... , and FieldFile allowed directory-traversal via uploaded files with suitably crafted file names. In order to mitigate this risk, stricter basename and path sanitation is now applied. 目次 Django 2.2.21 リリースノート CVE-2021-31542: Potential directo ... スノート fixes security issue Potential MultiPartParser UploadedFile FieldFile allowed suitably crafted names order mitigate risk stricter basename path sanitation applied クイック検索 Last update: 2026年10月09日 « previous | up | next » ... ... , and FieldFile allowed directory-traversal via uploaded files with suitably crafted file names. In order to mitigate this risk, stricter basename and path sanitation is now applied. 目次 Django 3.1.9 リリースノート CVE-2021-31542: Potential director ... スノート fixes security issue Potential MultiPartParser UploadedFile FieldFile allowed suitably crafted names order mitigate risk stricter basename path sanitation applied クイック検索 Last update: 2026年10月09日 « previous | up | next » ... ... , and FieldFile allowed directory-traversal via uploaded files with suitably crafted file names. In order to mitigate this risk, stricter basename and path sanitation is now applied. 目次 Django 2.2.21 リリースノート CVE-2021-31542: Potential directo ... ... , and FieldFile allowed directory-traversal via uploaded files with suitably crafted file names. In order to mitigate this risk, stricter basename and path sanitation is now applied. 目次 Django 3.1.9 リリースノート CVE-2021-31542: Potential director ... ... , and FieldFile allowed directory-traversal via uploaded files with suitably crafted file names. In order to mitigate this risk, stricter basename and path sanitation is now applied. バグ修正 ¶ Corrected detection of GDAL 3.2 on Windows ( #32544 ). F ... ... , and FieldFile allowed directory-traversal via uploaded files with suitably crafted file names. In order to mitigate this risk, stricter basename and path sanitation is now applied. バグ修正 ¶ Corrected detection of GDAL 3.2 on Windows ( #32544 ). F ... ... vide protection against the majority of cross-site scripting attacks by automatically escaping characters that represent a risk (that is, HTML characters that could be interpreted by the browser to malicious effect are instead safely displayed ). How ... ecute, or render resources only from those sources. This effectively creates an allowlist of content origins, reducing the risk of malicious code execution. Key benefits of enabling CSP include: Mitigating XSS attacks by blocking inline scripts and r ... chanism, it's important to understand its limitations and implications, particularly when used in Django: Policy exclusion risks: Avoid excluding specific paths or responses from CSP protection. Due to the browser's same-origin policy, a vulnerabilit ... ... vide protection against the majority of cross-site scripting attacks by automatically escaping characters that represent a risk (that is, HTML characters that could be interpreted by the browser to malicious effect are instead safely displayed ). How ... ecute, or render resources only from those sources. This effectively creates an allowlist of content origins, reducing the risk of malicious code execution. Key benefits of enabling CSP include: Mitigating XSS attacks by blocking inline scripts and r ... chanism, it's important to understand its limitations and implications, particularly when used in Django: Policy exclusion risks: Avoid excluding specific paths or responses from CSP protection. Due to the browser's same-origin policy, a vulnerabilit ... ... がよいとされています。 そして、ビューなどの関数内で、logger にレコードを送信します。 def some_view ( request ): ... if some_risky_state : logger . warning ( "Platform is running at risk" ) When this code is executed, a LogRecord containing that messag ... ... がよいとされています。 そして、ビューなどの関数内で、logger にレコードを送信します。 def some_view ( request ): ... if some_risky_state : logger . warning ( "Platform is running at risk" ) When this code is executed, a LogRecord containing that messag ... 2026年10月08日