On Thu, 7 Sep 2017, Stuart Henderson wrote: > On 2017/09/07 12:45, Jérôme KASPER wrote: > > Hi ports, > > > > attached an update to wxWidgets 3.0.3.1 . > > > > improvements : > > - Switch to github > > - unified package instead of -main, -media > > - dependancies upgraded to GTK+3 , SDL2 and gstreamer1 > > > > built on AMD64. This is my first port work so there might be mistakes > > lasting. > > Any comments welcome. > > > > Best regards, > > Jerome KASPER > > You picked a bit of a challenge for first ports work, I think! > > A number of other ports use wxWidgets and would need testing with the > update: > > $ sqlite3 /usr/local/share/sqlports > SQLite version 3.20.0 2017-08-01 13:24:15 > Enter ".help" for usage hints. > sqlite> select distinct fullpkgpath from depends where dependspath like > 'x11/wxWidgets%'; > audio/audacity > cad/kicad,-main > databases/pgadmin3 > devel/codeblocks > devel/p5-Alien-wxWidgets > devel/poedit > devel/rapidsvn > games/golly > games/megaglest/base > games/scorched3d > games/scummvm-tools > geo/spatialite/gis > geo/spatialite/gui > geo/spatialite/librewms > graphics/delaboratory > graphics/discwrapper > graphics/hugin > lang/erlang/16,-wx > lang/erlang/17,-wx > lang/erlang/18,-wx > lang/erlang/19,-wx > math/wxMaxima > misc/rocrail,-gui > multimedia/dvdstyler > net/amule,-daemon > net/amule,-main > net/amule,-web > net/dysnomia > net/filezilla > telephony/iaxclient,-iaxcomm > x11/nx/opennx > x11/p5-Wx > x11/py-wxPython > x11/wxSVG > x11/wxWidgets,-media > x11/wxWidgets,-main > x11/xchm > > .. there are quite a few changes compared to 2.x (see > http://docs.wxwidgets.org/3.0.0/overview_changes_since28.html) > so my understanding is that it's likely to need work on the ports > using it. > > (Also note we're gearing up to release now, it's definitely too late > for a change like this, or even spending much time looking at it, > until after 6.2 is done). > > wxmaxima /home/austin/mail/ports 22559
wxMaxima, mentioned above, works fine for me although it is marked broken, both in current and in 6.2 stable. I first reported to ports on 18 June 2017 that wxMaxima, works fine for me in 6.0, if I remove the "broken" line in the Makefile. More recently, upgrading 6.0 -> 6.1 -> 6.2, I found I had to delete that package, once again remove the "broken" line, then re-make/install. So it is still the case for me, using ports from 6.2 stable, on a release version of 6.2, wxMaxima works great. Studying solar power for our farm, taking an Edx.org course at xDelf, the following script earns me a correct couple of points in the problem sets at the end of week two... Using 4 wxMaxima "cells", script, including comments, are entirely mine... /* [ Created with wxMaxima version 12.09.0 ] */ /* [wxMaxima: input start ] */ "AQ2.5.1"; /* Diffusion current for a p-n junction */ dn: n1-n2; /* Electron density variation near depletion zone over dx */ Jdiff[e]: (q*De*dn)/dx; " AQ2.5.2 "; /* Diffusion current vs drift current at equilibrium */ Jdrift[e]: n3*q*mu[e]*E; /* Drift current of electrons due to electric field E */ eq1: Jdrift[e] = Jdiff[e]; /* If both opposing currents are at equilibrium */ solve(eq1,E); /* Solve for electric field in volts per cm */ "End cell one"; /* [wxMaxima: input end ] */ /* [wxMaxima: input start ] */ /* Calculate an example E-field at equilibrium near n side of p-n junction */ /* Majority charge carriers would be electrons, minority carriers would be holes */ /* Electron densities are per cm^3 */ /* Note: example dx is 2 micrometers */ q: 1.6e-19; /* Charge of an electron in Coulombs */ De: 36; /* Electron diffusion in cm^2/second */ n1: 2.7e+16; /* Electron density away from depletion zone */ n2: 1.0e+15; /* Electron density near depletion zone */ dx: 100.0*2e-6; /* Width of presumed linear density gradient in cm */ n3: n2; /* Highest E-field strength would be nearest low density */ mu[e]: 1350; /* Electron mobility in cm^2 per volt per second */ "End cell two"; /* [wxMaxima: input end ] */ /* [wxMaxima: input start ] */ /* Using solution for E from first Cell above */ E=-(De*n2-De*n1)/(dx*mu[e]*n3); /* [wxMaxima: input end ] */ /* [wxMaxima: input start ] */ /* Simplifying somewhat for max E field strength -- same answer */ E = (De/mu[e])*(n1/n2-1)/dx; /* [wxMaxima: input end ] */ /* Maxima can't load/batch files which end with a comment! */ "Created with wxMaxima"$
