#include "human_readable_format.h" #include using namespace std; using namespace thin_provisioning; //---------------------------------------------------------------- namespace { class hr_emitter : public emitter { public: hr_emitter(ostream &out) : out_(out) { } void begin_superblock(string const &uuid, uint64_t time, uint64_t trans_id, uint32_t data_block_size) { out_ << "begin superblock: " << uuid << ", " << time << ", " << trans_id << ", " << data_block_size << endl; } void end_superblock() { out_ << "end superblock" << endl; } void begin_device(uint32_t dev_id, uint64_t mapped_blocks, uint64_t trans_id, uint64_t creation_time, uint64_t snap_time) { out_ << "device: " << dev_id << endl << "mapped_blocks: " << mapped_blocks << endl << "transaction: " << trans_id << endl << "creation time: " << creation_time << endl << "snap time: " << snap_time << endl; } void end_device() { out_ << endl; } void begin_named_mapping(string const &name) { out_ << "begin named mapping" << endl; } void end_named_mapping() { out_ << "end named mapping" << endl; } void identifier(string const &name) { out_ << "identifier: " << name << endl; } void range_map(uint64_t origin_begin, uint64_t data_begin, uint64_t len) { out_ << " (" << origin_begin << ".." << origin_begin + len - 1 << ") -> (" << data_begin << ".." << data_begin + len - 1 << ")" << endl; } void single_map(uint64_t origin_block, uint64_t data_block) { out_ << " " << origin_block << " -> " << data_block << endl; } private: ostream &out_; }; } //---------------------------------------------------------------- thin_provisioning::emitter::ptr thin_provisioning::create_human_readable_emitter(ostream &out) { return emitter::ptr(new hr_emitter(out)); } //----------------------------------------------------------------