> Make is very optimal at the stage it is, everything above or below it it's just not that optimal.
Right: GNU Make is at a local optimum for describing how to generate products based on rules and a dependency graph. I'd also wager it's close to a global optimum.
GNU Make is certainly closer to that global optimum than Boost's jam or the countless homegrown XML-based things I've seen over the years --- make is powerful, but despite that power, simple things look simple and are simple to write. In other systems, either simple things are hard to write or the system itself is so simple than it's not powerful enough to describe what I want done.
Well... If by XML-based things you are thinking of Maven, they're not really at the same level. Maven is much more higher-level, and is fully declarative, which is both a blessing and a curse. I would not describe it as a general-purpose build system, it's really made for the Java ecosystem, but in this context, it works well for a majority of projects, because they can follow the rails. And it does handle out of the box automated retrieval of dependencies, which is way outside the scope of make.
It has its hear in the right place, though. High-level build systems should strive to be as declarative as possible. It's the rest of the design which is problematic :)
Say you have a city with two skyscrapers on opposite sides of town, one 49 stories high and the other 51 stories high. When you're at the top of the 49-story building, you're at a local maximum of height and close to the global maximum, but you're not exactly a short gradient-ascent jaunt away from the global maximum.
Sure, but how much work are you going to put in to go up two floors? Local optimum + close to a global optimum means there's not much cost benefit in changing.
Not really, depends on definition of "close", i.e. how you measure distance. If closeness means distance in search space, then you're right, but it also could mean local vs global are close in value being optimized, but they are located far from each other in search space.
Right: GNU Make is at a local optimum for describing how to generate products based on rules and a dependency graph. I'd also wager it's close to a global optimum.
GNU Make is certainly closer to that global optimum than Boost's jam or the countless homegrown XML-based things I've seen over the years --- make is powerful, but despite that power, simple things look simple and are simple to write. In other systems, either simple things are hard to write or the system itself is so simple than it's not powerful enough to describe what I want done.