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these vulnerabilities. The correct form of escaping is context-dependent; Tornado’s templates are not aware of the syntax of HTML, JavaScript, etc, and so the template developer must sometimes explicitly apply return a datetime object or None. Added in version 3.1. Changed in version 6.4: Now returns an aware datetime object instead of a naive one. Subclasses that override this method may return either kind dates in the past. For dates in the future, we fall back to full format. Changed in version 6.4: Aware datetime.datetime objects are now supported (naive datetimes are still assumed to be UTC). format_day(date:

these vulnerabilities. The correct form of escaping is context-dependent; Tornado’s templates are not aware of the syntax of HTML, JavaScript, etc, and so the template developer must sometimes explicitly apply html#datetime.datetime] object or None. Added in version 3.1. Changed in version 6.4: Now returns an aware datetime object instead of a naive one. Subclasses that override this method may return either kind dates in the past. For dates in the future, we fall back to full format. Changed in version 6.4: Aware datetime.datetime [https://docs.python.org/3/library/datetime.html#datetime.datetime] objects are

"world" "world" julia> string(greet, ", ", whom, ".\n") "Hello, world.\n" It's important to be aware of potentially dangerous situations such as concatenation of invalid UTF-8 strings. The resulting exceptions when an argument-type declaration can trigger additional compiler specializations; see: Be aware of when Julia avoids specializing.) The most common reasons to declare argument types in Julia are languages. Nevertheless, we have used multiple dispatch and methods almost continually without being aware of it: all of Julia's standard functions and operators, like the aforementioned + function, have

"world" "world" julia> string(greet, ", ", whom, ".\n") "Hello, world.\n" It's important to be aware of potentially dangerous situations such as concatenation of invalid UTF-8 strings. The resulting exceptions when an argument-type declaration can trigger additional compiler specializations; see: Be aware of when Julia avoids specializing.) The most common reasons to declare argument types in Julia are languages. Nevertheless, we have used multiple dispatch and methods almost continually without being aware of it: all of Julia's standard functions and operators, like the aforementioned + function, have

"world" "world" julia> string(greet, ", ", whom, ".\n") "Hello, world.\n" It's important to be aware of potentially dangerous situations such as concatenation of invalid UTF-8 strings. The resulting exceptions when an argument-type declaration can trigger additional compiler specializations; see: Be aware of when Julia avoids specializing.) The most common reasons to declare argument types in Julia are languages. Nevertheless, we have used multiple dispatch and methods almost continually without being aware of it: all of Julia's standard functions and operators, like the aforementioned + function, have

"world" "world" julia> string(greet, ", ", whom, ".\n") "Hello, world.\n" It's important to be aware of potentially dangerous situations such as concatenation of invalid UTF-8 strings. The resulting exceptions when an argument-type declaration can trigger additional compiler specializations; see: Be aware of when Julia avoids specializing.) The most common reasons to declare argument types in Julia are languages. Nevertheless, we have used multiple dispatch and methods almost continually without being aware of it: all of Julia's standard functions and operators, like the aforementioned + function, have

"world" "world" julia> string(greet, ", ", whom, ".\n") "Hello, world.\n" It's important to be aware of potentially dangerous situations such as concatenation of invalid UTF-8 strings. The resulting exceptions when an argument-type declaration can trigger additional compiler specializations; see: Be aware of when Julia avoids specializing.) The most common reasons to declare argument types in Julia are languages. Nevertheless, we have used multiple dispatch and methods almost continually without being aware of it: all of Julia's standard functions and operators, like the aforementioned + function, have

"world" "world" julia> string(greet, ", ", whom, ".\n") "Hello, world.\n" It's important to be aware of potentially dangerous situations such as concatenation of invalid UTF-8 strings. The resulting exceptions when an argument-type declaration can trigger additional compiler specializations; see: Be aware of when Julia avoids specializing.) The most common reasons to declare argument types in Julia are languages. Nevertheless, we have used multiple dispatch and methods almost continually without being aware of it: all of Julia's standard functions and operators, like the aforementioned + function, have

"world" "world" julia> string(greet, ", ", whom, ".\n") "Hello, world.\n" It's important to be aware of potentially dangerous situations such as concatenation of invalid UTF-8 strings. The resulting exceptions when an argument-type declaration can trigger additional compiler specializations; see: Be aware of when Julia avoids specializing.) The most common reasons to declare argument types in Julia are languages. Nevertheless, we have used multiple dispatch and methods almost continually without being aware of it: all of Julia's standard functions and operators, like the aforementioned + function, have