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Diff for /loncom/lonssl.pm between versions 1.15 and 1.24

version 1.15, 2017/02/28 05:42:06 version 1.24, 2018/12/14 02:05:38
Line 112  sub SetFdBlocking { Line 112  sub SetFdBlocking {
 #               Socket IO::Socket::INET   Original ordinary socket.  #               Socket IO::Socket::INET   Original ordinary socket.
 #               CACert string           Full path name to the certificate   #               CACert string           Full path name to the certificate 
 #                                          authority certificate file.  #                                          authority certificate file.
 #                MyCert string           Full path name to the certificate   #               MyCert string           Full path name to the certificate 
 #                                          issued to this host.  #                                          issued to this host.
 #                KeyFile string       Full pathname to the host's private   #               KeyFile string       Full pathname to the host's private 
 #                                          key file for the certificate.  #                                          key file for the certificate.
   #               peer    string             lonid of remote LON-CAPA server
   #               peerdef string             default lonHostID of remote server
   #               CRLFile                    Full path name to the certificate
   #                                          revocation list file for the cluster
   #                                          to which server belongs (optional)
   #               serverversion              LON-CAPA version running on remote
   #                                          server.
   
 # Returns  # Returns
 # - Reference to an SSL socket on success  # - Reference to an SSL socket on success
 #       - undef on failure.  Reason for failure can be interrogated from   #       - undef on failure.  Reason for failure can be interrogated from 
Line 127  sub PromoteClientSocket { Line 135  sub PromoteClientSocket {
     my ($PlaintextSocket,      my ($PlaintextSocket,
  $CACert,   $CACert,
  $MyCert,   $MyCert,
  $KeyFile)          = @_;   $KeyFile,
               $peer,
               $peerdef,
     Debug("Client promotion using key: $KeyFile, Cert: $MyCert, CA: $CACert\n");          $CRLFile,
           $serverversion) = @_;
   
       Debug("Client promotion using key: $KeyFile, Cert: $MyCert, CA: $CACert, CRL: $CRLFile, Remote Host: $peer, RemoteDefHost: $peerdef, RemoteLCVersion: $serverversion\n");
   
     # To create the ssl socket we need to duplicate the existing      # To create the ssl socket we need to duplicate the existing
     # socket.  Otherwise closing the ssl socket will close the plaintext socket      # socket.  Otherwise closing the ssl socket will close the plaintext socket
Line 146  sub PromoteClientSocket { Line 157  sub PromoteClientSocket {
     # mode of SSL_VERIFY_NONE should be explicitly set for client, if       # mode of SSL_VERIFY_NONE should be explicitly set for client, if 
     # verification is not to be used, and SSL_verify_mode is not set.      # verification is not to be used, and SSL_verify_mode is not set.
     # Starting with rev. 1.95, the default became SSL_VERIFY_PEER which      # Starting with rev. 1.95, the default became SSL_VERIFY_PEER which
     # prevents connections to lond.      # prevents an SSL connection to lond unless SSL_verifycn_name is set
     # Set SSL_verify_mode to Net::SSLeay::VERIFY_NONE() instead of to      # to the lonHostID of the remote host, (and the remote certificate has
     # SSL_VERIFY_NONE for compatibility with IO::Socket::SSL rev. 1.01      # the remote lonHostID as CN, and has been signed by the LON-CAPA CA.
       # Set SSL_verify_mode to Net::SSLeay::VERIFY_PEER() instead of to
       # SSL_VERIFY_PEER for compatibility with IO::Socket::SSL rev. 1.01
     # used by CentOS/RHEL/Scientific Linux 5).      # used by CentOS/RHEL/Scientific Linux 5).
       
     my $client = IO::Socket::SSL->new_from_fd($dupfno,      my $verify_cn = $peerdef;
       SSL_use_cert => 1,      if ($verify_cn eq '') {
       SSL_key_file  => $KeyFile,          $verify_cn = $peer;
       SSL_cert_file => $MyCert,      }
       SSL_ca_file   => $CACert,  
       SSL_verify_mode => Net::SSLeay::VERIFY_NONE());      my %sslargs = (SSL_use_cert      => 1,
                          SSL_key_file      => $KeyFile,
                      SSL_cert_file     => $MyCert,
                      SSL_ca_file       => $CACert);
       my ($major,$minor) = split(/\./,$serverversion);
       if (($major < 2) || ($major == 2 && $minor < 12)) {
           $sslargs{SSL_verify_mode} = Net::SSLeay::VERIFY_NONE();
       } else {
           $sslargs{SSL_verifycn_scheme} = 'http',
           $sslargs{SSL_verifycn_name} = $verify_cn,
           $sslargs{SSL_verify_mode} = Net::SSLeay::VERIFY_PEER();
           if (($CRLFile ne '') && (-e $CRLFile)) {
               $sslargs{SSL_check_crl} = 1;
               $sslargs{SSL_crl_file} = $CRLFile;
           }
       }
   # Uncomment next two $IO::Socket::SSL::DEBUG lines, for debugging
   #    $IO::Socket::SSL::DEBUG = 0; # Set to integer >0 and <4
   #                                 # to write debugging to lonc_errors
       my $client = IO::Socket::SSL->new_from_fd($dupfno,%sslargs);
   #    $IO::Socket::SSL::DEBUG = 0; # Do not change
     if(!$client) {      if(!$client) {
  $lasterror = IO::Socket::SSL::errstr();          if ($IO::Socket::SSL::SSL_ERROR == -1) {
       $lasterror = -1;
           }
  return undef;   return undef;
     }      }
     return $client; # Undef if the client negotiation fails.      return $client; # Undef if the client negotiation fails.
Line 168  sub PromoteClientSocket { Line 202  sub PromoteClientSocket {
 #----------------------------------------------------------------------  #----------------------------------------------------------------------
 # Name PromoteServerSocket  # Name PromoteServerSocket
 # Description Given an ordinary IO::Socket::INET Creates an SSL socket   # Description Given an ordinary IO::Socket::INET Creates an SSL socket 
 #               for a server that is connected to the same client.l  #               for a server that is connected to the same client.
 # Parameters Name Type           Description  # Parameters Name Type           Description
 #               Socket IO::Socket::INET   Original ordinary socket.  #               Socket IO::Socket::INET   Original ordinary socket.
 #               CACert string           Full path name to the certificate   #               CACert string           Full path name to the certificate 
Line 177  sub PromoteClientSocket { Line 211  sub PromoteClientSocket {
 #                                          issued to this host.  #                                          issued to this host.
 #                KeyFile string       Full pathname to the host's private   #                KeyFile string       Full pathname to the host's private 
 #                                          key file for the certificate.  #                                          key file for the certificate.
   #               peer   string              lonHostID of remote LON-CAPA client
   #               CRLFile                    Full path name to the certificate
   #                                          revocation list file for the cluster
   #                                          to which server belongs (optional)
   #               clientversion              LON-CAPA version running on remote
   #                                          client
 # Returns  # Returns
 # - Reference to an SSL socket on success  # - Reference to an SSL socket on success
 #       - undef on failure.  Reason for failure can be interrogated from   #       - undef on failure.  Reason for failure can be interrogated from 
Line 188  sub PromoteServerSocket { Line 228  sub PromoteServerSocket {
     my ($PlaintextSocket,      my ($PlaintextSocket,
  $CACert,   $CACert,
  $MyCert,   $MyCert,
  $KeyFile)          = @_;   $KeyFile,
           $peer,
           $CRLFile,
           $clientversion) = @_;
   
     # To create the ssl socket we need to duplicate the existing      # To create the ssl socket we need to duplicate the existing
     # socket.  Otherwise closing the ssl socket will close the plaintext socket      # socket.  Otherwise closing the ssl socket will close the plaintext socket
Line 204  sub PromoteServerSocket { Line 245  sub PromoteServerSocket {
  Debug("dup failed: $!\n");   Debug("dup failed: $!\n");
     }      }
     Debug(" Fileno = $dupfno\n");      Debug(" Fileno = $dupfno\n");
     my $client = IO::Socket::SSL->new_from_fd($dupfno,      my %sslargs = (SSL_server        => 1, # Server role.
       SSL_server    => 1, # Server role.                     SSL_use_cert      => 1,
       SSL_use_cert  => 1,                     SSL_key_file      => $KeyFile,
       SSL_key_file  => $KeyFile,                     SSL_cert_file     => $MyCert,
       SSL_cert_file => $MyCert,                     SSL_ca_file       => $CACert);
       SSL_ca_file   => $CACert);      my ($major,$minor) = split(/\./,$clientversion);
       if (($major < 2) || ($major == 2 && $minor < 12)) {
           $sslargs{SSL_verify_mode} = Net::SSLeay::VERIFY_NONE();
       } else {
           $sslargs{SSL_verifycn_scheme} = 'http'; 
           $sslargs{SSL_verifycn_name} = $peer;
           $sslargs{SSL_verify_mode} = Net::SSLeay::VERIFY_PEER();
           if (($CRLFile ne '') && (-e $CRLFile)) {
               $sslargs{SSL_check_crl} = 1;
               $sslargs{SSL_crl_file} = $CRLFile;
           }
       }
   # Uncomment next two $IO::Socket::SSL::DEBUG lines, for debugging
   #    $IO::Socket::SSL::DEBUG = 0; # Set to integer >0 and <4
   #                                 # to write debugging to lond_errors
       my $client = IO::Socket::SSL->new_from_fd($dupfno,%sslargs);
   #    $IO::Socket::SSL::DEBUG = 0; # Do not change
     if(!$client) {      if(!$client) {
  $lasterror = IO::Socket::SSL::errstr();          if ($IO::Socket::SSL::SSL_ERROR == -1) {
               $lasterror = -1;
           }
  return undef;   return undef;
     }      }
     return $client;      return $client;
Line 333  sub KeyFile { Line 392  sub KeyFile {
     return $KeyFilename;      return $KeyFilename;
 }  }
   
   sub CRLFile {
   
       # I need some perl variables from the configuration file for this:
   
       my $CertificateDir   = $perlvar->{lonCertificateDirectory};
       my $CRLFilename      = $perlvar->{lonnetCertRevocationList};
   
       # Ensure the variables exist:
   
       if((!$CertificateDir) || (!$CRLFilename)) {
           $lasterror = "Missing parameter dir: $CertificateDir "
                       ."CRL file: $CRLFilename";
           return undef;
       }
   
       # Build the actual filename and ensure that it not only exists but
       # is also readable:
   
       $CRLFilename    = $CertificateDir.$pathsep.$CRLFilename;
       if(! (-r $CRLFilename)) {
           $lasterror = "Unreadable key file $CRLFilename";
           return undef;
       }
   
       return $CRLFilename;
   }
   
   sub BadCertDir {
       my $SocketDir = $perlvar->{lonSockDir};
       if (-d "$SocketDir/nosslverify/") {
           return "$SocketDir/nosslverify"
       }
   }
   
   sub has_badcert_file {
       my ($client) = @_;
       my $SocketDir = $perlvar->{lonSockDir};
       if (-e "$SocketDir/nosslverify/$client") {
           return 1;
       }
       return;
   }
   
 sub Read_Connect_Config {  sub Read_Connect_Config {
     my ($secureconf,$perlvarref) = @_;      my ($secureconf,$perlvarref,$crlcheckedref) = @_;
     return unless (ref($secureconf) eq 'HASH');      return unless (ref($secureconf) eq 'HASH');
   
     unless (ref($perlvarref) eq 'HASH') {      unless (ref($perlvarref) eq 'HASH') {
         $perlvarref = $perlvar;          $perlvarref = $perlvar;
     }      }
       
       # Clear hash of clients in lond for which Certificate Revocation List checked
       if (ref($crlcheckedref) eq 'HASH') {
           foreach my $key (keys(%{$crlcheckedref})) {
               delete($crlcheckedref->{$key});
           }
       }
     # Clean out the old table first.      # Clean out the old table first.
     foreach my $key (keys(%{$secureconf})) {      foreach my $key (keys(%{$secureconf})) {
         delete($secureconf->{$key});          delete($secureconf->{$key});
Line 348  sub Read_Connect_Config { Line 456  sub Read_Connect_Config {
   
     my $result;      my $result;
     my $tablename = $perlvarref->{'lonTabDir'}."/connectionrules.tab";      my $tablename = $perlvarref->{'lonTabDir'}."/connectionrules.tab";
     if (open(my $fh,"<$tablename")) {      if (open(my $fh,'<',$tablename)) {
         while (my $line = <$fh>) {          while (my $line = <$fh>) {
             chomp($line);              chomp($line);
             my ($name,$value) = split(/=/,$line);              my ($name,$value) = split(/=/,$line);
Line 371  sub Read_Host_Types { Line 479  sub Read_Host_Types {
     unless (ref($perlvarref) eq 'HASH') {      unless (ref($perlvarref) eq 'HASH') {
         $perlvarref = $perlvar;          $perlvarref = $perlvar;
     }      }
      
     # Clean out the old table first.      # Clean out the old table first.
     foreach my $key (keys(%{$hosttypes})) {      foreach my $key (keys(%{$hosttypes})) {
         delete($hosttypes->{$key});          delete($hosttypes->{$key});
Line 379  sub Read_Host_Types { Line 487  sub Read_Host_Types {
   
     my $result;      my $result;
     my $tablename = $perlvarref->{'lonTabDir'}."/hosttypes.tab";      my $tablename = $perlvarref->{'lonTabDir'}."/hosttypes.tab";
     if (open(my $fh,"<$tablename")) {      if (open(my $fh,'<',$tablename)) {
         while (my $line = <$fh>) {          while (my $line = <$fh>) {
             chomp($line);              chomp($line);
             my ($name,$value) = split(/:/,$line);              my ($name,$value) = split(/:/,$line);
Removed from v.1.15  
changed lines
  Added in v.1.24

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