bbfdm/tools/generate_xml.sh
2019-08-28 09:51:51 +02:00

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#!/bin/sh
# USAGE:
# ./generate_xml.sh <data model> <scripts path> <product class> <device protocol> <model name> <software version>
# If the input arguments are empty, then use the default values:
# VARIABLES ####################################################################################################
obj_look_obj_child_list=""
obj_look_param_child_list=""
obj_look_father_list=""
param_look_father_list=""
# FUNCTIONS ####################################################################################################
set_node_name() {
echo ${1}
}
set_obj_object_child() {
echo "${1},${2}"
}
set_obj_object_line() {
echo "object, ${1}, root, ${2}"
}
set_obj_param_child() {
echo "${1},${2}"
}
set_obj_param_line() {
echo "parameter, ${1}, root, ${2}"
}
set_obj_instance_line(){
echo "instance, , root, ${1}"
}
set_objs_child_instance_name(){
echo "${1}.${2}"
}
set_prms_child_instance_name(){
echo "${1}.${2}"
}
get_param_type(){
ptype=$1
case "$ptype" in
"DMT_STRING" )
echo "string"
;;
"DMT_UNINT" )
echo "unsignedInt"
;;
"DMT_TIME" )
echo "dateTime"
;;
"DMT_BOOL" )
echo "boolean"
;;
"DMT_LONG" )
echo "long"
;;
"DMT_INT" )
echo "int"
;;
"DMT_HEXBIN" )
echo "hexbin"
;;
esac
}
get_leaf_obj_line_number(){
if [ "$1" != "root.c" ]; then
echo `grep -nE DMOBJ\|DMLEAF $1 | grep -v UPNP |cut -f1 -d: | tr "\n" " "`
else
if [ $DATA_MODEL == "tr098" ]; then
echo `grep -nE DMOBJ\|DMLEAF $1 |grep "098" |grep -v UPNP | cut -f1 -d: | tr "\n" " "`
else
echo `grep -nE DMOBJ\|DMLEAF $1 |grep "181" |grep -v UPNP | cut -f1 -d: | tr "\n" " "`
fi
fi
}
add_item_to_list(){
item="$1"
list="$2"
length=${#list}
if [ $length == 0 ]; then
list="$item"
else
list="$list $item"
fi
echo "$list"
}
remove_item_from_list(){
item="$1"
list="$2"
new_list=""
for i in $list; do
if [ "$i" == "$item" ]; then
continue
fi
new_list=`add_item_to_list "$i" "$new_list"`
done
echo "$new_list"
}
#Tree.txt Generation ####################################
gen_dm_tree(){
file=$1
#Get line number of lines containing Object or Param
leaf_obj_line=`get_leaf_obj_line_number "$file"`
for line_number in $leaf_obj_line; do
#Get table name
table_name=`sed -n $line_number'p' $file | cut -d' ' -f2 | tr -d []`
str=`sed -n $line_number'p' $file | grep "DMOBJ"`
parameters_list=""
objects_list=""
o_found="0"
p_found="0"
######## Before looking for childs Look to father
for obj in $obj_look_obj_child_list; do
childs_obj=`echo $obj | awk -F ":" '{print $2}'`
if [ "$childs_obj" == "$table_name" ]; then #I found mum
father_name=`echo $obj | awk -F ":" '{print $1}'`
o_found="1"
break
fi
done
for param in $obj_look_param_child_list; do
childs_params=`echo $param | awk -F ":" '{print $2}'`
if [ "$childs_params" == "$table_name" ]; then #I found mum
father_name=`echo $param | awk -F ":" '{print $1}'`
p_found="1"
break
fi
done
######## Create Childs list
while IFS=, read -r f1 f2 f3 f4 f5 f6 f7 f8 f9 f10 f11; do
name=`echo ${f1//{} | sed 's/^"\(.*\)"$/\1/'`
permission=${f2// &}
type=${f3// }
multiinstance=${f6// }
if [ "$multiinstance" != "NULL" ]; then
instance="true"
else
instance="false"
fi
if [ "$name" == "(char *)&dmroot" ]; then
name=${ROOT_PATH}
fi
if [ "$o_found" == "1" ]; then
name=`set_obj_object_child "$father_name" "$name"`
oname=`set_obj_object_line $instance "$name"`
echo "$oname," >> $TREE_TXT
# if [ "$instance" == "true" ]; then
# objinst=`set_obj_instance_line $name`
# echo $objinst >> $TREE_TXT
# fi
#tree=`add_item_to_list "$oname" "$tree"`
fi
if [ "$p_found" == "1" ]; then
name=`set_obj_param_child "$father_name" "$name"`
otype=`get_param_type $type`
pname=`set_obj_param_line "$otype" "$name"`
#tree=`add_item_to_list "$pname" "$tree"`
echo $pname >> $TREE_TXT
fi
if [ -n "$str" ]; then
child_objects=${f9// }
child_parameters=${f10// }
obj_name=${name}
#Add the actual object to the list of objects looking for their children objects ########
if [ "$child_objects" != "NULL" ]; then
new_item=${obj_name}":"${child_objects}
obj_look_obj_child_list=`add_item_to_list "$new_item" "$obj_look_obj_child_list"`
fi
#Add the actual object to the list of objects looking for their children parameters #######
if [ "$child_parameters" != "NULL" ]; then
new_item=${obj_name}":"${child_parameters}
obj_look_param_child_list=`add_item_to_list "$new_item" "$obj_look_param_child_list"`
fi
fi
done <<<"`sed -n $line_number',/{0}/p' $file | sed -e '/{0}/d' | sed -e '/^{/!d'`"
######### Remove object from list of object looking there childs
for obj in $obj_look_obj_child_list; do
childs_obj=`echo $obj | awk -F ":" '{print $2}'`
if [ "$childs_obj" == "$table_name" ]; then #I found mum
obj_look_obj_child_list=`remove_item_from_list "$obj" "$obj_look_obj_child_list"`
break
fi
done
######### Remove object from list of object looking there childs
for param in $obj_look_param_child_list; do
childs_params=`echo $param | awk -F ":" '{print $2}'`
if [ "$childs_params" == "$table_name" ]; then #I found mum
obj_look_param_child_list=`remove_item_from_list "$param" "$obj_look_param_child_list"`
break
fi
done
done
}
#XML Generation Functions ####################################
xml_open_tag_object() {
local objn="$1"
local isarray="$2"
local level="$3"
local h_child="$4"
local sp1=0 sp2=0
let sp1=8+4*$level
let sp2=$sp1+4
printf "%${sp1}s"; echo "<parameter>"
printf "%${sp2}s"; echo "<parameterName>$objn</parameterName>"
printf "%${sp2}s"; echo "<parameterType>object</parameterType>"
printf "%${sp2}s"; echo "<array>$isarray</array>"
if [ -n "$h_child" -a "$h_child" != "0" ]; then
printf "%${sp2}s"; echo "<parameters>"
fi
}
xml_close_tag_object() {
local level="$1"
local h_child="$2"
local sp1=0 sp2=0
let sp1=8+4*$level
let sp2=$sp1+4
if [ -n "$h_child" -a "$h_child" != "0" ]; then
printf "%${sp2}s"; echo "</parameters>"
fi
printf "%${sp1}s"; echo "</parameter>"
}
xml_add_parameter() {
local paramn="$1"
local type="$2"
local level="$3"
local sp1=0 sp2=0
let sp1=8+4*$level
let sp2=$sp1+4
printf "%${sp1}s"; echo "<parameter>"
printf "%${sp2}s"; echo "<parameterName>$paramn</parameterName>"
printf "%${sp2}s"; echo "<parameterType>$type</parameterType>"
printf "%${sp1}s"; echo "</parameter>"
}
xml_write_line() {
local level="$1"
local parent="$2"
local path="$3"
local line=""
local LINES=`grep "$path[^,]\+$\|$path[^,]\+,$" tmp.txt`
for line in $LINES; do
local p=`echo "$line" | cut -d, -f$((level+2))`
[ "$p" != "$parent" ] && continue
local param=`echo "$line" | cut -d, -f$((level+3))`
[ "$param" = "" ] && continue
local node=`echo "$line" | cut -d, -f1`
if [ "$node" = "object" ]; then
local isarray=`echo "$line" | cut -d, -f2`
let cnt_obj++
local has_child=`grep "$path$param,[a-zA-Z0-9_,]\+$" tmp.txt |wc -l`;
xml_open_tag_object "$param" "$isarray" "$level" "$has_child"
xml_write_line "$((level+1))" "$param" "$path$param,"
xml_close_tag_object "$level" "$has_child"
elif [ "$node" = "parameter" ]; then
local type=`echo "$line" | cut -d, -f2`
let cnt_param++
xml_add_parameter "$param" "$type" "$level"
fi
done
}
gen_data_model_xml_file() {
echo "<?xml version=\"1.0\" encoding=\"UTF-8\"?>"
echo "<deviceType xmlns=\"urn:dslforum-org:hdm-0-0\" xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\" xsi:schemaLocation=\"urn:dslforum-org:hdm-0-0 deviceType.xsd\">"
echo " <protocol>$DEVICE_PROTOCOL</protocol>"
echo " <manufacturer>iopsys</manufacturer>"
echo " <manufacturerOUI>002207</manufacturerOUI>"
echo " <productClass>$PRODUCT_CLASS</productClass>"
echo " <modelName>$MODEL_NAME</modelName>"
echo " <softwareVersion>$SOFTWARE_VERSION</softwareVersion>"
echo " <dataModel>"
echo " <attributes>"
echo " <attribute>"
echo " <attributeName>notification</attributeName>"
echo " <attributeType>int</attributeType>"
echo " <minValue>0</minValue>"
echo " <maxValue>2</maxValue>"
echo " </attribute>"
echo " <attribute>"
echo " <attributeName>accessList</attributeName>"
echo " <attributeType>string</attributeType>"
echo " <array>true</array>"
echo " <attributeLength>64</attributeLength>"
echo " </attribute>"
echo " <attribute>"
echo " <attributeName>visibility</attributeName>"
echo " <attributeType>string</attributeType>"
echo " <array>true</array>"
echo " <attributeLength>64</attributeLength>"
echo " </attribute>"
echo " </attributes>"
echo " <parameters>"
xml_write_line "1" "root" "root,"
echo " </parameters>"
echo " </dataModel>"
echo "</deviceType>"
}
# MAIN ####################################################################################################
# CONSTANTS ######
CURRENT_PATH=`pwd`
OUT_STREAM="tmp.txt"
ROOT_FILE="root.c"
TREE_TXT=$CURRENT_PATH"/"$OUT_STREAM
DM_98="tr098"
DM_181="tr181"
DM_PATH=${2:-"$(pwd)/../dmtree/"}
PRODUCT_CLASS=${3:-"DG301"}
DEVICE_PROTOCOL=${4:-"DEVICE_PROTOCOL_DSLFTR069v1"}
MODEL_NAME=${5:-"DG301-A"}
SOFTWARE_VERSION=${6:-"1.2.3.4B"}
SCRIPTS_PATH_COMMON=${DM_PATH}/"common/"
cnt_obj=0
cnt_param=0
### GEN TR098 TREE ####
DATA_MODEL=$DM_98
SCRIPTS_PATH=${DM_PATH}/${DATA_MODEL}
DIR_LIST="$SCRIPTS_PATH_COMMON $SCRIPTS_PATH"
XML_OUT_STREAM_098="iopsys_tr098.xml"
ROOT_PATH="InternetGatewayDevice"
####
echo "Start Generation of TR098..."
echo "Please wait..."
rm -rf $OUT_STREAM
rm -rf $XML_OUT_STREAM_098
echo "object,false,root,$ROOT_PATH," > $OUT_STREAM
cd "$SCRIPTS_PATH_COMMON"
gen_dm_tree $ROOT_FILE
for dir in $DIR_LIST; do
cd $dir
files=`ls *.c |grep -v $ROOT_FILE`
for file in $files; do
gen_dm_tree "$file"
done
done
cd $CURRENT_PATH
sort -k 4 $OUT_STREAM > tmp2.txt
cat tmp2.txt | tr -d "[:blank:]" > $OUT_STREAM
gen_data_model_xml_file > $XML_OUT_STREAM_098
cnt_obj=`grep -c "object," tmp.txt`
cnt_param=`grep -c "parameter," tmp.txt`
echo "Number of TR098 objects is $cnt_obj"
echo "Number of TR098 parameters is $cnt_param"
echo "End of TR098 Generation"
### GEN TR181 TREE ##################################
cnt_obj=0
cnt_param=0
DATA_MODEL=$DM_181
SCRIPTS_PATH=${DM_PATH}/${DATA_MODEL}
DIR_LIST="$SCRIPTS_PATH_COMMON $SCRIPTS_PATH"
XML_OUT_STREAM_181="iopsys_tr181.xml"
ROOT_PATH="Device"
########
echo "Start Generation of TR0181..."
echo "Please wait..."
rm -rf $OUT_STREAM
rm -rf $XML_OUT_STREAM_181
echo "object,false,root,$ROOT_PATH," > $OUT_STREAM
cd "$SCRIPTS_PATH_COMMON"
gen_dm_tree $ROOT_FILE
for dir in $DIR_LIST; do
cd $dir
files=`ls *.c |grep -v $ROOT_FILE`
for file in $files; do
gen_dm_tree "$file"
done
done
cd $CURRENT_PATH
sort -k 4 $OUT_STREAM > tmp2.txt
cat tmp2.txt | tr -d "[:blank:]" > $OUT_STREAM
rm -rf tmp2.txt
gen_data_model_xml_file > $XML_OUT_STREAM_181
cnt_obj=`grep -c "object," tmp.txt`
cnt_param=`grep -c "parameter," tmp.txt`
echo "Number of TR181 objects is $cnt_obj"
echo "Number of TR181 parameters is $cnt_param"
echo "End of TR181 Generation"
rm -rf tmp.txt