Benchmark: dynamic create object vs array vs buffered

Tests:

dynamic create object integer value
var object_n = {}; object_n["p1"] = 1; object_n["p2"] = 2; object_n["p3"] = 3; object_n["p4"] = 4; object_n["p5"] = 5; object_n["p6"] = 6; object_n["p7"] = 7; object_n["p8"] = 8; object_n["p9"] = 9;
AخA

var object_n = {};
object_n["p1"] = 1;
object_n["p2"] = 2;
object_n["p3"] = 3;
object_n["p4"] = 4;
object_n["p5"] = 5;
object_n["p6"] = 6;
object_n["p7"] = 7;
object_n["p8"] = 8;
object_n["p9"] = 9;
dynamic create array integer value
var array_n = []; array_n.push("p1",1); array_n.push("p2",2); array_n.push("p3",3); array_n.push("p4",4); array_n.push("p5",5); array_n.push("p6",6); array_n.push("p7",7); array_n.push("p8",8); array_n.push("p9",9);
var array_n = [];
array_n.push("p1",1);
array_n.push("p2",2);
array_n.push("p3",3);
array_n.push("p4",4);
array_n.push("p5",5);
array_n.push("p6",6);
array_n.push("p7",7);
array_n.push("p8",8);
array_n.push("p9",9);
dynamic create object string value
var object_s = {}; object_s["p1"] = "1"; object_s["p2"] = "2"; object_s["p3"] = "3"; object_s["p4"] = "4"; object_s["p5"] = "5"; object_s["p6"] = "6"; object_s["p7"] = "7"; object_s["p8"] = "8"; object_s["p9"] = "9";
var object_s = {};
object_s["p1"] = "1";
object_s["p2"] = "2";
object_s["p3"] = "3";
object_s["p4"] = "4";
object_s["p5"] = "5";
object_s["p6"] = "6";
object_s["p7"] = "7";
object_s["p8"] = "8";
object_s["p9"] = "9";
dynamic create array string value
var array_s = []; array_s.push("p1","1"); array_s.push("p2","2"); array_s.push("p3","3"); array_s.push("p4","4"); array_s.push("p5","5"); array_s.push("p6","6"); array_s.push("p7","7"); array_s.push("p8","8"); array_s.push("p9","9");
var array_s = [];
array_s.push("p1","1");
array_s.push("p2","2");
array_s.push("p3","3");
array_s.push("p4","4");
array_s.push("p5","5");
array_s.push("p6","6");
array_s.push("p7","7");
array_s.push("p8","8");
array_s.push("p9","9");
buffered array integer values
var array_bn = new Array(10); var i = 0; array_bn[i++] = ["p1", 1]; array_bn[i++] = ["p2", 2]; array_bn[i++] = ["p3", 3]; array_bn[i++] = ["p4", 4]; array_bn[i++] = ["p5", 5]; array_bn[i++] = ["p6", 6]; array_bn[i++] = ["p7", 7]; array_bn[i++] = ["p8", 8]; array_bn[i++] = ["p9", 9];
var array_bn = new Array(10);
var i = 0;
array_bn[i++] = ["p1", 1];
array_bn[i++] = ["p2", 2];
array_bn[i++] = ["p3", 3];
array_bn[i++] = ["p4", 4];
array_bn[i++] = ["p5", 5];
array_bn[i++] = ["p6", 6];
array_bn[i++] = ["p7", 7];
array_bn[i++] = ["p8", 8];
array_bn[i++] = ["p9", 9];
buffered array string value
var array_bs = new Array(10); var j = 0; array_bs[j++] = ["p1", "1"]; array_bs[j++] = ["p2", "2"]; array_bs[j++] = ["p3", "3"]; array_bs[j++] = ["p4", "4"]; array_bs[j++] = ["p5", "5"]; array_bs[j++] = ["p6", "6"]; array_bs[j++] = ["p7", "7"]; array_bs[j++] = ["p8", "8"]; array_bs[j++] = ["p9", "9"];
var array_bs = new Array(10);
var j = 0;
array_bs[j++] = ["p1", "1"];
array_bs[j++] = ["p2", "2"];
array_bs[j++] = ["p3", "3"];
array_bs[j++] = ["p4", "4"];
array_bs[j++] = ["p5", "5"];
array_bs[j++] = ["p6", "6"];
array_bs[j++] = ["p7", "7"];
array_bs[j++] = ["p8", "8"];
array_bs[j++] = ["p9", "9"];

Rendered benchmark preparation results:

Suite status: <idle, ready to run>

Previous results

Experimental features:

Memory measurements supported only in Chrome.
For precise memory measurements Chrome must be launched with --enable-precise-memory-info flag.
More information: Monitoring JavaScript Memory

Test case name	Result
dynamic create object integer value
dynamic create array integer value
dynamic create object string value
dynamic create array string value
buffered array integer values
buffered array string value

Fastest: N/A

Slowest: N/A

Latest run results:

Run details: (Test run date: 8 years ago)

User agent: Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/51.0.2704.79 Safari/537.36 Edge/14.14393

Browser/OS: Chrome 51 on Windows

View result in a separate tab

Test name	Executions per second
dynamic create object integer value	21422094.0 Ops/sec
dynamic create array integer value	2262831.8 Ops/sec
dynamic create object string value	21086998.0 Ops/sec
dynamic create array string value	2206855.0 Ops/sec
buffered array integer values	2024264.0 Ops/sec
buffered array string value	2031782.8 Ops/sec

Autogenerated LLM Summary (model llama3.2:3b, generated 6 months ago):

Let's break down the benchmark and its various components.

Benchmark Definition

The benchmark is defined in JSON format, which represents four different approaches to dynamically creating objects or arrays:

Dynamic Object Creation: Creating an object using the {} syntax, where each property is assigned a value.
Dynamic Array Creation: Creating an array using the [] syntax, where elements are pushed onto the array using the push() method.
Dynamic Object String Creation: Creating an object with string values, similar to Dynamic Object Creation but with string literals instead of numbers.
Buffered Array Integer Values: Creating an array with integer values using a loop that assigns each value to an index in the array.
Buffered Array String Value: Creating an array with string values using a loop that assigns each value to an index in the array.

Options Compared

The benchmark compares the performance of these five approaches:

Dynamic Object Creation (with integer and string values)
Dynamic Array Creation
Buffered Array Integer Values
Buffered Array String Value

Latest Benchmark Result

The latest results show the performance of each approach on a specific browser (Chrome 51) running on a Windows platform. The results are measured in executions per second, which indicates how many times the code is executed per second.

Here's a summary of the results:

Test Name	Executions Per Second
Dynamic Object Integer Value	21422094.0
Dynamic Object String Value	21086998.0
Dynamic Array Integer Value	2262831.75
Dynamic Array String Value	2206855.0
Buffered Array Integer Values	2024264.0
Buffered Array String Value	2031782.75

Interpretation

The results suggest that:

Dynamic Object Creation with integer values is the fastest approach, followed closely by Dynamic Object Creation with string values.
Dynamic Array Creation and Buffered Array Integer Values are slower than Dynamic Object Creation approaches.
Buffered Array String Value is the slowest approach among all five options.

Keep in mind that these results may not generalize to other browsers or platforms. Additionally, the performance difference between these approaches can be influenced by various factors, such as the specific use case, data size, and system resources.

LLMs can make mistakes. Check important info.

Let's break down the benchmark and its various components.

**Benchmark Definition**

The benchmark is defined in JSON format, which represents four different approaches to dynamically creating objects or arrays:

1. **Dynamic Object Creation**: Creating an object using the `{}` syntax, where each property is assigned a value.
2. **Dynamic Array Creation**: Creating an array using the `[]` syntax, where elements are pushed onto the array using the `push()` method.
3. **Dynamic Object String Creation**: Creating an object with string values, similar to Dynamic Object Creation but with string literals instead of numbers.
4. **Buffered Array Integer Values**: Creating an array with integer values using a loop that assigns each value to an index in the array.
5. **Buffered Array String Value**: Creating an array with string values using a loop that assigns each value to an index in the array.

**Options Compared**

The benchmark compares the performance of these five approaches:

* Dynamic Object Creation (with integer and string values)
* Dynamic Array Creation
* Buffered Array Integer Values
* Buffered Array String Value

**Latest Benchmark Result**

Here's a summary of the results:

| Test Name | Executions Per Second |
| --- | --- |
| Dynamic Object Integer Value | 21422094.0 |
| Dynamic Object String Value | 21086998.0 |
| Dynamic Array Integer Value | 2262831.75 |
| Dynamic Array String Value | 2206855.0 |
| Buffered Array Integer Values | 2024264.0 |
| Buffered Array String Value | 2031782.75 |

**Interpretation**

The results suggest that:

* Dynamic Object Creation with integer values is the fastest approach, followed closely by Dynamic Object Creation with string values.
* Dynamic Array Creation and Buffered Array Integer Values are slower than Dynamic Object Creation approaches.
* Buffered Array String Value is the slowest approach among all five options.

Related benchmarks:

dynamic create object vs array vs buffered (version: 0)

Comparing performance of: dynamic create object integer value vs dynamic create array integer value vs dynamic create object string value vs dynamic create array string value vs buffered array integer values vs buffered array string value

Created: 8 years ago by: Guest

Jump to the latest result

dynamic create object integer value

dynamic create array integer value

dynamic create object string value

dynamic create array string value

buffered array integer values

buffered array string value

Suite status: <idle, ready to run>

Experimental features:

Fastest: N/A

Slowest: N/A

Autogenerated LLM Summary (model llama3.2:3b, generated 6 months ago):