glenux-school/m2.enlarge-your-data
glenux-school/m2.enlarge-your-data
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glenux 2005-10-30 23:00:42 +00:00
parent 677add88f0
commit c92bb5e352
4 changed files with 162 additions and 234 deletions
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114
src/tools/eydrle.cpp
View file

@ -1,102 +1,20 @@
#include "eyd.hh"
#include "eydrle.hh"
using namespace std;
int main(int argc, char **argv){
/*
std::string *servermsgold, *usermsg, *userparam;
int ret;
char * tmp_c_string;
ftp_cmd_t ftp_cmd;
ftp_connection_state_t cnx_state;
FtpConfig * client_conf = NULL;
servermsgold = NULL;
usermsg = NULL;
userparam = NULL;
cnx_state = FTP_STATE_DISCONNECTED;
client_conf = new FtpConfig();
ret = miniftp_args(client_conf, argc, argv);
if (ret < 0) { return EXIT_FAILURE; }
printf("Connecting to %s:%d\n... ",
client_conf->server_conf->host->c_str(),
client_conf->server_conf->port);
fflush(stdout);
XionFS::XSock *cmdXSock; // *dataXSock;
cmdXSock = new XionFS::XSock(XionFS::CLIENT,XionFS::TCP);
cmdXSock->port(client_conf->server_conf->port);
cmdXSock->dns(client_conf->server_conf->host->c_str());
cmdXSock->launch();
printf(" fait\n");
client_conf->cmd_xsocket = cmdXSock;
// init sequence
MiniFtp::ServerMsg * servermsg;
// ("220 hophop");
servermsg = ftp_cmd_recv(client_conf);
if ((servermsg->getStatus()/10) == 22){
cnx_state = FTP_STATE_CONNECTED;
} else {
cout << "ERROR\n";
return EXIT_FAILURE; // event system
}
delete(servermsg);
// init
cout <<"Auth...\n";
while(cnx_state == FTP_STATE_CONNECTED){
tmp_c_string = readline("Login...: ");
usermsg = new std::string(tmp_c_string);
ftp_cmd_send(client_conf, FTP_CMD_USER, (char*)usermsg->c_str());
free(tmp_c_string);
delete(usermsg);
servermsg = ftp_cmd_recv(client_conf);
if (servermsg->getStatus() != 331){
continue;
}
delete(servermsg);
tmp_c_string = readline("Password: ");
usermsg = new std::string(tmp_c_string);
ftp_cmd_send(client_conf, FTP_CMD_PASS, (char*)usermsg->c_str());
delete(usermsg);
servermsg = ftp_cmd_recv(client_conf);
if ((servermsg->getStatus() / 10) == 23){
cnx_state = FTP_STATE_LOGGED_IN;
}
delete(usermsg);
}
while(cnx_state == FTP_STATE_LOGGED_IN){
tmp_c_string = readline("ftp> ");
usermsg = new std::string(tmp_c_string);
//userparam = (char *) malloc(sizeof(char) * CLIENTQUERY_MAX_LENGTH);
ftp_cmd = ftp_cmd_parse(usermsg, &userparam);
//Think to keep FTP filesystem tree somewhere
ftp_cmd_send(client_conf, ftp_cmd, userparam);
if (ftp_cmd == FTP_CMD_QUIT){
printf("Disconnecting...\n");
cnx_state = FTP_STATE_DISCONNECTED;
}
free(userparam);
delete(usermsg);
free(tmp_c_string);
namespace EydTools {
EydRle::EydRle(){
_mode_compress = EYDRLE_MODE_UNDEF;
_input_file.clear();
_output_file.clear();
_cellsize = 8; // one octet each time (by default);
}
void EydRle::run(){
if (_mode_compress == EYDRLE_MODE_COMPRESS){
this->compress();
} else {
this->uncompress();
}
}
// on le garde dans un coin au chaud en attendant
// dataXSock->launch();
*/
return 0;
}

93
src/tools/eydrle_compress.cpp
View file

@ -1,45 +1,41 @@
#include <stdio.h>
#include <stdlib.h>
#include <eyd.hh>
#include <exception>
#include <vector>
#include "eydrle.hh"
void usage(){
printf("usage : bitcopy <int> <file>\n");
}
namespace EydTools {
void EydRle::compress(){
EydLib::BitGroup data;
int main(int argc, char ** argv){
EydLib::BitGroup data;
int cell_size;
std::string original;
std::string copy;
EydLib::BitReader bitread(_cellsize, 256);
bitread.open(_input_file);
if (argc<2){ usage(); exit(-1); }
cell_size = atoi(argv[1]);
original = argv[2];
EydLib::BitWriter bitwrite(_cellsize,256);
bitwrite.open(_output_file);
unsigned char c = (unsigned char)_cellsize;
bitwrite.writeDirect(&c, 1);
copy = original + ".rl1";
EydLib::BitCompressor compressor(_cellsize);
EydLib::BitReader bitread(cell_size, 256);
bitread.open(original);
printf("File opened\n");
EydLib::BitWriter bitwrite(cell_size,256);
bitwrite.open(copy);
unsigned char c = (unsigned char)cell_size;
bitwrite.writeDirect(&c, 1);
bool done=false;
std::vector<EydLib::BitGroup> record;
while(!done){
try{
data = bitread.read();
compressor.append(data);
EydLib::BitCompressor compressor(cell_size);
printf("File opened\n");
bool done=false;
std::vector<EydLib::BitGroup> record;
while(!done){
try{
data = bitread.read();
compressor.append(data);
if (compressor.hasContent()){
if (compressor.hasContent()){
std::list<EydLib::BitGroup> compressedData = compressor.flush();
std::list<EydLib::BitGroup>::iterator cmpDataIt;
for(cmpDataIt = compressedData.begin();
cmpDataIt != compressedData.end();
cmpDataIt++){
bitwrite.write((*cmpDataIt)); // cellule
}
}
} catch (EydLib::eBitReaderEndOfFile& e) {
done = true;
// on flushe le contenu de record
compressor.flushRleData();
std::list<EydLib::BitGroup> compressedData = compressor.flush();
std::list<EydLib::BitGroup>::iterator cmpDataIt;
for(cmpDataIt = compressedData.begin();
@ -47,26 +43,15 @@ int main(int argc, char ** argv){
cmpDataIt++){
bitwrite.write((*cmpDataIt)); // cellule
}
} catch (std::exception& e){
printf("ERROR\n");
}
} catch (EydLib::eBitReaderEndOfFile& e) {
done = true;
// TODO: on flushe le contenu de record
compressor.flushRleData();
std::list<EydLib::BitGroup> compressedData = compressor.flush();
std::list<EydLib::BitGroup>::iterator cmpDataIt;
for(cmpDataIt = compressedData.begin();
cmpDataIt != compressedData.end();
cmpDataIt++){
bitwrite.write((*cmpDataIt)); // cellule
}
} catch (std::exception& e){
printf("ERROR\n");
}
printf("compression done\n");
bitread.close();
bitwrite.close();
printf("file closed\n");
}
printf("compression done\n");
bitread.close();
bitwrite.close();
printf("file closed\n");
}

91
src/tools/eydrle_init.cpp
View file

@ -1,34 +1,71 @@
#include "eyd.hh"
#include "eydrle.hh"
/*
int miniftp_args(MiniFtp::FtpConfig * client_conf, int argc, char ** argv){ // GOOD
int i;
namespace EydTools {
for (i = 1; i + 1 < argc; i = i + 2){
char * opt = argv[i]; //GOOD
char * val = argv[i+1]; //GOOD
if ( (strcmp(opt, "--port") == 0) || (strcmp(opt,"-p") == 0) ){
client_conf->setServerPort(atoi(val));
continue;
}
if ( (strcmp(opt, "--host") == 0) || (strcmp(opt,"-h") == 0) ){
client_conf->setServerHost(std::string(val));
continue;
bool EydRle::init(int argc, char ** argv){
_mode_compress = EYDRLE_MODE_UNDEF;
int i;
for (i = 1; i + 1 < argc; i = i + 2){
char * opt = argv[i]; //GOOD
char * val = argv[i+1]; //GOOD
if ( (strcmp(opt, "--mode") == 0) || (strcmp(opt,"-m") == 0) ){
switch(val[0]){
case 'c':
case 'C':
_mode_compress = EYDRLE_MODE_COMPRESS;
break;
case 'u':
case 'U':
_mode_compress = EYDRLE_MODE_UNCOMPRESS;
break;
default:
_mode_compress = EYDRLE_MODE_UNDEF;
break;
}
continue;
}
if ( (strcmp(opt, "--input") == 0) || (strcmp(opt,"-i") == 0) ){
_input_file = val;
}
if ( (strcmp(opt, "--output") == 0) || (strcmp(opt,"-o") == 0) ){
_output_file = val;
}
if ( (strcmp(opt, "--cellsize") == 0) || (strcmp(opt,"-c") == 0) ){
_cellsize = atoi(val);
}
// printf("Option = %s, ",argv[i]);
// printf("value = %s\n",argv[i+1]);
}
// printf("Option = %s, ",argv[i]);
// printf("value = %s\n",argv[i+1]);
if ((_mode_compress == EYDRLE_MODE_UNDEF) ||
(_input_file.length() == 0)) {
printf("\nUsage: %s <options>\n", argv[0]);
printf("\nWhere options could be:\n");
printf("-m, --mode (c|u) Compress or uncompress\n");
printf("-i, --input <file> File to compress | uncompress\n");
printf("-o, --output <file> Destination file\n");
printf("-c, --cellsize <file> Cell size (in bits)\n");
return false;
}
if (_output_file.length() == 0){
if (_mode_compress == EYDRLE_MODE_COMPRESS){
_output_file = _input_file + ".rl1";
} else {
_output_file = _input_file + ".rl1_orig";
}
}
// setting rle
EydLib::BitGroup rleFinal(_cellsize);
_rle = rleFinal;
return true;
}
if (!client_conf->hasServerHost()
|| !client_conf->hasServerPort()) {
printf("\nUsage: %s <options>\n", argv[0]);
printf("\nWhere options could be:\n");
printf("-p, --port <integer> Port to connect on host\n");
printf("-h, --host <string> DNS or IP address of the FTP host\n");
return -1;
}
return 1;
}
*/

98
src/tools/eydrle_uncompress.cpp
View file

@ -1,47 +1,47 @@
#include <stdio.h>
#include <stdlib.h>
#include <eyd.hh>
#include <exception>
#include <vector>
#include "eydrle.hh"
void usage(){
printf("usage : bitcopy <int> <file>\n");
}
namespace EydTools {
void EydRle::uncompress(){
EydLib::BitGroup data;
int main(int argc, char ** argv){
EydLib::BitGroup data;
int cell_size;
std::string original;
std::string copy;
EydLib::BitReader bitread(_cellsize, 256);
bitread.open(_input_file);
if (argc<2){ usage(); exit(-1); }
cell_size = atoi(argv[1]);
original = argv[2];
unsigned char c;
bitread.readDirect(&c, 1);
//TODO: fixer cell_size en fonction de "c";
copy = original + ".rl2";
if (c != _cellsize){
printf("WARNING : File cellsize is %d, but uncompressing with %d\n",c, _cellsize);
}
EydLib::BitReader bitread(cell_size, 256);
bitread.open(original);
EydLib::BitWriter bitwrite(_cellsize,256);
bitwrite.open(_output_file);
unsigned char c;
bitread.readDirect(&c, 1);
//TODO: fixer cell_size en fonction de "c";
EydLib::BitUncompressor uncompressor(_cellsize);
EydLib::BitWriter bitwrite(cell_size,256);
bitwrite.open(copy);
printf("File opened\n");
EydLib::BitUncompressor uncompressor(cell_size);
bool done=false;
std::vector<EydLib::BitGroup> record;
while(!done){
try{
data = bitread.read();
uncompressor.append(data);
printf("File opened\n");
bool done=false;
std::vector<EydLib::BitGroup> record;
while(!done){
try{
data = bitread.read();
uncompressor.append(data);
if (uncompressor.hasContent()){
if (uncompressor.hasContent()){
std::list<EydLib::BitGroup> uncompressedData = uncompressor.flush();
std::list<EydLib::BitGroup>::iterator uncmpDataIt;
for(uncmpDataIt = uncompressedData.begin();
uncmpDataIt != uncompressedData.end();
uncmpDataIt++){
bitwrite.write((*uncmpDataIt)); // cellule
}
}
} catch (EydLib::eBitReaderEndOfFile& e) {
done = true;
// on flushe le contenu de record
// uncompressor.flushRleData();
std::list<EydLib::BitGroup> uncompressedData = uncompressor.flush();
std::list<EydLib::BitGroup>::iterator uncmpDataIt;
for(uncmpDataIt = uncompressedData.begin();
@ -49,27 +49,15 @@ int main(int argc, char ** argv){
uncmpDataIt++){
bitwrite.write((*uncmpDataIt)); // cellule
}
} catch (std::exception& e){
printf("ERROR\n");
}
} catch (EydLib::eBitReaderEndOfFile& e) {
done = true;
// on flushe le contenu de record
// FIXME: trouver un moyen de flusher la fin du fichier
// uncompressor.flushRleData();
std::list<EydLib::BitGroup> uncompressedData = uncompressor.flush();
std::list<EydLib::BitGroup>::iterator uncmpDataIt;
for(uncmpDataIt = uncompressedData.begin();
uncmpDataIt != uncompressedData.end();
uncmpDataIt++){
bitwrite.write((*uncmpDataIt)); // cellule
}
} catch (std::exception& e){
printf("ERROR\n");
}
printf("uncompression done\n");
bitread.close();
bitwrite.close();
printf("file closed\n");
}
printf("uncompression done\n");
bitread.close();
bitwrite.close();
printf("file closed\n");
}