviceID.c_str());
tinyxml2::XMLDeclaration* declaration = fDocument->NewDeclaration();
tinyxml2::XMLElement* request = fDocument->NewElement("REQUEST");
fDocument->LinkEndChild(declaration);
fDocument->LinkEndChild(request);
fContent = fDocument->NewElement("CONTENT");
request->LinkEndChild(fContent);
tinyxml2::XMLElement* query = fDocument->NewElement("QUERY");
// TODO: We only do Inventory
query->LinkEndChild(fDocument->NewText("INVENTORY"));
request->LinkEndChild(query);
tinyxml2::XMLElement* deviceIdElement = fDocument->NewElement("DEVICEID");
deviceIdElement->LinkEndChild(fDocument->NewText(deviceID.c_str()));
request->LinkEndChild(deviceIdElement);
Logger::LogFormat(LOG_INFO, "Inventory::Initialize(): Device ID: %s... OK!", deviceID.c_str());
return true;
}
void
Inventory::Clear()
{
fDocument->Clear();
}
bool
Inventory::Build(bool noSoftware)
{
Logger::Log(LOG_INFO, "Building inventory...");
std::string inventoryFormat = Configuration::Get()->KeyValue("format");
if (inventoryFormat.empty()) {
Logger::Log(LOG_WARNING, "No inventory format specified. Using lowest common denominator.");
}
try {
// GLPI refuses the inventory if this field is missing, ocsinventory doesn't
// care if it's present, so we always add it
// TODO: get the real version of the agent
tinyxml2::XMLElement* versionClient = fDocument->NewElement("VERSIONCLIENT");
versionClient->LinkEndChild(fDocument->NewText(Agent::Version().c_str()));
fContent->LinkEndChild(versionClient);
_AddAccountInfo();
_AddBIOSInfo();
_AddOperatingSystemInfo();
_AddCPUsInfo();
_AddStoragesInfo();
_AddDrivesInfo();
_AddMemoriesInfo();
_AddHardwareInfo();
_AddNetworksInfo();
_AddProcessesInfo();
if (!noSoftware)
_AddSoftwaresInfo();
_AddUsersInfo();
_AddVideosInfo();
_AddMonitorsInfo();
} catch (...) {
// Something failed.
}
Logger::Log(LOG_INFO, "Building inventory... Done!");
return true;
}
bool
Inventory::Save(const char* fileName)
{
if (fileName == NULL)
return false;
Logger::LogFormat(LOG_INFO, "Saving %s inventory as %s", Configuration::Get()->DeviceID().c_str(), fileName);
bool result = fDocument->SaveFile(fileName) == tinyxml2::XML_SUCCESS;
if (result)
Logger::Log(LOG_INFO, "Inventory saved correctly!");
else
Logger::Log(LOG_INFO, "Failed to save inventory!");
return result;
}
bool
Inventory::Send(const char* serverUrl)
{
// TODO: Refactor, this functions is too big!
// TODO: OCSInventory supports compressed XML, while GLPI does not
bool compress = false;
URL inventoryUrl(serverUrl);
// Prepare prolog
Logger::LogFormat(LOG_INFO, "Inventory::Send(): server URL: %s", serverUrl);
tinyxml2::XMLDocument prolog;
_WriteProlog(prolog);
char* prologData = NULL;
size_t prologLength = 0;
if (!XML::Serialize(prolog, prologData, prologLength)) {
Logger::Log(LOG_ERR, "Error while serializing XML prolog!");
return false;
}
if (compress) {
Logger::Log(LOG_INFO, "Compressing prolog...");
size_t destLength;
char* destData = NULL;
if (!ZLibCompressor::Compress(prologData, prologLength, destData, destLength)) {
Logger::Log(LOG_ERR, "Error while compressing XML prolog!");
return false;
}
Logger::Log(LOG_INFO, "Prolog compressed correctly!");
delete[] prologData;
prologData = destData;
prologLength = destLength;
}
HTTPRequestHeader requestHeader;
requestHeader.SetRequest("POST", inventoryUrl.URLString());
requestHeader.SetValue("Pragma", "no-cache");
requestHeader.SetValue("Keep-Alive", "300");
requestHeader.SetValue("Connection", "Keep-Alive, TE");
if (compress) {
requestHeader.SetValue("TE", "deflate, gzip");
requestHeader.SetContentType("application/x-compress");
}
requestHeader.SetContentLength(prologLength);
// TODO: Improve.
if (inventoryUrl.Username() != "") {
requestHeader.SetAuthentication(HTTP_AUTH_TYPE_BASIC,
inventoryUrl.Username(), inventoryUrl.Password());
}
std::string cookieValue;
HTTP httpObject;
std::string userAgentString;
for (int c = 0; c < 2; c++) {
// Try first with the new agent. If it fails, try with the old,
// safe one.
userAgentString = (c == 0) ? Agent::AgentString()
: Agent::LegacyAgentString();
requestHeader.SetUserAgent(userAgentString);
Logger::Log(LOG_INFO, "Inventory::Send(): Prolog prepared!");
Logger::LogFormat(LOG_DEBUG, "%s", requestHeader.ToString().c_str());
if (httpObject.Request(requestHeader, prologData, prologLength) != 0) {
delete[] prologData;
Logger::LogFormat(LOG_INFO, "Inventory::Send(): Failed to send prolog: %s",
httpObject.ErrorString().c_str());
return false;
}
Logger::Log(LOG_INFO, "Inventory::Send(): Try to send prolog...");
const HTTPResponseHeader& responseHeader = httpObject.LastResponse();
if (responseHeader.StatusCode() == HTTP_BAD_REQUEST) {
if (c == 0) {
Logger::LogFormat(LOG_INFO, "Server didn't accept prolog. Try again with standard agent string.");
continue;
}
}
delete[] prologData;
bool isOk = responseHeader.StatusCode() == HTTP_OK;
if (isOk)
Logger::LogFormat(LOG_INFO, "Prolog sent!");
else
Logger::LogFormat(LOG_ERR, "Sending prolog failed: %s", responseHeader.StatusString().c_str());
if (!responseHeader.HasContentLength()) {
Logger::Log(LOG_ERR, "Prolog sent, but server didn't reply correctly.");
return false;
}
std::string contentType = responseHeader.ContentType();
size_t contentLength = responseHeader.ContentLength();
Logger::LogFormat(LOG_INFO, "Got reply with content type: '%s', content length: %lu",
contentType.c_str(), static_cast<unsigned long>(contentLength));
// responseHeader keeps the ownership
char* resultData = responseHeader.Data();
// TODO: OCS Inventory always use "application/x-compressed" but
// sends a non compressed XML if we didn't compress prolog
if (!compress && contentType == "application/x-compressed")
contentType = "application/xml";
if (contentType == "application/x-compressed") {
Logger::Log(LOG_INFO, "Inventory::Send(): Decompressing reply... ");
char* decompressedData = NULL;
size_t decompressedLength = 0;
bool uncompress = ZLibCompressor::Uncompress(resultData, contentLength, decompressedData, decompressedLength);
if (!uncompress) {
Logger::Log(LOG_ERR, "failed to decompress data");
return false;
}
resultData = decompressedData;
contentLength = decompressedLength;
} else if (contentType != "application/xml") {
Logger::Log(LOG_ERR, "Unexpected reply");
Logger::Log(LOG_ERR, httpObject.LastResponse().ToString().c_str());
return false;
}
tinyxml2::XMLDocument document;
bool deserializeResult = XML::Deserialize(resultData, contentLength, document);
if (!deserializeResult) {
Logger::Log(LOG_ERR, "failed to deserialize XML");
return false;
}
#if 0
std::cout << XML::ToString(document) << std::endl;
#endif
std::string serverResponse = XML::GetElementText(document, "RESPONSE");
Logger::LogFormat(LOG_INFO, "Inventory::Send(): server replied %s", serverResponse.c_str());
if (serverResponse == "SEND")
break;
Logger::LogFormat(LOG_ERR, "Server not ready to accept inventory: %s", serverResponse.c_str());
return false;
}
char* inventoryData = NULL;
size_t inventoryLength;
Logger::Log(LOG_INFO, "Inventory::Send(): Serializing XML inventory data... ");
if (!XML::Serialize(*fDocument, inventoryData, inventoryLength)) {
Logger::Log(LOG_ERR, "Error while serializing XML data!");
return false;
}
if (compress) {
Logger::Log(LOG_INFO, "Inventory::Send(): Compressing inventory data... ");
size_t compressedLength;
char* compressedData = NULL;
if (!ZLibCompressor::Compress(inventoryData, inventoryLength, compressedData, compressedLength)) {
Logger::Log(LOG_ERR, "Error while compressing XML data!");
return false;
}
delete[] inventoryData;
inventoryData = compressedData;
inventoryLength = compressedLength;
}
requestHeader.Clear();
requestHeader.SetRequest("POST", inventoryUrl.URLString());
requestHeader.SetValue("Pragma", "no-cache");
requestHeader.SetValue("Keep-Alive", "300");
requestHeader.SetValue("Connection", "Keep-Alive");
if (compress) {
requestHeader.SetValue("TE", "deflate, gzip");
requestHeader.SetContentType("application/x-compress");
} else
requestHeader.SetContentType("application/xml");
requestHeader.SetContentLength(inventoryLength);
requestHeader.SetUserAgent(userAgentString);
if (inventoryUrl.Username() != "") {
requestHeader.SetAuthentication(HTTP_AUTH_TYPE_BASIC,
inventoryUrl.Username(), inventoryUrl.Password());
}
Logger::LogFormat(LOG_INFO, "Inventory::Send(): Sending inventory data...");
if (httpObject.Request(requestHeader, inventoryData, inventoryLength) != 0) {
delete[] inventoryData;
Logger::LogFormat(LOG_ERR, "Inventory::Send(): error while sending inventory: %s",
httpObject.ErrorString().c_str());
return false;
}
delete[] inventoryData;
const HTTPResponseHeader& responseHeader2 = httpObject.LastResponse();
bool statusOk = responseHeader2.StatusCode() == HTTP_OK;
if (!responseHeader2.HasContentLength()) {
if (!statusOk) {
Logger::Log(LOG_ERR, "Sending inventory failed");
return false;
}
}
Logger::LogFormat(LOG_ERR, "Server replied %s", responseHeader2.StatusString().c_str());
Logger::LogFormat(LOG_ERR, "%s", responseHeader2.ToString().c_str());
size_t contentLength = responseHeader2.ContentLength();
char* resultData = responseHeader2.Data();
if (responseHeader2.ContentType() == "application/xml") {
Logger::Log(LOG_INFO, "Inventory::Send(): Deserialize XML... ");
tinyxml2::XMLDocument reply;
bool deserialized = XML::Deserialize(resultData, contentLength, reply);
if (!deserialized) {
Logger::Log(LOG_ERR, "failed to deserialize XML");
return false;
}
Logger::Log(LOG_INFO, "Server replied:");
Logger::Log(LOG_INFO, XML::ToString(reply).c_str());
}
if (statusOk)
Logger::Log(LOG_INFO, "Inventory::Send(): Inventory was accepted!");
else
Logger::Log(LOG_ERR, "Inventory::Send(): Inventory was rejected by server!");
return true;
}
std::string
Inventory::ToString()
{
return XML::ToString(*fDocument);
}
void
Inventory::Print()
{
std::cout << ToString() << std::endl;
}
int
Inventory::Checksum() const
{
return 1 | 2 | 4 | 8 | 16 | 32 | 64 | 128 | 256 | 512 | 1024
| 2048 | 4096 | 8192 | 16384 | 32768 | 65536 | 131072 | 262144;
}
// Private
void
Inventory::_AddAccountInfo()
{
tinyxml2::XMLElement* accountInfo = fDocument->NewElement("ACCOUNTINFO");
fContent->LinkEndChild(accountInfo);
tinyxml2::XMLElement* keyName = fDocument->NewElement("KEYNAME");
keyName->LinkEndChild(fDocument->NewText("TAG"));
accountInfo->LinkEndChild(keyName);
std::string tag = Configuration::Get()->KeyValue("TAG");
if (tag == "")
tag = "NA";
tinyxml2::XMLElement* keyValue = fDocument->NewElement("KEYVALUE");
keyValue->LinkEndChild(fDocument->NewText(tag.c_str()));
accountInfo->LinkEndChild(keyValue);
Logger::Log(LOG_DEBUG, "\tAdded Account Info!");
}
void
Inventory::_AddBIOSInfo()
{
tinyxml2::XMLElement* bios = fDocument->NewElement("BIOS");
fContent->LinkEndChild(bios);
tinyxml2::XMLElement* assettag = fDocument->NewElement("ASSETTAG");
assettag->LinkEndChild(fDocument->NewText(gComponents["CHASSIS"].fields["asset_tag"].c_str()));
bios->LinkEndChild(assettag);
tinyxml2::XMLElement* bdate = fDocument->NewElement("BDATE");
bdate->LinkEndChild(fDocument->NewText(gComponents["BIOS"].fields["release_date"].c_str()));
bios->LinkEndChild(bdate);
tinyxml2::XMLElement* bmanufacturer = fDocument->NewElement("BMANUFACTURER");
bmanufacturer->LinkEndChild(fDocument->NewText(gComponents["BIOS"].fields["vendor"].c_str()));
bios->LinkEndChild(bmanufacturer);
tinyxml2::XMLElement* bversion = fDocument->NewElement("BVERSION");
bversion->LinkEndChild(fDocument->NewText(gComponents["BIOS"].fields["version"].c_str()));
bios->LinkEndChild(bversion);
tinyxml2::XMLElement* mmanufacturer = fDocument->NewElement("MMANUFACTURER");
mmanufacturer->LinkEndChild(fDocument->NewText(gComponents["BOARD"].fields["vendor"].c_str()));
bios->LinkEndChild(mmanufacturer);
tinyxml2::XMLElement* mSerial = fDocument->NewElement("MSN");
mSerial->LinkEndChild(fDocument->NewText(gComponents["BOARD"].fields["serial"].c_str()));
bios->LinkEndChild(mSerial);
tinyxml2::XMLElement* sManufacturer = fDocument->NewElement("SMANUFACTURER");
sManufacturer->LinkEndChild(fDocument->NewText(gComponents["SYSTEM"].fields["vendor"].c_str()));
bios->LinkEndChild(sManufacturer);
tinyxml2::XMLElement* systemModel = fDocument->NewElement("SMODEL");
systemModel->LinkEndChild(fDocument->NewText(gComponents["SYSTEM"].fields["name"].c_str()));
bios->LinkEndChild(systemModel);
// TODO: Move into backend(s)
// Some systems have this empty, or, like our MCP79s,
// "To Be Filled by O.E.M.", which is pretty much useless,
// so in that case we use the baseboard serial number
std::string systemSerial;
if (gComponents["SYSTEM"].fields["serial"].empty()
|| gComponents["SYSTEM"].fields["serial"] == "To Be Filled By O.E.M.")
systemSerial = gComponents["BOARD"].fields["serial"];
else
systemSerial = gComponents["SYSTEM"].fields["serial"];
tinyxml2::XMLElement* ssn = fDocument->NewElement("SSN");
ssn->LinkEndChild(fDocument->NewText(systemSerial.c_str()));
bios->LinkEndChild(ssn);
tinyxml2::XMLElement* type = fDocument->NewElement("TYPE");
type->LinkEndChild(fDocument->NewText(gComponents["CHASSIS"].fields["type"].c_str()));
bios->LinkEndChild(type);
Logger::Log(LOG_DEBUG, "\tAdded BIOS Info!");
}
void
Inventory::_AddOperatingSystemInfo()
{
if (Configuration::Get()->KeyValue("format") != "FORMAT_GLPI")
return;
tinyxml2::XMLElement* os = fDocument->NewElement("OPERATINGSYSTEM");
fContent->LinkEndChild(os);
tinyxml2::XMLElement* arch = fDocument->NewElement("ARCH");
arch->LinkEndChild(fDocument->NewText(gComponents["OS"].fields["architecture"].c_str()));
os->LinkEndChild(arch);
tinyxml2::XMLElement* name = fDocument->NewElement("NAME");
name->LinkEndChild(fDocument->NewText(gComponents["OS"].fields["description"].c_str()));
os->LinkEndChild(name);
tinyxml2::XMLElement* kernelName = fDocument->NewElement("KERNEL_NAME");
kernelName->LinkEndChild(fDocument->NewText(gComponents["OS"].fields["kernelname"].c_str()));
os->LinkEndChild(kernelName);
tinyxml2::XMLElement* kernelVersion = fDocument->NewElement("KERNEL_VERSION");
kernelVersion->LinkEndChild(fDocument->NewText(gComponents["OS"].fields["release"].c_str()));
os->LinkEndChild(kernelVersion);
tinyxml2::XMLElement* dnsDomain = fDocument->NewElement("DNS_DOMAIN");
dnsDomain->LinkEndChild(fDocument->NewText(gComponents["OS"].fields["domainname"].c_str()));
os->LinkEndChild(dnsDomain);
tinyxml2::XMLElement* fqdn = fDocument->NewElement("FQDN");
std::string fqdnString;
fqdnString.append(gComponents["OS"].fields["hostname"]).append(gComponents["OS"].fields["domainname"]);
fqdn->LinkEndChild(fDocument->NewText(fqdnString.c_str()));
os->LinkEndChild(fqdn);
#if 0
// TODO: Impelement these
<BOOT_TIME>2024-03-26 07:58:04</BOOT_TIME>
<FULL_NAME>
<HOSTID>
<INSTALL_DATE>
<NAME>
<SSH_KEY>
<TIMEZONE>
<NAME>Europe/Rome</NAME>
<OFFSET>+0100</OFFSET>
</TIMEZONE>
#endif
}
void
Inventory::_AddCPUsInfo()
{
std::pair<components_map::iterator, components_map::iterator> CPUs = gComponents.equal_range("CPU");
size_t cpuCount = 0;
for (components_map::iterator i = CPUs.first; i != CPUs.second; i++) {
cpuCount++;
Component& cpuInfo = (*i).second;
// TODO: Need something like "AddElement("NAME", "VALUE");
tinyxml2::XMLElement* cpu = fDocument->NewElement("CPUS");
fContent->LinkEndChild(cpu);
// OCS Inventory
if (Configuration::Get()->KeyValue("format") == "FORMAT_OCS") {
// The official OCSInventory linux Agent always reports "CPU Enabled" here
tinyxml2::XMLElement* serial = fDocument->NewElement("SERIALNUMBER");
std::string cpuSerial = cpuInfo.fields["serial"];
if (cpuSerial.empty())
cpuSerial = "CPU Enabled";
if (cpuSerial == "None")
cpuSerial = "";
serial->LinkEndChild(
fDocument->NewText(cpuSerial.c_str()));
cpu->LinkEndChild(serial);
tinyxml2::XMLElement* currentSpeed = fDocument->NewElement("CURRENT_SPEED");
currentSpeed->LinkEndChild(
fDocument->NewText(cpuInfo.fields["current_speed"].c_str()));
cpu->LinkEndChild(currentSpeed);
tinyxml2::XMLElement* cores = fDocument->NewElement("CORES");
cores->LinkEndChild(
fDocument->NewText(cpuInfo.fields["cores"].c_str()));
cpu->LinkEndChild(cores);
tinyxml2::XMLElement* arch = fDocument->NewElement("CPUARCH");
arch->LinkEndChild(
fDocument->NewText(gComponents["OS"].fields["architecture"].c_str()));
cpu->LinkEndChild(arch);
tinyxml2::XMLElement* dataWidth = fDocument->NewElement("DATA_WIDTH");
std::string dataWidthString = gComponents["CPU"].fields["width"];
if (dataWidthString.empty()) {
// TODO: This is not completely correct:
// We could have a 64 bit capable CPU on a 32 bit OS.
if (gComponents["OS"].fields["architecture"] == "x86_64")
dataWidthString = "64";
else
dataWidthString = "32";
}
dataWidth->LinkEndChild(
fDocument->NewText(dataWidthString.c_str()));
cpu->LinkEndChild(dataWidth);
// Not a copy/paste error: the fields are the same
tinyxml2::XMLElement* currentAddressWidth = fDocument->NewElement("CURRENT_ADDRESS_WIDTH");
currentAddressWidth->LinkEndChild(
fDocument->NewText(dataWidthString.c_str()));
cpu->LinkEndChild(currentAddressWidth);
tinyxml2::XMLElement* cacheSize = fDocument->NewElement("L2CACHESIZE");
cacheSize->LinkEndChild(
fDocument->NewText(cpuInfo.fields["cache_size"].c_str()));
cpu->LinkEndChild(cacheSize);
tinyxml2::XMLElement* logicalCpu = fDocument->NewElement("LOGICAL_CPUS");
logicalCpu->LinkEndChild(
fDocument->NewText(cpuInfo.fields["logical_cpus"].c_str()));
cpu->LinkEndChild(logicalCpu);
tinyxml2::XMLElement* voltage = fDocument->NewElement("VOLTAGE");
voltage->LinkEndChild(
fDocument->NewText(cpuInfo.fields["voltage"].c_str()));
cpu->LinkEndChild(voltage);
} else if (Configuration::Get()->KeyValue("format") == "FORMAT_GLPI") {
// GLPI
tinyxml2::XMLElement* cores = fDocument->NewElement("CORE");
cores->LinkEndChild(
fDocument->NewText(cpuInfo.fields["cores"].c_str()));
cpu->LinkEndChild(cores);
}
tinyxml2::XMLElement* manufacturer = fDocument->NewElement("MANUFACTURER");
cpu->LinkEndChild(manufacturer);
manufacturer->LinkEndChild(
fDocument->NewText(cpuInfo.fields["vendor"].c_str()));
tinyxml2::XMLElement* speed = fDocument->NewElement("SPEED");
speed->LinkEndChild(
fDocument->NewText(cpuInfo.fields["speed"].c_str()));
cpu->LinkEndChild(speed);
tinyxml2::XMLElement* model = fDocument->NewElement("TYPE");
model->LinkEndChild(
fDocument->NewText(cpuInfo.fields["type"].c_str()));
cpu->LinkEndChild(model);
// Not a copy/paste error
tinyxml2::XMLElement* name = fDocument->NewElement("NAME");
name->LinkEndChild(
fDocument->NewText(cpuInfo.fields["type"].c_str()));
cpu->LinkEndChild(name);
}
Logger::Log(LOG_DEBUG, "\tAdded CPUs Info!");
}
void
Inventory::_AddStoragesInfo()
{
StorageRoster storages;
storage_info info;
while (storages.GetNext(info)) {
tinyxml2::XMLElement* storage = fDocument->NewElement("STORAGES");
fContent->LinkEndChild(storage);
tinyxml2::XMLElement* manufacturer = fDocument->NewElement("MANUFACTURER");
manufacturer->LinkEndChild(fDocument->NewText(info.manufacturer.c_str()));
storage->LinkEndChild(manufacturer);
tinyxml2::XMLElement* name = fDocument->NewElement("NAME");
name->LinkEndChild(fDocument->NewText(info.name.c_str()));
storage->LinkEndChild(name);
tinyxml2::XMLElement* model = fDocument->NewElement("MODEL");
model->LinkEndChild(fDocument->NewText(info.model.c_str()));
storage->LinkEndChild(model);
tinyxml2::XMLElement* description = fDocument->NewElement("DESCRIPTION");
description->LinkEndChild(fDocument->NewText(info.description.c_str()));
storage->LinkEndChild(description);
tinyxml2::XMLElement* type = fDocument->NewElement("TYPE");
type->LinkEndChild(fDocument->NewText(info.type.c_str()));
storage->LinkEndChild(type);
tinyxml2::XMLElement* diskSize = fDocument->NewElement("DISKSIZE");
diskSize->LinkEndChild(fDocument->NewText(info.size.c_str()));
storage->LinkEndChild(diskSize);
tinyxml2::XMLElement* serialNumber = fDocument->NewElement("SERIALNUMBER");
serialNumber->LinkEndChild(fDocument->NewText(info.serial_number.c_str()));
storage->LinkEndChild(serialNumber);
tinyxml2::XMLElement* firmware = fDocument->NewElement("FIRMWARE");
firmware->LinkEndChild(fDocument->NewText(info.firmware.c_str()));
storage->LinkEndChild(firmware);
}
Logger::Log(LOG_DEBUG, "\tAdded Storage Info!");
}
void
Inventory::_AddMemoriesInfo()
{
int slotNum = 0;
for (;;) {
std::ostringstream s;
s << "MEMORY" << slotNum;
std::map<std::string, Component>::iterator i = gComponents.find(s.str());
if (i == gComponents.end())
break;
tinyxml2::XMLElement* memory = fDocument->NewElement("MEMORIES");
fContent->LinkEndChild(memory);
tinyxml2::XMLElement* description = fDocument->NewElement("DESCRIPTION");
Component ramSlot = i->second;
description->LinkEndChild(fDocument->NewText(ramSlot.fields["description"].c_str()));
memory->LinkEndChild(description);
tinyxml2::XMLElement* caption = fDocument->NewElement("CAPTION");
caption->LinkEndChild(fDocument->NewText(ramSlot.fields["caption"].c_str()));
memory->LinkEndChild(caption);
tinyxml2::XMLElement* capacity = fDocument->NewElement("CAPACITY");
capacity->LinkEndChild(fDocument->NewText(ramSlot.fields["size"].c_str()));
memory->LinkEndChild(capacity);
tinyxml2::XMLElement* purpose = fDocument->NewElement("PURPOSE");
purpose->LinkEndChild(fDocument->NewText(ramSlot.fields["purpose"].c_str()));
memory->LinkEndChild(purpose);
tinyxml2::XMLElement* type = fDocument->NewElement("TYPE");
type->LinkEndChild(fDocument->NewText(ramSlot.fields["type"].c_str()));
memory->LinkEndChild(type);
tinyxml2::XMLElement* speed = fDocument->NewElement("SPEED");
speed->LinkEndChild(fDocument->NewText(ramSlot.fields["speed"].c_str()));
memory->LinkEndChild(speed);
tinyxml2::XMLElement* numSlots = fDocument->NewElement("NUMSLOTS");
numSlots->LinkEndChild(fDocument->NewText(int_to_string(slotNum + 1).c_str()));
memory->LinkEndChild(numSlots);
tinyxml2::XMLElement* serial = fDocument->NewElement("SERIALNUMBER");
serial->LinkEndChild(fDocument->NewText(ramSlot.fields["serial"].c_str()));
memory->LinkEndChild(serial);
slotNum++;
}
Logger::Log(LOG_DEBUG, "\tAdded Memory Info!");
}
void
Inventory::_AddDrivesInfo()
{
VolumeRoster reader;
volume_info info;
while (reader.GetNext(info)) {
tinyxml2::XMLElement* drive = fDocument->NewElement("DRIVES");
fContent->LinkEndChild(drive);
tinyxml2::XMLElement* createDate = fDocument->NewElement("CREATEDATE");
createDate->LinkEndChild(fDocument->NewText(info.create_date.c_str()));
drive->LinkEndChild(createDate);
tinyxml2::XMLElement* fileSystem = fDocument->NewElement("FILESYSTEM");
fileSystem->LinkEndChild(fDocument->NewText(info.filesystem.c_str()));
drive->LinkEndChild(fileSystem);
tinyxml2::XMLElement* freeSpace = fDocument->NewElement("FREE");
freeSpace->LinkEndChild(fDocument->NewText(int_to_string(info.free).c_str()));
drive->LinkEndChild(freeSpace);
tinyxml2::XMLElement* label = fDocument->NewElement("LABEL");
label->LinkEndChild(fDocument->NewText(info.label.c_str()));
drive->LinkEndChild(label);
tinyxml2::XMLElement* serial = fDocument->NewElement("SERIAL");
serial->LinkEndChild(fDocument->NewText(info.serial.c_str()));
drive->LinkEndChild(serial);
tinyxml2::XMLElement* total = fDocument->NewElement("TOTAL");
total->LinkEndChild(fDocument->NewText(int_to_string(info.total).c_str()));
drive->LinkEndChild(total);
tinyxml2::XMLElement* type = fDocument->NewElement("TYPE");
type->LinkEndChild(fDocument->NewText(info.type.c_str()));
drive->LinkEndChild(type);
tinyxml2::XMLElement* volumeName = fDocument->NewElement("VOLUMN");
volumeName->LinkEndChild(fDocument->NewText(info.name.c_str()));
drive->LinkEndChild(volumeName);
}
Logger::Log(LOG_DEBUG, "\tAdded Drives info!");
}
void
Inventory::_AddHardwareInfo()
{
tinyxml2::XMLElement* hardware = fDocument->NewElement("HARDWARE");
fContent->LinkEndChild(hardware);
tinyxml2::XMLElement* checksum = fDocument->NewElement("CHECKSUM");
checksum->LinkEndChild(fDocument->NewText(int_to_string(Checksum()).c_str()));
hardware->LinkEndChild(checksum);
// Find first active interface
NetworkRoster roster;
NetworkInterface interface;
unsigned int cookie = 0;
while (roster.GetNextInterface(&cookie, interface) == 0) {
if (!interface.IsLoopback() && interface.HasIPAddress()
&& interface.HasDefaultGateway()) {
tinyxml2::XMLElement* ipAddress = fDocument->NewElement("IPADDR");
ipAddress->LinkEndChild(fDocument->NewText(interface.IPAddress().c_str()));
hardware->LinkEndChild(ipAddress);
std::string defaultGateway = interface.DefaultGateway();
tinyxml2::XMLElement* defaultGW = fDocument->NewElement("DEFAULTGATEWAY");
defaultGW->LinkEndChild(fDocument->NewText(defaultGateway.c_str()));
hardware->LinkEndChild(defaultGW);
break;
}
}
Component& osInfo = gComponents["OS"] ;
tinyxml2::XMLElement* description = fDocument->NewElement("DESCRIPTION");
std::string descriptionString;
descriptionString.append(osInfo.fields["architecture"]).append("/");
description->LinkEndChild(fDocument->NewText(descriptionString.c_str()));
hardware->LinkEndChild(description);
tinyxml2::XMLElement* memory = fDocument->NewElement("MEMORY");
memory->LinkEndChild(fDocument->NewText(osInfo.fields["memory"].c_str()));
hardware->LinkEndChild(memory);
tinyxml2::XMLElement* name = fDocument->NewElement("NAME");
name->LinkEndChild(fDocument->NewText(osInfo.fields["hostname"].c_str()));
hardware->LinkEndChild(name);
tinyxml2::XMLElement* osComments = fDocument->NewElement("OSCOMMENTS");
osComments->LinkEndChild(fDocument->NewText(osInfo.fields["comments"].c_str()));
hardware->LinkEndChild(osComments);
tinyxml2::XMLElement* osName = fDocument->NewElement("OSNAME");
osName->LinkEndChild(fDocument->NewText(osInfo.fields["description"].c_str()));
hardware->LinkEndChild(osName);
tinyxml2::XMLElement* osVersion = fDocument->NewElement("OSVERSION");
osVersion->LinkEndChild(fDocument->NewText(osInfo.fields["release"].c_str()));
hardware->LinkEndChild(osVersion);
std::pair<components_map::iterator, components_map::iterator> CPUs = gComponents.equal_range("CPU");
size_t cpuCount = 0;
for (components_map::iterator i = CPUs.first; i != CPUs.second; i++) {
cpuCount++;
Component cpuInfo = (*i).second;
tinyxml2::XMLElement* processorS = fDocument->NewElement("PROCESSORS");
processorS->LinkEndChild(fDocument->NewText(cpuInfo.fields["speed"].c_str()));
hardware->LinkEndChild(processorS);
tinyxml2::XMLElement* processorT = fDocument->NewElement("PROCESSORT");
processorT->LinkEndChild(fDocument->NewText(cpuInfo.fields["type"].c_str()));
hardware->LinkEndChild(processorT);
}
tinyxml2::XMLElement* processorN = fDocument->NewElement("PROCESSORN");
processorN->LinkEndChild(fDocument->NewText(int_to_string(cpuCount).c_str()));
hardware->LinkEndChild(processorN);
if (Configuration::Get()->KeyValue("format") == "FORMAT_OCS") {
tinyxml2::XMLElement* arch = fDocument->NewElement("ARCH");
arch->LinkEndChild(fDocument->NewText(osInfo.fields["architecture"].c_str()));
hardware->LinkEndChild(arch);
}
tinyxml2::XMLElement* swap = fDocument->NewElement("SWAP");
swap->LinkEndChild(fDocument->NewText(osInfo.fields["swap"].c_str()));
hardware->LinkEndChild(swap);
tinyxml2::XMLElement* userID = fDocument->NewElement("USERID");
// TODO: Fix this. Use the process user ?
userID->LinkEndChild(fDocument->NewText("root"));
hardware->LinkEndChild(userID);
tinyxml2::XMLElement* uuid = fDocument->NewElement("UUID");
uuid->LinkEndChild(fDocument->NewText(gComponents["SYSTEM"].fields["uuid"].c_str()));
hardware->LinkEndChild(uuid);
tinyxml2::XMLElement* vmSystem = fDocument->NewElement("VMSYSTEM");
vmSystem->LinkEndChild(fDocument->NewText("Physical"));
hardware->LinkEndChild(vmSystem);
tinyxml2::XMLElement* workGroup = fDocument->NewElement("WORKGROUP");
workGroup->LinkEndChild(fDocument->NewText(osInfo.fields["domainname"].c_str()));
hardware->LinkEndChild(workGroup);
UsersRoster users;
user_entry user;
if (users.GetNext(user)) {
tinyxml2::XMLElement* dateLastLoggedUser = fDocument->NewElement("DATELASTLOGGEDUSER");
dateLastLoggedUser->LinkEndChild(fDocument->NewText(user.logintimestring.c_str()));
hardware->LinkEndChild(dateLastLoggedUser);
tinyxml2::XMLElement* lastLoggedUser = fDocument->NewElement("LASTLOGGEDUSER");
lastLoggedUser->LinkEndChild(fDocument->NewText(user.login.c_str()));
hardware->LinkEndChild(lastLoggedUser);
}
Logger::Log(LOG_DEBUG, "\tAdded Hardware info!");
}
void
Inventory::_AddNetworksInfo()
{
NetworkRoster roster;
NetworkInterface interface;
unsigned int cookie = 0;
while (roster.GetNextInterface(&cookie, interface) == 0) {
if (interface.IsLoopback())
continue;
tinyxml2::XMLElement* networks = fDocument->NewElement("NETWORKS");
fContent->LinkEndChild(networks);
tinyxml2::XMLElement* description = fDocument->NewElement("DESCRIPTION");
description->LinkEndChild(fDocument->NewText(interface.Name().c_str()));
networks->LinkEndChild(description);
tinyxml2::XMLElement* driver = fDocument->NewElement("DRIVER");
driver->LinkEndChild(fDocument->NewText("pif"));
networks->LinkEndChild(driver);
tinyxml2::XMLElement* ipAddress = fDocument->NewElement("IPADDRESS");
ipAddress->LinkEndChild(fDocument->NewText(interface.IPAddress().c_str()));
networks->LinkEndChild(ipAddress);
tinyxml2::XMLElement* ipDHCP = fDocument->NewElement("IPDHCP");
ipDHCP->LinkEndChild(fDocument->NewText(""));
networks->LinkEndChild(ipDHCP);
tinyxml2::XMLElement* gateway = fDocument->NewElement("IPGATEWAY");
std::string gatewayString = interface.DefaultGateway();
gateway->LinkEndChild(fDocument->NewText(gatewayString.c_str()));
networks->LinkEndChild(gateway);
tinyxml2::XMLElement* ipMask = fDocument->NewElement("IPMASK");
ipMask->LinkEndChild(fDocument->NewText(interface.NetMask().c_str()));
networks->LinkEndChild(ipMask);
tinyxml2::XMLElement* ipSubnet = fDocument->NewElement("IPSUBNET");
ipSubnet->LinkEndChild(fDocument->NewText(interface.Network().c_str()));
networks->LinkEndChild(ipSubnet);
tinyxml2::XMLElement* mac = fDocument->NewElement("MACADDR");
mac->LinkEndChild(fDocument->NewText(interface.HardwareAddress().c_str()));
networks->LinkEndChild(mac);
tinyxml2::XMLElement* pciSlot = fDocument->NewElement("PCISLOT");
pciSlot->LinkEndChild(fDocument->NewText(""));
networks->LinkEndChild(pciSlot);
tinyxml2::XMLElement* status = fDocument->NewElement("STATUS");
status->LinkEndChild(fDocument->NewText(interface.Status().c_str()));
networks->LinkEndChild(status);
tinyxml2::XMLElement* type = fDocument->NewElement("TYPE");
type->LinkEndChild(fDocument->NewText(interface.Type().c_str()));
networks->LinkEndChild(type);
tinyxml2::XMLElement* speed = fDocument->NewElement("SPEED");
speed->LinkEndChild(fDocument->NewText(interface.Speed().c_str()));
networks->LinkEndChild(speed);
tinyxml2::XMLElement* virtualDevice = fDocument->NewElement("VIRTUALDEV");
virtualDevice->LinkEndChild(fDocument->NewText(""));
networks->LinkEndChild(virtualDevice);
}
Logger::Log(LOG_DEBUG, "\tAdded Networks info!");
}
void
Inventory::_AddProcessesInfo()
{
RunningProcessesList processList;
process_info processInfo;
while (processList.GetNext(processInfo)) {
tinyxml2::XMLElement* process = fDocument->NewElement("PROCESSES");
fContent->LinkEndChild(process);
tinyxml2::XMLElement* cmd = fDocument->NewElement("CMD");
cmd->LinkEndChild(fDocument->NewText(processInfo.cmdline.c_str()));
process->LinkEndChild(cmd);
#if 0
tinyxml2::XMLElement* cpuUsage = fDocument->NewElement("CPUUSAGE");
cpuUsage->LinkEndChild(fDocument->NewText(""));
process->LinkEndChild(cpuUsage);
#endif
tinyxml2::XMLElement* mem = fDocument->NewElement("MEM");
mem->LinkEndChild(fDocument->NewText(int_to_string(processInfo.memory).c_str()));
process->LinkEndChild(mem);
tinyxml2::XMLElement* pid = fDocument->NewElement("PID");
pid->LinkEndChild(fDocument->NewText(int_to_string(processInfo.pid).c_str()));
process->LinkEndChild(pid);
tinyxml2::XMLElement* started = fDocument->NewElement("STARTED");
started->LinkEndChild(fDocument->NewText(""));
process->LinkEndChild(started);