htmlspecialchars() to nl_langinfo().
This post provides a reference table and subsequent quiz for eleven PHP String functions. from htmlspecialchars() to nl_langinfo(). The reference table and quiz can be sized appropriately for mobile, tablet, and desktop viewports. There is also the option to have the computer complete the quiz itself, thanks to the magic of JavaScript!
crypt() to htmlspecialchars_decode().
This post provides a reference table and subsequent quiz for eleven PHP String functions, from crypt() to htmlspecialchars_decode(). The reference table and quiz can be sized appropriately for mobile, tablet, and desktop viewports. There is also the option to have the computer complete the quiz itself, thanks to the magic of JavaScript!
addcslashes() to crc32().
This post provides a reference table and subsequent quiz for eleven PHP String functions, ranging from addcslashes() to crc32(). Mobile, tablet, and desktop viewports are catered for, and users can choose to watch the computer complete the quiz itself thanks to the magic of JavaScript!
This post provides a reference table and subsequent quiz for 95 PHP string functions. The user can choose to size the reference table and quiz suitably for the following viewports: mobile; tablet; and desktop. There is also the option to have the computer complete the quiz itself, thanks to the magic of JavaScript!
This post serves as a reference point for 48 PHP date/time functions. Users can also click a ‘RANDOMIZE’ button, whereupon all the function descriptions, function syntaxes, and function return values are randomized. The user can then rearrange the table cells correctly (thus completing the quiz) or click an ‘AUTO COMPLETE’ button (following further optional manual randomization) and watch the computer complete the quiz itself! The computer completes the quiz at a speed that the human eye can follow, thus aiding learning.
DateTimeZone::getLocation(); timezone_name_from_abbr(); DateTimeZone::getName(); DateTimeZone::getOffset(); DateTimeZone::__construct(); DateTimeZone::getTransitions(); and timezone_version_get().
This post serves as a reference point for 7 PHP date/time functions: DateTimeZone::getLocation(); timezone_name_from_abbr(); DateTimeZone::getName(); DateTimeZone::getOffset(); DateTimeZone::__construct(); DateTimeZone::getTransitions(); and timezone_version_get(). Users can also click a ‘RANDOMIZE’ button, whereupon all the function descriptions, function syntaxes, and function return values are randomized. The user can then rearrange the table cells correctly (thus completing the quiz) or click an ‘AUTO COMPLETE’ button (following further optional manual randomization) and watch the computer complete the quiz itself! The computer completes the quiz at a speed that the human eye can follow, thus aiding learning.
microtime(); mktime(); strftime(); strptime(); strtotime(); time(); DateTimeZone::listAbbreviations(); and DateTimeZone::listIdentifiers().
This post serves as a reference point for 8 PHP date/time functions: microtime(); mktime(); strftime(); strptime(); strtotime(); time(); DateTimeZone::listAbbreviations(); and DateTimeZone::listIdentifiers(). Users can also click a ‘RANDOMIZE’ button, whereupon all the function descriptions, function syntaxes, and function return values are randomized. The user can then rearrange the table cells correctly (thus completing the quiz) or click an ‘AUTO COMPLETE’ button (following further optional manual randomization) and watch the computer complete the quiz itself! The computer completes the quiz at a speed that the human eye can follow, thus aiding learning.
DateTime::setTimestamp(); DateTime::getTimezone(); DateTime::setTimezone(); date(); getdate(); gettimeofday(); gmdate(); gmmktime(); gmstrftime(); idate(); and localtime().
This post serves as a reference point for 11 PHP date/time functions: DateTime::setTimestamp(); DateTime::getTimezone(); DateTime::setTimezone(); date(); getdate(); gettimeofday(); gmdate(); gmmktime(); gmstrftime(); idate(); and localtime(). Users can also click a ‘RANDOMIZE’ button, whereupon all the function descriptions, function syntaxes, and function return values are randomized. The user can then rearrange the table cells correctly (thus completing the quiz) or click an ‘AUTO COMPLETE’ button (following further optional manual randomization) and watch the computer complete the quiz itself! The computer completes the quiz at a speed that the human eye can follow, thus aiding learning.
DateTime::setISODate(); DateTime::modify(); DateTime::getOffset(); date_parse_from_format(); date_parse(); DateTime::sub(); date_sun_info(); date_sunrise(); date_sunset(); DateTime::setTime(); and DateTime::getTimestamp().
This post serves as a reference point for 11 PHP date/time functions: DateTime::setISODate(); DateTime::modify(); DateTime::getOffset(); date_parse_from_format(); date_parse(); DateTime::sub(); date_sun_info(); date_sunrise(); date_sunset(); DateTime::setTime(); and DateTime::getTimestamp(). Users can also click a ‘RANDOMIZE’ button, whereupon all the function descriptions, function syntaxes, and function return values are randomized. The user can then rearrange the table cells correctly (thus completing the quiz) or click an ‘AUTO COMPLETE’ button (following further optional manual randomization) and watch the computer complete the quiz itself! The computer completes the quiz at a speed that the human eye can follow, thus aiding learning.
checkdate(); date_add(); date_create_from_format(); date_date_set(); date_default_timezone_get(); date_default_timezone_set(); date_diff(); date_format(); date_get_last_errors(); DateInterval::createFromDateString(); and DateInterval::format().
This post serves as a reference point for 11 PHP date/time functions: checkdate(); date_add(); date_create_from_format(); date_date_set(); date_default_timezone_get(); date_default_timezone_set(); date_diff(); date_format(); date_get_last_errors(); DateInterval::createFromDateString(); and DateInterval::format(). Users can also click a ‘RANDOMIZE’ button, whereupon all the function descriptions, function syntaxes, and function return values are randomized. The user can then rearrange the table cells correctly (thus completing the quiz) or click an ‘AUTO COMPLETE’ button (following further optional manual randomization) and watch the computer complete the quiz itself! The computer completes the quiz at a speed that the human eye can follow, thus aiding learning.
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