Django lets you design URLs however you want, with no framework limitations. There’s no .php or .cgi required, and certainly none of that 0,2097,1-1-1928,00 nonsense. See Cool URIs don’t change, by World code paths that use the django.http.HttpRequest.is_ajax() method. CGI specification The headers sent via **extra should follow CGI specification. For example, emulating a different “Host” header as sent easy to configure Web Server. It supports the widespread technologies nowa- days: FastCGI, SCGI, PHP, CGI, SSI, TLS and SSL encrypted connections, Virtual hosts, Authentication, on the fly encoding, Load Balancing

Django lets you design URLs however you want, with no framework limitations. There’s no .php or .cgi required, and certainly none of that 0,2097,1-1-1928,00 nonsense. See Cool URIs don’t change, by World code paths that use the django.http.HttpRequest.is_ajax() method. CGI specification The headers sent via **extra should follow CGI specification. For example, emulating a different “Host” header as sent easy to configure Web Server. It supports the widespread technologies nowadays: FastCGI, SCGI, PHP, CGI, SSI, TLS and SSL encrypted connections, Virtual hosts, Authentication, on the fly encoding, Load Balancing

Django lets you design URLs however you want, with no framework limitations. There’s no .php or .cgi required, and certainly none of that 0,2097,1-1-1928,00 nonsense. See Cool URIs don’t change, by World code paths that use the django.http.HttpRequest.is_ajax() method. CGI specification The headers sent via **extra should follow CGI specification. For example, emulating a different “Host” header as sent import re IGNORABLE_404_URLS = [ re.compile(r'\.(php|cgi)$'), re.compile(r'^/phpmyadmin/'), ] In this example, a 404 to any URL ending with .php or .cgi will not be reported. Neither will any URL starting

Django lets you design URLs however you want, with no framework limitations. There’s no .php or .cgi required, and certainly none of that 0,2097,1-1-1928,00 nonsense. See Cool URIs don’t change, by World code paths that use the django.http.HttpRequest.is_ajax() method. CGI specification The headers sent via **extra should follow CGI specification. For example, emulating a different “Host” header as sent import re IGNORABLE_404_URLS = [ re.compile(r'\.(php|cgi)$'), re.compile(r'^/phpmyadmin/'), ] In this example, a 404 to any URL ending with .php or .cgi will not be reported. Neither will any URL starting

Django lets you design URLs however you want, with no framework limitations. There’s no .php or .cgi required, and certainly none of that 0,2097,1-1-1928,00 nonsense. See Cool URIs don’t change, by World code paths that use the django.http.HttpRequest.is_ajax() method. CGI specification The headers sent via **extra should follow CGI specification. For example, emulating a different “Host” header as sent re IGNORABLE_404_URLS = [ re.compile(r'\.(php|cgi)$'), re.compile(r'^/phpmyadmin/'), ] In this example, a 404 to any URL ending with .php or .cgi will not be reported. Neither will any URL starting

Django lets you design URLs however you want, with no framework limitations. There’s no .php or .cgi required, and certainly none of that 0,2097,1-1-1928,00 nonsense. See Cool URIs don’t change, by World code paths that use the django.http.HttpRequest.is_ajax() method. CGI specification The headers sent via **extra should follow CGI specification. For example, emulating a different “Host” header as sent re IGNORABLE_404_URLS = [ re.compile(r'\.(php|cgi)$'), re.compile(r'^/phpmyadmin/'), ] In this example, a 404 to any URL ending with .php or .cgi will not be reported. Neither will any URL starting

Django lets you design URLs however you want, with no framework limitations. There’s no .php or .cgi required, and certainly none of that 0,2097,1-1-1928,00 nonsense. See Cool URIs don’t change, by World code paths that use the django.http.HttpRequest.is_ajax() method. CGI specification The headers sent via **extra should follow CGI specification. For example, emulating a different “Host” header as sent import re IGNORABLE_404_URLS = [ re.compile(r'\.(php|cgi)$'), re.compile(r'^/phpmyadmin/'), ] In this example, a 404 to any URL ending with .php or .cgi will not be reported. Neither will any URL starting

Django lets you design URLs however you want, with no framework limitations. There’s no .php or .cgi required, and certainly none of that 0,2097,1-1-1928,00 nonsense. See Cool URIs don’t change, by World code paths that use the django.http.HttpRequest.is_ajax() method. CGI specification The headers sent via **extra should follow CGI specification. For example, emulating a different “Host” header as sent re IGNORABLE_404_URLS = [ re.compile(r'\.(php|cgi)$'), re.compile(r'^/phpmyadmin/'), ] In this example, a 404 to any URL ending with .php or .cgi will not be reported. Neither will any URL starting

code paths that use the django.http.HttpRequest.is_ajax() method. CGI specification The headers sent via **extra should follow CGI specification. For example, emulating a different “Host” header as sent import re IGNORABLE_404_URLS = [ re.compile(r'\.(php|cgi)$'), re.compile(r'^/phpmyadmin/'), ] In this example, a 404 to any URL ending with .php or .cgi will not be reported. Neither will any URL starting validation, to a directory that’s within your Web server’s document root, then somebody could upload a CGI or PHP script and execute that script by visiting its URL on your site. Don’t allow that. Also note

code paths that use the django.http.HttpRequest.is_ajax() method. CGI specification The headers sent via **extra should follow CGI specification. For example, emulating a different “Host” header as sent re IGNORABLE_404_URLS = [ re.compile(r'\.(php|cgi)$'), re.compile(r'^/phpmyadmin/'), ] In this example, a 404 to any URL ending with .php or .cgi will not be reported. Neither will any URL starting validation, to a directory that’s within your Web server’s document root, then somebody could upload a CGI or PHP script and execute that script by visiting its URL on your site. Don’t allow that. Also note