... d_language_variant() was subject to a potential denial-of-service attack when processing many distinct, very long language codes. Language codes were used as keys in an in-memory cache before their length was limited, potentially consuming excessive p ... rocess memory. To mitigate this vulnerability, language codes longer than 500 characters are now rejected or truncated before the cached lookup. This issue has severity "low" according ... oderate denial service language were before lookup according security policy header fixes security Potential vulnerability codes used memory through spatial raster クイック検索 Last update: 2026年10月09日 « previous | up | next » ... ... d_language_variant() was subject to a potential denial-of-service attack when processing many distinct, very long language codes. Language codes were used as keys in an in-memory cache before their length was limited, potentially consuming excessive p ... rocess memory. To mitigate this vulnerability, language codes longer than 500 characters are now rejected or truncated before the cached lookup. This issue has severity "low" according ... oderate denial service language were before lookup according security policy header fixes security Potential vulnerability codes used memory through spatial raster クイック検索 Last update: 2026年10月09日 « previous | up | next » ... ... d_language_variant() was subject to a potential denial-of-service attack when processing many distinct, very long language codes. Language codes were used as keys in an in-memory cache before their length was limited, potentially consuming excessive p ... rocess memory. To mitigate this vulnerability, language codes longer than 500 characters are now rejected or truncated before the cached lookup. This issue has severity "low" according ... denial service language before according security policy header spatial model fixes security also Potential vulnerability codes クイック検索 Last update: 2026年10月09日 « previous | up | next » ... ... d_language_variant() was subject to a potential denial-of-service attack when processing many distinct, very long language codes. Language codes were used as keys in an in-memory cache before their length was limited, potentially consuming excessive p ... rocess memory. To mitigate this vulnerability, language codes longer than 500 characters are now rejected or truncated before the cached lookup. This issue has severity "low" according ... ... d_language_variant() was subject to a potential denial-of-service attack when processing many distinct, very long language codes. Language codes were used as keys in an in-memory cache before their length was limited, potentially consuming excessive p ... rocess memory. To mitigate this vulnerability, language codes longer than 500 characters are now rejected or truncated before the cached lookup. This issue has severity "low" according ... ... d_language_variant() was subject to a potential denial-of-service attack when processing many distinct, very long language codes. Language codes were used as keys in an in-memory cache before their length was limited, potentially consuming excessive p ... rocess memory. To mitigate this vulnerability, language codes longer than 500 characters are now rejected or truncated before the cached lookup. This issue has severity "low" according ... ... ¶ check_for_language() was subject to a potential denial-of-service attack when checking many distinct, very long language codes. Each code was used as a key in an in-memory cache, consuming process memory. The language value reaches this function thr ... store a maximum number of entries, the memory that could be consumed was bounded. To mitigate this vulnerability, language codes longer than 500 characters are now rejected before the cached lookup. This issue has severity "low" according to the Djang ... ... ¶ check_for_language() was subject to a potential denial-of-service attack when checking many distinct, very long language codes. Each code was used as a key in an in-memory cache, consuming process memory. The language value reaches this function thr ... store a maximum number of entries, the memory that could be consumed was bounded. To mitigate this vulnerability, language codes longer than 500 characters are now rejected before the cached lookup. This issue has severity "low" according to the Djang ... ... ¶ check_for_language() was subject to a potential denial-of-service attack when checking many distinct, very long language codes. Each code was used as a key in an in-memory cache, consuming process memory. The language value reaches this function thr ... store a maximum number of entries, the memory that could be consumed was bounded. To mitigate this vulnerability, language codes longer than 500 characters are now rejected before the cached lookup. This issue has severity "low" according to the Djang ... ... ¶ check_for_language() was subject to a potential denial-of-service attack when checking many distinct, very long language codes. Each code was used as a key in an in-memory cache, consuming process memory. The language value reaches this function thr ... store a maximum number of entries, the memory that could be consumed was bounded. To mitigate this vulnerability, language codes longer than 500 characters are now rejected before the cached lookup. This issue has severity "low" according to the Djang ... 2026年10月08日