Linux下的设备管理器（支持硬件信息检测、设备驱动安装和硬件性能测试）.zip

#ifndef _HW_H_ #define _HW_H_ #include <string> #include <vector> using namespace std; namespace hw { typedef enum { system, bridge, memory, processor, address, storage, disk, tape, bus, network, display, input, printer, multimedia, communication, power, volume, generic } hwClass; typedef enum { none, iomem, ioport, mem, irq, dma } hwResourceType; typedef enum { nil, boolean, integer, text } hwValueType; string strip(const string &); string asString(long); string reportSize(unsigned long long); class value { public: value(); ~value(); value(const value &); value(long long); value(const string &); value & operator =(const value &); bool operator ==(const value &) const; string asString() const; bool defined() const; private: struct value_i * This; }; } // namespace hw class hwNode { public: hwNode(const string & id, hw::hwClass c = hw::generic, const string & vendor = "", const string & product = "", const string & version = ""); hwNode(const hwNode & o); ~hwNode(); hwNode & operator =(const hwNode & o); string getId() const; void setHandle(const string & handle); string getHandle() const; bool enabled() const; bool disabled() const; void enable(); void disable(); bool claimed() const; void claim(bool claimchildren=false); void unclaim(); hw::hwClass getClass() const; const char * getClassName() const; void setClass(hw::hwClass c); string getDescription() const; void setDescription(const string & description); string getVendor() const; void setVendor(const string & vendor); string getProduct() const; void setProduct(const string & product); string getVersion() const; void setVersion(const string & version); string getDate() const; void setDate(const string &); string getSerial() const; void setSerial(const string & serial); unsigned long long getStart() const; void setStart(unsigned long long start); unsigned long long getSize() const; void setSize(unsigned long long size); unsigned long long getCapacity() const; void setCapacity(unsigned long long capacity); unsigned long long getClock() const; void setClock(unsigned long long clock); unsigned int getWidth() const; void setWidth(unsigned int width); string getSlot() const; void setSlot(const string & slot); unsigned int countChildren(hw::hwClass c = hw::generic) const; hwNode * getChild(unsigned int); hwNode * getChildByPhysId(long); hwNode * getChildByPhysId(const string &); hwNode * getChild(const string & id); hwNode * findChildByHandle(const string & handle); hwNode * findChildByLogicalName(const string & handle); hwNode * findChildByBusInfo(const string & businfo); hwNode * findChild(bool(*matchfunction)(const hwNode &)); hwNode * addChild(const hwNode & node); bool isBus() const { return countChildren()>0; } bool isCapable(const string & feature) const; void addCapability(const string & feature, const string & description = ""); void describeCapability(const string & feature, const string & description); string getCapabilities() const; vector<string> getCapabilitiesList() const; string getCapabilityDescription(const string & feature) const; void attractHandle(const string & handle); void setConfig(const string & key, const string & value); void setConfig(const string & key, unsigned long long value); string getConfig(const string & key) const; vector<string> getConfigKeys() const; vector<string> getConfigValues(const string & separator = "") const; vector<string> getLogicalNames() const; string getLogicalName() const; void setLogicalName(const string &); string getDev() const; void setDev(const string &); string getBusInfo() const; void setBusInfo(const string &); string getPhysId() const; void setPhysId(long); void setPhysId(unsigned, unsigned); void setPhysId(unsigned, unsigned, unsigned); void setPhysId(const string &); void assignPhysIds(); void addHint(const string &, const hw::value &); hw::value getHint(const string &) const; vector<string> getHints() const; void merge(const hwNode & node); void fixInconsistencies(); string asXML(unsigned level = 0); private: void setId(const string & id); bool attractsHandle(const string & handle) const; bool attractsNode(const hwNode & node) const; struct hwNode_i * This; }; #endif