/**
* Process new batch files for csv data and html output
*
* The html output is only a file summary, no claim detail is created
*
*
* @uses csv_verify_file()
* @uses ibr_batch_csv_data()
* @uses csv_write_record()
* @uses csv_newfile_list()
* @param array $file_array optional default is NULL
* @param boolean $html_out whether to generate html files summary table
* @return string html output only for files table
*/
function ibr_batch_process_new($file_array = NULL, $html_out = TRUE)
{
//
// 'mtime', 'dirname', 'fname', 'trace' 'payer' 'claims'
$html_str = "";
$chars1 = 0;
$chars2 = 0;
//$chars2 = 0;
$idx = 0;
$ar_batchf = array();
//$need_dir = TRUE;
// get the list of new files
if ($file_array === NULL || !is_array($file_array) || count($file_array) == 0) {
$ar_newfiles = csv_newfile_list("batch");
} else {
$ar_newfiles = $file_array;
//$need_dir = FALSE;
}
//
if (count($ar_newfiles) == 0) {
if ($html_out) {
$html_str .= "<p>ibr_batch_process_new: no new batch files <br />";
return $html_str;
} else {
return false;
}
} else {
$btfcount = count($ar_newfiles);
}
// we have some new ones
// verify and get complete path
foreach ($ar_newfiles as $fbt) {
$fp = csv_verify_file($fbt, 'batch', false);
if ($fp) {
$ar_batchf[] = $fp;
}
}
$p = csv_parameters("batch");
$b_dir = $p['directory'];
//
if ($html_out) {
$html_str .= "<table cols=5 class=\"batch\">\n\t\t <caption>Batch Files CSV</caption>\n\t\t <thead>\n\t\t\t<tr>\n\t\t\t <th>File Time</th><th>File Name</th>\n\t\t\t <th>Control</th><th>Claims</th><th>x12_Partner</th>\n\t\t\t</tr>\n\t\t </thead>\n\t\t <tbody>";
}
foreach ($ar_batchf as $f_batch) {
//
// increment counter for alternating html backgrounds
$bgc = $idx % 2 == 1 ? 'odd' : 'even';
$idx++;
//
//$full_path = ($need_dir) ? $b_dir.DIRECTORY_SEPARATOR.$f_batch : $f_batch;
// get the file data for csv output
//$ar_csv_data = ibr_batch_csv_data($full_path);
$ar_csv_data = ibr_batch_csv_data($f_batch);
//
// write to the files_batch csv record
$chars1 += csv_write_record($ar_csv_data['file'], 'batch', 'file');
$chars2 += csv_write_record($ar_csv_data['claim'], 'batch', 'claim');
//
// link for viewing file <a href=\"edi_view_file.php?\'fvkey\'=$dta\" target=\"_blank\">$dta</a></td>";
if ($html_out) {
$html_str .= "<tr class=\"{$bgc}\">\n <td>{$ar_csv_data['file'][0]}</td>\n <td><a target='_blank' href='edi_history_main.php?fvkey={$ar_csv_data['file'][1]}'>{$ar_csv_data['file'][1]}</a></td>\n <td>{$ar_csv_data['file'][2]}</td>\n <td>{$ar_csv_data['file'][3]}</td>\n <td>{$ar_csv_data['file'][4]}</td>\n </tr>";
}
}
if ($html_out) {
$html_str .= "</tbody>\n\t\t </table>\n\t\t <p></p>";
}
//
csv_edihist_log("ibr_batch_process_new: {$chars1} characters written to files_batch.csv");
csv_edihist_log("ibr_batch_process_new: {$chars2} characters written to claims_batch.csv");
//
if ($html_out) {
return $html_str;
} else {
return "<p>Batch files: processed {$btfcount} files </p>";
}
}
/**
* Parse x12 file into array of segments.
*
* This function relies on csv_x12_delimiters() to get the delimiters array
* and on csv_verify_file() to supply the next_segment value.
* There are some basic verifications and failures are noted in the log.
* <pre>
* 'path'=>pathtofile
* 'delimiters'=>array from x12_delimiters()
* 'segments'=>segments[i]=>segment text
* if $seg_array is true then segments[i]=>array of elements
* </pre>
*
* @uses csv_x12_delimiters()
* @uses csv_verify_file()
* @param string $file_path the full path for the file
* @param string $type one of batch|837|era|835|997|999|277|271
* @param bool $seg_array whether each segment should be made into an array of elements
* @return array|bool array['delimiters']['segments']['path'], or false on error
*/
function csv_x12_segments($file_path, $type, $seg_array = FALSE)
{
// do verifications
$fp_ar = csv_verify_file($file_path, $type, TRUE);
//
if (!$fp_ar || !$fp_ar[0]) {
csv_edihist_log("csv_x12_segments: verification failed for {$file_path}");
return FALSE;
}
//
if ($fp_ar) {
//
$fp = $fp_ar[0];
$next_segment = $fp_ar[1];
$f_str = file_get_contents($fp);
//
// verify $delimiters
$delimiters = csv_x12_delimiters(substr($f_str, 0, 126), $next_segment);
$dlm_ok = FALSE;
// here, expect $delimiters['t'] ['e'] ['s'] ['r']
if (is_array($delimiters) && array_keys($delimiters) == array('t', 'e', 's', 'r')) {
$dlm_ok = TRUE;
$seg_d = $delimiters['t'];
$elem_d = $delimiters['e'];
$subelem_d = $delimiters['s'];
$rep_d = $delimiters['r'];
} else {
csv_edihist_log("csv_x12_segments: invalid delimiters or delimiters wrong for {$fp}");
return FALSE;
}
}
// OK, now initialize variables
$fn = basename($fp);
$ar_seg = array();
$ar_seg['path'] = $fp;
$ar_seg['delimiters'] = $delimiters;
$ar_seg['segments'] = array();
$seg_pos = 0;
// position where segment begins
$st_segs_ct = 0;
// segments in ST-SE envelope
$se_seg_ct = "";
// segment count from SE segment
$isa_segs_ct = 0;
// segments in ISA envelope
$isa_ct = 0;
// ISA envelope count
$iea_ct = 0;
// IEA count
$trnset_seg_ct = 0;
// segments by sum of isa segment count
//
$isa_str = "ISA" . $elem_d;
// to reduce evaluations
$iea_str = "IEA" . $elem_d;
$st_str = "ST" . $elem_d;
$se_str = "SE" . $elem_d;
//
$idx = -1;
$moresegs = true;
while ($moresegs) {
$idx++;
// extract each segment from the file text
$seg_end = strpos($f_str, $seg_d, $seg_pos);
$moresegs = strpos($f_str, $seg_d, $seg_end + 1);
//
$seg_text = substr($f_str, $seg_pos, $seg_end - $seg_pos);
$seg_pos = $seg_end + 1;
//
// we trim in case there are line or carriage returns
$seg_text = trim($seg_text);
//
// check for non ASCII basic characters. Note reg_ex '/[^\x20-\xFF]/' allows extended ASCII characters
// this is partly file syntax and partly protection -- we don't want to process an imposter
// We are mostly concerned with \x00 to \x19, the "control" characters, but apparently some are allowed
//
if (preg_match_all('/[^\\x20-\\x7E]/', $seg_text, $matches)) {
csv_edihist_log("csv_x12_segments: Non-basic ASCII character in segment ({$idx}) in file {$fn}");
// quit here? return false; -- actually files have probably been scanned before in upload.php
// also x12 files have more allowed characters than these
}
if ($seg_array) {
$ar_seg['segments'][] = explode($elem_d, $seg_text);
} else {
$ar_seg['segments'][] = $seg_text;
}
$st_segs_ct++;
$isa_segs_ct++;
//
// some checks, if wanted
if (substr($seg_text, 0, 4) == $isa_str) {
$isa_seg = explode($elem_d, $seg_text);
$isa_id = $isa_seg[13];
$isa_segs_ct = 1;
$isa_ct++;
continue;
}
//
if (substr($seg_text, 0, 3) == $st_str) {
// $e = strpos($seg_text, $elem_d, 8); // ST*835* is 7 characters
// $st02 = substr($seg_text, 7, $e-7);
$st_ar = explode($elem_d, $seg_text);
$st_num = $st_ar[2];
$st_segs_ct = 1;
continue;
}
if (substr($seg_text, 0, 3) == $se_str) {
$se_ar = explode($elem_d, $seg_text);
$se_seg_ct = $se_ar[1];
$se_num = $se_ar[2];
if ($se_num != $st_num) {
csv_edihist_log("csv_x12_segments: ST-SE number mismatch {$st_num} {$se_num} in {$fn}");
}
if (intval($se_seg_ct) != $st_segs_ct) {
csv_edihist_log("csv_x12_segments: ST-SE segment count mismatch {$st_segs_ct} {$se_seg_ct} in {$fn}");
}
continue;
}
if (substr($seg_text, 0, 4) == $iea_str) {
$iea_seg = explode($elem_d, $seg_text);
$iea_id = $iea_seg[2];
$iea_ct++;
//
if ($isa_id != $iea_id) {
csv_edihist_log("csv_x12_segments: ISA-IEA identifier mismatch set {$iea_ct} in {$fn}");
}
if ($iea_ct == $isa_ct) {
$trnset_seg_ct += $isa_segs_ct;
if ($idx + 1 != $trnset_seg_ct) {
//
csv_edihist_log("csv_x12_segments: IEA segment count error ({idx+1}:{$trnset_seg_ct} set) {$iea_ct} in {$fn}");
}
} else {
csv_edihist_log("csv_x12_segments: ISA-IEA count mismatch set {$isa_ct} {$iea_ct} in {$fn}");
}
}
//
}
//
return $ar_seg;
}
/**
* copy the substring of text containing claim payment information for a claim
*
* The filename must be found in the files.csv table, i.e. previously processed
*
* @uses csv_verify_file()
* @uses csv_x12_delimiters()
* @param string $clp_clm_num the pid-encounter value
* @param string $era_file the filename
* @return string newline characters are added to each segment end
*/
function ibr_era_get_clp_text($clp_clm_num, $era_file, $html_out = true)
{
// @param string $clp_clm_num -- CLP01 value, pid-encounter
// @param string $era_file path to 835 file containing the $clp_clm_num
// segment block CLP to CLP, SE, LX
// get the substring of the era file containing the ST number
//
$fp = csv_verify_file($era_file, "era");
if (!$fp) {
csv_edihist_log("ibr_era_get_clp_text: failed to read {$era_file}");
$str_clp .= "failed to read {$era_file}";
return $str_clp;
} else {
//
$bstr = file_get_contents($fp);
if (!$bstr) {
csv_edihist_log("ibr_era_get_clp_text: failed to get contents of {$era_file}");
$str_clp .= "failed to read {$era_file}";
return $str_clp;
}
// get the delimiters
$str_isa = substr($bstr, 0, 126);
//
$ar_delim = csv_x12_delimiters($str_isa, "GS");
$seg_delim = $ar_delim['t'];
//
$seg_clp = "CLP*" . $clp_clm_num;
// CLP segment that begins remittance detail
//
$clp_pos = strpos($bstr, $seg_clp, 0);
// break it off if $st_pos is not found
if ($clp_pos == FALSE) {
csv_edihist_log("Error: {$clp_clm_num} not found in {$era_file}");
$str_clp .= "Error: {$clp_clm_num} not found in {$era_file}";
return $str_clp;
}
//
$seg_se = "SE*";
$seg_lx = "LX*";
$seg_clpx = "CLP*";
// see if we can find a closing segment
$pos_ar[] = strpos($bstr, $seg_se, $clp_pos);
// $se_pos =
$pos_ar[] = strpos($bstr, $seg_lx, $clp_pos);
// $lx_pos =
$pos_ar[] = strpos($bstr, $seg_clpx, $clp_pos + 10);
//$clpx_pos =
//
// choose the best closing position, closest to $clp_pos
asort($pos_ar);
foreach ($pos_ar as $p) {
// echo "clp_pos $clp_pos pos_ar $p". PHP_EOL;
if ($p > $clp_pos) {
$end_pos = $p;
break;
}
}
//
$str_clp = substr($bstr, $clp_pos, $end_pos - $clp_pos);
//
// add newlines so each segment is on its own line
if (strpos($str_clp, $seg_delim . PHP_EOL)) {
// if true, assume the file has newlines ending segments
} else {
// we could get fancy and make an html table or add line numbers
$str_clp = str_replace($seg_delim, $seg_delim . PHP_EOL, $str_clp);
}
}
//
if ($html_out) {
$str_html = "<div class=\"filetext\">";
$str_html .= "<p>{$pe} " . basename($fp) . " </p>" . PHP_EOL . "<pre><code>";
$str_html .= $str_clp;
$str_html .= PHP_EOL . "</code></pre>" . PHP_EOL . "</div>" . PHP_EOL;
return $str_html;
} else {
return $str_clp;
}
}
/**
* Create html output for a 277 file, same as the process new output
*
* @uses csv_verify_file()
* @uses csv_x12_segments()
* @uses ibr_277_parse()
* @uses ibr_277_csv_claim_data()
* @uses ibr_277_html()
* @param string $filepath -- filename or full path to file
* @return string
*/
function ibr_277_filetohtml($filepath, $err_only = false)
{
//
// simply create an html output for the file like processing new
//
$html_str = "";
//
$fp = csv_verify_file($filepath, "f277");
if ($fp) {
$ar_277_seg = csv_x12_segments($fp, "f277", false);
if (is_array($ar_277_seg) && count($ar_277_seg['segments'])) {
$ar_277_vals = ibr_277_parse($ar_277_segs);
} else {
$html_str .= "failed to get segments for {$fp} <br />" . PHP_EOL;
continue;
}
$idx = 0;
foreach ($ar_277_vals as $isa) {
$ar_csvf = $isa['file'];
$ar_csvc = ibr_277_csv_claim_data($isa['claim']);
//
$ar_h[$idx]['file'] = $ar_csvf;
$ar_h[$idx]['claim'] = $ar_csvc;
$idx++;
}
$html_str .= ibr_277_html($ar_h, $err_only);
} else {
csv_edihist_log("ibr_277_filetohtml: verification failed {$filepath}");
$html_str .= "ibr_277_filetohtml: Error, validation failed {$filepath} <br />";
}
//
return $html_str;
}
/**
* process new 997/999 files
*
* @uses csv_newfile_list()
* @uses csv_verify_file()
* @uses csv_parameters()
* @param array $file_array -- optional, this array is sent from the ibr_io.php script
* @param bool $html_out -- whether to produce and return html output
* @param bool $err_only -- whether to generate claim information only for errors (ignored)
* @return string
*/
function ibr_997_process_new($file_array = NULL, $html_out = TRUE, $err_only = TRUE)
{
//
$ret_str = "";
$chr_ct1 = 0;
$chr_ct2 = 0;
$new_997 = array();
$need_dir = TRUE;
//
if (is_null($file_array) || empty($file_array)) {
// directory will need to be prepended to name
$new_997 = csv_newfile_list('f997');
} elseif (is_array($file_array) && count($file_array)) {
// files that are not verified will just be ignored
foreach ($file_array as $finp) {
$fp = csv_verify_file($finp, 'f997');
if ($fp) {
$new_997[] = $fp;
}
}
$need_dir = FALSE;
}
//
if (count($new_997) == 0) {
$ret_str = "<p>ibr_997_process_new: no new 997/999 files. </p>";
return $ret_str;
} else {
$f997count = count($new_997);
}
//
$ar_htm = array();
//
$params = csv_parameters("f997");
$tdir = dirname(__FILE__) . $params['directory'];
//
// get batch files parameters, we need the batch_dir
$bp = csv_parameters("batch");
$batch_dir = dirname(__FILE__) . $bp['directory'];
//
foreach ($new_997 as $f997) {
// make the file path
$fpath = $need_dir ? $tdir . DIRECTORY_SEPARATOR . $f997 : $f997;
// get file m-time
//$ftime = date('Ymd:His', filemtime($fpath));
// read file into string
$f_str = file_get_contents($fpath);
if ($f_str) {
// transform file contents into segment arrays
$ar_seg = csv_x12_segments($fpath, "f997", FALSE);
//
if (!$ar_seg) {
// file was rejected
csv_edihist_log("ibr_997_process_new: failed to get segments for {$fpath}");
$ret_str .= "ibr_997_process_new: failed to get segments for {$fpath}</p>" . PHP_EOL;
continue;
}
// parse arrays into data arrays
$ar_data = ibr_997_parse($ar_seg);
// $ar_data = array("file" => $ar_997file, "rejects" => $ar_reject);
//
$csv_claims = ibr_997_data_csv($ar_data['file'], 'file');
if ($csv_claims) {
$chr_ct1 += csv_write_record($csv_claims, "f997", "file");
} else {
csv_edihist_log("ibr_997_process_new: error with files csv array");
}
//
if (isset($ar_data['claims']) && count($ar_data['claims'])) {
// only add to claims_997.csv if there are rejected claims
$csv_claims = ibr_997_data_csv($ar_data['claims'], 'claim');
if ($csv_claims) {
$chr_ct2 += csv_write_record($csv_claims, "f997", "claim");
} else {
csv_edihist_log("ibr_997_process_new: error with claims csv array");
}
//
}
//
// save all the ar_datas for html output
if ($html_out) {
$ar_htm[] = $ar_data;
}
//
} else {
$ret_str .= "<p>ibr_997_process_new: failed to read {$fpath} </p>" . PHP_EOL;
}
}
//
csv_edihist_log("ibr_997_process_new: {$chr_ct1} characters written to files_997.csv");
csv_edihist_log("ibr_997_process_new: {$chr_ct2} characters written to claims_997.csv");
//
if ($html_out) {
// generate html output and return that
$ret_str .= ibr_997_file_data_html($ar_htm, $err_only);
} else {
$ret_str .= "x12_999 files: processed {$f997count} x12-999 files <br />";
}
//
return $ret_str;
}
/**
* process new .ta1 files
*
*
* @uses ibr_process_ta1()
* @uses ibr_ack_html()
* @uses csv_newfile_list()
* @uses csv_verify_file()
* @param array|string -- optional array of filenames or filename
* @param bool --whether to produce html table
* @return string
*/
function ibr_ta1_process_new($ta1_files, $html_out = TRUE)
{
//
$str_html = "";
//
if (is_array($ta1_files)) {
$new_files = $ta1_files;
} elseif (is_string($ta1_files) && strlen($ta1_files)) {
$new_files[] = $ta1_files;
} else {
$new_files = csv_newfile_list("ta1");
}
//
if (is_array($new_files) && count($new_files) > 0) {
$fcount = count($new_files);
foreach ($new_files as $ta) {
$fp = csv_verify_file($ta, 'ta1');
if ($fp) {
$ar_d[] = ibr_process_ta1($fp);
} else {
$str_html .= "TA1 failed to verify file: {$ta} <br />" . PHP_EOL;
csv_edihist_log("ibr_ta1_process_new: failed to verify file: {$ta}");
}
}
}
// write a line to csv file -- put in file_997.csv
if (is_array($ar_d) && count($ar_d)) {
foreach ($ar_d as $arec) {
// do not put message, batch, or text file in csv record
$ar_csv[] = array_slice($arec, 0, count($arec) - 3);
}
$rslt = csv_write_record($ar_csv, "ta1", "file");
csv_edihist_log("ibr_ta1_process_new: {$rslt} characters written to files_997.csv");
if ($html_out) {
$str_html .= ibr_ack_html($ar_d);
} else {
$str_html .= "TA1 files: processed {$fcount} TA1 files <br />" . PHP_EOL;
}
} else {
$str_html .= "No new TA1 files found. <br />" . PHP_EOL;
}
//
return $str_html;
}
/**
* generate output as if file is being processed
*
* @param string filename
* @param bool display errors only
* @return string
*/
function ibr_ebr_filetohtml($filepath, $err_only = false)
{
// simply create an html output for the file
$html_str = "";
$data_ar = array();
$fp = false;
$ext = substr($filepath, -3);
if (strpos('|ibr|ebr', $ext)) {
$fp = csv_verify_file($filepath, "ebr");
}
if ($fp) {
if ($ext == 'ebr') {
$data_ar = ibr_ebr_values($fp);
} elseif ($ext == 'ibr') {
$data_ar = ibr_ibr_values($fp);
} else {
csv_edihist_log("ibr_ebr_filetohtml: invalid extension {$ext} " . basename($fp));
return "<p>invalid extension {$ext} </p>" . PHP_EOL;
}
//
$html_str .= ibr_ebr_html($data_ar, $err_only);
} else {
csv_edihist_log("ibr_ebr_filetohtml: verification failed {$filepath}");
$html_str .= "Error, validation failed {$filepath} <br />";
}
//
return $html_str;
}
/**
* Categorize and check uploaded files
*
* Files are typed and scanned, if they pass scan, then the file is moved
* to the IBR_UPLOADS_DIR and an array('type', 'name') is returned
* If an error occurs, FALSE is returned
*
* @uses csv_verify_file()
* @param array $param_ar -- the csv_parameters("ALL") array (so we don't have to keep creating it)
* @param array $fidx -- individual file array from $files[$i] array
* @param string &$html_str -- the html output that is passed around
* @return array|bool
*/
function ibr_upload_match_file($param_ar, $fidx, &$html_str)
{
//
if (is_array($fidx) && isset($fidx['name'])) {
$fn = basename($fidx['name']);
$ftmp = $fidx['tmp_name'];
} else {
$html_str .= "Error: invalid file argument <br />" . PHP_EOL;
return FALSE;
}
//
if (is_array($param_ar) && count($param_ar)) {
$p = $param_ar;
// csv_parameters("ALL");
} else {
$html_str .= "Error: invalid parameters <br />" . PHP_EOL;
return FALSE;
}
//
$ibr_upldir = csv_edih_tmpdir();
//
$ar_fn = array();
//
foreach ($p as $ky => $par) {
//
if (!$p[$ky]['regex']) {
continue;
}
if (!preg_match($p[$ky]['regex'], $fn)) {
continue;
}
// file name has matched an allowed extension; now, we scan the file
//$is_tp = TRUE;
//
$fstr = file_get_contents($ftmp);
if (!$fstr) {
$html_str .= "Error: could not read {$fn} <br />" . PHP_EOL;
return FALSE;
}
// check for Non-basic ASCII character and <%, <asp:, <?, ${, #!, <?, <scr (any other evil script indicators?)
// basically allows A-Z a-z 0-9 !"#$%&'()*+,-./:;<=>?@[\]^_`{|}~ and newline carriage_return
// this may need to be adapted to the allowed x12 characters, but <%, <asp:, <?, ${, and #! should never occur
// any other bad stuff indicators should be added
//
//$fltr = filter_var ( $fstr, FILTER_SANITIZE_STRING ); FILTER_FLAG_STRIP_LOW|FILTER_FLAG_STRIP_HIGH,
if (preg_match('/[^\\x20-\\x7E\\x0A\\x0D]|(<\\?)|(<%)|(<asp)|(<ASP)|(#!)|(\\$\\{)|(<scr)|(<SCR)/', $fstr, $matches, PREG_OFFSET_CAPTURE)) {
//
$html_str .= "Filtered character in file {$fn} -- not accepted <br />" . PHP_EOL;
$html_str .= " character: " . $matches[0][0] . " position: " . $matches[0][1] . "<br />" . PHP_EOL;
//
return FALSE;
} else {
// file matches extension and contains only allowed characters
$newname = $ibr_upldir . DIRECTORY_SEPARATOR . $fn;
//
$is_mv = rename($ftmp, $newname);
if (!$is_mv) {
// moving file failed, check permissions for directory, since this may be a problem at start
if (!is_writable($ibr_upldir)) {
$html_str .= "write permission denied for {$ibr_upldir}<br />" . PHP_EOL;
}
$html_str .= "Error: unable to move {$fn} to uploads directory<br />" . PHP_EOL;
return FALSE;
} else {
// file was moved, now set permissions to be -rw-------
$iscm = chmod($newname, 0600);
if (!$iscm) {
$html_str .= "Error: failed to set permissions for {$fa['name']} -- trying to remove<br />" . PHP_EOL;
unlink($newname);
return FALSE;
}
}
if ($is_mv && $iscm) {
// verify file by checking for expected parts -- not extensive
// function csv_verify_file() is in csv_record_include.php
if (csv_verify_file($newname, $ky)) {
//
$ar_fn['type'] = (string) $ky;
$ar_fn['name'] = $newname;
} else {
//
//$html_str .= "verify failed for $newname <br />" .PHP_EOL;
return FALSE;
}
}
}
// quit the extension check loop
break;
}
return $ar_fn;
}