Cybersecurity researchers have uncovered a brand new stealthy piece of Linux malware that leverages an unconventional approach to realize persistence on contaminated methods and conceal bank card skimmer code.
The malware, attributed to a financially motivated menace actor, has been codenamed sedexp by Aon’s Stroz Friedberg incident response providers staff.
“This superior menace, lively since 2022, hides in plain sight whereas offering attackers with reverse shell capabilities and superior concealment techniques,” researchers Zachary Reichert, Daniel Stein, and Joshua Pivirotto stated.
It is not stunning that malicious actors are always improvising and refining their tradecraft, and have turned to novel methods to evade detection.
What makes sedexp noteworthy is its use of udev guidelines to keep up persistence. Udev, substitute for the Machine File System, gives a mechanism to determine gadgets based mostly on their properties and configure guidelines to reply when there’s a change within the system state, i.e., a tool is plugged in or eliminated.
Every line within the udev guidelines file has not less than as soon as key-value pair, making it doable to match gadgets by identify and set off sure actions when varied system occasions are detected (e.g., set off an computerized backup when an exterior drive is hooked up).
“An identical rule could specify the identify of the system node, add symbolic hyperlinks pointing to the node, or run a specified program as a part of the occasion dealing with,” SUSE Linux notes in its documentation. “If no matching rule is discovered, the default system node identify is used to create the system node.”
The udev rule for sedexp — ACTION==”add”, ENV{MAJOR}==”1″, ENV{MINOR}==”8″, RUN+=”asedexpb run:+” — is about up such that the malware is run every time /dev/random (corresponds to system minor quantity 8) is loaded, which usually happens upon each reboot.
Put in another way, this system specified within the RUN parameter is executed each time after a system restart.
The malware comes with capabilities to launch a reverse shell to facilitate distant entry to the compromised host, in addition to modify reminiscence to hide any file containing the string “sedexp” from instructions like ls or discover.
Stroz Friedberg stated within the cases it investigated, the potential has been put to make use of to cover net shells, altered Apache configuration information, and the udev rule itself.
“The malware was used to cover bank card scraping code on an internet server, indicating a concentrate on monetary achieve,” the researchers stated. “The invention of sedexp demonstrates the evolving sophistication of financially motivated menace actors past ransomware.”
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The iPhone 16 Professional Max would be the most-produced mannequin within the 2024 launch slate, in line with a report into provide chain part shipments.
The Professional fashions of iPhone are already the hottest choice amongst shoppers. With continued expectations of excessive gross sales for Professional editions to proceed, Apple is making ready for the development to be maintained.
Present hypothesis from the availability chain has Apple producing round 90.1 million iPhones within the iPhone 16 technology, storiesThe Elec. Divided by mannequin, the primary iPhone 16 ought to include 24.5 million items, the Plus at 5.8 million, the Professional at 26.6 million, and the Professional Max at 33.2 million.
As a share, the iPhone 16 may have a 27% share of shipments, the Professional Max will get 37%, the Professional hits 30%, and the iPhone 16 Plus simply 6% of the entire.
This could imply the Professional fashions will make up 67% of whole manufacturing. It is a very excessive share, which signifies Apple believes extra folks will go for the higher-tier fashions.
The 67% determine is larger than the show order combine between Professional and Professional Max fashions and their normal counterparts for the iPhone 15 technology, as noticed in September 2023. In August 2023, the break up was nearer to 60% in favor of Professional fashions over normal editions.
The manufacturing combine arrives as a part of a report claiming that the tetraprism lens for the iPhone 16 Professional and Professional Max have began to ship to meeting companions from LG Innoteck. Each Professional fashions are anticipated to have the part, which is able to enhance the telephoto zoom from 3x to 5x for each fashions.
Together with the tetraprism lens showing on each iPhone 16 Professional fashions, it’s believed that the extremely extensive lens on each fashions may even develop to 48 megapixels. The non-Professional fashions will see enhancements to the aperture to enhance low-light images, embrace macro assist, and be organized vertically to allow Spatial Video recording.
There has additionally been dialogue a couple of Seize button, which is able to make it simpler for shoppers to take images with the smartphone.
“After I discuss local weather change with individuals, I spend hardly any time on the science of local weather change,” says Katharine Hayhoe, a number one local weather science communicator and a speaker at Starmus Earth: The Way forward for Our Residence Planet. The pageant is sort of right here, and we’re delighted to publish an in depth interview with Dr. Hayhoe to discover points starting from efficient science communication, “planet-hacking” efforts, to why science and religion should not at odds with one another.
WeLiveSecurity: You’re an award-winning atmospheric scientist who has additionally earned recognition as a number one communicator of local weather science. You are very lively on many alternative social media platforms, from LinkedIn to BlueSky, and have your individual e-newsletter on Substack, to call just some platforms the place you share your ideas. How can scientists use social media and different trendy methods of participating with the general public to get them and trusting in science?
Katharine Hayhoe: We stay in an period the place data can journey around the globe nearly instantaneously, permitting us to attach straight with others—together with scientific consultants—in methods beforehand unimaginable. At present, anybody with an web connection can watch prime scientists on YouTube or interact with them on micro-blogging websites like Threads, BlueSky, or X. These platforms allow scientists to share their ardour and curiosity, sparking curiosity in science amongst younger individuals who won’t have thought-about it in any other case, and fostering a extra knowledgeable and science-literate society generally.
Social media additionally affords important advantages to scientists. By connecting with friends on-line, I keep updated with the most recent discoveries and have fashioned many constructive skilled and collaborative relationships. I’ve discovered first-hand how participating straight with individuals enhances my communication expertise and teaches me what individuals most wish to find out about local weather change, my space of experience. And in line with research equivalent to this, common interactions with a various vary of voices have additionally deepened my understanding of the disproportionate and sometimes unfair impacts of local weather change on these least liable for it.
Whereas social media can function a pressure for good, nevertheless, it additionally has the potential to hurt. Sadly, analysis exhibits that misinformation is way more well-liked on these platforms than reality. One examine, for instance, discovered that false information spreads six instances quicker on Twitter than correct data. One other quantified YouTube’s pivotal function in selling flat-earth theories. Even platforms like TikTok, which have tried to ban local weather disinformation, are discovering it to be more durable than anticipated.
Relating to local weather change and different scientific points which have been intentionally politicized, like vaccines and masking, it’s important to acknowledge that many of the damaging feedback and trolling we see on-line come from a small, vocal minority, supplemented by bot accounts. These detractors should not on social media to have interaction constructively or to be swayed; their goal is to devour your time, discourage you, and drown out your voice. So my recommendation to fellow scientists is easy: don’t interact with trolls. Simply block them. Save your effort and time for these genuinely ; in my case, meaning the various who wish to higher perceive the urgency of the local weather disaster and discover actionable options. They is probably not as loud, however they’re the bulk!
Katharine Hayhoe
Local weather Scientist – Distinguished Professor at Texas Tech College – Chief Scientist for The Nature Conservancy
Katharine is thought for her skill to translate complicated local weather points into accessible public discourse. She publishes a weekly Speaking Local weather e-newsletter, hosted the PBS Digital Sequence, World Weirding, and writes for broad vary of shops, from TIME to Good Housekeeping. Her TED discuss, “A very powerful factor you are able to do to combat local weather change: discuss it” has greater than 4 million views and her most up-to-date e-book is “Saving Us: A Local weather Scientist’s Case for Hope and Therapeutic in a Divided World.”
Presently, she is the Chief Scientist for The Nature Conservancy and holds the positions of Horn Distinguished Professor and the Political Science Endowed Professor in Public Coverage and Public Regulation at Texas Tech College. Katharine earned her B.Sc. in Physics from the College of Toronto and her M.S. and Ph.D. in Atmospheric Science from the College of Illinois. She is a fellow of the American Geophysical Union, the American Academy of Arts & Sciences, the Canadian Meteorological and Oceanographic Society, and the American Scientific Affiliation, and serves on advisory boards for organizations equivalent to Netflix, UBS, and the Smithsonian Nationwide Museum of Pure Historical past. In recognition of her contributions to science communication and engagement, she has acquired numerous awards and 4 honorary doctorates.
On that observe, one other fascinating comment you’ve got made is, “How do you discuss to somebody who doesn’t consider in local weather change? Not by rehashing the identical knowledge and information we’ve been discussing for years”. So, how do you get somebody who says that we will’t presumably know that people are inflicting local weather change or believes different pernicious local weather change myths to hearken to you?
To successfully talk with those that disagree with us, it’s essential to grasp their causes for disagreement. On local weather change, many objections are cloaked in pseudo-scientific language, citing pure cycles or volcanic exercise as causes or arguing that carbon dioxide is helpful for all times. Nevertheless, the very fundamental physics that explains how people are altering local weather is similar physics that explains how stoves warmth meals and the way airplanes fly; and nobody claims these don’t work.
So why do individuals reject the science of local weather change? Research have proven it’s not due to any lack of schooling or intelligence. Moderately, their social community or ideology has satisfied them that the options pose a direct menace to their identification or their lifestyle. To assist their perspective, they interact in motivated reasoning; to not decide whether or not it’s proper or not, however slightly to justify what they consider. However don’t be deceived: the science-y sounding objections are simply an excuse that enables them to reject the necessity for options. “If it’s not an issue,” so the logic goes, “then we don’t must do something about it.” That’s why “rehashing the identical knowledge and information” by itself hardly ever results long-term change.
A small section of the inhabitants, about 10% within the US and barely much less in Canada, the UK and the EU, really feel so threatened by local weather options – generally even invoking visions of a one-world authorities imposing world-wide communism or a worldwide earth-worshipping faith led by the Antichrist on each inhabitant of the earth – that they’re what social scientists on the Yale Program on Local weather Change Communication consult with as dismissives. For them, rejecting local weather options is integral to their identification. They ignore the consensus of centuries of scientific analysis and the findings of numerous research. Participating with this group is never productive, as their views are deeply entrenched. When talking to a dismissive, I typically merely say, “I’m sorry, you’re improper: now let’s discuss one thing else.”
For almost all, nevertheless, conversations may be transformative. Many who’re uncertain or cautious don’t see the non-public relevance of local weather change and have been led to consider there are not any viable options. Even bigger numbers of persons are apprehensive however inactive. They really feel helpless and hopeless, and don’t know what to do; in order that they do little to nothing, they usually don’t wish to discuss it.
What do people who find themselves apprehensive, involved, or uncertain most must know? First, they should see how local weather change impacts their private world—the individuals, locations, and issues they love. I name this the “head to coronary heart” connection. We hear the dire information about melting ice sheets and rising temperatures however till our coronary heart is engaged, we received’t perceive the necessity to act. Second, individuals want a way of efficacy. Most individuals are apprehensive about local weather change, however don’t know what they will do about it.
That’s why, in my communications equivalent to my weekly e-newsletter, I give attention to explaining local weather impacts in methods which are straight related to individuals’s lives, from our well being to our meals, and I at all times embody data on actionable options. This method empowers people to take significant actions, each personally and systemically, to drive change.
Early into certainly one of his books, tutorial Tom Nichols says, “By no means have so many individuals had entry to a lot information, and but been so immune to studying something”. Why is it that the general public’s belief in science appears to have been reducing lately. Are we doomed? How do you stay hopeful?
Belief in science typically hinges on whether or not individuals understand the implications of that science to threaten their lives and identities. For instance, the complicated and evolving science of darkish matter hardly ever faces public skepticism, and it’s unusual for individuals who examine it to be the goal of advert hominem assaults. The essential science of local weather change, alternatively, that explains how burning fossil fuels produces heat-trapping gases that heat the planet, has been effectively understood for almost two centuries. But, it’s typically publicly contested and scientists who examine it, accused of venality and extra. This isn’t attributable to any respectable doubts in regards to the scientific foundation for local weather science, however slightly due to the implications it holds for particular person and societal choices.
That’s why, after I discuss local weather change with individuals, I spend hardly any time on the science of local weather change, despite the fact that that’s my major analysis subject. (In my e-book, Saving Us, there’s just one chapter on it!) As a substitute, I emphasize how local weather change impacts our on a regular basis lives. This may occasionally vary from discussing the financial and well being prices of fossil fuels, together with their function in driving inflation and the influence of fuel stoves on childhood bronchial asthma, to explaining how local weather change is exacerbating climate extremes around the globe, from heatwaves and droughts to floods and storms, and the influence they’re having on the protection of our properties, the standard of the air we breathe, and even our insurance coverage charges.
Social science additionally exhibits that whereas doom-filled headlines garner essentially the most clicks and shares, they’re typically ineffective at motivating motion. That’s why I additionally spend loads of time speaking about what does catalyze motion: specifically, constructive updates on local weather options, tales of individuals and organizations making a distinction, and methods everybody can catalyze change the place we stay, work, or examine. My goal is to depart individuals feeling empowered and motivated to behave—and based mostly on a number of the knowledge I’ve collected, I believe that’s attainable.
Throughout my displays, whether or not in particular person or on-line, I typically begin by asking individuals how they really feel about local weather change. Their preliminary responses usually replicate concern and apprehension, as proven within the prime determine under, with solutions equivalent to “overwhelmed,” “anxious,” and “unhappy.” On the finish, I ask them the identical query once more. And as you may see within the backside determine, many attitudes shift to “empowered,” “activated,” and “hopeful.”
In fact, many nonetheless really feel apprehensive and anxious – and meaning we perceive the dimensions of the issue. I’m a local weather scientist, and I typically really feel that approach myself. However what’s most important is that we perceive channel this fear into motion. And for that, we’d like a transparent imaginative and prescient of a greater future and what we have to do to get there. That’s what I name hope.
In my displays, I typically start by assessing individuals’ emotions about local weather change. Initially, responses typically present concern and apprehension (prime), however by the session’s finish, attitudes shift (backside).
One of many first issues individuals will spot on your web site is “Hello. I’m a local weather scientist.” together with a couple of photos that include a succinct abstract of your work and mission. This consists of the truth that you’re an evangelical Christian, which some may say isn’t appropriate together with your day job. Why is such a dichotomy false and why are science and religion not in battle with one another?
Many famend scientists of the previous, from Isaac Newton to Gregor Mendel, had been recognized for his or her religion. Even right now, analysis signifies that 70% of scientists at prime U.S. analysis establishments think about themselves to be religious, with 50% figuring out with a selected spiritual custom. As a Christian myself, I view science because the examine of God’s creation; so how might our scientific discoveries presumably battle with our religion?
If that’s the case, although, then what’s the origin of the concept science and religion are in battle? On a private stage, there may be many causes to reject religion. For some it’s a matter of tradition influences, struggles to reconcile spiritual teachings with private struggling, or disillusionment attributable to dangerous experiences inside spiritual establishments. On a societal stage, nevertheless, historic conflicts between science and religion, from the time of Galileo to trendy local weather debates, reveal that the perceived battle typically arises from political and ideological motivations slightly than inherent contradictions between science and religion.
As I mentioned above, some see the options to local weather change as posing a larger menace to their lifestyle, financial well-being, and the facility constructions they at present get pleasure from in our society than the impacts do. Consequently, they typically make the most of the well-developed notion of a battle between science and religion to discredit the science, with politicians against local weather motion making claims equivalent to “Local weather change isn’t science, it’s faith,” or “The vanity of individuals to assume that we, human beings, would be capable of change what God is doing within the local weather is to me outrageous.” This typically results in profound misunderstandings, equivalent to the concept Christian doctrine is in some way against local weather motion. In actual fact, I (and lots of others) consider precisely the other!
The explanation I’m a local weather scientist is as a result of I’m a Christian. Local weather change impacts us all, nevertheless it doesn’t have an effect on us all equally. These most impacted are sometimes essentially the most weak and marginalized, whether or not in our personal communities or in areas like sub-Saharan Africa, those least liable for creating this disaster within the first place. This injustice is what compels me to advocate so passionately for local weather motion: and I’m not alone. Many non secular leaders, together with Pope Francis and Patriarch Bartholomew, and organizations from the Nationwide Affiliation of Evangelicals to Tearfund, converse out boldly and sometimes on the ethical crucial to deal with local weather change. As Jesus himself advised his disciples, his followers needs to be acknowledged by their love for others. And what’s local weather change, at its core, apart from a failure to like?
Let’s now contact on the know-how aspect of issues. What’s your tackle viewpoints that reject technological options for addressing environmental points, favoring methods like degrowth as an alternative? One other oft-touted approach of limiting world warming to under 2°C (and ideally, 1.5°C) relative to pre-industrial ranges entails tinkering with the environment by deploying geoengineering and damaging emissions applied sciences. Would the advantages of this last-ditch, “planet-hacking” response to local weather change, as soon as deployed on a big scale, outweigh the dangers?
There isn’t a single treatment for local weather change that may clear up the disaster by itself—and we will’t afford to attend for one. The excellent news, nevertheless, is that we’ve a mess of options that may and needs to be applied at each stage, from particular person to world. On their very own, none are ample; however collectively, they provide greater than sufficient potential to satisfy the worldwide targets of the Paris Settlement.
To grasp the huge panorama of local weather options, I really feel it helps to image the earth’s environment as a swimming pool. The extent of water within the pool represents the quantity of heat-trapping gases in our environment. Over a lot of human historical past on this planet, we had simply sufficient naturally-occurring heat-trapping gases within the environment to make sure the planet was liveable and hospitable. In pool phrases, there was loads of water to swim, however our toes might nonetheless contact the bottom to maintain us secure.
All too quickly, although, we people caught a hose within the pool and commenced so as to add extra water than could be there naturally. At first, the quantity of water popping out of the hose was minimal, coming from the enlargement of agriculture and related deforestation. The Industrial Revolution, nevertheless, kicked it into overdrive and the quantity of water popping out of the hose started to rise exponentially. The primary driver of this enhance was our rising reliance on coal, fuel and oil for vitality, with further contributions from large-scale agriculture, deforestation, and different land use change.
To repair the issue, we have to flip off the hose; and the science is obvious that the quicker we accomplish that, the higher off we’ll all be. We will accomplish almost all of this by means of effectivity, clear vitality, climate-smart agriculture and behavioral modifications; and for the previous couple of drops which are unattainable to mitigate in any other case, we’ve costly technological choices equivalent to carbon seize.
Nevertheless, our pool additionally has a drain. By making the drain greater, we will take away extra water from the pool on the similar time that we’re turning off the faucet: as much as 1 / 4 of our present-day emissions, in line with the Intergovernmental Panel on Local weather Change. We will make the drain greater by means of defending, restoring and regenerating ecosystems that take up and retailer carbon; by means of regenerative agricultural practices that construct up carbon within the floor; and for the previous couple of drops that may’t be achieved some other approach, costly and energy-intensive technological choices (you see the sample right here) equivalent to direct air seize.
There’s another factor, although. For some, the water within the pool is already so excessive that their toes don’t contact the bottom. That’s why we should additionally speed up options for adaptation and resilience: options that assist us develop extra meals, make clear water extra considerable, guarantee our properties and infrastructure are secure, and defend our well being and that of the pure world’s, in a world that’s already a lot hotter, with extra frequent and damaging climate extremes.
We have to implement as many of those options as attainable, as quickly as attainable – however we will’t do all the pieces, in every single place. So how ought to we prioritize? Personally, I advocate for options which have a number of win-wins; local weather actions that additionally deal with inequality, assist native communities, improve public well being, and guarantee entry to meals, clear water, and secure environments. This method emphasizes the significance of actions equivalent to bettering vitality effectivity, investing in clear vitality worldwide, lowering meals waste, adopting sustainable agricultural practices, constructing community-level resilience and conserving pure assets. Moreover, it highlights the dangers related to local weather options that hurt communities and ecosystems, equivalent to siting renewable vitality initiatives in delicate habitats, inserting blame on marginalized populations for top delivery charges, and over-reliance on costly and energy-intensive technological fixes or untested planetary-scale interventions equivalent to photo voltaic radiation administration.
We should start with our present techniques and the instruments obtainable to us right now. Equitable and sustainable options that profit each individuals and the planet are already at hand: and certainly one of my favourite assets that helps us establish these options is Undertaking Drawdown. Whether or not you are on the lookout for actions that may be taken by a corporation, an organization, a area or an individual, there’s positive to be a couple of on their listing that empower you to take motion in opposition to local weather change. Nevertheless, by implementing these, we will start to impact the societal modifications wanted to deal with not solely local weather change however lots of the different crises, from biodiversity loss to inequity, that stand between us and a greater future.
A science fiction/science reality evaluation of Three Miles Down by Harry Turtledove, the fictionalized model of the Hughes Glomar Explorer expedition 50 years earlier than the OceanGate Titan tragedy.
My new science fiction/science reality article for Science Robotics is out on why deep ocean robotics is difficult. Particularly when making an attempt to convey up a sunken submarine 3 miles underwater, which the CIA truly did in 1974. It’s even tougher if you happen to’re making an attempt to convey up an alien spaceship- which is the plot of Harry Turtledove’s new sci-fi novel Three Miles Beneath. It’s a pleasant Forrest Gump model of that 1974 Hughes Glomar Explorer expedition. Although the expedition was 50 years earlier than the OceanGate Titan tragedy, the identical challenges exist for at this time’s robots. The robotics science within the ebook could be very actual, the aliens, not a lot.
In 1974, the CIA deployed a 3 mile lengthy, 6 million pound robotic manipulator to get well a Russian submarine. The duvet story was that Howard Hughes was deep sea mining for manganese nodules- which by accident began everybody else investing in deep sea mining.
The Glomar Explorer was additionally a breakthrough in laptop management, because the ship needed to keep on station and transfer the arm to the sub within the presence of wind, waves, and currents. All with an array of 16-bit microprocessor, 5MHz clock, 32K phrases of core reminiscence Honeywell computer systems. Contemplate {that a} late mannequin iPhone makes use of a 64-bit microprocessor, a 3GHz clock, 6GB of RAM and a GPU.
Turtledove takes one main liberty with the in any other case arduous science retrospective: the CIA recovering the Soviet sub was in flip a canopy story masking the actual mission to salvage the alien house ship that apparently collided with the sub!
The dry humor and a focus to scientific particulars makes for an entertaining sci-fi compare-and-contrast between deep sea robotics and computer systems within the Seventies and the current day. It’s a enjoyable read- not only for roboticists and laptop scientists.
For additional robotics science studying:
For additional scifi studying, take a look at:
Robin Murphy
is a Raytheon Professor of Laptop Science and Engineering at Texas A&M College and Vice-President of the not-for-profit Middle for Robotic-Assisted Search and Rescue
Robin Murphy
is a Raytheon Professor of Laptop Science and Engineering at Texas A&M College and Vice-President of the not-for-profit Middle for Robotic-Assisted Search and Rescue
Study what is the distinction between static manufacturing unit, easy manufacturing unit, manufacturing unit technique and summary manufacturing unit utilizing the Swift language.
I believed that I’d be good to have a summarized comparability between all of the manufacturing unit patterns, so right here it’s every thing that it is best to find out about them. Developing them is comparatively simple, on this instance I’m going to make use of some UIColor magic written within the Swift programming language to point out you the fundamentals. 🧙♂️
Static manufacturing unit
no separate manufacturing unit class
named static technique to initialize objects
can have cache & can return subtypes
extension UIColor {
static var major: UIColor { return .black }
static var secondary: UIColor { return .white }
}
let major = UIColor.major
let secondary = UIColor.secondary
Easy manufacturing unit
one manufacturing unit class
change case objects within it
encapsulates various code
if checklist is simply too large use manufacturing unit technique as an alternative
class ColorFactory {
enum Fashion {
case major
case secondary
}
func create(_ fashion: Fashion) {
change fashion
case .major:
return .black
case .secondary:
return .white
}
}
let manufacturing unit = ColorFactory()
let major = manufacturing unit.create(.major)
let secondary = manufacturing unit.create(.secondary)
Manufacturing facility technique
a number of (decoupled) manufacturing unit lessons
per-instance manufacturing unit technique
create a easy protocol for manufacturing unit
protocol ColorFactory {
func create() -> UIColor
}
class PrimaryColorFactory: ColorFactory {
func create() -> UIColor {
return .black
}
}
class SecondaryColorFactory: ColorFactory {
func create() -> UIColor {
return .white
}
}
let primaryColorFactory = PrimaryColorFactory()
let secondaryColorFactory = SecondaryColorFactory()
let major = primaryColorFactory.create()
let secondary = secondaryColorFactory.create()
Summary manufacturing unit
combines easy manufacturing unit with manufacturing unit technique
has a worldwide impact on the entire app
// very same manufacturing unit technique sample from above
protocol ColorFactory {
func create() -> UIColor
}
class PrimaryColorFactory: ColorFactory {
func create() -> UIColor {
return .black
}
}
class SecondaryColorFactory: ColorFactory {
func create() -> UIColor {
return .white
}
}
// easy manufacturing unit sample from above utilizing the manufacturing unit strategies
class AppColorFactory: ColorFactory {
enum Theme {
case darkish
case gentle
}
func create(_ theme: Theme) -> UIColor {
change theme {
case .darkish:
return PrimaryColorFactory().create()
case .gentle:
return SecondaryColorFactory().create()
}
}
}
let manufacturing unit = AppColorFactory()
let primaryColor = manufacturing unit.create(.darkish)
let secondaryColor = manufacturing unit.create(.gentle)
So these are all of the manufacturing unit patterns utilizing sensible actual world examples written in Swift. I hope my sequence of articles will allow you to to achieve a greater understanding. 👍
