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# Copyright (C) 1997, 1998, 1999 Free Software Foundation, Inc.

# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
# 
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
# GNU General Public License for more details.
# 
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.  

# Please email any bugs, comments, and/or additions to this file to:
# DejaGnu@cygnus.com

# This file was written by Bob Manson (manson@cygnus.com)

#
# Open a connection to the remote DOS host.
#
proc dos_open { dest args } {
    global destbat_num

    if ![info exists destbat_num] {
        set destbat_num [pid];
    }
    if { [board_info $dest conninfo] == "" } {
        global board_info;
        set name [board_info $dest name];

        set board_info($name,conninfo) "b${destbat_num}.bat";
        incr destbat_num;
    }

    if [board_info $dest exists fileid] {
        return [board_info $dest fileid];
    }

    verbose "doing a dos_open to $dest"

    set shell_prompt [board_info $dest shell_prompt];

    set shell_id [remote_raw_open $dest];

    if { $shell_id == "" || $shell_id < 0 } {
        return -1;
    }

    if [board_info $dest exists init_command] {
        remote_send $dest "[board_info $dest init_command]\n";
        remote_expect $dest 10 {
            -re "$shell_prompt" { }
            default {
                perror "failed connection to DOS on $dest."
                return -1;
            }
        }
    }

    if [board_info $dest exists ftp_directory] {
        set dir [board_info $dest ftp_directory];
        regsub -all "/" "$dir" "\\" dir;
        remote_send $dest "cd $dir\n";
        remote_expect $dest 10 {
            -re "$shell_prompt" { }
            default {
                perror "failed connection to DOS on $dest."
                return -1;
            }
        }
    }

    if [board_info $dest exists dos_dir] {
        set dos_dir [board_info $dest dos_dir];
        regsub -all "^(\[a-zA-Z]:).*$" "$dos_dir" "\\1" drive;
        regsub -all "^\[a-zA-Z]:" "$dos_dir" "" dos_dir;
        remote_send $dest "${drive}\n";
        remote_expect $dest 10 {
            -re "$shell_prompt" { }
            default {
                perror "failed connection to DOS on $dest."
                return -1;
            }
        }
        remote_send $dest "cd $dos_dir\n";
        remote_expect $dest 10 {
            -re "$shell_prompt" { }
            default {
                perror "failed connection to DOS on $dest."
                return -1;
            }
        }
    }

    global target_alias
    if [info exists target_alias] {
        set talias $target_alias;
    } else {
        set talias "foo-bar"
    }

    global board_info;
    if [board_info $dest exists name] {
        set n [board_info $dest name];
    } else {
        set n $dest;
    }
    set board_info($n,fileid) $shell_id;

    if [board_info $dest exists init_script] {
        remote_exec $dest "[board_info $dest init_script] $talias"
    }

    verbose "Succeeded in connecting to DOS."
    return $shell_id;
}

#
# Close the connection to the remote host. If we're telnetting there, we
# need to exit the connection first (ataman telnetd gets confused otherwise).
#
proc dos_close { dest args } {
    if [board_info $dest exists fileid] {
        if { [board_info $dest connect] == "telnet" } {
            remote_send $dest "exit\n";
            sleep 2;
        }
        return [remote_raw_close $dest];
    }
}

proc dos_prep_command { dest cmdline } {
    global board_info;

    set name [board_info $dest name];
    set shell_id [remote_open "$dest"];

    set localbat "/tmp/b[pid].bat";
    set remotebat [board_info $dest conninfo];

    verbose "opened"
    if { $shell_id != "" && $shell_id >= 0 } {
        set fileid [open "$localbat" "w"];
        puts -nonewline $fileid "@echo off\r\n$cmdline\r\nif errorlevel 1 echo *** DOSEXIT code 1\r\nif not errorlevel 1 echo *** DOSEXIT code 0\r\n";
        close $fileid;
        set result [remote_download $dest $localbat $remotebat];
    } else {
        set result ""
    }
    remote_file build delete $localbat;
    return $result;
}

# 
# Run CMDLINE on DESTHOST. We handle two cases; one is where we're at
# a DOS prompt, and the other is where we're in GDB.
# We run CMDLINE by creating a batchfile, downloading it, and then
# executing it; this handles the case where the commandline is too
# long for command.com to deal with.
# 

proc dos_exec { dest program pargs inp outp } {
    set cmdline "$program $pargs"

    set shell_prompt [board_info $dest shell_prompt];

    if { $inp != "" } {
        set inp [remote_download $dest $inp inpfile];
        if { $inp != "" } {
            set inp " < $inp";
        }
    }

    if { $outp != "" } {
        set outpf " > tempout";
    }  else {
        set outpf "";
    }

    verbose "cmdline is $cmdline$inp." 2

    # Make a DOS batch file; we use @echo off so we don't have to see
    # the DOS command prompts and such.
    for { set i 0; } { $i < 2 } { incr i } {
        set exit_status -1;
        verbose "calling open"
        set batfile [dos_prep_command $dest "$cmdline$inp$outpf"];
        if { $batfile != "" } {
            if { [dos_start_command $batfile $dest] == "" } {
                # FIXME: The 300 below should be a parameter.
                set result [remote_wait $dest 300];
                set exit_status [lindex $result 0];
                set output [lindex $result 1];
            }
        }
        if { $exit_status >= 0 } {
            if { $outp != "" } {
                remote_upload $dest tempout $outp;
                remote_file $dest delete tempout;
            }
            return [list $exit_status $output];
        }
        if { $exit_status != -2 } {
            remote_close $dest;
            remote_reboot $dest;
        }
    }
    return [list -1 "program execution failed"];
}

# 
# Start CMDLINE executing on DEST.
# There are two cases that we handle, one where we're at a DOS prompt
# and the other is when the remote machine is running GDB.
#

proc dos_start_command { cmdline dest } {
    set shell_prompt [board_info $dest shell_prompt];
    set prefix ""
    set ok 0;
    for {set i 0;} {$i <= 2 && ! $ok} {incr i;} {
        set shell_id [remote_open $dest];
        if { $shell_id != "" && $shell_id > 0 } {
            remote_send $dest "echo k\r";
            remote_expect $dest 20 {
                -re "\\(gdb\\)" {
                    set shell_prompt "\\(gdb\\)";
                    # gdb uses 'shell command'.
                    set prefix "shell ";
                    set ok 1;
                }
                -re "$shell_prompt" { 
                    set ok 1; 
                }
                default { }
            }
        }
        if { ! $ok } {
            remote_close $dest;
            remote_reboot $dest;
        }
    }
    if { ! $ok } {
        return "unable to start command"
    } else {
        remote_send $dest "${prefix}${cmdline}\n";
        remote_expect $dest 2 {
            -re "${cmdline}\[\r\n\]\[\r\n\]?" { }
            timeout { }
        }
        return "";
    }
}

#
# Send STRING to DEST, translating all LFs to CRs first, and sending one
# line at a time because of strangeness with telnet in some circumstances.
#

proc dos_send { dest string } {
    verbose "Sending '$string' to $dest" 2
    # Convert LFs to CRs, 'cause that is what DOS wants to see.
    set first 1
    set string [string trimright $string "\r\n"]
    foreach line [split $string "\r\n"] {
        if {$first} {
            set first 0
        } else {
            # small delay between lines, to keep from
            # overwhelming the stupid telnet server.
            sleep 1.0
        }
        remote_raw_send $dest "$line\r"
    }
}

# 
# Spawn PROGRAM on DEST, and return the spawn_id associated with the
# connection; we can only spawn one command at a time.
#

proc dos_spawn { dest program args } {
    verbose "running $program on $dest"
    set remotebat [dos_prep_command $dest $program];

    for { set x 0; } { $x < 3 } { incr x } {
        if { [dos_start_command $remotebat $dest] == "" } {
            return [board_info $dest fileid];
        }
        remote_close $dest;
        remote_reboot $dest;
    }
    return -1;
}

proc dos_wait { dest timeout } {
    set output "";
    set shell_prompt [board_info $dest shell_prompt];
    set status 1;

    verbose "waiting in dos_wait";
    remote_expect $dest $timeout {
        -re "(.*)\[*\]\[*\]\[*\] DOSEXIT code (\[0-9\]+)\[\r\n\]\[\r\n\]?" {
            verbose "got exit status";
            append output $expect_out(1,string);
            set status $expect_out(2,string);
            exp_continue;
        }

        -re "(.*)${shell_prompt}" {
            append output $expect_out(1,string);
            verbose "output from dos is:'$output'";
            return [list $status $output];
        }

        -re "(.*)\\(gdb\\)" {
            append output $expect_out(1,string);
            return [list $status $output];
        }

        -re "In.*cygwin.*except" {
            remote_close $dest;
            remote_reboot $dest;
            return [list -2 $output];
        }

        -re "\[\r\n\]+" {
            # This is a bit obscure. We only want to put whole
            # lines into the output string, because otherwise we
            # might miss a prompt because we only got 1/2 of it the
            # first time 'round. The other tricky bit is that
            # expect_out(buffer) will contain everything before and including
            # the matched pattern.
            append output $expect_out(buffer);
            exp_continue -continue_timer;
        }

        timeout {
            warning "timeout in dos_wait";
            if { [dos_interrupt_job $dest] == "" } {
                return [list 1 $output];
            }
        }

        eof {
            warning "got EOF from dos host.";
        }
    }

    remote_close $dest;

    return [list -1 $output];
}

proc dos_load { dest prog args } {
    global dos_dll_loaded;
    set progargs "";
    set inpfile "";
    if { [llength $args] > 0 } {
        set progargs [lindex $args 1];
    }
    if { [llength $args] > 1 } {
        set inpfile [lindex $args 1];
    }
    if ![info exists dos_dll_loaded] {
        if ![is_remote host] {
            global target_alias;

            set comp [get_multilibs];
            if [file exists "${comp}/winsup/new-cygwin1.dll"] {
                set dll "${comp}/winsup/new-cygwin1.dll";
                set dll_name "cygwin1.dll";
            } elseif [file exists "${comp}/winsup/new-cygwin.dll"] {
                set dll "${comp}/winsup/new-cygwin.dll";
                set dll_name "cygwin.dll";
            } elseif [file exists ${comp}/lib/cygwin1.dll] {
                set dll "${comp}/lib/cygwin1.dll";
                set dll_name "cygwin1.dll";
            } elseif [file exists ${comp}/lib/cygwin.dll] {
                set dll "${comp}/lib/cygwin.dll";
                set dll_name "cygwin.dll";
            } else {
                error "couldn't find cygwin.dll:$comp"
                return "fail";
            }
            remote_download $dest $dll $dll_name
        }
        set dos_dll_loaded 1;
    }
    set remote_prog [remote_download $dest $prog "aout.exe"];
    set result [remote_exec $dest $remote_prog $progargs $inpfile];
    set status [lindex $result 0];
    set output [lindex $result 1];
    set status2 [check_for_board_status output];
    if { $status2 >= 0 } {
        set status $status2;
    }
    if { $status != 0 } {
        set status "fail";
    } else {
        set status "pass";
    }
    return [list $status $output];
}

proc dos_file { dest op args } {
    switch $op {
        delete {
            foreach x $args {
                remote_exec $dest "del" "$x";
            }
            return;
            
        }
        default {
            return [eval standard_file \{$dest\} \{$op\} $args];
        }
    }
}

#
# Interrupt the current spawned command being run; the only tricky
# part is that we have to handle the "Terminate batch job" prompt.
#
proc dos_interrupt_job { host } {
    set shell_prompt [board_info $host shell_prompt];

    remote_send $host "\003";
    remote_expect $host 10 {
        -re "Terminate batch job.*Y/N\[)\]\[?\] *$" {
            remote_send $host "n\n";
            exp_continue;
        }
        -re "$shell_prompt" {
            return "";
        }
        -re ">" {
            remote_send $host "\n";
            exp_continue;
        }
    }
    return "fail";
}

proc dos_copy_download { host localfile remotefile } {
    remote_file build delete "[board_info $host local_dir]/$remotefile";
    if [remote_file build exists $localfile] {
        set result [remote_download build $localfile "[board_info $host local_dir]/$remotefile"];
        if { $result != "" } {
            remote_exec build "chmod" "a+rw $result";
            return $remotefile;
        }
    } else {
        return ""
    }
}

proc dos_copy_upload { host remotefile localfile } {
    remote_file build delete $localfile;
    if [file exists "[board_info $host local_dir]/$remotefile"] {
        set result [remote_download build "[board_info $host local_dir]/$remotefile" $localfile];
    } else {
        set result "";
    }
    if { $result != "" } {
        remote_exec build "chmod" "a+rw $result";
        return $result;
    }
}

proc dos_copy_file { dest op args } {
    if { $op == "delete" } {
        set file "[board_info $dest local_dir]/[lindex $args 0]";
        remote_file build delete $file;
    }
}

set_board_info protocol  "dos";
set_board_info shell_prompt  "(^|\[\r\n\])\[a-zA-Z\]:\[^\r\n\]*>\[ \t\]*$";
set_board_info needs_status_wrapper 1