Belle II Software development
TRGUT2Template.cc
1/**************************************************************************
2 * basf2 (Belle II Analysis Software Framework) *
3 * Author: The Belle II Collaboration *
4 * *
5 * See git log for contributors and copyright holders. *
6 * This file is licensed under LGPL-3.0, see LICENSE.md. *
7 **************************************************************************/
8
9#define TRG_SHORT_NAMES
10
11#include <iostream>
12#include <fstream>
13#include <string>
14#include "trg/trg/Utilities.h"
15
16using namespace std;
17using namespace Belle2;
18
19#define DEBUG_LEVEL 0
20#define NAME "TRGUT2Template"
21#define VERSION "version 0.00"
22#define NOT_CONNECTED 99999
23
24int vhdlVersion0(ofstream&);
25int ucfVersion0(ofstream&);
26
27int
28main(int argc, const char* argv[])
29{
30
31 cout << NAME << " ... " << VERSION << endl;
32 const string tab = " ";
33
34 //...Check arguments...
35 if (argc > 2) {
36 cout << NAME << " !!! two many arguments" << endl
37 << tab << " 1 : template version" << endl;
38 return -1;
39 }
40
41 //...Template version...
42 string version = "latest";
43 if (argc == 2)
44 version = argv[1];
45 if (version == "latest")
46 version = "0";
47
48 //...Version check...
49 if (version != "0") {
50 cout << NAME << " !!! no such a version" << endl
51 << tab << " 0 : 1st version" << endl;
52 return -1;
53 }
54
55 //...Date...
56 string ts0 = TRGUtil::dateStringF();
57 string ts1 = TRGUtil::dateString();
58
59 //...1st argument...
60 const string vname = "TRGUT2Template_" + version + "_" + ts0 + ".vhd";
61 const string uname = "TRGUT2Template_" + version + "_" + ts0 + ".ucf";
62
63 //...Open vhdl file...
64 ofstream vout(vname.c_str(), ios::out);
65 if (vout.fail()) {
66 cout << NAME << " !!! can not open file" << endl
67 << " " << vname << endl;
68 return -2;
69 }
70
71 //...Main...
72 cout << NAME << " ... generating VHDL file" << endl;
73 vout << "-- Generated by " << NAME << " " << VERSION << endl;
74 vout << "-- Template version " << version << endl;
75 vout << "-- " << ts1 << endl;
76 vout << "--" << endl;
77 vhdlVersion0(vout);
78 vout.close();
79
80 //...Open ucf file...
81 ofstream uout(uname.c_str(), ios::out);
82 if (uout.fail()) {
83 cout << NAME << " !!! can not open file" << endl
84 << " " << uname << endl;
85 return -3;
86 }
87
88 //...Main...
89 cout << NAME << " ... generating UCF file" << endl;
90 uout << "-- Generated by " << NAME << " " << VERSION << endl;
91 uout << "-- Template version " << version << endl;
92 uout << "-- " << ts1 << endl;
93 uout << "--" << endl;
94 ucfVersion0(uout);
95 uout.close();
96
97 //...Termination...
98 cout << NAME << " ... terminated" << endl;
99 return 0;
100}
101
102int
103vhdlVersion0(ofstream&)
104{
105 return 0;
106}
107
108int
109ucfVersion0(ofstream& uout)
110{
111 uout << "###############################################################################" << endl;
112 uout << "###############################################################################" << endl;
113 uout << "#...GTP CLOCK Locations..." << endl;
114 uout << "NET REFCLK_P LOC=V4;" << endl;
115 uout << "NET REFCLK_N LOC=V3;" << endl;
116 uout << "" << endl;
117 uout << "#...Clock..." << endl;
118 uout << "NET CLK42M LOC=AL27;" << endl;
119 uout << "" << endl;
120 uout << "#...LEDs..." << endl;
121 uout << "NET LED_STAT_X<0> LOC=N25;" << endl;
122 uout << "NET LED_STAT_X<1> LOC=P25;" << endl;
123 uout << "NET LED_STAT_X<2> LOC=P18;" << endl;
124 uout << "NET LED_STAT_X<3> LOC=P17;" << endl;
125 uout << "NET LED_PWR_X LOC=P26;" << endl;
126 uout << "NET LED_CLK_X LOC=N26;" << endl;
127 uout << "" << endl;
128 uout << "#...NIM..." << endl;
129 uout << "NET TRG_IN LOC=R8;" << endl;
130 uout << "NET TRG_OUT LOC=F6;" << endl;
131 uout << "NET BUSY_IN LOC=F7;" << endl;
132 uout << "NET BUSY_OUT LOC=R7;" << endl;
133 uout << "NET CLK_IN LOC=AN15;" << endl;
134 uout << "NET CLK_OUT LOC=N9;" << endl;
135 uout << "" << endl;
136 uout << "#...VME bus..." << endl;
137 uout << "NET LWORD_X LOC=H41;" << endl;
138 uout << "NET DS0_X LOC=G42;" << endl;
139 uout << "NET DS1_X LOC=F41;" << endl;
140 uout << "NET WRITE_X LOC=F42;" << endl;
141 uout << "NET IACK_X LOC=R39;" << endl;
142 uout << "NET IACKIN_X LOC=J41;" << endl;
143 uout << "NET BERR_X LOC=N38;" << endl;
144 uout << "NET IACKOUT_X LOC=P37;" << endl;
145 uout << "NET DIRL LOC=T42;" << endl;
146 uout << "NET DIRH LOC=U42;" << endl;
147 uout << "NET OEBL LOC=U41;" << endl;
148 uout << "NET OEBH LOC=V41;" << endl;
149 uout << "NET DTACK_X LOC=R37;" << endl;
150 uout << "NET IRQ_X LOC=P38;" << endl;
151 uout << "NET AM<0> LOC=V40;" << endl;
152 uout << "NET AM<1> LOC=W41;" << endl;
153 uout << "NET AM<2> LOC=W42;" << endl;
154 uout << "NET AM<3> LOC=Y42;" << endl;
155 uout << "NET AM<4> LOC=AA42;" << endl;
156 uout << "NET AM<5> LOC=AA41;" << endl;
157 uout << "NET AS_X LOC=G41;" << endl;
158 uout << "" << endl;
159 uout << "NET VMEA<1> LOC=AL40;" << endl;
160 uout << "NET VMEA<2> LOC=AL41;" << endl;
161 uout << "NET VMEA<3> LOC=AK42;" << endl;
162 uout << "NET VMEA<4> LOC=AL42;" << endl;
163 uout << "NET VMEA<5> LOC=AM42;" << endl;
164 uout << "NET VMEA<6> LOC=AM41;" << endl;
165 uout << "NET VMEA<7> LOC=AN41;" << endl;
166 uout << "NET VMEA<8> LOC=AP42;" << endl;
167 uout << "NET VMEA<9> LOC=AP41;" << endl;
168 uout << "NET VMEA<10> LOC=AR42;" << endl;
169 uout << "NET VMEA<11> LOC=AT42;" << endl;
170 uout << "NET VMEA<12> LOC=AT41;" << endl;
171 uout << "NET VMEA<13> LOC=AU41;" << endl;
172 uout << "NET VMEA<14> LOC=AU42;" << endl;
173 uout << "NET VMEA<15> LOC=AV41;" << endl;
174 uout << "NET VMEA<16> LOC=J42;" << endl;
175 uout << "NET VMEA<17> LOC=K42;" << endl;
176 uout << "NET VMEA<18> LOC=L40;" << endl;
177 uout << "NET VMEA<19> LOC=L41;" << endl;
178 uout << "NET VMEA<20> LOC=L42;" << endl;
179 uout << "NET VMEA<21> LOC=M41;" << endl;
180 uout << "NET VMEA<22> LOC=M42;" << endl;
181 uout << "NET VMEA<23> LOC=N41;" << endl;
182 uout << "NET VMEA<24> LOC=H36;" << endl;
183 uout << "NET VMEA<25> LOC=G37;" << endl;
184 uout << "NET VMEA<26> LOC=F36;" << endl;
185 uout << "NET VMEA<27> LOC=G36;" << endl;
186 uout << "NET VMEA<28> LOC=F37;" << endl;
187 uout << "NET VMEA<29> LOC=E37;" << endl;
188 uout << "NET VMEA<30> LOC=E38;" << endl;
189 uout << "NET VMEA<31> LOC=D37;" << endl;
190 uout << "" << endl;
191 uout << "NET VMED<0> LOC=N40;" << endl;
192 uout << "NET VMED<1> LOC=P40;" << endl;
193 uout << "NET VMED<2> LOC=W40;" << endl;
194 uout << "NET VMED<3> LOC=Y40;" << endl;
195 uout << "NET VMED<4> LOC=AA40;" << endl;
196 uout << "NET VMED<5> LOC=AA39;" << endl;
197 uout << "NET VMED<6> LOC=Y39;" << endl;
198 uout << "NET VMED<7> LOC=Y38;" << endl;
199 uout << "NET VMED<8> LOC=Y37;" << endl;
200 uout << "NET VMED<9> LOC=AA37;" << endl;
201 uout << "NET VMED<10> LOC=R42;" << endl;
202 uout << "NET VMED<11> LOC=P42;" << endl;
203 uout << "NET VMED<12> LOC=P41;" << endl;
204 uout << "NET VMED<13> LOC=R40;" << endl;
205 uout << "NET VMED<14> LOC=T40;" << endl;
206 uout << "NET VMED<15> LOC=T41;" << endl;
207 uout << "NET VMED<16> LOC=H38;" << endl;
208 uout << "NET VMED<17> LOC=H39;" << endl;
209 uout << "NET VMED<18> LOC=G38;" << endl;
210 uout << "NET VMED<19> LOC=G39;" << endl;
211 uout << "NET VMED<20> LOC=F39;" << endl;
212 uout << "NET VMED<21> LOC=F40;" << endl;
213 uout << "NET VMED<22> LOC=E39;" << endl;
214 uout << "NET VMED<23> LOC=E40;" << endl;
215 uout << "NET VMED<24> LOC=L36;" << endl;
216 uout << "NET VMED<25> LOC=L35;" << endl;
217 uout << "NET VMED<26> LOC=K35;" << endl;
218 uout << "NET VMED<27> LOC=J35;" << endl;
219 uout << "NET VMED<28> LOC=H35;" << endl;
220 uout << "NET VMED<29> LOC=J36;" << endl;
221 uout << "NET VMED<30> LOC=K37;" << endl;
222 uout << "NET VMED<31> LOC=J37;" << endl;
223 uout << "" << endl;
224 uout << "#...Logic Analyzer (LA1)..." << endl;
225 uout << "NET LA1<0> LOC=P7;" << endl;
226 uout << "NET LA1<1> LOC=P8;" << endl;
227 uout << "NET LA1<2> LOC=D7;" << endl;
228 uout << "NET LA1<3> LOC=V9;" << endl;
229 uout << "NET LA1<4> LOC=V10;" << endl;
230 uout << "NET LA1<5> LOC=F9;" << endl;
231 uout << "NET LA1<6> LOC=G9;" << endl;
232 uout << "NET LA1<7> LOC=G7;" << endl;
233 uout << "NET LA1<8> LOC=G8;" << endl;
234 uout << "NET LA1<9> LOC=U8;" << endl;
235 uout << "NET LA1<10> LOC=U9;" << endl;
236 uout << "NET LA1<11> LOC=H8;" << endl;
237 uout << "NET LA1<12> LOC=H9;" << endl;
238 uout << "NET LA1<13> LOC=T10;" << endl;
239 uout << "NET LA1<14> LOC=T11;" << endl;
240 uout << "NET LA1<15> LOC=J8;" << endl;
241 uout << "NET LA1<16> LOC=J7;" << endl;
242 uout << "NET LA1<17> LOC=U11;" << endl;
243 uout << "NET LA1<18> LOC=V11;" << endl;
244 uout << "NET LA1<19> LOC=K8;" << endl;
245 uout << "NET LA1<20> LOC=K9;" << endl;
246 uout << "NET LA1<21> LOC=K7;" << endl;
247 uout << "NET LA1<22> LOC=L7;" << endl;
248 uout << "NET LA1<23> LOC=M7;" << endl;
249 uout << "NET LA1<24> LOC=J12;" << endl;
250 uout << "NET LA1<25> LOC=H11;" << endl;
251 uout << "NET LA1<26> LOC=G12;" << endl;
252 uout << "NET LA1<27> LOC=G11;" << endl;
253 uout << "NET LA1<28> LOC=F12;" << endl;
254 uout << "NET LA1<29> LOC=F11;" << endl;
255 uout << "NET LA1<30> LOC=F10;" << endl;
256 uout << "NET LA1<31> LOC=K14;" << endl;
257 uout << "NET LA1_CLK1P LOC=J16;" << endl;
258 uout << "NET LA1_CLK1N LOC=J15;" << endl;
259 uout << "NET LA1_CLK2P LOC=L14;" << endl;
260 uout << "NET LA1_CLK2N LOC=K15;" << endl;
261 uout << "" << endl;
262 uout << "#...Logic Analyzer (LA2)..." << endl;
263 uout << "NET LA2<0> LOC=K13;" << endl;
264 uout << "NET LA2<1> LOC=K12;" << endl;
265 uout << "NET LA2<2> LOC=J11;" << endl;
266 uout << "NET LA2<3> LOC=J13;" << endl;
267 uout << "NET LA2<4> LOC=H13;" << endl;
268 uout << "NET LA2<5> LOC=H10;" << endl;
269 uout << "NET LA2<6> LOC=J10;" << endl;
270 uout << "NET LA2<7> LOC=H14;" << endl;
271 uout << "NET LA2<8> LOC=H15;" << endl;
272 uout << "NET LA2<9> LOC=K10;" << endl;
273 uout << "NET LA2<10> LOC=L10;" << endl;
274 uout << "NET LA2<11> LOC=L12;" << endl;
275 uout << "NET LA2<12> LOC=L11;" << endl;
276 uout << "NET LA2<13> LOC=G13;" << endl;
277 uout << "NET LA2<14> LOC=G14;" << endl;
278 uout << "NET LA2<15> LOC=M11;" << endl;
279 uout << "NET LA2<16> LOC=M12;" << endl;
280 uout << "NET LA2<17> LOC=F14;" << endl;
281 uout << "NET LA2<18> LOC=E13;" << endl;
282 uout << "NET LA2<19> LOC=N11;" << endl;
283 uout << "NET LA2<20> LOC=P12;" << endl;
284 uout << "NET LA2<21> LOC=E12;" << endl;
285 uout << "NET LA2<22> LOC=D12;" << endl;
286 uout << "NET LA2<23> LOC=P11;" << endl;
287 uout << "NET LA2<24> LOC=L24;" << endl;
288 uout << "NET LA2<25> LOC=M24;" << endl;
289 uout << "NET LA2<26> LOC=E18;" << endl;
290 uout << "NET LA2<27> LOC=E17;" << endl;
291 uout << "NET LA2<28> LOC=K24;" << endl;
292 uout << "NET LA2<29> LOC=L25;" << endl;
293 uout << "NET LA2<30> LOC=F16;" << endl;
294 uout << "NET LA2<31> LOC=F17;" << endl;
295 uout << "NET LA2_CLK1P LOC=J17;" << endl;
296 uout << "NET LA2_CLK1N LOC=K17;" << endl;
297 uout << "NET LA2_CLK2P LOC=L17;" << endl;
298 uout << "NET LA2_CLK2N LOC=M17;" << endl;
299 uout << "" << endl;
300 uout << "#...Logic Analyzer (LA3)..." << endl;
301 uout << "NET LA3<0> LOC=K25;" << endl;
302 uout << "NET LA3<1> LOC=J25;" << endl;
303 uout << "NET LA3<2> LOC=G16;" << endl;
304 uout << "NET LA3<3> LOC=H16;" << endl;
305 uout << "NET LA3<4> LOC=H26;" << endl;
306 uout << "NET LA3<5> LOC=J26;" << endl;
307 uout << "NET LA3<6> LOC=G18;" << endl;
308 uout << "NET LA3<7> LOC=G17;" << endl;
309 uout << "NET LA3<8> LOC=J28;" << endl;
310 uout << "NET LA3<9> LOC=J27;" << endl;
311 uout << "NET LA3<10> LOC=J18;" << endl;
312 uout << "NET LA3<11> LOC=H18;" << endl;
313 uout << "NET LA3<12> LOC=K18;" << endl;
314 uout << "NET LA3<13> LOC=K19;" << endl;
315 uout << "NET LA3<14> LOC=K27;" << endl;
316 uout << "NET LA3<15> LOC=L26;" << endl;
317 uout << "NET LA3<16> LOC=N20;" << endl;
318 uout << "NET LA3<17> LOC=P20;" << endl;
319 uout << "NET LA3<18> LOC=G27;" << endl;
320 uout << "NET LA3<19> LOC=F27;" << endl;
321 uout << "NET LA3<20> LOC=M19;" << endl;
322 uout << "NET LA3<21> LOC=N19;" << endl;
323 uout << "NET LA3<22> LOC=G28;" << endl;
324 uout << "NET LA3<23> LOC=H28;" << endl;
325 uout << "NET LA3<24> LOC=M18;" << endl;
326 uout << "NET LA3<25> LOC=N18;" << endl;
327 uout << "NET LA3<26> LOC=G29;" << endl;
328 uout << "NET LA3<27> LOC=F29;" << endl;
329 uout << "NET LA3<28> LOC=L20;" << endl;
330 uout << "NET LA3<29> LOC=L19;" << endl;
331 uout << "NET LA3<30> LOC=H29;" << endl;
332 uout << "NET LA3<31> LOC=H30;" << endl;
333 uout << "NET LA3_CLK1P LOC=M26;" << endl;
334 uout << "NET LA3_CLK1N LOC=L27;" << endl;
335 uout << "NET LA3_CLK2P LOC=L29;" << endl;
336 uout << "NET LA3_CLK2N LOC=K28;" << endl;
337 uout << "" << endl;
338 uout << "#...FPGAIO..." << endl;
339 uout << "NET FPGAIO<0> LOC=N33;" << endl;
340 uout << "NET FPGAIO<1> LOC=N34;" << endl;
341 uout << "NET FPGAIO<2> LOC=M34;" << endl;
342 uout << "NET FPGAIO<3> LOC=M33;" << endl;
343 uout << "NET FPGAIO<4> LOC=M32;" << endl;
344 uout << "NET FPGAIO<5> LOC=M31;" << endl;
345 uout << "NET FPGAIO<6> LOC=N31;" << endl;
346 uout << "NET FPGAIO<7> LOC=P31;" << endl;
347 uout << "NET FPGAIO<8> LOC=H34;" << endl;
348 uout << "NET FPGAIO<9> LOC=G34;" << endl;
349 uout << "NET FPGAIO<10> LOC=G33;" << endl;
350 uout << "NET FPGAIO<11> LOC=H33;" << endl;
351 uout << "NET FPGAIO<12> LOC=G32;" << endl;
352 uout << "NET FPGAIO<13> LOC=G31;" << endl;
353 uout << "NET FPGAIO<14> LOC=H31;" << endl;
354 uout << "NET FPGAIO<15> LOC=J31;" << endl;
355 uout << "NET FPGAIO<16> LOC=F35;" << endl;
356 uout << "NET FPGAIO<17> LOC=E35;" << endl;
357 uout << "NET FPGAIO<18> LOC=E34;" << endl;
358 uout << "NET FPGAIO<19> LOC=F34;" << endl;
359 uout << "NET FPGAIO<20> LOC=F31;" << endl;
360 uout << "NET FPGAIO<21> LOC=F32;" << endl;
361 uout << "NET FPGAIO<22> LOC=E32;" << endl;
362 uout << "NET FPGAIO<23> LOC=E33;" << endl;
363 uout << "NET FPGAIO<24> LOC=L34;" << endl;
364 uout << "NET FPGAIO<25> LOC=K34;" << endl;
365 uout << "NET FPGAIO<26> LOC=K33;" << endl;
366 uout << "NET FPGAIO<27> LOC=J33;" << endl;
367 uout << "NET FPGAIO<28> LOC=K32;" << endl;
368 uout << "NET FPGAIO<29> LOC=J32;" << endl;
369 uout << "NET FPGAIO<30> LOC=L32;" << endl;
370 uout << "NET FPGAIO<31> LOC=L31;" << endl;
371 uout << "NET FPGAIO<32> LOC=P33;" << endl;
372 uout << "NET FPGAIO<33> LOC=P32;" << endl;
373 uout << "NET FPGAIO<34> LOC=R33;" << endl;
374 uout << "NET FPGAIO<35> LOC=R32;" << endl;
375 return 0;
376}
Belle2
Abstract base class for different kinds of events.
Definition: MillepedeAlgorithm.h:17
std
STL namespace.