How to calculate response time from Google Chrome Dev. Tools
I am trying to calculate response time of different requests from Google Chrome Browser Developer Tools. It provides various time values against each request. But not sure which one is the response time (as it is calculated by JMeter performance testing tool). To be more precise I want value of TTLB (Time to Last Byte) instead of TTFB (Time to First Byte).
Below is a sample screenshot showing various values for one of request that are provided by Chrome Dev Tools.
Surely: TTLB = TTFB + 'Content Download' time?
The documentation describes 'Content Download' as:
Time spent receiving the response data
So it seems to make perfect sense that this is the difference between the arrival of the first and last byte.
As for JMeter, according to this answer:
Response time is "time to last byte"
which again seems to make sense.
- CSS Performance between class and attribute selectors
- Slow or delayed loading of my application
- Speeding up an .exe created with Pyinstaller
- Is accessing data in the heap faster than from the stack?
- Is there a reason why SSIS significantly slows down after a few minutes?
- TotalRowCount with paging in Linq2SQL
- How to tackle time limit exceeded error in leetcode
- Can i use DataTable.Select() method to make simple paging?
- When I use Conditional Compilation Arguments to Exclude Code, why doesn't VB6 EXE file size change?
- What is the most efficient way of finding all the factors of a number in Python?
- HTML5 canvas transform vs manual offsets?
- Generating all permutations efficiently
- How to make programs compiled under Dev C++ smaller?
- Why do multiple identical function calls have significant differences in execution time on Arduino?
- Efficiency of output parameter vs return value on the stack for stl data structures
- Parallel Framework and avoiding false sharing
- Fastest R equivalent to MATLAB's reshape() method?
- Dictionary Keys.Contains vs. ContainsKey: are they functionally equivalent?
- 32-bit pointers with the x86-64 ISA: why not?
- Performance implications of long double. Why does C choose 64-bits instead of the hardware's 80-bit for its default?
- Local variables performance vs global in example
- native memory leak of compose multiplatform
- What's the fastest way to read a text file line-by-line?
- Very slow recursive type
- How can I shift a column in a dataframe x times into an array, apply a function, and create a new column?
- How to benchmark Swift code execution?
- Will an iterator surrounding an assert statement affect performance of production build?
- Improve Pandas and Vectorization Performance on large dataset
- Efficiently calculate an availability date from a list of project assignments and known capacity
- PrimeVue Table slow if dataset >200