- Show general architecture through diagrams and concrete examples.
- There should be clear enough instructions that a new onboarding engineer can just look through a document and follow that to setup a local development environment and be able to set breakpoints and play around with the environment. (Even startups with smaller code bases will fail to follow up on this because it's not "priority" but it definitely should be.)
With any new projects using gradle, this is a key point to start. Try using the 'com.palantir.consistent-versions' plugin.
I ran into an issue where a gradle plugin had stated they had a method called 'getVersion' but I couldn't use it. This was the solution to retrieve that method that the plugin had supported:
val packageGetVersion : groovy.lang.Closure<String> = project.ext["getVersion"] as groovy.lang.Closure<String>
doLast {
The Gradle bug
Case: I ran a basic gradle command ./gradlew help
to test if the configuration and setup is done right. After I added a new plugin, I get an error saying a java method doesn't exist.
How long did it take to solve: 1-2 days
Reason it was unsolveable: A poor implementation of gradle has their dependencies leaking from one place to the other but it's really difficult to make that connection.
Post-mortem: Nothing I really could've done here to speed up my effort. You need a deeper understanding of gradle internals (or to have used buildSrc before)
- ngrok # for opening local ports to web
- daff # tool for csv file comparisons. (a bit limited in csv file size)
- xsv # tool for csv file parsing. (filtering, selecting certain columns, works well with massive sizes)
import java.lang.reflect.Array; | |
import java.lang.reflect.InvocationHandler; | |
import java.lang.reflect.InvocationTargetException; | |
import java.lang.reflect.Method; | |
import java.lang.reflect.Proxy; | |
import java.util.ArrayList; | |
import java.util.List; | |
import com.sun.javadoc.Doc; | |
import com.sun.javadoc.DocErrorReporter; |
/* | |
Regex is interesting because I found out the following: | |
* It's pretty easy to translate patterns into actual variables. | |
* Even if you have repeated patterns, those can easily go into variables. (e.g: `(<some_pattern>)+` can be translated into an infinite number of variables) | |
* Some languages have a multiline mode that allow you to apply regex line-by-line. That has the benefit | |
of giving you more easily readable options. | |
To see a better example, look at the following code. |
# Created these after looking at unit tests. Couldn't really find any other online examples. | |
from io import BytesIO | |
from amqp import Connection | |
import pprint | |
import pickle | |
connection = Connection() | |
channel = connection.channel() | |
message = channel.basic_get(queue='gegroby/ma.model.cycle.finalcal/analytics_finalcal/') |
# surprised that python does not have something like this in the iterator class or something. | |
def get_subset_from_dict(dict_obj, *keys): | |
return dict((k, dict_obj[k]) for k in keys) |
### For when you want to round up/down in custom increments of any number x (rather than just floating point rounding up to whole number) | |
# round_up(5, 20) -> 20 | |
# round_up(35,20) -> 40 | |
def round_up(num, round_by) | |
(num / round_by.to_f).ceil * round_by | |
end | |
# round_down(5, 20) -> 0 | |
# round_up(35, 20) -> 20 |