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The arguments accessor property of Function instances returns the arguments passed to this function. For strict, arrow, async, and generator functions, accessing the arguments property throws a TypeError.

Note that the only behavior specified by the ECMAScript specification is that Function.prototype has an initial arguments accessor that unconditionally throws a TypeError for any get or set request (known as a "poison pill accessor"), and that implementations are not allowed to change this semantic for any function except non-strict plain functions. The actual behavior of the arguments property, if it's anything other than throwing an error, is implementation-defined. For example, Chrome defines it as an own data property, while Firefox and Safari extend the initial poison-pill Function.prototype.arguments accessor to specially handle this values that are non-strict functions.

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Note that the only behavior specified by the ECMAScript specification is that Function.prototype has an initial arguments accessor that unconditionally throws a TypeError for any get or set request (known as a \"poison pill accessor\"), and that implementations are not allowed to change this semantic for any function except non-strict plain functions. The actual behavior of the arguments property, if it's anything other than throwing an error, is implementation-defined. For example, Chrome defines it as an own data property, while Firefox and Safari extend the initial poison-pill Function.prototype.arguments accessor to specially handle this values that are non-strict functions.

The arguments object is a local variable available within all non-arrow functions. You can refer to a function's arguments inside that function by using its arguments object. It has entries for each argument the function was called with, with the first entry's index at 0.

The arguments object is useful for functions called with more arguments than they are formally declared to accept, called variadic functions, such as Math.min(). This example function accepts any number of string arguments and returns the longest one:

You can use arguments.length to count how many arguments the function was called with. If you instead want to count how many parameters a function is declared to accept, inspect that function's length property.

Non-strict functions that are passed rest, default, or destructured parameters will not sync new values assigned to parameters in the function body with the arguments object. Instead, the arguments object in non-strict functions with complex parameters will always reflect the values passed to the function when the function was called.

This is the same behavior exhibited by all strict-mode functions, regardless of the type of parameters they are passed. That is, assigning new values to parameters in the body of the function never affects the arguments object, nor will assigning new values to the arguments indices affect the value of parameters, even when the function only has simple parameters.

arguments is an array-like object, which means that arguments has a length property and properties indexed from zero, but it doesn't have Array's built-in methods like forEach() or map(). However, it can be converted to a real Array, using one of slice(), Array.from(), or spread syntax.

Please note that this feature is only available for arguments heard in the Supreme Court Hearing Room in Madison. Although the link is always available, it will be active only when oral arguments are in session. If you click on the link when oral arguments are not in session you will receive a message "The system could not find the file specified" or there will be silence. See the monthly oral argument schedule for date and time of upcoming oral arguments.

Recordings of oral arguments are available for all cases heard from September 1997 to present. Oral arguments heard in Madison are made available shortly after the conclusion of the argument while arguments heard outside of Madison are made available as soon possible. To listen to the live broadcast of an oral argument being heard in Madison, use the link above.

The Supreme Court of Missouri reserves certain dates to hear oral arguments. Cases to be considered are listed on a monthly "docket" below. Also provided are daily listings of cases scheduled for argument along with PDFs of briefs filed in the Court (posted as they become available) and summaries of those briefs (generally posted within a week before arguments).

During oral arguments this page provides access to the live audio from the courtroom. When not in session it provides an audible tone allowing you to test your browser configuration for compatibility.

The Court publishes full documentation of recent cases as well as upcoming oral arguments calendars. This website stores the last eight years of case information. If you're searching for cases older than eight years, or need additional assistance, please contact the Court or consult online legal databases.

Beginning with the September 2016 Court Session, Oral Arguments are available on the Court's Youtube Channel. Closed captioning is available for these arguments. Archives prior to this are in the Windows Media format and you will need the Windows Media Player to view those webcasts. Transcripts are available for all arguments as of September 2012.

Arguments are intended to determine or show the degree of truth or acceptability of another statement called a conclusion.[2][3] The process of crafting or delivering arguments, argumentation, can be studied from three main perspectives: the logical, the dialectical and the rhetorical perspective.[4]

In dialectics, and also in a more colloquial sense, an argument can be conceived as a social and verbal means of trying to resolve, or at least contend with, a conflict or difference of opinion that has arisen or exists between two or more parties.[9] For the rhetorical perspective, the argument is constitutively linked with the context, in particular with the time and place in which the argument is located. From this perspective, the argument is evaluated not just by two parties (as in a dialectical approach) but also by an audience.[10] In both dialectic and rhetoric, arguments are used not through a formal but through natural language. Since classical antiquity, philosophers and rhetoricians have developed lists of argument types in which premises and conclusions are connected in informal and defeasible ways.[11]

There are several kinds of arguments in logic, the best-known of which are "deductive" and "inductive." An argument has one or more premises but only one conclusion. Each premise and the conclusion are truth bearers or "truth-candidates", each capable of being either true or false (but not both). These truth values bear on the terminology used with arguments.

A deductive argument asserts that the truth of the conclusion is a logical consequence of the premises: if the premises are true, the conclusion must be true. It would be self-contradictory to assert the premises and deny the conclusion, because negation of the conclusion is contradictory to the truth of the premises. Based on the premises, the conclusion follows necessarily (with certainty). Given premises that A=B and B=C, then the conclusion follows necessarily that A=C. Deductive arguments are sometimes referred to as "truth-preserving" arguments. For example, consider the argument that because bats can fly (premise=true), and all flying creatures are birds (premise=false), therefore bats are birds (conclusion=false). If we assume the premises are true, the conclusion follows necessarily, and it is a valid argument.

In terms of validity, deductive arguments may be either valid or invalid. An argument is valid, if and only if (iff) it is impossible in all possible worlds for the premises to be true and the conclusion false; validity is about what is possible; it is concerned with how the premises and conclusion relate and what is possible.[13] An argument is formally valid if and only if the denial of the conclusion is incompatible with accepting all the premises. e24fc04721