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comprendre le code

lundi 13 avril 2009 à 17:04:06 | comprendre le code

nouha23

26 msg

je veu comprendre ce classe Networc-config-Dlg et son principe et éxplication de ses fonctions.

/**************************************************************************/

/* WIRE1x for Vista Version 1.0.1: An open-source IEEE 802.1x supplicant */

/* for Microsoft Windows based on Xsupplicant of Open1x. */

/* */

/* This code is released under both the GPL version 2 and BSD licenses. */

/* Either license may be used. */

/* */

/**************************************************************************/

// NETWORK_Config_Dlg.cpp

#include

"stdafx.h"

#include

"WIRE1x_v.h"

#include

"NETWORK_Config_Dlg.h"

#include

"data_config.h"

#include

"certdlg.h"

#include

"USERINFO_Dlg.h"

#include

"SIM_Setting_Dlg.h"

#include

"User_cert_Dlg.h"

extern

Network_config_data network_data;

// NETWORK_Config_Dlg

IMPLEMENT_DYNAMIC(NETWORK_Config_Dlg, CDialog)

NETWORK_Config_Dlg::NETWORK_Config_Dlg(CWnd* pParent

/*=NULL*/)

: CDialog(NETWORK_Config_Dlg::IDD, pParent)

{

}

NETWORK_Config_Dlg::~NETWORK_Config_Dlg()

{

}

void

NETWORK_Config_Dlg::DoDataExchange(CDataExchange* pDX)

{

CDialog::DoDataExchange(pDX);

DDX_Control(pDX, IDC_COMBO2, m_auth_type);

DDX_Control(pDX, IDC_COMBO3, m_dataencryp);

DDX_Control(pDX, IDC_EDIT1, m_key);

DDX_Control(pDX, IDC_CHECK_PW, m_pwcheck);

DDX_Control(pDX, IDC_EAP_COMBO, m_eap_method);

DDX_Control(pDX, IDC_VERIFY_CHECK, m_verify_check);

DDX_Control(pDX, IDC_TUNNEL_COMBO, m_tunnel_protocol);

DDX_Control(pDX, IDC_VERIFY_BUTTON, m_cert_setting);

DDX_Control(pDX, IDC_EAP_SETTING, m_eap_setting);

}

BEGIN_MESSAGE_MAP(NETWORK_Config_Dlg, CDialog)

ON_BN_CLICKED(IDC_VERIFY_BUTTON, &NETWORK_Config_Dlg::OnBnClickedVerifyButton)

ON_CBN_SELCHANGE(IDC_COMBO2, &NETWORK_Config_Dlg::OnCbnSelchangeCombo2)

ON_BN_CLICKED(IDC_CHECK_PW, &NETWORK_Config_Dlg::OnBnClickedCheckPw)

ON_BN_CLICKED(IDOK, &NETWORK_Config_Dlg::OnBnClickedOk)

ON_EN_CHANGE(IDC_EDIT1, &NETWORK_Config_Dlg::OnEnChangeEdit1)

ON_CBN_SELCHANGE(IDC_EAP_COMBO, &NETWORK_Config_Dlg::OnCbnSelchangeEapCombo)

ON_BN_CLICKED(IDC_VERIFY_CHECK, &NETWORK_Config_Dlg::OnBnClickedVerifyCheck)

ON_BN_CLICKED(IDC_EAP_SETTING, &NETWORK_Config_Dlg::OnBnClickedEapSetting)

ON_CBN_SELCHANGE(IDC_COMBO3, &NETWORK_Config_Dlg::OnCbnSelchangeCombo3)

END_MESSAGE_MAP()

// NETWORK_Config_Dlg

BOOL NETWORK_Config_Dlg::OnInitDialog()

{

CDialog::OnInitDialog();

char mychar = '*';

m_key.SetPasswordChar(mychar);

m_auth_type.AddString(

"Open");

m_auth_type.AddString(

"Shared");

m_auth_type.AddString(

"WPA-Enterprise");

m_auth_type.AddString(

"WPA-Personal");

m_auth_type.AddString(

"WPA2-Enterprise");

m_auth_type.AddString(

"WPA2-Personal");

m_eap_method.AddString(

"EAP-TLS");

m_eap_method.AddString(

"EAP-TTLS");

m_eap_method.AddString(

"EAP-PEAP");

m_eap_method.AddString(

"EAP-SIM");

m_eap_method.AddString(

"EAP-AKA");

if(network_data.auth_type == open){

m_auth_type.SetCurSel(0);

m_dataencryp.AddString(

"NONE");

m_dataencryp.AddString(

"WEP");

if(network_data.encryp_type== none){

m_dataencryp.SetCurSel(0);

m_eap_method.EnableWindow(FALSE);

m_tunnel_protocol.EnableWindow(FALSE);

m_verify_check.EnableWindow(FALSE);

m_key.EnableWindow(FALSE);

}

elseif(network_data.encryp_type == wep){

m_dataencryp.SetCurSel(1);

m_key.EnableWindow(TRUE);

}

elseif(network_data.auth_type == shared){

m_auth_type.SetCurSel(0);

m_dataencryp.AddString(

"NONE");

m_dataencryp.AddString(

"WEP");

if(network_data.encryp_type== none){

m_dataencryp.SetCurSel(0);

m_eap_method.EnableWindow(FALSE);

m_tunnel_protocol.EnableWindow(FALSE);

m_verify_check.EnableWindow(FALSE);

m_key.EnableWindow(FALSE);

}

elseif(network_data.encryp_type == wep){

m_dataencryp.SetCurSel(1);

m_key.EnableWindow(TRUE);

}

elseif(network_data.auth_type == wpa){

m_auth_type.SetCurSel(2);

m_dataencryp.AddString(

"TKIP");

m_dataencryp.AddString(

"AES");

m_eap_method.EnableWindow(TRUE);

m_tunnel_protocol.EnableWindow(TRUE);

m_eap_setting.EnableWindow(TRUE);

m_key.EnableWindow(FALSE);

if(network_data.encryp_type == tkip){

m_dataencryp.SetCurSel(0);

}

elseif(network_data.encryp_type == aes){

m_dataencryp.SetCurSel(1);

}

elseif(network_data.auth_type == wpapsk){

m_auth_type.SetCurSel(3);

m_dataencryp.AddString(

"TKIP");

m_dataencryp.AddString(

"AES");

m_key.EnableWindow(TRUE);

m_pwcheck.EnableWindow(TRUE);

m_eap_method.EnableWindow(FALSE);

m_tunnel_protocol.EnableWindow(FALSE);

m_eap_setting.EnableWindow(FALSE);

m_key.EnableWindow(TRUE);

if(network_data.encryp_type == tkip){

m_dataencryp.SetCurSel(0);

}

elseif(network_data.encryp_type == aes){

m_dataencryp.SetCurSel(1);

}

elseif(network_data.auth_type == wpa2){

m_auth_type.SetCurSel(4);

m_dataencryp.AddString(

"TKIP");

m_dataencryp.AddString(

"AES");

m_eap_method.EnableWindow(TRUE);

m_tunnel_protocol.EnableWindow(TRUE);

m_eap_setting.EnableWindow(TRUE);

m_key.EnableWindow(FALSE);

if(network_data.encryp_type == tkip){

m_dataencryp.SetCurSel(0);

}

elseif(network_data.encryp_type == aes){

m_dataencryp.SetCurSel(1);

}

elseif(network_data.auth_type == wpa2psk){

m_auth_type.SetCurSel(5);

m_dataencryp.AddString(

"TKIP");

m_dataencryp.AddString(

"AES");

m_key.EnableWindow(TRUE);

m_pwcheck.EnableWindow(TRUE);

m_eap_method.EnableWindow(FALSE);

m_tunnel_protocol.EnableWindow(FALSE);

m_eap_setting.EnableWindow(FALSE);

m_key.EnableWindow(TRUE);

if(network_data.encryp_type == tkip){

m_dataencryp.SetCurSel(0);

}

elseif(network_data.encryp_type == aes){

m_dataencryp.SetCurSel(1);

}

if(network_data.eap_type == tls)

{

m_eap_method.SetCurSel(0);

m_verify_check.EnableWindow(TRUE);

m_verify_check.ShowWindow(1);

m_cert_setting.ShowWindow(1);

}

elseif(network_data.eap_type == peap)

{

m_eap_method.SetCurSel(2);

m_verify_check.EnableWindow(TRUE);

m_verify_check.ShowWindow(1);

m_cert_setting.ShowWindow(1);

m_tunnel_protocol.AddString(

"MSCHAPv2");

m_tunnel_protocol.AddString(

"EAP-GTC");

if(network_data.eap_innertype == mschapv2){

m_tunnel_protocol.SetCurSel(0);

}

elseif(network_data.eap_innertype == gtc){

m_tunnel_protocol.SetCurSel(1);

}

elseif(network_data.eap_type == ttls)

{

m_eap_method.SetCurSel(1);

m_verify_check.EnableWindow(TRUE);

m_verify_check.ShowWindow(1);

m_cert_setting.ShowWindow(1);

m_tunnel_protocol.AddString(

"PAP");

m_tunnel_protocol.AddString(

"EAP-MD5");

m_tunnel_protocol.AddString(

"CHAP");

m_tunnel_protocol.AddString(

"MSCHAP");

m_tunnel_protocol.AddString(

"MSCHAPv2");

if(network_data.eap_innertype == pap){

m_tunnel_protocol.SetCurSel(0);

}

elseif(network_data.eap_innertype == md5){

m_tunnel_protocol.SetCurSel(1);

}

elseif(network_data.eap_innertype == chap){

m_tunnel_protocol.SetCurSel(2);

}

elseif(network_data.eap_innertype == mschap){

m_tunnel_protocol.SetCurSel(3);

}

elseif(network_data.eap_innertype == mschapv2){

m_tunnel_protocol.SetCurSel(4);

}

elseif(network_data.eap_type == sim)

{

m_eap_method.SetCurSel(3);

m_verify_check.EnableWindow(FALSE);

}

elseif(network_data.eap_type == aka)

{

m_eap_method.SetCurSel(4);

m_verify_check.EnableWindow(FALSE);

}

elseif(network_data.eap_type == no_eap){

m_eap_method.SetCurSel(1);

m_tunnel_protocol.AddString(

"PAP");

m_tunnel_protocol.AddString(

"EAP-MD5");

m_tunnel_protocol.AddString(

"CHAP");

m_tunnel_protocol.AddString(

"MSCHAP");

m_tunnel_protocol.AddString(

"MSCHAPv2");

m_tunnel_protocol.SetCurSel(0);

m_verify_check.EnableWindow(FALSE);

}

if(network_data.verifycert == 1){

m_verify_check.SetCheck(1);

if(IsDlgButtonChecked(IDC_VERIFY_CHECK)== FALSE){

m_cert_setting.EnableWindow(FALSE);

}

else

m_cert_setting.EnableWindow(TRUE);

}

else{

m_verify_check.EnableWindow(FALSE);

}

m_key.SetWindowTextA(network_data.key);

return TRUE;

}

// NETWORK_Config_Dlg

void

NETWORK_Config_Dlg::OnCbnSelchangeCombo2()

{

char temp2[20];

GetDlgItemText(IDC_COMBO2,temp2, 20);

if(strcmp("WPA-Enterprise",temp2) == 0)

{

m_dataencryp.ResetContent();

m_dataencryp.AddString(

"TKIP");

m_dataencryp.AddString(

"AES");

m_dataencryp.SetCurSel(0);

network_data.auth_type = wpa;

m_eap_method.EnableWindow(TRUE);

m_tunnel_protocol.EnableWindow(TRUE);

m_verify_check.EnableWindow(TRUE);

m_eap_setting.EnableWindow(TRUE);

m_key.EnableWindow(FALSE);

m_key.SetWindowTextA(

"");

}

elseif(strcmp("WPA2-Enterprise",temp2) == 0)

{

m_dataencryp.ResetContent();

m_dataencryp.AddString(

"TKIP");

m_dataencryp.AddString(

"AES");

m_dataencryp.SetCurSel(0);

network_data.auth_type = wpa2;

m_eap_method.EnableWindow(TRUE);

m_tunnel_protocol.EnableWindow(TRUE);

m_verify_check.EnableWindow(TRUE);

m_eap_setting.EnableWindow(TRUE);

m_key.EnableWindow(FALSE);

m_key.SetWindowTextA(

"");

}

elseif(strcmp("WPA-Personal",temp2) == 0)

{

m_dataencryp.ResetContent();

m_dataencryp.AddString(

"TKIP");

m_dataencryp.AddString(

"AES");

m_dataencryp.SetCurSel(0);

network_data.auth_type = wpapsk;

m_eap_method.EnableWindow(FALSE);

m_tunnel_protocol.EnableWindow(FALSE);

m_verify_check.EnableWindow(FALSE);

m_eap_setting.EnableWindow(FALSE);

m_key.EnableWindow(TRUE);

}

elseif(strcmp("WPA2-Personal",temp2) == 0)

{

m_dataencryp.ResetContent();

m_dataencryp.AddString(

"TKIP");

m_dataencryp.AddString(

"AES");

m_dataencryp.SetCurSel(0);

network_data.auth_type = wpa2psk;

m_eap_method.EnableWindow(FALSE);

m_tunnel_protocol.EnableWindow(FALSE);

m_verify_check.EnableWindow(FALSE);

m_eap_setting.EnableWindow(FALSE);

m_key.EnableWindow(TRUE);

}

elseif(strcmp("Open",temp2) == 0)

{

m_dataencryp.ResetContent();

m_dataencryp.AddString(

"NONE");

m_dataencryp.AddString(

"WEP");

m_dataencryp.SetCurSel(0);

network_data.auth_type = open;

network_data.encryp_type = none;

m_eap_method.EnableWindow(FALSE);

m_tunnel_protocol.EnableWindow(FALSE);

m_verify_check.EnableWindow(FALSE);

m_eap_setting.EnableWindow(FALSE);

m_key.EnableWindow(FALSE);

m_key.SetWindowTextA(

"");

}

elseif(strcmp("Shared",temp2) == 0)

{

m_dataencryp.ResetContent();

m_dataencryp.AddString(

"NONE");

m_dataencryp.AddString(

"WEP");

m_dataencryp.SetCurSel(0);

network_data.auth_type = shared;

network_data.encryp_type = none;

m_eap_method.EnableWindow(FALSE);

m_tunnel_protocol.EnableWindow(FALSE);

m_verify_check.EnableWindow(FALSE);

m_eap_setting.EnableWindow(FALSE);

m_key.EnableWindow(FALSE);

m_key.SetWindowTextA(

"");

}

void

NETWORK_Config_Dlg::OnBnClickedCheckPw()

{

// TODO: Add extra initialization here

char mychar = '*';

if(m_pwcheck.GetCheck() == BST_CHECKED)

{

m_key.SetPasswordChar(0);

}

else

{

m_key.SetPasswordChar(mychar);

}

void

NETWORK_Config_Dlg::OnBnClickedOk()

{

// TODO: Add extra initialization here

CString username;

CString password;

CString eap;

CString eap_inner;

CString key;

char temp[20];

GetDlgItemText(IDC_COMBO3,temp, 10);

m_eap_method.GetWindowTextA(eap);

m_tunnel_protocol.GetWindowTextA(eap_inner);

m_key.GetWindowTextA(key);

if(strcmp("TKIP",temp) == 0){

network_data.encryp_type = tkip;

}

elseif(strcmp("AES",temp) == 0){

network_data.encryp_type = aes;

}

elseif(strcmp("NONE",temp) == 0){

network_data.encryp_type = none;

}

elseif(strcmp("WEP",temp) == 0){

network_data.encryp_type = wep;

}

if(strcmp("EAP-TLS",eap) == 0){

network_data.eap_type = tls;

strcpy_s(network_data.password,

"WIRE1x8888");

}

elseif(strcmp("EAP-TTLS",eap) == 0){

network_data.eap_type = ttls;

}

elseif(strcmp("EAP-PEAP",eap) == 0){

network_data.eap_type = peap;

}

elseif(strcmp("EAP-SIM",eap) == 0){

network_data.eap_type = sim;

}

elseif(strcmp("EAP-AKA",eap) == 0){

network_data.eap_type = aka;

}

if(strcmp("PAP",eap_inner) == 0){

network_data.eap_innertype = pap;

}

elseif(strcmp("MSCHAPv2",eap_inner) == 0){

network_data.eap_innertype = mschapv2;

}

elseif(strcmp("EAP-GTC",eap_inner) == 0){

network_data.eap_innertype = gtc;

}

elseif(strcmp("EAP-MD5",eap_inner) == 0){

network_data.eap_innertype = md5;

}

elseif(strcmp("CHAP",eap_inner) == 0){

network_data.eap_innertype = chap;

}

elseif(strcmp("MSCHAP",eap_inner) == 0){

network_data.eap_innertype = mschap;

}

else{

network_data.eap_innertype = no_inner;

}

if(m_verify_check.GetCheck() == BST_CHECKED){

network_data.verifycert = 1;

}

else

{

network_data.verifycert = 0;

strcpy_s(network_data.rootcertname,

"");

}

strcpy(network_data.key,key);

store_profile();

OnOK();

}

void

NETWORK_Config_Dlg::OnEnChangeEdit1()

{

CString key;

char key_char[100];

m_key.GetWindowTextA(key);

strcpy_s(key_char,key);

if((network_data.auth_type == open || network_data.auth_type == shared) && network_data.encryp_type == wep){

if(strcmp(key_char,"") != 0){

m_eap_method.EnableWindow(FALSE);

m_eap_setting.EnableWindow(FALSE);

m_tunnel_protocol.EnableWindow(FALSE);

m_verify_check.EnableWindow(FALSE);

}

else{

m_eap_method.EnableWindow(TRUE);

m_eap_setting.EnableWindow(TRUE);

m_tunnel_protocol.EnableWindow(TRUE);

m_verify_check.EnableWindow(TRUE);

}

void

NETWORK_Config_Dlg::OnCbnSelchangeEapCombo()

{

char temp[20];

GetDlgItemText(IDC_EAP_COMBO,temp, 20);

strcpy_s(network_data.username,

"");

strcpy_s(network_data.password,

"");

network_data.store_name_pswd = 0;

if(strcmp("EAP-TLS",temp) == 0){

m_tunnel_protocol.ResetContent();

m_verify_check.EnableWindow(TRUE);

m_verify_check.ShowWindow(1);

m_cert_setting.ShowWindow(1);

}

elseif(strcmp("EAP-TTLS",temp) == 0){

m_tunnel_protocol.ResetContent();

m_tunnel_protocol.AddString(

"PAP");

m_tunnel_protocol.AddString(

"EAP-MD5");

m_tunnel_protocol.AddString(

"CHAP");

m_tunnel_protocol.AddString(

"MSCHAP");

m_tunnel_protocol.AddString(

"MSCHAPv2");

m_tunnel_protocol.SetCurSel(0);

m_verify_check.EnableWindow(TRUE);

m_verify_check.ShowWindow(1);

m_cert_setting.ShowWindow(1);

}

elseif(strcmp("EAP-PEAP",temp) == 0){

m_tunnel_protocol.ResetContent();

m_tunnel_protocol.AddString(

"MSCHAPv2");

m_tunnel_protocol.AddString(

"EAP-GTC");

m_tunnel_protocol.SetCurSel(0);

m_verify_check.EnableWindow(TRUE);

m_verify_check.ShowWindow(1);

m_cert_setting.ShowWindow(1);

}

elseif(strcmp("EAP-SIM",temp) == 0){

m_tunnel_protocol.ResetContent();

m_verify_check.EnableWindow(FALSE);

m_cert_setting.EnableWindow(FALSE);

m_verify_check.ShowWindow(0);

m_cert_setting.ShowWindow(0);

}

elseif(strcmp("EAP-AKA",temp) == 0){

m_tunnel_protocol.ResetContent();

m_verify_check.EnableWindow(FALSE);

m_cert_setting.EnableWindow(FALSE);

m_verify_check.ShowWindow(0);

m_cert_setting.ShowWindow(0);

}

void

NETWORK_Config_Dlg::OnBnClickedVerifyCheck()

{

if(IsDlgButtonChecked(IDC_VERIFY_CHECK)== FALSE){

m_cert_setting.EnableWindow(FALSE);

}

else

m_cert_setting.EnableWindow(TRUE);

}

void

NETWORK_Config_Dlg::OnBnClickedVerifyButton()

{

Certdlg certconfig;

certconfig.dlgstyle = 2;

//open root certicate store

certconfig.DoModal();

if(certconfig.choice == 1){

strcpy(network_data.rootcertname,certconfig.certname);

m_verify_check.SetCheck(1);

}

else{

m_verify_check.SetCheck(0);

}

void

NETWORK_Config_Dlg::OnBnClickedEapSetting()

{

// TODO:

char temp[20];

GetDlgItemText(IDC_EAP_COMBO,temp, 20);

if(strcmp("EAP-TLS",temp) == 0){

User_cert_Dlg Config;

Config.DoModal();

}

elseif(strcmp("EAP-TTLS",temp) == 0){

USERINFO_Dlg Config;

Config.DoModal();

}

elseif(strcmp("EAP-PEAP",temp) == 0){

USERINFO_Dlg Config;

Config.DoModal();

}

elseif(strcmp("EAP-SIM",temp) == 0){

SIM_Setting_Dlg Config;

Config.DoModal();

}

elseif(strcmp("EAP-AKA",temp) == 0){

SIM_Setting_Dlg Config;

Config.DoModal();

}

void

NETWORK_Config_Dlg::OnCbnSelchangeCombo3()

{

char temp[10];

char temp2[20];

GetDlgItemText(IDC_COMBO3,temp, 10);

GetDlgItemText(IDC_COMBO2,temp2, 20);

if(strcmp("TKIP",temp) == 0){

network_data.encryp_type = tkip;

m_dataencryp.SetCurSel(0);

}

elseif(strcmp("AES",temp) == 0){

network_data.encryp_type = aes;

m_dataencryp.SetCurSel(1);

}

elseif(strcmp("NONE",temp) == 0){

m_eap_method.EnableWindow(FALSE);

m_eap_setting.EnableWindow(FALSE);

m_tunnel_protocol.EnableWindow(FALSE);

m_verify_check.EnableWindow(FALSE);

m_key.EnableWindow(FALSE);

network_data.encryp_type = none;

m_dataencryp.SetCurSel(0);

}

elseif(strcmp("WEP",temp) == 0){

m_key.EnableWindow(TRUE);

m_eap_method.EnableWindow(TRUE);

m_eap_setting.EnableWindow(TRUE);

m_tunnel_protocol.EnableWindow(TRUE);

m_verify_check.EnableWindow(TRUE);

network_data.encryp_type = wep;

m_dataencryp.SetCurSel(1);

}

lundi 13 avril 2009 à 20:09:08 | Re : comprendre le code

BruNews

13114 msg

16943 msg CS

Faut cesser de nous balancer tous les listings que tu trouves.
Soit tu apprends MFC et tu lis la doc de tes biblis, soit tu laches l'affaire.

Comme dit par rt15 dans le post précédent, c'est codé à la bourrin.

Exemples:
strcpy_s(network_data.rootcertname, "");
un boucle pour 1 octet...

les strcmp() en série quand une simple comparaison suffisait:
switch(*((DWORD*) temp) {
case 'PEW':
    // CODE ICI
    break;
case 'ENON':
    // CODE ICI
    break;
//etc...
}

ciao...
BruNews, MVP VC++

Cette discussion est classée dans : network, type, data, enablewindow, eap

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MULTIPLICATION MATRICE [MATRICE C++] par joshua69

Côté IT

Offres d'emploi

Formations Video

Appels d'offres

Installation et configuration de blogs Wordpress
Budget : 8 500€
Recheche Web Master pour MAJ de plateformes Musical
Budget : 500€
Realisation d-une version 2 d-un site e-commerce existant sous prestashop-REPUBLICATION
Budget : 5 000€

Logiciels

sDEVIS-FACTURES vlPRO (8.1.0.3)
SDEVIS-FACTURES VLPRO (8.1.0.3)

sDEVIS-FACTURES vlPRO a été mis au point pour les particuliers, créateurs, entrepreneurs, artisa...

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974 Application Server (12.2.4.6)
974 APPLICATION SERVER (12.2.4.6)

Développez de puissantes applications dans un environnement de 'cloud computing', clusterisé, séc...

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vPicture (1.4.2.1)
VPICTURE (1.4.2.1)

Avec vPicture, hébergez vos images facilement et rapidement. vPicture est un utilitaire simple, ...

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Easy-Planning (2.2.1.6)
EASY-PLANNING (2.2.1.6)

Easy-Planning permet de créer des plannings sous la représentation de diagrammes et est adapté au...

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COM-BACKUP (2.0)
COM-BACKUP (2.0)

COM-BACKUP est un logiciel de sauvegarde qui permet de planifier les sauvegardes de vos dossiers ...

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