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Diffstat (limited to 'comp/lucas-standen-NEA/writeup/coverpage.ps')
| -rw-r--r-- | comp/lucas-standen-NEA/writeup/coverpage.ps | 266 |
1 files changed, 153 insertions, 113 deletions
diff --git a/comp/lucas-standen-NEA/writeup/coverpage.ps b/comp/lucas-standen-NEA/writeup/coverpage.ps index bfa3e02..a5f55b6 100644 --- a/comp/lucas-standen-NEA/writeup/coverpage.ps +++ b/comp/lucas-standen-NEA/writeup/coverpage.ps @@ -1,6 +1,6 @@ %!PS-Adobe-3.0 %%Creator: groff version 1.23.0 -%%CreationDate: Tue Jun 4 13:46:06 2024 +%%CreationDate: Thu Jun 6 13:22:18 2024 %%DocumentNeededResources: font Times-Bold %%+ font Times-Italic %%+ font Times-Roman @@ -52567,164 +52567,204 @@ F1 2.5(3.1.2.13. r)111 466.8 R(etur)-.18 E(n)-.15 E F0 the function, "a" must be of the functions return type.)111 506.4 Q F1 2.5(3.1.3. List)111 542.4 R(of k)2.5 E(eyw)-.1 E(ords)-.1 E F0(defun)111 558 Q(for)111 582 Q(while)111 606 Q(if)111 630 Q(elif)111 654 Q(else)111 -678 Q(terminate)111 702 Q(return)111 726 Q 0 Cg EP +678 Q -.15(ex)111 702 S(it).15 E(return)111 726 Q 0 Cg EP %%Page: 16 16 %%BeginPageSetup BP %%EndPageSetup /F0 10/Times-Roman@0 SF(-16-)297.67 48 Q(symbol)111 84 Q(set)111 108 Q -(let)111 132 Q/F1 10/Times-Bold@0 SF 2.5(3.2. Questionnair)111 180 R 2.5 -(e2f)-.18 G(or Rayn M)-2.75 E 2.5(3.2.1. Ho)111 204 R 2.5(wd)-.1 G 2.5 -(oy)-2.5 G(ou \214nd this lay)-2.75 E(out of the language?)-.25 E/F2 10 -/Times-Italic@0 SF .745(\(5-6 points\))111.08 219.6 R F0 3.245(-Il)3.305 +(let)111 132 Q/F1 10/Times-Bold@0 SF 2.5(3.2. Memory)111 168 R +(management)2.5 E F0 .54(Memory will be allocated when a v)111 183.6 R +.54(ariable is initialized, and freed when the program stops.)-.25 F +(Al-)5.54 E(though this isn')111 195.6 Q 2.5(tt)-.18 G(he f)-2.5 E +(astest method, it is simple and has less runtime o)-.1 E -.15(ve)-.15 G +(rhead.).15 E F1 2.5(3.3. Questionnair)111 231.6 R 2.5(e2f)-.18 G +(or Rayn M)-2.75 E 2.5(3.3.1. Ho)111 255.6 R 2.5(wd)-.1 G 2.5(oy)-2.5 G +(ou \214nd this lay)-2.75 E(out of the language?)-.25 E/F2 10 +/Times-Italic@0 SF .745(\(5-6 points\))111.08 271.2 R F0 3.245(-Il)3.305 G(ik)-3.245 E 3.245(et)-.1 G .745 (he immutable nature of the language - I lik)-3.245 F 3.245(et)-.1 G .745(he simplicity - I lik)-3.245 F 3.245(et)-.1 G .745(he lo)-3.245 F -(w)-.25 E(le)111 231.6 Q -.15(ve)-.25 G 3.283(lp).15 G .783 -(erformance this will ha)-3.283 F 1.083 -.15(ve - I d)-.2 H(islik).15 E +(w)-.25 E(le)111 283.2 Q -.15(ve)-.25 G 3.284(lp).15 G .783 +(erformance this will ha)-3.284 F 1.083 -.15(ve - I d)-.2 H(islik).15 E 3.283(et)-.1 G .783(he w)-3.283 F .783(ord terminate - I lik)-.1 F 3.283 -(et)-.1 G .784(he procedural approach,)-3.283 F(with the function rob) -111 243.6 Q(ustness - I dislik)-.2 E 2.5(et)-.1 G(he brack)-2.5 E(ets!) --.1 E F1 2.5(3.2.2. Response)111 267.6 R F0 .104 -(Although he does dislik)111 283.2 R 2.603(es)-.1 G .103 +(et)-.1 G .783(he procedural approach,)-3.283 F(with the function rob) +111 295.2 Q(ustness - I dislik)-.2 E 2.5(et)-.1 G(he brack)-2.5 E(ets!) +-.1 E F1 2.5(3.3.2. Response)111 319.2 R F0 .103 +(Although he does dislik)111 334.8 R 2.603(es)-.1 G .103 (ome of my features I belie)-2.603 F .403 -.15(ve t)-.25 H .103 -(hem to be core parts of the language so I).15 F .862(will k)111 295.2 R +(hem to be core parts of the language so I).15 F .863(will k)111 346.8 R .863(eep them. I will also k)-.1 F .863 (eep his points in mind though, I don')-.1 F 3.363(tw)-.18 G .863 (ant to discourage learning)-3.463 F -(the language due to its abstract syntax.)111 307.2 Q(Ho)111 331.2 Q(we) +(the language due to its abstract syntax.)111 358.8 Q(Ho)111 382.8 Q(we) -.25 E -.15(ve)-.25 G 2.5(ra).15 G 2.5(sp)-2.5 G (er his request I will change the terminate k)-2.5 E -.15(ey)-.1 G -.1 (wo).15 G(rd to the more normal e).1 E(xit.)-.15 E(An updated k)111 -355.2 Q -.15(ey)-.1 G -.1(wo).15 G(rd list is as \215o).1 E(ws:)-.25 E -(defun)111 379.2 Q(for)111 403.2 Q(while)111 427.2 Q(if)111 451.2 Q -(elif)111 475.2 Q(else)111 499.2 Q(terminate)111 523.2 Q(return)111 -547.2 Q(symbol)111 571.2 Q(set)111 595.2 Q(let)111 619.2 Q F1 2.5 -(3.3. What)111 655.2 R(language do y)2.5 E(ou use to mak)-.25 E 2.5(eap) +406.8 Q -.15(ey)-.1 G -.1(wo).15 G(rd list is as \215o).1 E(ws:)-.25 E +(defun)111 430.8 Q(for)111 454.8 Q(while)111 478.8 Q(if)111 502.8 Q +(elif)111 526.8 Q(else)111 550.8 Q -.15(ex)111 574.8 S(it).15 E(return) +111 598.8 Q(symbol)111 622.8 Q(set)111 646.8 Q(let)111 670.8 Q F1 2.5 +(3.4. What)111 706.8 R(language do y)2.5 E(ou use to mak)-.25 E 2.5(eap) -.1 G -.18(ro)-2.5 G(gramming language).18 E F0 .34 -(As mentioned before Zipp)111 670.8 R 2.84(yw)-.1 G .34 +(As mentioned before Zipp)111 722.4 R 2.84(yw)-.1 G .34 (ill be written in C, with some parts being written in Zipp)-2.84 F 2.84 -(yi)-.1 G 2.84(tself. I)-2.84 F(will try and k)111 682.8 Q -(eep most dependencies/libraries to a minimal to mak)-.1 E 2.5(et)-.1 G -(he project easier to manage.)-2.5 E F1 2.5(3.3.1. What)111 718.8 R -(is C?)2.5 E 0 Cg EP +(yi)-.1 G 2.84(tself. I)-2.84 F 0 Cg EP %%Page: 17 17 %%BeginPageSetup BP %%EndPageSetup -/F0 10/Times-Roman@0 SF(-17-)297.67 48 Q 3.026(Cw)111 84 S .526 -(as made by Dennis Ritchie, in 1972 at A)-3.126 F(T&T')-1.11 E 3.027(sb) --.55 G .527(ell labs. It w)-3.027 F .527(as designed to mak)-.1 F 3.027 -(ep)-.1 G(rogram-)-3.027 E .068(ming lo)111 96 R 2.568(wl)-.25 G -2.15 --.25(ev e)-2.568 H 2.568(ls).25 G .068(ystems f)-2.568 F .067 -(ar easier than it had been before. It w)-.1 F .067 -(as used to create the unix operating)-.1 F .65(system which w)111 108 R -.65(ould go on to inspire most modern operating systems in some w)-.1 F -(ay)-.1 E 3.15(.\()-.65 G .65(macos still)-3.15 F -(has code from the original release of C+unix\).)111 120 Q .377 +/F0 10/Times-Roman@0 SF(-17-)297.67 48 Q(will try and k)111 84 Q +(eep most dependencies/libraries to a minimal to mak)-.1 E 2.5(et)-.1 G +(he project easier to manage.)-2.5 E/F1 10/Times-Bold@0 SF 2.5 +(3.4.1. What)111 120 R(is C?)2.5 E F0 3.027(Cw)111 135.6 S .527 +(as made by Dennis Ritchie, in 1972 at A)-3.127 F(T&T')-1.11 E 3.026(sb) +-.55 G .526(ell labs. It w)-3.026 F .526(as designed to mak)-.1 F 3.026 +(ep)-.1 G(rogram-)-3.026 E .067(ming lo)111 147.6 R 2.567(wl)-.25 G +-2.15 -.25(ev e)-2.567 H 2.567(ls).25 G .067(ystems f)-2.567 F .067 +(ar easier than it had been before. It w)-.1 F .068 +(as used to create the unix operating)-.1 F .65(system which w)111 159.6 +R .65(ould go on to inspire most modern operating systems in some w)-.1 +F(ay)-.1 E 3.15(.\()-.65 G .65(macos still)-3.15 F +(has code from the original release of C+unix\).)111 171.6 Q .377 (The language quickly caught on outside of bell labs after more a)111 -144 R -.25(va)-.2 G .377(ilable releases of unix arri).25 F -.15(ve)-.25 -G(d).15 E .102(such as bsd 4.4, sun os and GNU. It w)111 156 R .102 -(as found to be able to do all the things that you could do in)-.1 F -(ASM ho)111 168 Q(we)-.25 E -.15(ve)-.25 G 2.5(rw).15 G(ith f)-2.5 E -(ar less a headache.)-.1 E/F1 10/Times-Bold@0 SF 2.5(3.3.2. Wh)111 204 R -2.5(yi)-.15 G 2.5(sC)-2.5 G(?)-2.5 E F0 .469(As mentioned C can do an) -111 219.6 R .469(ything that ASM can do, meaning it is lightning f)-.15 -F .469(ast and can tak)-.1 F 2.968(ea)-.1 G(d-)-2.968 E -.25(va)111 -231.6 S .345(ntage of direct memory access. This allo).25 F .345 -(ws you to mak)-.25 F 2.845(ev)-.1 G .345(ery f)-2.995 F .345 -(ast lightweight e)-.1 F -.15(xe)-.15 G .345(cutables that).15 F .24 -(can ri)111 243.6 R -.25(va)-.25 G 2.74(lt).25 G .239(he performance of\ - handwritten ASM \(often beating it if you enable compiler optimisa-) --2.74 F .158(tions\). It is this that mak)111 255.6 R .159 -(es C the perfect language for an)-.1 F 2.659(ya)-.15 G .159 -(nd all programming languages, where)-2.659 F(speed is k)111 267.6 Q +195.6 R -.25(va)-.2 G .378(ilable releases of unix arri).25 F -.15(ve) +-.25 G(d).15 E .102(such as bsd 4.4, sun os and GNU. It w)111 207.6 R +.102(as found to be able to do all the things that you could do in)-.1 F +(ASM ho)111 219.6 Q(we)-.25 E -.15(ve)-.25 G 2.5(rw).15 G(ith f)-2.5 E +(ar less a headache.)-.1 E F1 2.5(3.4.2. Wh)111 255.6 R 2.5(yi)-.15 G +2.5(sC)-2.5 G(?)-2.5 E F0 .469(As mentioned C can do an)111 271.2 R .469 +(ything that ASM can do, meaning it is lightning f)-.15 F .469 +(ast and can tak)-.1 F 2.969(ea)-.1 G(d-)-2.969 E -.25(va)111 283.2 S +.345(ntage of direct memory access. This allo).25 F .345(ws you to mak) +-.25 F 2.845(ev)-.1 G .345(ery f)-2.995 F .345(ast lightweight e)-.1 F +-.15(xe)-.15 G .345(cutables that).15 F .239(can ri)111 295.2 R -.25(va) +-.25 G 2.739(lt).25 G .239(he performance of handwritten ASM \(often be\ +ating it if you enable compiler optimisa-)-2.739 F .159 +(tions\). It is this that mak)111 307.2 R .159 +(es C the perfect language for an)-.1 F 2.659(ya)-.15 G .158 +(nd all programming languages, where)-2.659 F(speed is k)111 319.2 Q -.15(ey)-.1 G 2.5(,a)-.5 G(nd allfeatures need to be a)-2.5 E -.25(va) --.2 G(ilable are present.).25 E F1 2.5(3.3.3. Ho)111 303.6 R 2.5(wi)-.1 -G 2.5(sC)-2.5 G(?)-2.5 E F0 3.215(Ci)111 319.2 S 3.215(sc)-3.215 G .715 -(ompiled to ASM, the main compilers a)-3.215 F -.25(va)-.2 G .714 +-.2 G(ilable are present.).25 E F1 2.5(3.4.3. Ho)111 355.2 R 2.5(wi)-.1 +G 2.5(sC)-2.5 G(?)-2.5 E F0 3.214(Ci)111 370.8 S 3.214(sc)-3.214 G .714 +(ompiled to ASM, the main compilers a)-3.214 F -.25(va)-.2 G .715 (ilable are clang, gcc and MSVC, I will be using).25 F -(gcc as it is generally standard in linux en)111 331.2 Q(vironments.)-.4 -E(Man)111 355.2 Q 2.708(yb)-.15 G .208(uild systems are a)-2.908 F -.25 +(gcc as it is generally standard in linux en)111 382.8 Q(vironments.)-.4 +E(Man)111 406.8 Q 2.709(yb)-.15 G .209(uild systems are a)-2.909 F -.25 (va)-.2 G .209(ilable for C, the main ones being cmak).25 F 2.709(ea)-.1 -G .209(nd gnu mak)-2.709 F .209(e. Both of them)-.1 F(ha)111 367.2 Q -.852 -.15(ve t)-.2 H .551 +G .209(nd gnu mak)-2.709 F .208(e. Both of them)-.1 F(ha)111 418.8 Q +.851 -.15(ve t)-.2 H .551 (he goal of putting the compiling process in one command. Cmak).15 F -3.051(ei)-.1 G 3.051(sc)-3.051 G .551(ross platform \(sorta)-3.051 F -(windo)111 379.2 Q(ws doesn')-.25 E 2.5(tw)-.18 G(ork well b)-2.6 E -(ut it does w)-.2 E(ork\).)-.1 E F1 2.5(3.3.4. Libraries)111 427.2 R F0 -(The libraries I will use are the follo)111 442.8 Q(wing:)-.25 E 2.5(Cs) -111 466.8 S(tdlib)-2.5 E 2.5(Cu)111 490.8 S(nistd)-2.5 E 2.5(Ce)111 -514.8 S(rrno)-2.5 E(Unix de)111 538.8 Q(vice \214les)-.25 E(Zipp)111 -562.8 Q 2.5(ys)-.1 G(trings)-2.5 E(Zipp)111 586.8 Q 2.5(yg)-.1 G(raphs) --2.5 E(Zipp)111 610.8 Q 2.5(ys)-.1 G(orts)-2.5 E -(Addition libraries \(may not be implemented\):)111 634.8 Q(Raylib)111 -658.8 Q 2.5(Cs)111 682.8 S(ock)-2.5 E(ets + Zipp)-.1 E 2.5(ys)-.1 G(ock) --2.5 E(ets)-.1 E F1 2.5(3.3.5. Modularization)111 718.8 R 0 Cg EP +3.052(ei)-.1 G 3.052(sc)-3.052 G .552(ross platform \(sorta)-3.052 F +(windo)111 430.8 Q(ws doesn')-.25 E 2.5(tw)-.18 G(ork well b)-2.6 E +(ut it does w)-.2 E(ork\).)-.1 E F1 2.5(3.4.4. Libraries)111 466.8 R F0 +(The libraries I will use are the follo)111 482.4 Q(wing:)-.25 E 2.5(Cs) +111 506.4 S(tdlib)-2.5 E 2.5(Cu)111 530.4 S(nistd)-2.5 E 2.5(Ce)111 +554.4 S(rrno)-2.5 E(Unix de)111 578.4 Q(vice \214les)-.25 E(Zipp)111 +602.4 Q 2.5(ys)-.1 G(trings)-2.5 E(Zipp)111 626.4 Q 2.5(yg)-.1 G(raphs) +-2.5 E(Zipp)111 650.4 Q 2.5(ys)-.1 G(orts)-2.5 E +(Addition libraries \(may not be implemented\):)111 674.4 Q(Raylib)111 +698.4 Q 2.5(Cs)111 722.4 S(ock)-2.5 E(ets + Zipp)-.1 E 2.5(ys)-.1 G(ock) +-2.5 E(ets)-.1 E 0 Cg EP %%Page: 18 18 %%BeginPageSetup BP %%EndPageSetup -/F0 10/Times-Roman@0 SF(-18-)297.67 48 Q 2.061 -.8(To m)111 84 T(ak).8 E -2.961(et)-.1 G .461(he project more manageable I will split it into man) --2.961 F 2.962(yC\214)-.15 G .462(les, this is to k)-2.962 F .462 -(eep it from be-)-.1 F(coming impossible to edit code.)111 96 Q -(The \214le layout looks as follo)111 120 Q(ws:)-.25 E(PLA)111 144 Q -(CE HERE)-.4 E .713(As you can see this is split up o)111 168 R -.15(ve) --.15 G 3.213(ra).15 G .712 -(round 40 \214les and 16 folders, each \214le should not go o)-3.213 F --.15(ve)-.15 G(r).15 E(~500 lines of code. This is to k)111 180 Q(eep e) --.1 E -.15(ve)-.25 G(rything as easy to manage as possible.).15 E .561 -(This le)111 204 R -.15(ve)-.25 G 3.061(lo).15 G 3.062(fm)-3.061 G .562 -(odularization in needed for the de)-3.062 F -.15(ve)-.25 G .562 +/F0 10/Times-Roman@0 SF(-18-)297.67 48 Q/F1 10/Times-Bold@0 SF 2.5 +(3.4.5. Modularization)111 84 R F0 2.062 -.8(To m)111 99.6 T(ak).8 E +2.962(et)-.1 G .462(he project more manageable I will split it into man) +-2.962 F 2.961(yC\214)-.15 G .461(les, this is to k)-2.961 F .461 +(eep it from be-)-.1 F(coming impossible to edit code.)111 111.6 Q +(The \214le layout looks as follo)111 135.6 Q(ws:)-.25 E(PLA)111 159.6 Q +(CE HERE)-.4 E .712(As you can see this is split up o)111 183.6 R -.15 +(ve)-.15 G 3.212(ra).15 G .713 +(round 40 \214les and 16 folders, each \214le should not go o)-3.212 F +-.15(ve)-.15 G(r).15 E(~500 lines of code. This is to k)111 195.6 Q +(eep e)-.1 E -.15(ve)-.25 G(rything as easy to manage as possible.).15 E +.562(This le)111 219.6 R -.15(ve)-.25 G 3.062(lo).15 G 3.062(fm)-3.062 G +.562(odularization in needed for the de)-3.062 F -.15(ve)-.25 G .562 (lopment of Zipp).15 F 3.062(ya)-.1 G 3.062(sw)-3.062 G .562 -(ithout it, \214les will be-)-3.062 F(come a mess that can')111 216 Q -2.5(tb)-.18 G 2.5(ew)-2.5 G(ork)-2.6 E(ed with.)-.1 E .042(All .c \214l\ +(ithout it, \214les will be-)-3.062 F(come a mess that can')111 231.6 Q +2.5(tb)-.18 G 2.5(ew)-2.5 G(ork)-2.6 E(ed with.)-.1 E .041(All .c \214l\ es will be compiled into .o \214les, then the .o \214les can be link)111 -240 R .041(ed with the \214nal zp)-.1 F -.65(y.)-.1 G 2.541(ct).65 G -2.541(og)-2.541 G(en-)-2.541 E(erate the \214nal e)111 252 Q -.15(xe) --.15 G(cutable.).15 E/F1 10/Times-Bold@0 SF 2.5(3.3.5.1. Build)111 300 R -(system)2.5 E F0 1.22(The entire project is being b)111 315.6 R 1.221 -(uild with GNU mak)-.2 F 3.721<658c>-.1 G 1.221(les, each folder that b) --3.721 F 1.221(uilds something will)-.2 F(ha)111 327.6 Q 1.004 -.15 -(ve i)-.2 H .704(ts o).15 F .704(wn mak)-.25 F .703(e\214le. This will \ -mean the entire project can be compiled with a single mak)-.1 F 3.203 -(ei)-.1 G(n)-3.203 E(the root folder of the project.)111 339.6 Q -(Example of mak)111 363.6 Q(e:)-.1 E(mak)111 387.6 Q 2.5(e-)-.1 G(j2) --2.5 E(This will b)111 411.6 Q(uild all \214les speci\214ed by 'Mak)-.2 -E(e\214le' with 2 threads.)-.1 E .34(The project should be b)111 435.6 R -.34(uild with gcc, and ld. It should be b)-.2 F .34(uild with the -O3 b) --.2 F .34(uild \215ag to ensure)-.2 F(the program runs as f)111 447.6 Q +255.6 R .042(ed with the \214nal zp)-.1 F -.65(y.)-.1 G 2.542(ct).65 G +2.542(og)-2.542 G(en-)-2.542 E(erate the \214nal e)111 267.6 Q -.15(xe) +-.15 G(cutable.).15 E F1 2.5(3.4.5.1. Build)111 315.6 R(system)2.5 E F0 +1.221(The entire project is being b)111 331.2 R 1.221(uild with GNU mak) +-.2 F 3.721<658c>-.1 G 1.22(les, each folder that b)-3.721 F 1.22 +(uilds something will)-.2 F(ha)111 343.2 Q 1.003 -.15(ve i)-.2 H .703 +(ts o).15 F .703(wn mak)-.25 F .704(e\214le. This will mean the entire \ +project can be compiled with a single mak)-.1 F 3.204(ei)-.1 G(n)-3.204 +E(the root folder of the project.)111 355.2 Q(Example of mak)111 379.2 Q +(e:)-.1 E(mak)111 403.2 Q 2.5(e-)-.1 G(j2)-2.5 E(This will b)111 427.2 Q +(uild all \214les speci\214ed by 'Mak)-.2 E(e\214le' with 2 threads.)-.1 +E .34(The project should be b)111 451.2 R .34 +(uild with gcc, and ld. It should be b)-.2 F .34(uild with the -O3 b)-.2 +F .34(uild \215ag to ensure)-.2 F(the program runs as f)111 463.2 Q (ast as possible. -O3 forces the compiler to b)-.1 E (uild with optimizations.)-.2 E(When the project is \214nished, I will \ -try compiling with clang and tcc, to compare performance.)111 471.6 Q F1 -2.5(3.4. T)111 507.6 R(ime table)-.18 E F0 .174 -(The \214rst step is to tackle the interpreter)111 523.2 R 2.674(,s)-.4 +try compiling with clang and tcc, to compare performance.)111 487.2 Q F1 +2.5(3.5. T)111 523.2 R(ime table)-.18 E F0 .174 +(The \214rst step is to tackle the interpreter)111 538.8 R 2.674(,s)-.4 G 2.674(ot)-2.674 G .174(he zp)-2.674 F -.65(y.)-.1 G 2.674<638c>.65 G -.174(le needs to be \214nished. The tok)-2.674 F(enizer)-.1 E 2.673(,e) --.4 G -.15(xe)-2.823 G(-).15 E .598(cution, and libs folders need to be\ - \214nished, after this point you should be able to e)111 535.2 R -.15 -(xe)-.15 G .598(cute Zipp).15 F(y)-.1 E(code ho)111 547.2 Q(we)-.25 E +.174(le needs to be \214nished. The tok)-2.674 F(enizer)-.1 E 2.674(,e) +-.4 G -.15(xe)-2.824 G(-).15 E .598(cution, and libs folders need to be\ + \214nished, after this point you should be able to e)111 550.8 R -.15 +(xe)-.15 G .597(cute Zipp).15 F(y)-.1 E(code ho)111 562.8 Q(we)-.25 E -.15(ve)-.25 G 2.5(rn).15 G(ot syntax check it or get error handling.) --2.5 E .125(The ne)111 571.2 R .125(xt step is zp)-.15 F .125 -(ycheck, the syntax and error handler)-.1 F 2.625(,t)-.4 G .124 -(his should be ran before code is shipped)-2.625 F(to the user)111 583.2 +-2.5 E .124(The ne)111 586.8 R .124(xt step is zp)-.15 F .125 +(ycheck, the syntax and error handler)-.1 F 2.625(,t)-.4 G .125 +(his should be ran before code is shipped)-2.625 F(to the user)111 598.8 Q 2.5(.I)-.55 G 2.5(tc)-2.5 G(an reuse a lot of code from the tok)-2.5 E (enizer and e)-.1 E -.15(xe)-.15 G(cution steps.).15 E .716 -(Finally I need to mak)111 607.2 R 3.216(ez)-.1 G -.1(py)-3.216 G .716 +(Finally I need to mak)111 622.8 R 3.216(ez)-.1 G -.1(py)-3.216 G .716 (pkg, this should be easy as most of it can be written in Zipp).1 F -2.016 -.65(y, a)-.1 H .716(nd a).65 F(fe)111 619.2 Q 2.5(wb)-.25 G +2.016 -.65(y, a)-.1 H .716(nd a).65 F(fe)111 634.8 Q 2.5(wb)-.25 G (its can be written in bash. It should be a good test to ho)-2.5 E 2.5 (wZ)-.25 G(ipp)-2.5 E 2.5(yc)-.1 G(an be written.)-2.5 E(If time allo) -111 643.2 Q(ws it is at this point that I will write a Raylib library a\ -nd a unix/C sock)-.25 E(ets library)-.1 E(.)-.65 E F1 2.5(4. T)111 679.2 -R(echnical Solution)-.92 E 2.5(5. T)111 703.2 R(esting)-.92 E 2.5(6. Ev) -111 727.2 R(aluation)-.1 E 0 Cg EP +111 658.8 Q(ws it is at this point that I will write a Raylib library a\ +nd a unix/C sock)-.25 E(ets library)-.1 E(.)-.65 E F1 2.5(3.6. Flo)111 +694.8 R 2.5(wt)-.1 G(hr)-2.5 E(ough the system)-.18 E F0 1.403 +(The alogrithum to run code is quite comple)111 710.4 R 3.903(xh)-.15 G +-.25(ow)-3.903 G -2.15 -.25(ev e).25 H 3.903(ri).25 G 3.903(tc)-3.903 G +1.403(an be boiled do)-3.903 F 1.403(wn to a fe)-.25 F 3.903(ws)-.25 G +(imple)-3.903 E(steps:)111 722.4 Q 0 Cg EP %%Page: 19 19 %%BeginPageSetup BP %%EndPageSetup -/F0 10/Times-Roman@0 SF(-19-)297.67 48 Q 0 Cg EP +/F0 10/Times-Roman@0 SF(-19-)297.67 48 Q/F1 10/Times-Bold@0 SF -.18(re) +111 84 S .263(ad the text \214le \(strip line br).18 F .263 +(eaks and tabs\) cr)-.18 F .263(eate an empty link)-.18 F .263 +(ed list get the \214rst expr)-.1 F(es-)-.18 E .026(sion fr)111 96 R +.026(om the text \214le \(with be encapsulated with)-.18 F F0(\(\)"") +2.526 E F1 .026(get the function call and its ar)2.526 F .027(gs into a) +-.1 F(tok)111 108 Q .232(en if the ar)-.1 F .231 +(guments of the function ar)-.1 F 2.731(et)-.18 G(her)-2.731 E 2.731(eo) +-.18 G .231(wn function call, then con)-2.831 F -.1(ve)-.4 G .231 +(rt them into a).1 F(tok)111 120 Q .585(en set that tok)-.1 F .585 +(en as the ar)-.1 F .585(gument in the \214rst tok)-.1 F .585 +(en append the r)-.1 F .586(oot tok)-.18 F .586(en to the link)-.1 F(ed) +-.1 E .717(list r)111 132 R .717 +(epeat until the text \214le string is empty allocate memory f)-.18 F +.716(or the pr)-.25 F .716(ogram and pr)-.18 F(epar)-.18 E(e)-.18 E .17 +(the exection step at the start of the link)111 144 R .17(ed list tra) +-.1 F -.1(ve)-.25 G .17(rse to the bottem of the tr).1 F .17 +(ee \(made of to-)-.18 F -.1(ke)111 156 S .28(ns\) execute the lo).1 F +.28(west tok)-.1 F .279(en r)-.1 F .279(epeat until all tok)-.18 F .279 +(ens including the r)-.1 F .279(oot ha)-.18 F .479 -.1(ve b)-.25 H .279 +(een executed).1 F(mo)111 168 Q .2 -.1(ve t)-.1 H 2.5(ot).1 G +(he next node of the link)-2.5 E(ed list r)-.1 E(epeat until the link) +-.18 E(ed list is empty)-.1 E F0 -.4(Wi)111 192 S .482 +(thin each of these steps is man).4 F 2.982(ys)-.15 G .483 +(maller steps. The hardest part will be making the tok)-2.982 F .483 +(ens, as)-.1 F .45(this requires alot of string manipultation. The e)111 +204 R -.15(xe)-.15 G .45(cution will be a recursi).15 F .75 -.15(ve a) +-.25 H .45(logrithum. All trees).15 F +(will be represented via structs \(see section on AST')111 216 Q(s\).) +-.55 E(PUT SOME FLO)111 240 Q 2.5(WC)-.35 G(HAR)-2.5 E(TS HERE)-.6 E F1 +2.5(4. T)111 276 R(echnical Solution)-.92 E 2.5(5. T)111 300 R(esting) +-.92 E 2.5(6. Ev)111 324 R(aluation)-.1 E 0 Cg EP %%Trailer end %%EOF |