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-rw-r--r--Ganlib/src/clestk.c685
1 files changed, 685 insertions, 0 deletions
diff --git a/Ganlib/src/clestk.c b/Ganlib/src/clestk.c
new file mode 100644
index 0000000..607757e
--- /dev/null
+++ b/Ganlib/src/clestk.c
@@ -0,0 +1,685 @@
+
+/*****************************************/
+/* CLE-2000 API */
+/* AUTHOR OF FORTRAN VERSION: R. Roy */
+/* AUTHOR: A. Hebert ; 11/05/09 */
+/*****************************************/
+
+#include <stdlib.h>
+#include <string.h>
+#include "cle2000.h"
+#include "header.h"
+#define index_f(A, B) (strstr(A, B) == NULL ? 0 : strstr(A, B) - A + 1)
+#define ndimst 128
+#define nmawrd 60
+
+int_32 clestk(kdi_file *iunito, FILE *iwrite,
+ int_32 (*dumcst)(char *, int_32 *, int_32 *, float_32 *, char *, double_64 *))
+{
+ char *nomsub = "clestk";
+ static char cerror[] = "* CLE-2000 VERS 3.0 * ERROR FOUND FOR THIS LINE *";
+ static char cl2000[] = "CLE2000(V3)";
+ static char cequal[] = ":=";
+ static char alphab[] = "ABCDEFGHIJKLMNOPQRSTUVWXYZ_abcdefghijklmnopqrstuvwxyz";
+ static char digits[] = "0123456789";
+ static char *ckeywd[] = {"INTEGER", "REAL", "STRING", "DOUBLE", "LOGICAL", "EVALUATE", "ECHO", "ELSEIF",
+ "IF", "WHILE", "UNTIL", "ENDWHILE", "REPEAT", "ELSE", "ENDIF", "THEN", "DO",
+ "QUIT", "NOT", "ABS", "CHS", "LN", "SIN", "COS", "TAN", "ARCSIN", "ARCCOS",
+ "ARCTAN", "EXP", "SQRT", "R_TO_I", "D_TO_I", "I_TO_R", "D_TO_R", "I_TO_D",
+ "R_TO_D", "I_TO_S", "I_TO_S4", "_MIN_", "_MAX_", "_TRIM_"};
+ static char *clognd[] = {";", ";", ";", ";", ";", ";", ";", "THEN", "THEN", "DO",
+ ";", ";", "REPEAT", "ELSE", ";"};
+
+/* CLE-2000 SYSTEM: R.ROY (11/1999), VERSION 3.0 */
+
+/* *CLESTK* SECOND-PASS COMPILE OF THE D.A. UNIT *IUNITO* */
+/* RESULT IS STILL THE OBJECT D.A. UNIT *IUNITO* */
+/* COMPILER COMMENTS ARE WRITTEN ON UNIT *IWRITE* */
+/* STACK IS BUILT AT THE END OF *IUNITO* */
+
+/* USE: VARIABLE NAMES ARE DEFINED AND ALLOCATED, */
+/* CONSISTENCE OF TYPES IN EVALUATIONS IS CHECKED, */
+/* <<.>> AND >>.<< STATEMENTS ARE ALSO CHECKED. */
+
+/* INPUT: *IUNITO* IS THE DIRECT ACCESS UNIT FOR OBJECT CODE */
+/* *IWRITE* IS THE OUTPUT UNIT FOR COMPILER COMMENTS */
+/* *DUMCST* IS THE EXTERNAL FUNCTION FOR *CLE-2000* CONSTANTS */
+
+/* NOTE: *CLESTK* = 0 IF NO PROBLEM WAS ENCOUNTERED WHILE COMPILING */
+
+ int_32 ret_val = 0;
+ char cparin[13], myreco[121], cdatin[121], cparav[13];
+ int_32 indrgt[ndimst], indlft[ndimst], irclft[ndimst];
+ int_32 idebwd[nmawrd+1], ifinwd[nmawrd+1], jndlec[nmawrd];
+ float_32 adatin;
+ double_64 ddatin;
+ int_32 maskck[nmaskc], ipacki[nmaskc];
+ int_32 i, iretcd, nrecor, ninput, maxlvl, nstack, iofset, ilines, ilevel,
+ indlin, idclin, idefin, iusein, idatin, iloop1, jloop2;
+ int_32 ivabeg, ivaend, ilogin, nstlft, nstrgt;
+ int_32 irecor;
+ int_32 lequal=0;
+
+/* READ TOP OF OBJECT FILE */
+ iretcd = kdiget_c(iunito, (int_32 *)&header, 0, kdisize(header));
+ if (iretcd != 0) goto L9023;
+ strcpy(cparin, header.cparin);
+ strcpy(myreco, header.cdatin);
+ nrecor = header.nrecor;
+ ninput = header.ninput;
+ maxlvl = header.maxlvl;
+ nstack = header.nstack;
+ if (strcmp(cparin, cl2000) != 0) goto L9025;
+ if (nstack != 0) goto L9025;
+
+/* CASE WHERE THERE ARE NO CLE-2000 SENTENCES */
+ if (maxlvl == 0) goto L666;
+ ivabeg = ninput;
+ ivaend = ninput;
+ ilogin = 0;
+ nstlft = 0;
+ nstrgt = 0;
+
+/* *** MAIN LOOP OVER RECORDS (BEGIN) */
+ for (irecor = 2; irecor <= ninput; ++irecor) {
+
+/* READ A NEW RECORD */
+ iofset = (irecor - 1) * lrclen;
+ iretcd = kdiget_c(iunito, (int_32 *)&record1, iofset, kdisize(record1));
+ if (iretcd != 0) goto L9023;
+ strcpy(cparin, record1.cparin);
+ strcpy(myreco, record1.myreco);
+ ilines = record1.ilines;
+ ilevel = record1.ilevel;
+ for (i = 0; i < nmaskc; i++) maskck[i] = record1.maskck[i];
+ for (i = 0; i < nmaskc; i++) ipacki[i] = record1.ipacki[i];
+
+/* RECORDS OUTSIDE CLE-2000, CHECK >>.<< DEFINITIONS */
+/* AND <<.>> USES (FOR DECLARED VARIABLE) */
+ if (ilevel == 0) {
+L10:
+ iloop1 = index_f(myreco, ">>");
+ jloop2 = index_f(myreco, "<<");
+ if (iloop1 != 0 || jloop2 != 0) {
+ int_32 ilowrc = ivabeg;
+ int_32 ihigrc = ivaend + 1;
+
+ if (iloop1 == 0) goto L5006;
+ if (jloop2 == 0) goto L5006;
+
+/* RECOVER VARIABLE NAME INSIDE <<.>> OR >>.<< */
+ if (jloop2 > iloop1) {
+ strncpy(cparav, &myreco[iloop1+1], jloop2-iloop1-2); cparav[jloop2-iloop1-2] = '\0';
+ for (i = iloop1-1; i < jloop2+1; i++) myreco[i] = ' ';
+ } else {
+ strncpy(cparav, &myreco[jloop2+1], iloop1-jloop2-2); cparav[iloop1-jloop2-2] = '\0';
+ for (i = jloop2-1; i < iloop1+1; i++) myreco[i] = ' ';
+ }
+L11:
+ if (ihigrc - ilowrc <= 1) {
+/* VARIABLE WAS NOT FOUND (USED BEFORE DECLARED...) */
+ goto L5004;
+ } else {
+ int_32 imedrc = (ihigrc + ilowrc) / 2;
+ iofset = (imedrc - 1) * lrclen;
+ iretcd = kdiget_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9003;
+ strcpy(cparin, record2.cparin);
+ strcpy(cdatin, record2.cdatin);
+ indlin = record2.indlin;
+ idatin = record2.idatin;
+ adatin = record2.adatin;
+ ddatin = record2.ddatin;
+ idclin = record2.idclin;
+ idefin = record2.idefin;
+ iusein = record2.iusein;
+ if (strcmp(cparin, cparav) == 0) {
+ if (jloop2 > iloop1 && idefin == 0) {
+/* CHANGE FIRST DEFINED LINE FOR >>.<< */
+ record2.idefin = ilines;
+ iretcd = kdiput_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9001;
+ } else if (iloop1 > jloop2 && iusein == 0) {
+/* CHANGE FIRST USED LINE FOR <<.>> */
+ record2.iusein = ilines;
+ iretcd = kdiput_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9001;
+ }
+ } else if (strcmp(cparin, cparav) < 0) {
+ ilowrc = imedrc;
+ goto L11;
+ } else {
+ ihigrc = imedrc;
+ goto L11;
+ }
+ }
+ goto L10;
+ }
+
+/* RECORDS INSIDE CLE-2000, CHECK ALL DECLARATIONS AND DEFINITIONS */
+ } else {
+ char chrend[13];
+ int_32 logprv = (ilogin == 0);
+ int_32 iwords = 1;
+ int_32 nwords = 1;
+ int_32 jbiprv = 0;
+ if (logprv) {
+ for (iloop1 = 1; iloop1 <= 11; ++iloop1) {
+ if (strcmp(cparin, ckeywd[iloop1-1]) == 0) ilogin = iloop1;
+ }
+ if (ilogin == 0) goto L100;
+
+/* KEYWORDS: *ECHO+/+ELSEIF+/+IF+/+WHILE+/+UNTIL* */
+/* ASSUME THAT THERE WAS AN *:=* SIGN */
+/* (AS IF WE WERE THEN ON RIGHT SIDE OF AN EVALUATE) */
+ lequal = ilogin > 6;
+ if (lequal) {
+ nstlft = 1;
+ indlft[0] = 5;
+ }
+ strcpy(chrend, clognd[ilogin-1]);
+ }
+
+/* HERE, WE HAVE FOUND A SENTENCE INCLUDING A STACK... */
+
+/* BEGIN: MASK RECOVERY */
+ for (iloop1 = 1; iloop1 <= 120; ++iloop1) {
+ int_32 jbicur;
+ jloop2 = (iloop1 + 23) / 24;
+ jbicur = maskck[jloop2 - 1] % 2;
+ iwords += jbiprv * (1 - jbicur);
+ idebwd[nwords-1] = iloop1;
+ ifinwd[iwords-1] = iloop1;
+ nwords += jbicur * (1 - jbiprv);
+ jbiprv = jbicur;
+ maskck[jloop2 - 1] /= 2;
+ }
+ --nwords;
+/* END: MASK RECOVERY */
+
+ if (logprv) {
+/* THIS IS A NEW *ILOGIN* */
+ if (nwords == 1) goto L100;
+
+/* START AT CURRENT WORD NUMBER 2 */
+ iwords = 2;
+ } else {
+/* THIS IS NOW THE FIRST WORD, BUT WITH AN OLD *ILOGIN* */
+ iwords = 1;
+ }
+
+/* BEGIN: UNPACK JNDLEC WITH TYPES (ITYP-1) */
+ for (iloop1 = 1; iloop1 <= nwords; ++iloop1) {
+ jloop2 = ((iloop1 << 1) + 23) / 24;
+ jndlec[iloop1-1] = ipacki[jloop2-1] % 4;
+ ipacki[jloop2-1] /= 4;
+ }
+/* END: UNPACK JNDLEC WITH TYPES (ITYP-1) */
+
+ for (iloop1 = iwords; iloop1 <= nwords; ++iloop1) {
+ if (jndlec[iloop1-1] == 2 && myreco[idebwd[iloop1-1]-1] != '\"') {
+ strncpy(cparav, &myreco[idebwd[iloop1-1]-1], ifinwd[iloop1-1]-idebwd[iloop1-1]+1);
+ cparav[ifinwd[iloop1-1]-idebwd[iloop1-1]+1] = '\0';
+ if (strcmp(cparav, chrend) == 0) {
+ if (iloop1 != nwords) goto L9010;
+/* END OF STATEMENT REACHED */
+
+/* CHECK CONSISTENCY ON NUMBER OF LEFT/RIGHT EVALUATIONS */
+ if (ilogin != 7 && lequal) {
+ if (nstlft != nstrgt) goto L9008;
+ for (jloop2 = 1; jloop2 <= nstlft; ++jloop2) {
+ if (indrgt[jloop2-1] != indlft[jloop2-1]) goto L9009;
+ }
+ }
+
+/* RESET *ILOGIN* AND LEFT/RIGHT NUMBERS */
+ ilogin = 0;
+ nstlft = 0;
+ nstrgt = 0;
+ } else if (lequal) {
+/* RIGHT-SIDE: VALUES, OPERATIONS & VARIABLES */
+/* VALUES ARE NOW EXCLUDED, STILL OPERATIONS & VARIABLES */
+/* CHECK CONVERSION OPERATIONS */
+ if (strcmp(cparav, "R_TO_I") == 0) {
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 2) goto L8001;
+ indrgt[nstrgt-1] = 1;
+ } else if (strcmp(cparav, "D_TO_I") == 0) {
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 4) goto L8001;
+ indrgt[nstrgt-1] = 1;
+ } else if (strcmp(cparav, "I_TO_R") == 0) {
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 1) goto L8001;
+ indrgt[nstrgt-1] = 2;
+ } else if (strcmp(cparav, "D_TO_R") == 0) {
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 4) goto L8001;
+ indrgt[nstrgt-1] = 2;
+ } else if (strcmp(cparav, "I_TO_D") == 0) {
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 1) goto L8001;
+ indrgt[nstrgt-1] = 4;
+ } else if (strcmp(cparav, "R_TO_D") == 0) {
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 2) goto L8001;
+ indrgt[nstrgt-1] = 4;
+ } else if (strcmp(cparav, "I_TO_S") == 0) {
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 1) goto L8001;
+ indrgt[nstrgt-1] = 3;
+ } else if (strcmp(cparav, "I_TO_S4") == 0) {
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 1) goto L8001;
+ indrgt[nstrgt-1] = 3;
+
+/* CHECK UNARY OPERATIONS */
+ } else if (strcmp(cparav, "NOT") == 0) {
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 5) goto L8002;
+ } else if (strcmp(cparav, "CHS") == 0 || strcmp(cparav, "ABS") == 0) {
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 1 && indrgt[nstrgt-1] != 2 && indrgt[nstrgt-1] != 4) {
+ goto L8002;
+ }
+ } else if (strcmp(cparav, "EXP") == 0 || strcmp(cparav, "LN") == 0
+ || strcmp(cparav, "SIN") == 0 || strcmp(cparav, "COS") == 0
+ || strcmp(cparav, "TAN") == 0 || strcmp(cparav, "ARCSIN") == 0
+ || strcmp(cparav, "ARCCOS") == 0 || strcmp(cparav, "ARCTAN") == 0
+ || strcmp(cparav, "SQRT") == 0) {
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 2 && indrgt[nstrgt-1] != 4) goto L8003;
+
+/* CHECK BINARY OPERATIONS */
+ } else if (strcmp(cparav, "_MIN_") == 0 || strcmp(cparav, "_MAX_") == 0) {
+ --nstrgt;
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 1 && indrgt[nstrgt-1] != 2 && indrgt[nstrgt-1] != 4) {
+ goto L8006;
+ }
+ if (indrgt[nstrgt-1] != indrgt[nstrgt]) {
+ goto L8006;
+ }
+ } else if (strcmp(cparav, "_TRIM_") == 0) {
+ --nstrgt;
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 2 && indrgt[nstrgt-1] != 4) {
+ goto L8007;
+ }
+ if (indrgt[nstrgt] != 1) {
+ goto L8007;
+ }
+ } else if (strcmp(cparav, "+") == 0 || strcmp(cparav, "-") == 0) {
+ --nstrgt;
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != indrgt[nstrgt]) goto L8004;
+ } else if (strcmp(cparav, "*") == 0 || strcmp(cparav, "/") == 0) {
+ --nstrgt;
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] == 3) goto L8004;
+ if (indrgt[nstrgt-1] != indrgt[nstrgt]) goto L8004;
+ } else if (strcmp(cparav, "%") == 0) {
+ --nstrgt;
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 1) goto L8004;
+ if (indrgt[nstrgt-1] != indrgt[nstrgt]) goto L8004;
+ } else if (strcmp(cparav, "**") == 0) {
+ --nstrgt;
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] != 1 && indrgt[nstrgt-1] != 2 && indrgt[nstrgt-1] != 4) goto L8004;
+ if (indrgt[nstrgt-1] != indrgt[nstrgt]) goto L8004;
+ } else if (strcmp(cparav, "<") == 0 || strcmp(cparav, ">") == 0
+ || strcmp(cparav, "=") == 0 || strcmp(cparav, "<=") == 0
+ || strcmp(cparav, ">=") == 0 || strcmp(cparav, "<>") == 0) {
+ --nstrgt;
+ if (nstrgt <= 0) goto L9006;
+ if (indrgt[nstrgt-1] == 5) goto L8005;
+ if (indrgt[nstrgt-1] != indrgt[nstrgt]) goto L8005;
+ indrgt[nstrgt-1] = 5;
+ } else {
+/* RIGHT-SIDE VARIABLES (FOR ... := ... ; ) */
+/* USING *CPARAV* VARIABLE, SCAN ALL DECLARED VARIABLES */
+ int_32 ilowrc = ivabeg;
+ int_32 ihigrc = ivaend + 1;
+L41:
+ if (ihigrc - ilowrc <= 1) {
+/* VARIABLE NOT FOUND */
+ if (cparav[0] != '$') goto L5004;
+/* ONLY INTERESTED IN PARAMETRIC CONSTANTS */
+ ++ivaend;
+
+/* SHIFT GREATER VARIABLES */
+ if (ihigrc != ivaend) {
+ for (jloop2 = ivaend - 1; jloop2 >= ihigrc; --jloop2) {
+ iofset = (jloop2 - 1) * lrclen;
+ iretcd = kdiget_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9003;
+ iofset = jloop2 * lrclen;
+ iretcd = kdiput_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9001;
+ }
+ }
+
+/* NEW PARAMETRIC CONSTANT FOUND ? => CALL *CLECST* */
+ iretcd = (*dumcst)(cparav, &indlin, &idatin, &adatin, cdatin, &ddatin);
+ if (iretcd != 0) goto L5005;
+
+/* VALID PARAMETRIC CONSTANT, WRITE AT END */
+ iofset = (ihigrc - 1) * lrclen;
+ strcpy(record2.cparin, cparav);
+ strcpy(record2.cdatin, cdatin);
+ record2.indlin = indlin;
+ record2.idatin = idatin;
+ record2.adatin = adatin;
+ record2.ddatin = ddatin;
+ record2.idclin = ilines;
+ record2.idefin = ilines;
+ record2.iusein = ilines;
+ iretcd = kdiput_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9001;
+ } else {
+ int_32 imedrc = (ihigrc + ilowrc) / 2;
+ iofset = (imedrc - 1) * lrclen;
+ iretcd = kdiget_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9003;
+ strcpy(cparin, record2.cparin);
+ strcpy(cdatin, record2.cdatin);
+ indlin = record2.indlin;
+ idatin = record2.idatin;
+ adatin = record2.adatin;
+ ddatin = record2.ddatin;
+ idclin = record2.idclin;
+ idefin = record2.idefin;
+ iusein = record2.iusein;
+ if (strcmp(cparin, cparav) == 0) {
+ if (iusein == 0) {
+/* CHANGE FIRST USED LINE FOR VARIABLE */
+ record2.iusein = ilines;
+ iretcd = kdiput_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9001;
+ }
+ } else if (strcmp(cparin, cparav) < 0) {
+ ilowrc = imedrc;
+ goto L41;
+ } else {
+ ihigrc = imedrc;
+ goto L41;
+ }
+ }
+ if (nstrgt == ndimst) goto L9005;
+ ++nstrgt;
+ indrgt[nstrgt-1] = abs(indlin);
+ }
+ } else {
+ if (strcmp(cparav, cequal) == 0) {
+ lequal = 1;
+/* FIRST DEFINED LINE FOR LEFT ( := ) VARIABLES FOR */
+/* KEYWORDS: *INTEGER+/+REAL+/+STRING+/+DOUBLE+/+LOGICAL* */
+ if (ilogin != 6) {
+ for (jloop2 = 1; jloop2 <= nstlft; ++jloop2) {
+ iofset = (irclft[jloop2 - 1] - 1) * lrclen;
+ iretcd = kdiget_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9003;
+ record2.idefin = record2.idclin;
+ iretcd = kdiput_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9001;
+ }
+ }
+ } else {
+ int_32 ilowrc = ivabeg;
+ int_32 ihigrc = ivaend + 1;
+
+/* DECLARATION FOR A VARIABLE */
+/* ( PARAMETRIC CONSTANTS SHOULD NOT BE DECLARED) */
+ if (cparav[0] == '$') goto L5002;
+/* NEW VARIABLE NAME FOUND ? */
+L44:
+/* BINARY SEARCH (WITH POSSIBLE INSERTION) */
+ if (ihigrc - ilowrc <= 1) {
+/* NEW VARIABLE NAME FOUND (INVALID *EVALUATE*) */
+ ++ivaend;
+ if (ilogin == 6) goto L5004;
+
+/* CHECK IF VARIABLE NAME COMPLIES WITH THE RULES */
+ for (jloop2 = 2; jloop2 <= strlen(cparav); ++jloop2) {
+ char cc[] = {cparav[jloop2-1], '\0'};
+ int_32 jin1 = index_f(alphab, cc);
+ int_32 jin2 = index_f(digits, cc);
+ int_32 jin3 = index_f(cc, " ");
+ if (jin1 + jin2 + jin3 == 0) {
+ printf("%s: CHARACTER *%c* IS NOT ALLOWED\n", nomsub, cc[0]);
+ goto L5001;
+ }
+ }
+
+/* CHECK IF VARIABLE NAME IS A KEYWORD */
+ for (jloop2 = 1; jloop2 <= 40; ++jloop2) {
+ if (strcmp(cparav, ckeywd[jloop2-1]) == 0) {
+ printf("%s: VARIABLE *%s* IS A CLE-2000 KEYWORD\n", nomsub, cparav);
+ goto L5001;
+ }
+ }
+
+/* SHIFT GREATER VARIABLES */
+ if (ihigrc != ivaend) {
+ for (jloop2 = ivaend - 1; jloop2 >= ihigrc; --jloop2) {
+ iofset = (jloop2 - 1) * lrclen;
+ iretcd = kdiget_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9003;
+ iofset = jloop2 * lrclen;
+ iretcd = kdiput_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9001;
+ }
+ if (nstlft != 0) {
+ for (jloop2 = 0; jloop2 < nstlft; ++jloop2) {
+ if (irclft[jloop2] >= ihigrc) ++irclft[jloop2];
+ }
+ }
+ }
+ for (i = 0; i < 120; i++) cdatin[i] = ' ';
+ cdatin[120] = '\0';
+ indlin = -ilogin;
+ idatin = 0;
+ adatin = 0.f;
+ ddatin = 0.;
+ idclin = ilines;
+ idefin = 0;
+ iusein = 0;
+
+/* VALID VARIABLE NAME, WRITE AT *IHIGRC* */
+ iofset = (ihigrc - 1) * lrclen;
+ strcpy(record2.cparin, cparav);
+ strcpy(record2.cdatin, cdatin);
+ record2.indlin = indlin;
+ record2.idatin = idatin;
+ record2.adatin = adatin;
+ record2.ddatin = ddatin;
+ record2.idclin = idclin;
+ record2.idefin = idefin;
+ record2.iusein = iusein;
+ iretcd = kdiput_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9001;
+
+/* COUNT LEFT VARIABLES (FOR ... := ... ; ) AND */
+/* KEEP RECORD NUMBER (IN CASE OF := DEFINITION) */
+ if (nstlft == ndimst) goto L9005;
+ ++nstlft;
+ irclft[nstlft-1] = ihigrc;
+ indlft[nstlft-1] = ilogin;
+ } else {
+ int_32 imedrc = (ihigrc + ilowrc) / 2;
+ iofset = (imedrc - 1) * lrclen;
+ iretcd = kdiget_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9003;
+ strcpy(cparin, record2.cparin);
+ strcpy(cdatin, record2.cdatin);
+ indlin = record2.indlin;
+ idatin = record2.idatin;
+ adatin = record2.adatin;
+ ddatin = record2.ddatin;
+ idclin = record2.idclin;
+ idefin = record2.idefin;
+ iusein = record2.iusein;
+ if (strcmp(cparin, cparav) == 0) {
+ if (ilogin == 6) {
+ if (idefin == 0) {
+/* CHANGE FIRST DEFINED LINE FOR VARIABLE */
+ record2.idefin = ilines;
+ iretcd = kdiput_c(iunito, (int_32 *)&record2, iofset, kdisize(record2));
+ if (iretcd != 0) goto L9001;
+ } else if (nstlft != 0) {
+/* VARIABLE DEFINED ONCE IN *EVALUATE* ? */
+ for (jloop2 = 1; jloop2 <= nstlft; ++jloop2) {
+ if (imedrc == irclft[jloop2 - 1]) goto L5007;
+ }
+ }
+ if (nstlft == ndimst) goto L9005;
+ ++nstlft;
+ indlft[nstlft-1] = abs(indlin);
+ irclft[nstlft-1] = imedrc;
+ } else {
+/* VARIABLE ALREADY DECLARED */
+ goto L5003;
+ }
+ } else if (strcmp(cparin, cparav) < 0) {
+ ilowrc = imedrc;
+ goto L44;
+ } else {
+ ihigrc = imedrc;
+ goto L44;
+ }
+ }
+ }
+ }
+ } else {
+ if (!lequal) goto L5001;
+ if (nstrgt == ndimst) goto L9005;
+ ++nstrgt;
+ indrgt[nstrgt-1] = jndlec[iloop1-1] + 1;
+ }
+ }
+ }
+
+L100:
+ ;
+ }
+/* *** MAIN LOOP OVER RECORDS (END) */
+
+/* ALL VARIABLES ARE NOW SORTED AT THE END OF THE OBJECT FILE */
+
+/* REWRITE TOP OF OBJECT FILE TO UPDATE *NSTACK+/+NRECOR* */
+ nstack = ivaend - ivabeg;
+ nrecor = ivaend;
+ header.nrecor = nrecor;
+ header.nstack = nstack;
+ iretcd = kdiput_c(iunito, (int_32 *)&header, 0, kdisize(header));
+ if (iretcd != 0) goto L9001;
+
+L666:
+ return ret_val;
+
+L5000:
+ printf("%-120s LINE\n", cerror);
+ printf("%-120s %04d\n", myreco, (int)ilines);
+ goto L666;
+L5001:
+ printf("! %s: INVALID VARIABLE NAME IN RECORD\n", nomsub);
+ ret_val = 5001;
+ goto L5000;
+L5002:
+ printf("! %s: *%s* CANNOT BE DECLARED\n", nomsub, cparav);
+ ret_val = 5002;
+ goto L5000;
+L5003:
+ printf("! %s: VARIABLE DECLARED TWICE *%s*\n", nomsub, cparav);
+ ret_val = 5003;
+ goto L5000;
+L5004:
+ printf("! %s: VARIABLE NOT YET DECLARED *%s*\n", nomsub, cparav);
+ ret_val = 5004;
+ goto L5000;
+L5005:
+ printf("! %s: INVALID PARAMETER *%s*\n", nomsub, cparav);
+ ret_val = 5005;
+ goto L5000;
+L5006:
+ printf("! %s: INVALID VARIABLE FOR >>.<< OR <<.>>\n", nomsub);
+ ret_val = 5006;
+ goto L5000;
+L5007:
+ printf("! %s: VARIABLE EVALUATED TWICE *%s*\n", nomsub, cparav);
+ ret_val = 5007;
+ goto L5000;
+L8000:
+ printf("! %s: *%s* WITH TYPE %s\n", nomsub, cparav, ckeywd[indrgt[nstrgt-1]-1]);
+ goto L5000;
+L8001:
+ printf("! %s: INVALID TYPE_TO_TYPE CONVERSION\n", nomsub);
+ ret_val = 8001;
+ goto L8000;
+L8002:
+ printf("! %s: INVALID *NOT* OR *ABS*\n", nomsub);
+ ret_val = 8002;
+ goto L8000;
+L8003:
+ printf("! %s: INVALID TYPE FOR REAL/DOUBLE FUNCTION\n", nomsub);
+ ret_val = 8003;
+ goto L8000;
+L8004:
+ printf("! %s: INVALID TYPE FOR +,-,*,/,modulo OR **\n", nomsub);
+ ret_val = 8004;
+ goto L8000;
+L8005:
+ printf("! %s: INVALID TYPE FOR <,>,=,<=,>= OR <>\n", nomsub);
+ ret_val = 8005;
+ goto L8000;
+L8006:
+ printf("! %s: INVALID TYPE FOR _MIN_ OR _MAX_\n", nomsub);
+ ret_val = 8006;
+ goto L8000;
+L8007:
+ printf("! %s: INVALID TYPE FOR _TRIM_\n", nomsub);
+ ret_val = 8006;
+ goto L8000;
+L9001:
+ iretcd = -1;
+ printf("! %s: WRITING RETURN CODE =%d\n", nomsub, (int)iretcd);
+ ret_val = iretcd;
+ goto L666;
+L9003:
+ iretcd = -1;
+ printf("! %s: WRITING RETURN CODE =%d\n", nomsub, (int)iretcd);
+ ret_val = iretcd;
+ goto L666;
+L9005:
+ printf("! %s: *STACK* MEMORY IS FULL\n", nomsub);
+ ret_val = 9005;
+ goto L5000;
+L9006:
+ printf("! %s: *STACK* MEMORY IS EMPTY\n", nomsub);
+ ret_val = 9006;
+ goto L5000;
+L9008:
+ printf("! %s: ERROR ON THE NUMBER OF EVALUATIONS\n", nomsub);
+ printf("! %s: CLESTK: LEFT=%d VS. RIGHT=%d\n", nomsub, (int)nstlft, (int)nstrgt);
+ ret_val = 9008;
+ goto L5000;
+L9009:
+ printf("! %s: ERROR ON THE TYPE OF AN EVALUATION\n", nomsub);
+ ret_val = 9009;
+ goto L5000;
+L9010:
+ printf("! %s: UNEXPECTED END OF STATEMENT\n", nomsub);
+ ret_val = 9010;
+ goto L5000;
+L9023:
+ iretcd = -1;
+ printf("! %s: IOSTAT RETURN CODE =%d\n", nomsub, (int)iretcd);
+ printf("! %s: IMPOSSIBLE TO USE THIS *OBJECT* FILE\n", nomsub);
+ ret_val = -2;
+ goto L666;
+L9025:
+ printf("! %s: IMPOSSIBLE TO USE OLD *OBJECT* FILE\n", nomsub);
+ ret_val = -3;
+ goto L666;
+} /* clestk */
generated by cgit v1.2.3 (git 2.46.0) at 2026-02-16 11:15:54 +0000