Base transfer to namespace complete

All libraries have been transformed to namespace layout
This commit is contained in:
Clemens Schwaighofer
2018-03-23 19:10:58 +09:00
parent 5474ae2dda
commit 9086196f7d
22 changed files with 2262 additions and 1858 deletions

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@@ -1,12 +1,12 @@
#!/bin/bash
# create path
path=`pwd`"/"$0;
path=$(pwd)"/"$0;
LOCAL_BASE_DIR="<local folder>";
LOCAL_DIR=$LOCAL_BASE_DIR"";
REMOTE_WEB="<remote folder>";
TARGET_HOST_WEB="<user>@<host>
TARGET_HOST_WEB="<user>@<host>";
TMP_DIR=$LOCAL_BASE_DIR"/4dev/";
tmpf_web=$TMP_DIR"tmp.web";

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@@ -0,0 +1,259 @@
<?
/*********************************************************************
* AUTHOR: Clemens "Gullevek" Schwaighofer (www.gullevek.org)
* CREATED: 2003/04/09
* SHORT DESCRIPTION:
* pgsq; wrapper calls
* HISTORY:
* 2008/04/16 (cs) wrapper for pg escape string
* 2007/01/11 (cs) add prepare/execute for postgres
* 2006/09/12 (cs) in case db_query retuns false, save the query and run the query through the send/get procedure to get correct error data from the db
* 2006/06/26 (cs) added port for db connection
* 2006/04/03 (cs) added meta data for table
* 2005/07/25 (cs) removed the plural s remove, not needed and not 100% working
* 2005/07/07 (cs) the default it is table_name _ id
* 2005/01/19 (cs) changed the pgsql connect, so it dies if it can't connect to the DB
* 2004/09/30 (cs) layout cleanup
* /
/* collection of PostgreSQL wrappers
* REQUIRES 5.4 PHP!!! (should do check for this)
*
* pg_prepare
* pg_execute
* pg_num_rows
* pg_num_fields
* pg_field_name
* pg_affected_rows (*)
* pg_fetch_array
* pg_query
* pg_close
* pg_connect (*)
* pg_meta_data
* pg_escape_string
*
*/
trait db_pgsql
{
private $last_error_query;
private $currval_query;
// METHOD: _db_query
// PARAMS: query, database handler
// RETURN: query result
// DESC : wrapper for gp_query, catches error and stores it in class var
private function _db_query($query, $dbh)
{
// read out the query status and save the query if needed
$result = @pg_query($dbh, $query);
if (!$result) {
$this->last_error_query = $query;
}
return $result;
}
// METHOD: _db_close
// PARAMS: database handler
// RETURN: none
// DESC : wrapper for pg_close
private function _db_close($dbh)
{
pg_close($dbh);
}
// METHOD: _db_prepare
// PARAMS: database handler, prepare name, query
// RETURN: prepared statement handler
// DESC : wrapper for pg_prepare
private function _db_prepare($dbh, $name, $query)
{
return @pg_prepare($dbh, $name, $query);
}
// METHOD: _db_execute
// PARAMS: database handler, prepare name, data for query
// RETURN: returns status
// DESC : wrapper for pg_execute for running a prepared statement
private function _db_execute($dbh, $name, $data)
{
return @pg_execute($dbh, $name, $data);
}
// METHOD: _db_num_rows
// PARAMS: cursor
// RETURN: rows
// DESC : wrapper for pg_num_rows
private function _db_num_rows($cursor)
{
return pg_num_rows($cursor);
}
// METHOD: _db_num_fields
// PARAMS: cursor
// RETURN: number for fields in query
// DESC : wrapper for pg_num_fields
private function _db_num_fields($cursor)
{
return pg_num_fields($cursor);
}
// METHOD: _db_field_name
// PARAMS: cursor, field position
// RETURN: name of field
// DESC : wrapper for pg_field_name
private function _db_field_name($cursor, $i)
{
return pg_field_name($cursor, $i);
}
// METHOD: _db_fetch_array
// PARAMS: cursor
// RETURN: row
// DESC : wrapper for pg_fetch_array
private function _db_fetch_array($cursor)
{
return pg_fetch_array($cursor);
}
// METHOD: _db_affected_ros
// PARAMS: database handler, cursor
// RETURN: number for rows
// DESC : wrapper for pg_affected_rows
private function _db_affected_rows($dbh, $cursor)
{
return pg_affected_rows($cursor);
}
// METHOD: _db_insert_id
// PARAMS: database handler, query, primary key name
// RETURN: last insert primary key
// DESC : reads the last inserted primary key for the query
// if ther is no pk_name tries to auto built it from the table name
// this only works if db schema is after "no plural names. and pk name is table name + _id
// detects schema prefix in table name
private function _db_insert_id($dbh, $query, $pk_name)
{
// only if an insert has been done
if (preg_match("/^insert /i", $query)) {
// get table name from insert
$array = explode(' ', $query);
$_table = $array[2];
// if there is a dot inside, we need to split
if (strstr($_table, '.')) {
list ($schema, $table) = explode('.', $_table);
} else {
$table = $_table;
}
// no PK name given at all
if (!$pk_name) {
// if name is plurar, make it singular
// if (preg_match("/.*s$/i", $table))
// $table = substr($table, 0, -1);
// set pk_name to "id"
$pk_name = $table."_id";
}
$seq = (($schema) ? $schema.'.' : '').$table."_".$pk_name."_seq";
$q = "SELECT CURRVAL('$seq') AS insert_id";
$this->currval_query = $q;
//echo "Q: $q<Br>";
// I have to do manually or I overwrite the original insert internal vars ...
if ($q = @pg_query($dbh, $q)) {
list($id) = pg_fetch_array($q);
} else {
$id = array(-1, $q);
}
return $id;
}
}
// METHOD: _db_connect
// PARAMS: host name, user name, password, database name, optional port (defaults to default postgres port), optional ssl (default allow)
// RETURN: database handler
// DESC : wrapper for pg_connect, writes out failure to screen if error occurs (hidden var)
private function _db_connect($db_host, $db_user, $db_pass, $db_name, $db_port = 5432, $db_ssl = 'allow')
{
// to avoid empty db_port
if (!$db_port) {
$db_port = 5432;
}
$this->dbh = @pg_connect("host=".$db_host." port=".$db_port." user=".$db_user." password=".$db_pass." dbname=".$db_name." sslmode=".$db_ssl);
if (!$this->dbh) {
die("<!-- Can't connect [host=".$db_host." port=".$db_port." user=".$db_user." password=XXXX dbname=".$db_name." sslmode=".$db_ssl."] //-->");
}
return $this->dbh;
}
// METHOD: _db_print_error
// PARAMS: database handler, cursor
// RETURN: error string (HTML)
// DESC : reads the last error for this cursor
private function _db_print_error($dbh, $cursor = '')
{
// run the query again for the error result here
if (!$cursor && $this->last_error_query) {
pg_send_query($dbh, $this->last_error_query);
$this->last_error_query = "";
$cursor = pg_get_result($dbh);
}
if (pg_result_error($cursor)) {
return "<span style=\"color: red;\"><b>-PostgreSQL-Error-></b> ".pg_result_error($cursor)."</span><br>";
}
}
// METHOD: _db_meta_data
// PARAMS: database handler, table name
// RETURN: array with table data
// DESC : wrapper for pg_emta_data
private function _db_meta_data($dbh, $table)
{
return @pg_meta_data($dbh, $table);
}
// METHOD: _db_escape_string
// PARAMS: string
// RETURN: escaped string for postgres
// DESC : wrapper for pg_escape_string
private function _db_escape_string($string)
{
return pg_escape_string($this->dbh, $string);
}
// METHOD: _db_escape_bytea
// PARAMS: string
// RETURN: escape bytes for postgres
// DESC : wrapper for pg_escape_bytea
private function _db_escape_bytea($bytea)
{
return pg_escape_bytea($this->dbh, $bytea);
}
// METHOD: _db_array_parse
// PARAMS: input text, output array [needed]
// [internal] limit: are we at the end of the parse
// [internal] offset: shift for {}
// RETURN: array with the elements
// DESC : postgresql array to php array
private function _db_array_parse($text, &$output, $limit = false, $offset = 1)
{
if (false === $limit) {
$limit = strlen($text) - 1;
$output = array();
}
if ('{}' != $text) {
do {
if ('{' != $text{$offset}) {
preg_match("/(\\{?\"([^\"\\\\]|\\\\.)*\"|[^,{}]+)+([,}]+)/", $text, $match, 0, $offset);
$offset += strlen($match[0]);
$output[] = ('"' != $match[1]{0} ? $match[1] : stripcslashes(substr($match[1], 1, -1)));
if ('},' == $match[3]) {
return $offset;
}
} else {
$offset = pg_array_parse($text, $output[], $limit, $offset + 1);
}
} while ($limit > $offset);
}
return $output;
}
}

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@@ -0,0 +1,375 @@
<?
/*********************************************************************
* AUTHOR: Clemens "Gullevek" Schwaighofer (www.gullevek.org)
* CREATED: 2014/12/3
* SHORT DESCRIPTION:
* pgsql pdo wrapper calls
* HISTORY:
* /
/* collection of PostgreSQL wrappers
* REQUIRES 5.x PHP with compiled pdo pgsql (--with-pdo-pgsql)
*
*/
class db_pgsql
{
private $last_error_query;
private $dbh;
private $cursor = array();
// METHOD: __construct
// PARAMS: none
// RETURN: none
// DESC : class constructor
public function __construct()
{
}
public function _db_last_error_query()
{
if ($this->last_error_query) {
return true;
} else {
return false;
}
}
// METHOD: _db_query
// PARAMS: query
// RETURN: cursor
// DESC : was wrapper for pg_query, now it runs pepare and execute in one set. uses the query md5 as the cursor name
public function _db_query($query)
{
$this->last_error_query = '';
/* // read out the query status and save the query if needed
$result = @pg_query($this->dbh, $query);
if (!$result)
$this->last_error_query = $query; */
$cursor = $this->_db_prepare(md5($query), $query);
$result = $this->_db_execute(md5($query), array ());
if (!$result) {
$this->last_error_query = $query;
}
return $cursor;
}
// METHOD: _db_query_result
// PARAMS: query
// RETURN: result from query
// DESC : only valid for the pdo version here. use with care
public function _db_query_result($query)
{
return $this->dbh->query($query);
}
// METHOD: _db_send_query
// PARAMS: query
// RETURN: true/false if query was sent successful
// DESC : sends an async query to the server
public function _db_send_query($query)
{
// return @pg_send_query($this->dbh, $query);
}
// METHOD: _db_get_result
// PARAMS: none
// RETURN: resource handler
// DESC : wrapper for pg_get_result
public function _db_get_result()
{
$this->last_error_query = '';
/* $result = pg_get_result($this->dbh);
if ($error = pg_result_error($result)) {
$this->last_error_query = $error;
}*/
return $result;
}
// METHOD: _db_close
// PARAMS: none
// RETURN: none
// DESC : wrapper for pg_close
public function _db_close()
{
if (is_array($this->cursor)) {
foreach ($this->cursor as $key => $data) {
$this->cursor[$key]->closeCursor;
$this->cursor[$key] = null;
}
}
$this->dbh = null;
}
// METHOD: _db_prepare
// PARAMS: prepare name, query
// RETURN: prepared statement handler
// DESC : wrapper for pg_prepare
public function _db_prepare($name, $query)
{
// return @pg_prepare($this->dbh, $name, $query);
$this->cursor[$name] = $this->dbh->prepare($query);
return $this->cursor[$name];
}
// METHOD: _db_execute
// PARAMS: prepare name, data for query
// RETURN: returns status
// DESC : wrapper for pg_execute for running a prepared statement
public function _db_execute($name, $data)
{
// return @pg_execute($this->dbh, $name, $data);
return $this->cursor[$name]->execute($data);
}
// METHOD: _db_num_rows
// PARAMS: cursor
// RETURN: rows
// DESC : wrapper for pg_num_rows
public function _db_num_rows($cursor)
{
// return pg_num_rows($cursor);
return $cusor->rowCount();
}
// METHOD: _db_num_fields
// PARAMS: cursor
// RETURN: number for fields in query
// DESC : wrapper for pg_num_fields
public function _db_num_fields($cursor)
{
// return pg_num_fields($cursor);
return $cursor->columnCount();
}
// METHOD: _db_field_name
// PARAMS: cursor, field position
// RETURN: name of field
// DESC : wrapper for pg_field_name
public function _db_field_name($cursor, $i)
{
// return pg_field_name($cursor, $i);
}
// METHOD: _db_fetch_array
// PARAMS: cursor
// RETURN: row
// DESC : wrapper for pg_fetch_array
public function _db_fetch_array($cursor)
{
// return pg_fetch_array($cursor);
return $cursor->fetch();
}
// METHOD: _db_affected_ros
// PARAMS: cursor
// RETURN: number for rows
// DESC : wrapper for pg_affected_rows
public function _db_affected_rows($cursor)
{
// return pg_affected_rows($cursor);
return $cusor->rowCount();
}
// METHOD: _db_insert_id
// PARAMS: query, primary key name
// RETURN: last insert primary key
// DESC : reads the last inserted primary key for the query
// if ther is no pk_name tries to auto built it from the table name
// this only works if db schema is after "no plural names. and pk name is table name + _id
// detects schema prefix in table name
public function _db_insert_id($query, $pk_name)
{
// only if an insert has been done
if (preg_match("/^insert /i", $query)) {
$schema = '';
// get table name from insert
$array = explode(' ', $query);
$_table = $array[2];
// if there is a dot inside, we need to split
if (strstr($_table, '.')) {
list($schema, $table) = explode('.', $_table);
} else {
$table = $_table;
}
// no PK name given at all
if (!$pk_name) {
// if name is plural, make it singular
// if (preg_match("/.*s$/i", $table))
// $table = substr($table, 0, -1);
// set pk_name to "id"
$pk_name = $table."_id";
}
$seq = (($schema) ? $schema.'.' : '').$table."_".$pk_name."_seq";
$q = "SELECT CURRVAL('$seq') AS insert_id";
// I have to do manually or I overwrite the original insert internal vars ...
$row = $this->_db_query_result($q);
if ($row['insert_id']) {
$id = $row['insert_id'];
} else {
$id = array(-1, $q);
}
return $id;
}
}
// METHOD: _db_primary_key
// PARAMS: table and optional schema
// RETURN: primary key name OR false if not possible
// DESC : queries database for the primary key name to this table in the selected schema
public function _db_primary_key($table, $schema = '')
{
if ($table) {
// check if schema set is different from schema given, only needed if schema is not empty
$table_prefix = '';
if ($schema) {
$q = "SHOW search_path";
// $cursor = $this->_db_query($q);
// $search_path = $this->_db_fetch_array($cursor)['search_path'];
$search_path = $this->_db_query_result($q)['search_path'];
if ($search_path != $schema) {
$table_prefix = $schema.'.';
}
}
// read from table the PK name
// faster primary key get
$q = "SELECT pg_attribute.attname AS column_name, format_type(pg_attribute.atttypid, pg_attribute.atttypmod) AS type ";
$q .= "FROM pg_index, pg_class, pg_attribute ";
if ($schema) {
$q .= ", pg_namespace ";
}
$q .= "WHERE ";
// regclass translates the OID to the name
$q .= "pg_class.oid = '".$table_prefix.$table."'::regclass AND ";
$q .= "indrelid = pg_class.oid AND ";
if ($schema) {
$q .= "nspname = '".$schema."' AND ";
$q .= "pg_class.relnamespace = pg_namespace.oid AND ";
}
$q .= "pg_attribute.attrelid = pg_class.oid AND ";
$q .= "pg_attribute.attnum = any(pg_index.indkey) ";
$q .= "AND indisprimary";
$row = $this->_db_query_result($q);
if ($row === false) {
return false;
} else {
return $row['column_name'];
}
} else {
return false;
}
}
// METHOD: _db_connect
// PARAMS: host name, user name, password, database name, optional port (defaults to default postgres port), optional ssl (default allow)
// RETURN: database handler
// DESC : wrapper for pg_connect, writes out failure to screen if error occurs (hidden var)
public function _db_connect($db_host, $db_user, $db_pass, $db_name, $db_port = 5432, $db_ssl = 'allow')
{
// to avoid empty db_port
if (!$db_port) {
$db_port = 5432;
}
try {
$this->dbh = new PDO('pgsql:host='.$db_host.';dbname='.$db_name.';port='.$db_port.';sslmode='.$db_ssl, $db_user, $db_pass);
} catch (PDOException $e) {
print "Error!: ".$e->getMessage()."\n";
die("<!-- Can't connect [host=".$db_host." port=".$db_port." user=".$db_user." password=XXXX dbname=".$db_name." sslmode=".$db_ssl."]: ".$e->getMEssage()."//-->");
}
return $this->dbh;
}
// METHOD: _db_print_error
// PARAMS: database handler, cursor
// RETURN: error string (HTML)
// DESC : reads the last error for this cursor
public function _db_print_error($cursor = '')
{
/* // run the query again for the error result here
if (!$cursor && $this->last_error_query)
{
pg_send_query($this->dbh, $this->last_error_query);
$this->last_error_query = '';
$cursor = pg_get_result($this->dbh);
}
if (pg_result_error($cursor))
return "<span style=\"color: red;\"><b>-PostgreSQL-Error-></b> ".pg_result_error($cursor)."</span><br>"; */
}
// METHOD: _db_meta_data
// PARAMS: table name
// RETURN: array with table data
// DESC : wrapper for pg_emta_data
public function _db_meta_data($table)
{
// return @pg_meta_data($this->dbh, $table);
}
// METHOD: _db_escape_string
// PARAMS: string
// RETURN: escaped string for postgres
// DESC : wrapper for pg_escape_string
public function _db_escape_string($string)
{
// return pg_escape_string($this->dbh, $string);
}
// METHOD: _db_escape_bytea
// PARAMS: string
// RETURN: escape bytes for postgres
// DESC : wrapper for pg_escape_bytea
public function _db_escape_bytea($bytea)
{
// return pg_escape_bytea($this->dbh, $bytea);
}
// METHOD: _db_connection_busy
// PARAMS: none
// RETURN: true/false for busy connection
// DESC : wrapper for pg_connection_busy
public function _db_connection_busy()
{
// return pg_connection_busy($this->dbh);
}
// METHOD: _db_version
// PARAMS: none
// RETURN: databse version
// DESC : wrapper for pg_version
public function _db_version()
{
// array has client, protocol, server
// we just need the server
$v = pg_version($this->dbh);
return $v['server'];
}
// METHOD: _db_array_parse
// PARAMS: input text, output array [needed]
// [internal] limit: are we at the end of the parse
// [internal] offset: shift for {}
// RETURN: array with the elements
// DESC : postgresql array to php array
public function _db_array_parse($text, &$output, $limit = false, $offset = 1)
{
if (false === $limit) {
$limit = strlen($text) - 1;
$output = array();
}
if ('{}' != $text) {
do {
if ('{' != $text{$offset}) {
preg_match("/(\\{?\"([^\"\\\\]|\\\\.)*\"|[^,{}]+)+([,}]+)/", $text, $match, 0, $offset);
$offset += strlen($match[0]);
$output[] = ('"' != $match[1]{0} ? $match[1] : stripcslashes(substr($match[1], 1, -1)));
if ('},' == $match[3]) {
return $offset;
}
} else {
$offset = pg_array_parse($text, $output[], $limit, $offset + 1);
}
} while ($limit > $offset);
}
return $output;
}
}

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@@ -1,13 +1,21 @@
#!/bin/bash
OIFS=${IFS};
class_file="Class.Basic.inc";
tmp_file="../../4dev/tmp/tmp.comp";
base_dir="/home/clemens/html/developers/clemens/core_data/php_libraries/trunk/";
class_file="CoreLibs/Output/Form/Generate.inc";
tmp_file=${base_dir}"4dev/tmp/tmp.comp."$(echo "${class_file}" | tr \/. _);
rpl_file=${base_dir}"4dev/tmp/tmp.rpl."$(echo "${class_file}" | tr \/. _);
rm -f "${tmp_file}";
cat "${class_file}" | grep "WAS" -B 1 | while read line;
rm -f "${rpl_file}";
if [ ! -f ${class_file} ];
then
echo "Cannot find ${class_file} in current folder: $(pwd)";
exit;
fi;
cat "${class_file}" | grep "WAS :" -B 1 | while read line;
do
# if method grep for function call
found=$(echo "${line}" | sed -e 's/^[ \t]*//' | grep "METHOD");
found=$(echo "${line}" | sed -e 's/^[ \t]*//' | grep "METHOD:");
if [ -n "${found}" ];
then
method=$(echo "${line}" | cut -d " " -f 3);
@@ -16,7 +24,7 @@ do
if [ -n "${method}" ];
then
# the full new call
new_function_call_full=$(grep "${method}(" Class.Basic.inc | grep "function" | sed -e 's/^[ \t]*//');
new_function_call_full=$(grep "function ${method}(" "${class_file}" | grep "function" | sed -e 's/^[ \t]*//');
# just the method name
new_function_call=$(echo "${new_function_call_full}" | sed -e 's/public //' | sed -e 's/private //' | sed -e 's/static //' | sed -e 's/function //' | cut -d "(" -f 1);
# check if func call is more than just alphanumeric (we don't need to redeclare those, functions are case insenstivie)
@@ -37,26 +45,28 @@ do
fi;
fi;
# if this is a WAS
was=$(echo "${line}" | sed -e 's/^[ \t]*//' | grep "WAS" | tr -s " ");
was=$(echo "${line}" | sed -e 's/^[ \t]*//' | grep "WAS :" | tr -s " ");
if [ -n "${was}" ];
then
old_function_call=$(echo "${was}" | cut -d " " -f 3)
old_function_call=$(echo "${was}" | cut -d " " -f 4)
echo "2 OLD: ${old_function_call} => ${new_function_call} [${new_function_call_full}]";
# for return write:
# rpl new -> old { new }
rpl=$(echo "${new_function_call_full}" | sed -e "s/${new_function_call}/${old_function_call}/");
new_call="${rpl}\n";
new_call=${new_call}"{\n";
new_call=${new_call}"\t\$this->debug('DEPRECATED CALL', __FUNCTION);\n";
new_call=${new_call}"\t\$this->${new_function_call}(${old_function_call_params});\n";
new_call=${new_call}"\terror_log('DEPRECATED CALL: '.__METHOD__.', '.__FILE__.':'.__LINE__.', '.debug_backtrace()[0]['file'].':'.debug_backtrace()[0]['line']);\n";
new_call=${new_call}"\treturn \$this->${new_function_call}(${old_function_call_params});\n";
new_call=${new_call}"}\n";
echo -e "${new_call}" >> "${tmp_file}";
echo "3A RPL CALL: ${rpl}";
echo "3B RPL CALL: {";
echo "3B RPL CALL: \$this->debug('DEPRECATED CALL', __FUNCTION);";
echo "3B RPL CALL: ${new_function_call}(${old_function_call_params});";
echo "3B RPL CALL: }";
echo "3B RPL CALL: return \$this->${new_function_call}(${old_function_call_params});";
echo "4 SWT RPL : rpl '\$this->${old_function_call}' '\$this->${new_function_call}'";
# write the replace calls for old $this->old_call to $this->new_call
echo "rpl '\$this->${old_function_call}' '\$this->${new_function_call}' ##TARGET_FILE##" >> "${rpl_file}";
echo "----";
fi;
done;
IFS=${OIFS};
IFS=${OIFS};
# __END__