$oTest = bucketDB::factory(array('type' => 'MySQL', 'host' => 'localhost', 'user' => 'root', 'password' => '', 'dbname' => 'test_bucket', 'engine' => 'MEMORY'));
test_update($oTest, $concurrency, $t, 'MEMORY');
$oTest = bucketDB::factory(array('type' => 'MySQL', 'host' => 'localhost', 'user' => 'root', 'password' => 'password', 'dbname' => 'test_bucket', 'engine' => 'MEMORY', 'additionalIndexes' => ', INDEX USING BTREE (date_time)'));
//Test using additional B-TREE index on date_time - slower than MEMORY
//test_update($oTest, $concurrency, $t, 'MEMBTR');
$oTest = bucketDB::factory(array('type' => 'MySQL', 'host' => 'localhost', 'user' => 'root', 'password' => 'password', 'dbname' => 'test_bucket', 'engine' => 'MEMORY', 'pkIndexType' => 'USING BTREE'));
//Test using Primay Key as B-TREE index
//test_update($oTest, $concurrency, $t, 'MEMPKB'); - slower than MEMORY
$oTest = bucketDB::factory(array('type' => 'MySQL_Insertion', 'host' => 'localhost', 'user' => 'root', 'password' => 'password', 'dbname' => 'test_bucket', 'engine' => 'MEMORY'));
test_update($oTest, $concurrency, $t, 'MEMINS');
$oTest = bucketDB::factory(array('type' => 'PgSQL', 'port' => 5432, 'host' => 'localhost', 'user' => 'pgsql', 'password' => 'password', 'dbname' => 'test_bucket'));
test_update($oTest, $concurrency, $t, 'PgSQL ');
$oTest = bucketDB::factory(array('type' => 'SHM'));
test_update($oTest, $concurrency, $t, 'SHM ');
$oTest = bucketDB::factory(array('type' => 'SHMSemaphore'));
test_update($oTest, $concurrency, $t, 'SHMSEM');
}
$t->stop();
$t->display();
exit;
function test_update($oTest, $concurrency, $t, $text)
{
$oTest->updateCreate();
$oTest->disconnect();
$date = '2008-05-16 16:00:00';
for ($c = 0; $c < $concurrency; $c++) {
mt_srand(1000 + $c);
$pid = pcntl_fork();
if ($pid == 0) {
$oTest->connect();
for ($i = 0; $i < TEST_ITERATIONS; $i++) {
error_reporting(E_ALL);
// number of iterations
define('TEST_ITERATIONS', 100);
// how many reads should be performed per each set/update
define('TEST_READS', 1);
require "Benchmark/Timer.php";
require 'testCases/Cache.php';
$t = new Benchmark_Timer();
$t->start();
$aTests = array(25, 50, 75, 100);
$t->setMarker('Script init');
foreach ($aTests as $concurrency) {
$oTest = Cache::factory(array('type' => 'memcached', 'host' => '127.0.0.1', 'port' => 11211));
test_update($oTest, $concurrency, $t, 'MEMCACHED ');
$oTest = Cache::factory(array('type' => 'sharedance', 'host' => 'localhost'));
test_update($oTest, $concurrency, $t, 'SHAREDANCE');
}
$t->stop();
$t->display();
exit;
function test_update($oTest, $concurrency, $t, $text)
{
$oTest->disconnect();
$oTest->invalidateAll();
$oTest->init($concurrency, TEST_ITERATIONS);
for ($c = 0; $c < $concurrency; $c++) {
mt_srand(1000 + $c);
$pid = pcntl_fork();
if ($pid == 0) {
$oTest->connect();
for ($i = 0; $i < TEST_ITERATIONS; $i++) {
$start_date = "2015-02-01";
$enter_crsi = 30;
$enter_range = 100;
$pct_limit_below = 1;
$exit_crsi = 70;
$order_by = "crsi asc";
$max_risk = 3;
$risk_factor = 0.4;
$risk_sd = 1;
$starting_capital = 1000000;
register_new_live_account($description, $risk_category, $start_date, $enter_crsi, $enter_range, $pct_limit_below, $exit_crsi, $order_by, $max_risk, $risk_factor, $risk_sd, $starting_capital);
} else {
if ($_GET['action'] == 'test_global_variable') {
global $original_investment;
echo "original inv: ", $original_investment;
test_update();
echo "after change inv: ", $original_investment;
} else {
if ($_GET['action'] == 'deactivate_account') {
$portfolioID = $_GET['portfolio_id'];
deactivate_account($portfolioID);
echo "deactivate account {$portfolioID} ", PHP_EOL;
} else {
if ($_GET['action'] == 'reactivate_account') {
$portfolioID = $_GET['portfolio_id'];
reactivate_account($portfolioID);
echo "reactivate account {$portfolioID} ", PHP_EOL;
} elseif ($_GET['action'] == 'get_portfolio_return_history') {
$start_date = $_GET['start_date'];
$end_date = $_GET['end_date'];
$pid = $_GET['portfolio_id'];
When subsections are deeply nested, different sequence types are used.
For instance, subsubsections may use roman numerals.
</P><P>
This library provides resources for numbering in more than
the traditional Arabic/English/Roman styles.
The available styles are {$number_style_names}.
These styles are selectable for an object type.
For instance "[style='Aerg']" specifies that
Arabic, lowercase-English, lowercase-Roman, Greek, and Hindi (Devangari)
are used for hierarchy levels 1, 2, 3, and 4 respectively.
For instance a 4 level title example for
the seventh item at each level would be labelled "7.g.vii.η".
A 5 level title of all sevens with "[style='GRCEH']"
(uppercase-Greek, uppercase-Roman, Chinese, uppercase-English, Hindi)
would be "Η.VII.七.G.७".
</P>
TEXT_NUMBERING
. X_table([width => '50%', align => 'center', text => X_caption("Examples of Numbering Styles") . X_tr(X_th("STYLE") . X_th("REPRESENTATION")) . X_tr(X_td("[style='AAAA']") . X_td("7.7.7.7")) . X_tr(X_td("[style='Aerg']") . X_td("7.g.vii.η")) . X_tr(X_td("[style='GRCEH']") . X_td("Η.VII.七.G.७"))]) . $testSequences() . $testLanguages() . "\$\$\\boxed{Hello}\$\$\\(\\boxed{World}\\)");
/*^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^*/
foreach ($sequences as $key => $txt) {
HTML("<P>{$key} {$txt}</P>");
}
HTML(test_update());
HTML('<hr>B');
HTML(X_table4());
HTML('<hr>C');
HTML(X_table4(['level' => 0, 'border' => 1, 'align' => 'right', 'data' => [[[], ['_West'], ['_Central'], ['_East']], [['_North'], ['Seattle'], ['Madison'], ['Augusta']], [['_Middle'], ['Mendocino'], ['Topeka'], ['Richmond']], [['_South'], ['Pasadena'], ['Houston'], ['Miami']]]]));
HTML(X_tail());
echo X_store();
}
/* End of MAIN */
