<td><u><?php
echo LangUtil::$generalTerms['VALUES'];
?>
</u><?php
$page_elems->getAsterisk();
?>
</td>
<td><u><?php
echo LangUtil::$generalTerms['UNIT'];
?>
/Default Value</u>[<a href='#unit_help' rel='facebox'>?</a>]</td>
</tr>
<?php
$max_num_measures = count($measure_list);
for ($i = 1; $i <= $max_num_measures; $i += 1) {
$curr_measure = Measure::getById($measure_list[$i - 1]);
if ($curr_measure != NULL) {
$ref_ranges = $curr_measure->getReferenceRanges($_SESSION['lab_config_id']);
?>
<input type='hidden' name='m_id[]' value='<?php
echo $measure_list[$i - 1];
?>
'></input>
<?php
echo "<tr valign='top' id='mrow_{$i}' ";
echo ">";
echo "<td align='center'>";
echo "<input type=checkbox name='delete_" . $curr_measure->measureId . "' />";
echo "</td><td>";
echo "<input type='text' name='measure[]' value='{$curr_measure->name}' />";
echo "</td>";
public function getMeasures()
{
# Returns list of measures included in a test type
$saved_db = DbUtil::switchToLabConfigRevamp();
$query_string = "SELECT measure_id FROM test_type_measure " . "WHERE test_type_id={$this->testTypeId}";
$resultset = query_associative_all($query_string, $row_count);
$retval = array();
if ($resultset) {
foreach ($resultset as $record) {
$measure_obj = Measure::getById($record['measure_id']);
$retval[] = $measure_obj;
}
}
DbUtil::switchRestore($saved_db);
return $retval;
}
$range_string .= "_";
}
}
if ($options_entered === false) {
# Error: Autocomplete values not entered properly.
# TODO:
}
# Truncate trailing "_"
$range_string = substr($range_string, 0, -1);
}
}
}
$unit = $units[$i];
# Existing measure
# Update measure to DB
$measure = Measure::getById($measure_ids[$i]);
$measure->name = $measure_name;
$measure->range = $range_string;
$measure->unit = $unit;
# Update measure entry DB
$measure->updateToDb();
$measures_to_retain[] = $measure_ids[$i];
}
# Non-panel test. Collect all newly added measures
$count_ref = count($reference_ranges_list);
$new_measures_list = array();
$measure_names = $_REQUEST['new_measure'];
$measure_types = $_REQUEST['new_mtype'];
$ranges_lower = $_REQUEST['new_range_l'];
$ranges_upper = $_REQUEST['new_range_u'];
$units = $_REQUEST['new_unit'];
<?php
#
# Returns token input values for "autocomplete" type measure
# Called via Ajax from results_entry.php
#
include "../includes/ajax_lib.php";
include "../includes/db_lib.php";
function find_matched($list, $search_string)
{
$retval = array();
foreach ($list as $value) {
if (strcasecmp(substr($value, 0, strlen($search_string)), $search_string) == 0) {
$retval[] = $value;
}
}
return $retval;
}
$measure_id = $_REQUEST['id'];
$q = $_REQUEST['q'];
$measure = Measure::getById($measure_id);
$value_map = array();
$range_values = $measure->getRangeValues();
$matched_range_values = find_matched($range_values, $q);
foreach ($matched_range_values as $range_value) {
$value_map[$range_value] = $range_value;
}
$json_params = array('id', 'name');
echo list_to_json($value_map, $json_params);
function update_remarks_xml($langdata_path, $updated_remarks)
{
# Updates the XML file after changes made to a test measure (indicator)
# updated_remarks[measure_id] = {[range]=>[interpretation]}
global $VERSION;
$new_version = $VERSION;
$file_name = $langdata_path . "remarks.xml";
$dest_file_name = $langdata_path . "remarks.xml";
$xml_doc = new DOMDocument();
$xml_doc->load($file_name);
$xpath = new DOMXpath($xml_doc);
$root_node = $xml_doc->getElementsByTagName("measures");
$root_node->item(0)->setAttribute("version", $new_version);
foreach ($updated_remarks as $key => $value) {
$measure_id = $key;
$remarks_map = $value;
$measure = Measure::getById($measure_id);
# Remove old measure node
$old_measure_node = $xpath->query("//measures/measure[@id='" . $measure_id . "']");
$old_measure_node = $root_node->item(0)->removeChild($old_measure_node->item(0));
# Create new measure node based on supplied values
$new_measure_node = $xml_doc->createElement("measure");
$new_measure_node->setAttribute("id", $measure_id);
$new_measure_node->setAttribute("descr", $measure->name);
foreach ($remarks_map as $key2 => $value2) {
$range = $key2;
$remark = $value2;
$new_range_node = $xml_doc->createElement("range");
$new_key_node = $xml_doc->createElement("key", $range);
$new_value_node = $xml_doc->createElement("value", $remark);
$new_range_node->appendChild($new_key_node);
$new_range_node->appendChild($new_value_node);
$new_measure_node->appendChild($new_range_node);
}
# Append updated measure node to XML root node
$root_node->item(0)->appendChild($new_measure_node);
}
# Save changes back into XML file
$xml_doc->formatOutput = true;
$xml_doc->preserveWhiteSpace = true;
$xml_doc->save($dest_file_name);
}
public function getSubmeasuresAsObj()
{
$id = $this->measureId;
$tagID = "\$sub*" . $id . "/\$";
$submeasureList = array();
$query_string = "SELECT * FROM measure ";
$saved_db = DbUtil::switchToLabConfig($lab_config_id);
$recordset = query_associative_all($query_string, $row_count);
DbUtil::switchRestore($saved_db);
foreach ($recordset as $record) {
$measureName = $record['name'];
$smID = intval($record['measure_id']);
if (strpos($measureName, $tagID) !== false) {
//echo "<br>---".strpos($measureName, $tagID);
$smObj = Measure::getById($record['measure_id']);
array_push($submeasureList, $smObj);
}
}
return $submeasureList;
}
