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→* * Calculates the sale price of a value at a given discount. * The sale price is formatted as US dollars. * * @param {number} input The value to discount. * @param {number} discount The discount to apply, such as .5 or 50%. * @return The sale price formatted as USD. * @customfunction: function salePrice(input, discount) { let price = input - (input * discount); let dollarUS = Intl.NumberFormat("en-US", { style: "currency", currency: "USD", }); return dollarUS.format(pr Tags: Reverted Mobile edit Mobile web edit Disambiguation links added |
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| 7u4 - 8 || rowspan="2" | Serial, Parallel, CMS, G1
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| 9 - 10 || rowspan="
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| 11 || Serial, Parallel, CMS, G1, ''Epsilon (E)'', ''ZGC (E)''
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| 24 || Serial, Parallel, G1, ''Epsilon (E)'', Shenandoah, GenZGC, ''GenShen (E)''
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| 25 || Serial, Parallel, G1, ''Epsilon (E)'', Shenandoah, GenZGC, GenShen
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| colspan="3" | <small> ''(E)'' = ''experimental''</small>
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The JVM has a garbage-collected heap for storing objects and arrays. Code, constants, and other class data are stored in the "method area". The method area is logically part of the heap, but implementations may treat the method area separately from the heap, and for example might not garbage collect it. Each JVM thread also has its own [[call stack]] (called a "Java Virtual Machine stack" for clarity), which stores [[Call stack#STACK-FRAME|frames]]. A new frame is created each time a method is called, and the frame is destroyed when that method exits.
Each frame provides an "operand stack" and an array of "local variables". The operand stack is used for operands to run computations and for receiving the return value of a called method, while local variables serve the same purpose as [[
===Bytecode instructions===
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