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#[ICS VERSION STRING: unknown]

#########################################################################################

# Name        : get_switch_lids_to_ports_map

# Input       : cmd_host (where can opa commands be run to query SM)

# Return      . A dict mapping LID to list of ports.

# Description : Queries fabric return a dict with all lids of switches and ports that are enabled on them.  Only ports with LINK will be returned (no disconnected ports)

#########################################################################################

proc get_switch_lids_to_ports_map { cmd_host }  {

    # Build DOM from XML

    set lids_dom [ run_opareport $cmd_host "-o lids" ]

    set links_dom [ run_opareport $cmd_host "-o links" ]

    # Get all switches 

    set lidsList [ $lids_dom selectNodes {/Report/LIDSummary/LIDs/Value[NodeType='SW']} ]

    #puts "found [ llength $lidsList ] switch lids"

    set lid_port_map [dict create]

    # For each switch node

    foreach item $lidsList {

	set lid [ $item getAttribute "LID"]

	set guid [ [ $item selectNodes NodeGUID/text() ] nodeValue ]

	#puts "lid:$lid; guid:$guid"	

	# Now, using guid as the key, poke into linksDOM to find the ports for this guid.

	set portList [ $links_dom selectNodes /Report/LinkSummary/Link/Port\[NodeGUID='$guid'\]/PortNum/text() ]   

	# Now you have a list of ports for specific LID/GUID.

	#puts "found [ llength $portList ] ports"

	# List of ports per lid

	set ports {} 

	foreach port $portList {

	    set portNum [ $port nodeValue ]

	    # If don't care about port 1 - skip it

	    #` if { $portNum == 1 } {

	    #    continue

	    # }

	    #puts "lid:$lid->port num:$portNum"

	    lappend ports $portNum

	    # I would have a data structure that is a map of lists, i.e.  

	    #	LID1: port1, port2, port3

	    #	LID2: port5,port6,port7

	    #	…….                                        	    

	}

	#puts "Added [ llength $ports ] ports"

	dict set lid_port_map $lid $ports

	#puts "lid_port_map size: [dict size $lid_port_map]"

    }

    # Free memory

    $lids_dom delete 

    $links_dom delete

    return $lid_port_map

}

#########################################################################################

# Name        : get_switch_lids_to_hfi_ports_map

# Input       : cmd_host (where can opa commands be run to query SM)

# Return      . A dict mapping LID to list of ports that are connect to HFIs.

# Description : Queries fabric return a dict with all lids of switches and ports that are enabled and connected to HFIs on them.  Only ports with LINK will be returned (no disconnected ports)

#########################################################################################

proc get_switch_lids_to_hfi_ports_map { cmd_host }  {

    # Build DOM from XML

    set lids_dom [ run_opareport $cmd_host "-o lids" ]

    set links_dom [ run_opareport $cmd_host "-o links" ]

    set lidsList [ $lids_dom selectNodes {/Report/LIDSummary/LIDs/Value[NodeType='SW']} ]

#    puts "found [ llength $lidsList ] switch lids"

#    puts "[$lidsList selectNodes NodeGUID/text()]"

    set lid_port_map [dict create]

    # For each switch node

    foreach item $lidsList {

	set lid [ $item getAttribute "LID"]

	set guid [ [ $item selectNodes NodeGUID/text() ] nodeValue ]

	#puts "lid:$lid; guid:$guid"	

	# Now, using guid as the key, poke into linksDOM to find the ports for this guid.

#	set portList [ $links_dom selectNodes /Report/LinkSummary/Link/Port\[NodeGUID='$guid'\]/PortNum/text() ]          

	set linkList [ $links_dom selectNodes /Report/LinkSummary/Link ]

        #puts "found [ llength $linkList ] links"

        foreach link $linkList {

          set portNodes [ $link getElementsByTagName Port ]

          set port1 [lindex $portNodes 0]

          set port2 [lindex $portNodes 1]

          set port1_NodeType [[$port1 child all NodeType] asText]

          set port2_NodeType [[$port2 child all NodeType] asText]

          set port1_GUID [[$port1 child all NodeGUID] asText]

          set port2_GUID [[$port2 child all NodeGUID] asText]

          set port1_PortNum [[$port1 child all PortNum] asText]

          set port2_PortNum [[$port2 child all PortNum] asText]

          if { ([string compare $port1_GUID $guid]==0) || ([string compare $port2_GUID $guid]==0) } {

            if { ([string compare $port1_NodeType SW]==0) && ([string compare $port2_NodeType FI]==0) } {

	      lappend ports $port1_PortNum

            } elseif {([string compare $port1_NodeType FI] == 0) && ([string compare $port2_NodeType SW] == 0)} {

	      lappend ports $port2_PortNum

            } 

          } 

        }

	#puts "Added [ llength $ports ] ports"

	dict set lid_port_map $lid $ports

	#puts "lid_port_map size: [dict size $lid_port_map]"

    }

    # Free memory

    $lids_dom delete 

    $links_dom delete

    return $lid_port_map

}

#########################################################################################

# Name		: get_lid_from_guid

# Input		: guid

# Return	: output of opasaquery -o lid -n $guid

# Description	: get lid from guid

#########################################################################################

proc get_lid_from_guid { guid } {

##

## get_lid_from_guid

## --------------

## Obtain my guid

## assumes that target_root_sh has already been called for the host

        set cmd "lid=`opasaquery -o lid -n $guid`"

        #debug_message "running: $cmd"

        unix_cmd 60 "" $cmd

        send_unix_cmd { echo "XXX${lid}XXX"; echo DONE }

        expect_list 60 { "DONE" "XXX" "DONE" } { "exiting" "No such" "Error" "ERROR" "VAPI" "THH" } tmp

        check_exit_status 60 0

        regexp {DONE.*XXX *(.*) *XXX.*DONE} $tmp trash lid

        return "$lid"

}

#########################################################################################

# Name        : get_switchport_from_lid

# Input       : cmd_host lid  *** LID must be in format 0x0001 (the same format as provided by opareport -o lids)

# Return      . A list with element 1 being the SWITCH LID and element 2 being the SWITCH PORT where HFI with that LID is directly connected.  If not found the list [ none none ] will be returned

# Description : For the lid of an HFI return the switch lid and port that that HFI is connected to

#########################################################################################

proc get_switchport_from_lid { cmd_host mylid }  {

    set lids_dom [ run_opareport $cmd_host "-o lids" ]

    set links_dom [ run_opareport $cmd_host "-o links" ]

    #################################################

    #debug/dev only

    #set lids_file  "lids.xml"

    #set links_file "links.xml"

    #################################################

    # Open lids XML files

    #set size [file size $lids_file]

    #set fp [open $lids_file r]

    #set lidsXML [read $fp $size]

    #################################################

    # Open links XML files

    #set size [file size $links_file]

    #set fp [open $links_file r]

    #set linksXML [read $fp $size]

    ##################################################

    #set lids_dom [dom parse $lidsXML]

    #set links_dom [dom parse $linksXML]

    set switchLidsList [ $lids_dom selectNodes {/Report/LIDSummary/LIDs/Value[NodeType='SW']} ]

    set hfiLidsList [ $lids_dom selectNodes {/Report/LIDSummary/LIDs/Value[NodeType='FI']} ]

    set myguid "none"

    set return_lid "none"

    set return_port "none"

    foreach item $hfiLidsList {

        set lid [ $item getAttribute "LID"]

        set guid [ [ $item selectNodes NodeGUID/text() ] nodeValue ]

        if { [string compare $lid $mylid] == 0 } {

          set myguid $guid

        }

    }

    if { [string compare $myguid "none"] == 0 } {

       error "Lid $mylid not found"

    }

    # For each switch node

    foreach item $switchLidsList {

        set lid [ $item getAttribute "LID"]

        set guid [ [ $item selectNodes NodeGUID/text() ] nodeValue ]

        set linkList [ $links_dom selectNodes /Report/LinkSummary/Link ]

        #puts "found [ llength $linkList ] links"

        foreach link $linkList {

#          puts "processing link [$link asXML] [$link asText]"

          set portNodes [ $link getElementsByTagName Port ]

          set port1 [lindex $portNodes 0]

          set port2 [lindex $portNodes 1]

          set port1_NodeType [[$port1 child all NodeType] asText]

          set port2_NodeType [[$port2 child all NodeType] asText]

          set port1_GUID [[$port1 child all NodeGUID] asText]

          set port2_GUID [[$port2 child all NodeGUID] asText]

          set port1_PortNum [[$port1 child all PortNum] asText]

          set port2_PortNum [[$port2 child all PortNum] asText]

          target_root_sh $cmd_host

          if { ([string compare $port1_GUID $myguid]==0) } {

            #set return_lid $lid

	    set return_lid [get_lid_from_guid $port2_GUID]

            set return_port $port2_PortNum

          } elseif { ([string compare $port2_GUID $myguid]==0) } {

            #set return_lid $lid

	    set return_lid [get_lid_from guid $port1_GUID]

            set return_port $port1_PortNum

          }

        }

    }

    $lids_dom delete

    $links_dom delete

    return [list $return_lid $return_port]

}

#########################################################################################

# Name        : get_switchport_from_guid

# Input       : cmd_host guid

# Return      . A list with element 1 being the SWITCH LID and element 2 being the SWITCH PORT where HFI with that LID is directly connected.  If not found the list [ none none ] will be returned

# Description : For the lid of an HFI return the switch lid and port that that HFI is connected to

#########################################################################################

proc get_switchport_from_guid { cmd_host myguid }  {

    set lids_dom [ run_opareport $cmd_host "-o lids" ]

    set links_dom [ run_opareport $cmd_host "-o links" ]

    #################################################

    #debug/dev only

    #set lids_file  "lids.xml"

    #set links_file "links.xml"

    #################################################

    # Open lids XML files

    #set size [file size $lids_file]

    #set fp [open $lids_file r]

    #set lidsXML [read $fp $size]

    #################################################

    # Open links XML files

    #set size [file size $links_file]

    #set fp [open $links_file r]

    #set linksXML [read $fp $size]

    ##################################################

    #set lids_dom [dom parse $lidsXML]

    #set links_dom [dom parse $linksXML]

    set switchLidsList [ $lids_dom selectNodes {/Report/LIDSummary/LIDs/Value[NodeType='SW']} ]

    set hfiLidsList [ $lids_dom selectNodes {/Report/LIDSummary/LIDs/Value[NodeType='FI']} ]

    set return_lid "none"

    set return_port "none"

    # For each switch node

    foreach item $switchLidsList {

        set lid [ $item getAttribute "LID"]

        set guid [ [ $item selectNodes NodeGUID/text() ] nodeValue ]

        set linkList [ $links_dom selectNodes /Report/LinkSummary/Link ]

        #puts "found [ llength $linkList ] links"

        foreach link $linkList {

          #puts "processing link [$link asXML] [$link asText]"

          set portNodes [ $link getElementsByTagName Port ]

          set port1 [lindex $portNodes 0]

          set port2 [lindex $portNodes 1]

          set port1_NodeType [[$port1 child all NodeType] asText]

          set port2_NodeType [[$port2 child all NodeType] asText]

          set port1_GUID [[$port1 child all NodeGUID] asText]

          set port2_GUID [[$port2 child all NodeGUID] asText]

          set port1_PortNum [[$port1 child all PortNum] asText]

          set port2_PortNum [[$port2 child all PortNum] asText]

          #puts "myguid is $myguid port1guid = $port1_GUID port2guid= $port2_GUID lid = $lid"

          if { ([string compare $port1_GUID $myguid]==0) } {

            set return_lid $lid

            set return_lid [get_lid_from_guid $port2_GUID]

            set return_port $port2_PortNum

          } elseif { ([string compare $port2_GUID $myguid]==0) } {

            set return_lid $lid

            set return_lid [get_lid_from_guid $port1_GUID]

            set return_port $port1_PortNum

          }

        }

    }

    $lids_dom delete

    $links_dom delete

    return [list $return_lid $return_port]

}