% VAX-11 Librarian V04-00/W|[,,,#T01KER001KER1W01KER10_j01KER11e01KER12k01KER13p201KER14vn01KER15{01KER16D01KER17N01KER1801KER19"01KER2(01KER20'01KER3001KER4701KER5> 01KER6D01KER7I01KER8P|01KER9 SID-01KER0< SID-01KER1W SID-01KER10_ SID-01KER11dZ SID-01KER12j^ SID-01KER13o SID-01KER14u SID-01KER15{ SID-01KER16 SID-01KER7Ix SID-01KER8O( SID-01KER9nt. F SID-01KER17 SID-01KER18 SID-01KER19! SID-01KER2 SID-01KER20&T SID-01KER30 SID-01KER47 SID-01KER5= SID-01KER6C SID-01KER7Ix SID-01KER8O( SID-01KER9 TID-KERMITF86 TRA-KERMITF86 your slide to the"printer attached9 to your terminal."When you select this print option,!DECslide asks if your printer is "ready. If your printer is not op-#erating (for example, if it is not plugged in or is out of paper),#DECslide p&on, an SID-01KER16 TRA-KERMITF86 If you are a VT125 user, press SET-UP, RESET, and CTRL/W.!o If you are a Rainbow user, re-# boot, restart ReGIS and terminal emulation, and press CTRL/W. 3 2X_PRINT Press the 2X_PRINT key in combi-"nation with the GOLD key w8hen you want a double size hard copy of the current slide."If you are a VT240/241 user, note !that it is only the print charac-teristic in the Graphics Set-Up"screen that determines the size ofyoter attached to your terminal. "When you select this print option,!DECslide asks if your printer is "ready. If your printer is not op-#erating (for example, if it is not plugged in or is out of paper),#DECslide proceeds as if the printer!were operating and refreshes yourscre7en in less than one minute. However, if DECslide does not resume, you can stop the print operation as follows:o If you are a VT240/241 user, press the Set-Up key, select the Clear ComINT key when you want a single size hard copy of the current slide."If you are a VT240/241 user, note !that it is only the print charac-teristic in the Graphics Set-Up"screen that determines the size ofyour print. For a single sizeprint, be sure the Compressed "Print char6acteristic is set before selecting one of the print keys. #If you are using a Rainbow, you can"print a slide in single size only,"no matter which print key you use. DECslide sends your slide to the#combinationwith the GOLD key to create an"export file of your current slide.DECslide asks you to name theexport file (use up to ninecharacters) and then to enter acomment for the file. An export file contains graphics!commands that let graphics termi-"nal users disp5lay a slide in color#without entering DECslide. You can !type or mail an export file, but "you cannot use DECslide to modify "one. Export files are the defaultfiles for slide trays.3 PRINT"Press th the CTRL/W key to remove any!stray characters from the screen.!DECslide clears and then redraws the screen. 3 DISPLAY"Use the DISPLAY key to display the current slide in color. The fullslide is displayed without the!message line. If you have not al-!ready painted the slide, D4ECslide"displays it in the default palettecolors. On a black and white"monitor, the colors are represent-ed as gray tones.Press the SPACE bar to reenter design mode.3 EXPORT!Use the EXPORT key key to exit from a"word list menu and return directlyto design mode.3 GOLD-F#Use the GOLD-F key to save the cur-!rent slide without leaving design!mode. DECslide prompts you for aslide name and comment.3 GOLD-MUse the GOLD-M key to create a monochrome export file fro3m the!current slide. DECslide prompts you for a file name and comment.3 GOLD-SUse the GOLD-S key to create a "sixel file from the current slide. DECslide prompts you for a file name.3 CTRL-W have to reboot the sys-7 tem). Instead, prepare the printer, and let the print operation finish.2 GRAPHIC_KEYS 3 GOLD_HELP The GOLD-HELP key lets you get a brief description for the keypadkeys you can use with graphics objects."After you press the GOLD-HELP ke2y,you can press the keypad key or"arrow key for which you want help.!After you have finished selecting"the keys you want described, pressthe SPACE bar to exit from thishelp.3 GOLD-E!Use the GO le, when the paper runs out), or if you decide9 you do not want the slide printed, proceed as fol-( lows to stop the print operation:7 o If you are a VT240/241 user, press the Set-Up: key, select the Clear Comm option in the Set-Up 4 Directory, a1nd press the Set-Up key again.; o If you are a VT125 user, press SET-UP, RESET, and CTRL/W.; If you are using a Rainbow computer, do not stop the; print operation (or you w 8 1/2 by 11, your slide design must fit within the 9 first four columns of the work area grid. If your : design is larger than this, you must use a printer : with wider paper so that your whole design will be  printed. (continued) :Note: If there is 0 no printer connected to your terminal, : but you answer that the printer is ready, DECslide # resumes after a brief pause.9 If the terminal keeps waiting for the printer (for: e you to type 'C' to indicate that you are using  the current slide.! - Starts the print operation. (continued) :o If you answered that the printer is ready and you want $ to print a saved slide, DECslide:9 - Asks you to type 'S' if there is a current slide t/o, indicate you are not using this slide.9 - Asks you to name the slide (you can use wildcards).! - Starts the print operation.9Note: If you select this option and your paper measures : e only, no matter whether you se-& lect the DOUBLE or SINGLE icon. (continued) !After you select the DOUBLE icon:3o DECslide asks if your graphics printer is ready.9 - Answer 'N' if it is not, so that DECslide will not 9 try to complete the print operat.ion. The highlight  returns to the EXIT icon.* - Answer 'Y' if your printer is ready.8o If you answered that the printer is ready and you are( printing the current slide, DECslide:: - peration finish.3 DOUBLE8Select the DOUBLE icon when you want to print your slidein double size. 8Note: If you are a VT240/241 user, note that it is only6 the print characteristic in the Graphics Set-Up5 screen that determines the size of your print.4 For a dou-ble size print, be sure the Expanded8 Print characteristic is set before selecting one  of the print icons.; If you are using a Rainbow computer, you can print a; slide in singleas fol-( lows to stop the print operation:7 o If you are a VT240/241 user, press the Set-Up: key, select the Clear Comm option in the Set-Up 4 Directory, and press the Set-Up key again.; o If you are a VT125 user, press SET-UP, RESET, and , CTRL/W.; If you are using a Rainbow computer, do not stop the; print operation (or you will have to reboot the sys-7 tem). Instead, prepare the printer, and let the prilide to, indicate you are not using this slide.9 - Asks you to name the slide (you can use wildcards).! - Starts the print operation. (continued) :Note: If there is no printer connected to your terminal, : but you answer that the printer is ready, DECslid +e # resumes after a brief pause.9 If the terminal keeps waiting for the printer (for: example, when the paper runs out), or if you decide9 you do not want the slide printed, procoperation. The highlight  returns to the EXIT icon.* - Answer 'Y' if your printer is ready. (continued) 8o If you answered that the printer is ready and you are( printing the current slide, DECslide:: - Asks you to type 'C' to indicate that you are using * the current slide.! - Starts the print operation.9o If you answered that the printer is ready and you want$ to print a saved slide, DECslide:9 - Asks you to type 'S' if there is a curre8Note: If you are a VT240/241 user, note that it is only6 the print characteristic in the Graphics Set-Up5 screen that determines the size of your print.7 For a single size print, be sure the Compressed 8 Print characteristic is set before selecting one  ) of the print icons.!After you select the SINGLE icon:3o DECslide asks if your graphics printer is ready.9 - Answer 'N' if it is not, so that DECslide will not 9 try to complete the prr default directory, press the 8 ACCEPT key, or enter a ? and press the ACCEPT key.8 - If you want to see any other directory, enter the 9 name of that directory, or use wildcards and enter , a partial name. Press the ACCEPT key.:o DECslide displays the directo (ry listing in the display  area.3o Press the ACCEPT key to exit from the directory.3 SINGLE:Select the SINGLE icon in the print submenu when you want 4to use the standard size for a print of your sli export file has been created. 3 DIRECTORY9Select the DIR icon in the file submenu when you want to 6see a listing of slides saved in a directory. You can 2specify any VMS directory with slides saved in it.3A slide directory is an alphabetized list of saved 8slides. It includes th'e comment entered by the user and .the date and time when each slide was created.When you select the DIR icon:=o DECslide asks you to name the directory you want to see. = - If you want to see you are using the current slide - Name the export file! - Enter a descriptive comment. (continued) ;o If you want to create an export file from a saved slide,6 DECslide asks you to name the slide. If there is a 5 current slide, DECs &lide first asks you to indicate8 whether or not you want to use a saved slide (S). You3 can use wildcards if you are unsure of the name.:o A message appears in the message line telling you that $ @`vW3 1.3 01KER0 cover 25-SEP-198610:26:32.06 01 1S ww WP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER0 )N(Comment: cover)*N(Creation Date: 25-SEP-1986 10:26:32.06)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH0L0S0)1(l35)(aH120L57S33)2(l65)(aH120L42S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)T(A2,S1)/P(B)W(S'A'[,-50])P[-167,+50]V[+334,+0]W(S0)P(E)T(A0)W(S0)P(B)P[-167,+50] V(B)[+334,+0] [+0,-100] [-334,+0](E)P(E)T(A0)W(P1)@;*W(F3,I0,R)S(I1)P[383,339]@ZW(S0)S(I2)T(A0)@:ZW(P1)T(A2,S1).P(B)W(S'A'[,-26])P[-98,+$26]V[+196,+0]W(S0)P(E)T(A0)W(S0)P(B)P[-98,+26] V(B)[+195,+0][+0,-51] [-195,+0](E)P(E)T(A0)W(P1)@;)W(F3,I0,R)S(I1)P[642,60]@ZW(S0)S(I2)T(A0)@:ZW(P1)T[+54,+0](I0)(S[54,120]M[6,12])P(B) P[-191,+60] T"Kermit"P[+59]!T[+54,+0](I-19)(S[54,120]M[6,12])T""P(E)W(P1)@;W(F3,I3,V)P[416,332]@ZW(S0,R)@:ZW(P1)T[+36,+0](I0)(S[36,80]M[4,8])P(B) P[-234,+40]T"File transfer"P[,-48]T[+9,+0](I0)(S[9,20]M[1,2])T""P(E)W(P1)@;W(F3,I3,V)P[388,212]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-68,+15]T"Fall Decus 1986"P(E)W(P1)@;W(F3,I3,V)P[634,57]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\ww` W3 1.3 01KER1 how kermit wqorks 25-SEP-198610:26:42.80  01 1S ww`WP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER1 )N(Comment: how kermit wqorks)*N(Creation Dat e: 25-SEP-1986 10:26:42.80)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH300L20S100)1(l35)(aH180L60S1$00)2(l65)(aH120L20S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)P(B)P[-40,+40] V(B)[+80,+0][+0,-80][-80,+0](E)P(E)W(P1)@;#W(F3,I1,R)P[188,216]@ZW(S0)@:ZW(P1)P(B)P[-78,+78] V(B)[+156,+0] [+0,-156] [-156,+0](E)P(E)W(P1)@;#W(F3,I1,R)P[188,216]@ZW(S0)@:ZW(P1)P(B)P[-40,+40] V(B)[+80,+0][+0,-80][-80,+0](E)P(E)W(P1)@;#W(F3,I1,R)P[578,216]@ZW(S0)@:ZW(P1)P(B)P[-78,+78] V(B)[+156,+0] [+0,-156] [-156,+0](E)P(E)W(P1)@;#W(F3,I1,R)P[578,$ 216]@ZW(S0)@:ZW(P1)P(B)P[-155,+0] V[][+310,+0]P(E)W(P1)@;#W(F3,I1,R)P[383,212]@ZW(S0)@:ZW(P4) P(B)P[-45,+0] V[][+90,+0] [-10,+10] [+10,-10] [-10,-10][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[370,227]@ZW(S0)@:ZW(P4) P(B)P[+45,+0] V[][-90,+0] [+10,-10] [-10,+10] [+10,+10][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[370,197]@ZW(S0)@:ZW(P1)P(B)P[-237,+32] V(B)[+474,+0][+0,-64] [-474,+0](E)P(E)W(P1)@;#W(F3,I1,R)P[386,428]@ZW(S0)@:ZW(P1)T[+27,+0](I0)(S[27#!,50]M[3,5])P(B) P[-216,+25]T"How Kermit works"P(E)W(P1)@;W(F3,I3,V)P[385,427]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-243,+20]:T"Computer one Computer two"P(E)W(P1)@;W(F3,I3,V)P[378,337]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-31,+30] T"Kermit"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B)P[-31] T"Program"P(E)W(P1)@;W(F3,I3,V)P[189,212]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) "P[-31,+30] T"Kermit"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B)P[-31] T"Program"P(E)W(P1)@;W(F3,I3,V)P[579,212]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-85,+15]T"Communications Line"P(E)W(P1)@;W(F3,I3,V)P[385,257]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\wwW3 1.3 01KER2 comm requirements # 25-SEP-198610:27:02.37 01 1S wwkGWP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before t$yping this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER2 )N(Comment: comm requirements)*N(Creation Date: 25-SEP-1986 10:27:02.37)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A%[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH90L28S100)1(l35)(aH280L57S66)2(l65)(aH0L42S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-207,+180]1T" Kermit is a half duplex protocol. It does"P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-207,+140]1T"not require full bidirectional transmission."P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-207,+100]1T"Basic Kermit requires that the sen&der of a"P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-207,+60]1T"packet wait for a positive acknowledgement"P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-207,+20]1T"before sending the next packet. Kermit also"P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-207,-20]1T"does not require an eight bit data path."P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-207,-60]1T"An optional protocol feature provides for the"P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-207,-100]2T"tra'nsport of eight bit data over a seven bit "P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-207,-140]T"data path."P(E)W(P1)@;W(F3,I3,V)P[383,222]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\wwSW3 1.3 01KER3 the basic packet format 25-SEP-198610:27:08.84 ( 01 1S ww\WP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER3 )$N(Comment: the basic )packet format)*N(Creation Date: 25-SEP-1986 10:27:08.84)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(&*aH90L28S100)1(l35)(aH280L57S66)2(l65)(aH0L42S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)P(B)P[-325,+25] V[][+650,+0][+0,-50] [-100,+0][+0,+50][+0,-50] [-150,+0][+0,+50][+0,-50] [-100,+0][+0,+50][+0,-50] [-100,+0][+0,+50][+0,-50] [-100,+0][+0,+50][+0,-50] [-100,+0][+0,+50][+0,-50][+0,+50]P(E)W(P1)@;#W(F3,I1,R)P[359,377]@ZW(S0)@:ZW(P1)T[+9,+0](I0)(S[9,50]M[1,5])P(B) P[-30,+25]T"Mark"P[+24]T[+9,+0](I-19)(S[9,50]M[1,5])T""(+P(E)W(P1)@;W(F3,I3,V)P[89,372]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,50]M[1,5])P(B) P[-13,+25]T"Len"P(E)W(P1)@;W(F3,I3,V)P[183,372]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,50]M[1,5])P(B) P[-13,+25]T"Seq"P(E)W(P1)@;W(F3,I3,V)P[280,371]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,50]M[1,5])P(B) P[-18,+25]T"Data"P(E)W(P1)@;W(F3,I3,V)P[501,371]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,50]M[1,5])P(B) P[-22,+25] T"Check"P(E)W(P1)@;W(F3,I3,V)P[634,!,372]@ZW(S0,R)@:ZW(P1)T[+18,+0](I0)(S[18,70]M[2,7])P(B) P[-171,+35]T"Basic Kermit Packet"P(E)W(P1)@;W(F3,I1,V)P[365,439]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-185,+15]-T"Number of characters following this field"P(E)W(P1)@;W(F3,I3,V)P[317,264]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,50]M[1,5])P(B) P[-18,+25]T"Type"P(E)W(P1)@;W(F3,I3,V)P[382,371]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-243,+15]:T"Control chara-cter that marks the beginning of a packet"P(E)W(P1)@;W(F3,I3,V)P[372,305]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-167,+15])T"The packet sequence number, modulo 64"P(E)W(P1)@;W(F3,I3,V)P[300,224]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-176,+15]+T"The packet type, a literal ASCII letter"P(E)W(P1)@;W(F3,I3,V)P[310,184]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-230,+15]7T"The packet contents, if required by the. packet type"P(E)W(P1)@;W(F3,I3,V)P[365,144]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-279,+45]BT"The checksum, normally a single character arithmetic checksum."P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-279,+15]@T"Optional checksums are a 12 bit arithmetic sum, and a 16 bit"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-279,-15]$T"CRC based on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ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\wwgW3 1.3 01KER4 25-SEP-198610:27:14.76 01 1S ww`Ė2WP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER4 ) N(Comment: )*N(Creation Date: 25-SEP-1986 10:27:14.76)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"880088030880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH90L28S100)1(l35)(aH280L57S66)2(l65)(aH0L42S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)T(A2,S1)/P(B)W(S'S'[,-30])P[-200,+30]V[+400,+0]W(S0)P(E)T(A0)W(S0)P(B)P[-200,+30] V[4][+400,+0][+0,-60] [-400,+0][+0,+60][+0,+0]P(E)T(A0)W(P1)@;#W(F3,I1,R)P[376,439]@ZW(S0)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-320,+165]KT"The initialization string allows two Kermit programs to tell each other"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-320,+135]KT"their capabilities and requirements. This allows the Kermit programs to"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-320,+105]KT"exchange data, such as the maximum packet size that can be accepted5 and"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-320,+75]KT"the availability of eight bit data prefixing in the event that the data"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-320,+45]KT"path can pass only seven bit data. The desired CHECKSUM type is passed"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-320,+15]KT"here; if both sides agree then following packets would use, say, a CRC"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-320,-15]KT"checksum. The INIT packet thus always6 uses the default 6 bit arithmetic"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-320,-45]KT"sum checksum, called a TYPE 1 checksum. The CAPAS field allows the Ker-"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-320,-75].T"mit programs to indicate their support of "P[+14]T[+9,+0](I-19)(S[9,30]M[1,3])T"FILE ATTRIBUTES"T[+9,+0](I0)(S[9,30]M[1,3])T", "P[+14]T[+9,+0](I-19)(S[9,30]M[1,3]) T"WINDOWING"T[+9,+0](I0)(S[9,30]M[1,3])T""P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) 7P[-320,-105]T"and "P[+14]T[+9,+0](I-19)(S[9,30]M[1,3])T"EXTENDED HEADER"T[+9,+0](I0)(S[9,30]M[1,3])5T" (very long packet) protocol extensions. The end"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-320,-135]>T"of the CAPAS bytes is indicated by ( (CHAR-32) & 1 ) == 0."P(E)W(P1)@;W(F3,I3,V)P[375,217]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,50]M[1,5])P(B) P[-180,+25],T"The purpose of the Initialization string"P(E)W(P1)@;W(F3,I0,V)P[374,437]@ZW(S0,R) P[384,252] 8ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\wwW3 1.3 01KER5 25-SEP-198610:27:20.82 01 1S wwܹW9P1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER5 ) N(Comment: )*N(Creation Date: 25-SEP-1986 10:27:20.82)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"880088008:80088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH90L28S100)1(l35)(aH280L57S66)2(l65)(aH0L42S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)P(B)P[-351,+30] V[][+70,+0][+0,-61][+0,+61][+70,+0][+0,-61][+0,+61][+70,+0][+0,-6';1][+0,+61][+70,+0][+0,+0][+0,-61][+0,+61][+70,+0][+0,-61][+0,+61][+70,+0][+0,-61][+0,+61][+70,+0][+0,-61][+0,+61][+70,+0][+0,-61][+0,+61][+70,+0][+0,-61][+0,+61][+70,+0][+0,-61] [-702,+0][+0,+61]P(E)W(P1)@;#W(F3,I1,R)P[380,347]@ZW(S0)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-337,+15]OT"MAXL TIME NPAD PADC EOL QCTL QBIN CHKT REPT CAPAS"P(E)W(P1)@;W(F3,I3,V)P[378,342]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)<(S[9,30]M[1,3])P(B) P[-347,+75]PT"MAXL Maximum length, 0-94 TIME Packet timeout,seconds"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,+45]PT"NPAD Number of pad characters PADC The pad character used"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,+15]QT"EOL Packet terminator QCTL Control prefix, literal"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,-15]QT"QBIN Eight bit data prefix CHKT = Checksum type preferred"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,-45]PT"REPT Prefix for repeat sequences CAPAS Extenable capabilities"P(E)W(P1)@;W(F3,I3,V)P[375,207]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-331,+30]MT"The CAPAS field allows two Kermit programs to inform each other regarding"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B)P[-331]4T"support for Kermit protocol extensions, such as "P[+14]T[+9,+0](I-19)(S[9,30]M[1,3])>T"FILE ATTRIBUTE"T[+9,+0](I0)(S[9,30]M[1,3]) T" exchange."P(E)W(P1)@;W(F3,I3,V)P[361,77]@ZW(S0,R)@:ZW(P1)T[+18,+0](I0)(S[18,40]M[2,4])P(B) P[-306,+20]&T"Basic Kermit Initialization String"P(E)W(P1)@;W(F3,I1,V)P[380,432]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\wwTW3 1.3 01KER6 ? 25-SEP-198610:27:29.17 01 1S wwWP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing @this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER6 ) N(Comment: )*N(Creation Date: 25-SEP-1986 10:27:29.17)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(CA1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH90L28S100)1(l35)(aH280L57S66)2(l65)(aH0L42S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-324,+45]JT"The following is a log of a SEND JUNK.TST from Kermit-11 to Kermit-32."P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-324,+15]LT"Note that CRC block checking is used, it is requested in Packet 0. "P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-324,-15]HT"refers toB the Control A (ascii 01) that marks the start of a packet."P(E)W(P1)@;W(F3,I3,V)P[358,377]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-310,+150]+T"(0) PDP sends: . S~* @-#Y3~( ,"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-310,+120])T"(0) VAX sends: , Yp/ @-#Y3~!"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-310,+90]*T"(1) PDP sends: -!FJUNK.TST,-4"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-310,+60]"T"(1) VAX sends: %!Y,\CI"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-310,+30]JT"(2) PDP sends: L""D$ set ter/vt100#M#J$ xcc :== ccl cc#M#J *P"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B)P[-310]#T"(2) VAX sends: %""Y.5!"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-310,-30]#T"(3) PDP sends: %#Z,X"""P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-310,-60]"T"(3) VAX sends: %#Y/R9"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-310,-90]"T"(4) PDP sends: %$B!_#"P(DE)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-310,-120]"T"(4) VAX sends: %$Y+&1"P(E)W(P1)@;W(F3,I1,V)P[346,178]@ZW(S0,R)@:ZW(P1)T[+18,+0](I0)(S[18,50]M[2,5])P(B) P[-189,+25]T"A typical transaction"P(E)W(P1)@;W(F3,I1,V)P[383,452]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\ww W3 1.3 01KER7 DTE and DCE E 25-SEP-198610:27:37.49 01 1S ww 3&WP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap Fbefore typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER7 )N(Comment: DTE and DCE)*N(Creation Date: 25-SEP-1986 10:27:37.49)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);sG(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH300L20S100)1(l35)(aH180L60S100)2(l65)(aH120L20S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)P(B)P[-296,+21] V(B)[+592,+0][+0,-42] [-592,+0](E)P(E)W(P1)@;#W(F3,I1,R)P[384,440]@ZW(S0)@:ZW(P1)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,+15]#T"Communicating between computers"P(E)W(P1)@;W(F3,I3,V)P[384,437]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B)H P[-306,+120]HT" When connecting a computer to a modem, we are connecting a DTE to a"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-306,+90]HT"DCE (Data Terminal Equiptment to Data Communications Equiptment). In"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-306,+60]8T"this case, we normally use a straight through cable."P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-306,+30]T""P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B)P[-306]HT" However, when connecting a computer port to either anoIther computer"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-306,-30]HT"port or to a terminal, we need to, at minimum, reverse the sense of"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-306,-60]HT"transmit data and receive data on one end. If this is not done, we"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-306,-90]FT"will end up trying to send data to the other's transmit data line."P(E)W(P1)@;W(F3,I3,V)P[380,220]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0]( JS1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\ww`u5W3 1.3 01KER8 rs232 signals 25-SEP-198610:27:43.70 01 1S ww >WP1p;5N(----------------------------K----------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER8 )N(Comment: rs232 signals)*N(Creation Date: 25-SEP-1986 10:27:43.70)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281L"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH300L20S100)1(l35)(aH180L60S100)2(l65)(aH120L20S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-283,+30]BT"When connecting computers together, we often need to deal with"P(E)MT[+9,+0](I0)(S[9,30]M[1,3])P(B)P[-283]CT"control signals, such as provided in the RS232 specification. "P(E)W(P1)@;W(F3,I3,V)P[384,446]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-333,+165]NT"Name of signal Purpose DB25 DB9"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-333,+135]T""P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-333,+105]MT"TD Transmit data Data send from the DTE 2 3"P(NE)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-333,+75]MT"RD Receive data Data sent to the DTE 3 2"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-333,+45]MT"RTS Request to send If on, the DTE is intending to send 4 7"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-333,+15]MT"CTS Clear to send If on, the DCE is ready for data 5 8"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-333,-15]MT"DSR Data set ready Modem is in data Omode 6 6"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-333,-45]MT"SG Signal ground Common reference for other signals 7 5"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-333,-75]MT"CD Carrier detect Tells DTE that a carrier is present 8 1"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-333,-105]MT"DTR Data Terminal Read From DTE that the device is ready 20 4"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-333,-135]MT"RI P Ring indicator From DCE that calling signal is present 22 9"P(E)W(P1)@;W(F3,I1,V)P[390,241]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\wwSW3 1.3 01KER9 null modem 25-SEP-198610:27:52.38 Q 01 1S ww`IfWP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER9 )N(Comment: null modem)*N(Creation Date: 25-SEP-1986 10:27:52.3 R8)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH0L0S0)1(l35)(aH140L71S100)2(l65)(aH40L42S100)3(l100)(a'SH0L100S0))S(I0,E) P[384,252]@:ZW(P1)P(B)P[-332,+22] V(B)[+665,+0][+0,-44] [-665,+0](E)P(E)W(P1)@;#W(F3,I1,R)P[380,440]@ZW(S0)@:ZW(P1)P(B)P[-125,+0] V[][+250,+0][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[381,383]@ZW(S0)@:ZW(P1)P(B)P[+125,+0] V[][-250,+0] [+10,-10] [-10,+10] [+10,+10][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[380,325]@ZW(S0)@:ZW(P1)P(B)P[-125,+0] V[][+250,+0] [-10,+10] [+10,-10] [-10,-10][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[380,354]@ZW((TS0)@:ZW(P1)P(B)P[+125,+0] V[][-250,+0] [+10,-10] [-10,+10] [+10,+10][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[380,264]@ZW(S0)@:ZW(P1)P(B)P[-125,+0] V[][+250,+0] [-10,+10] [+10,-10] [-10,-10][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[380,294]@ZW(S0)@:ZW(P1)P(B)P[+37,+20] V[][+0,-30][-74,+0] [+10,+10] [-10,-10] [+10,-10][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[293,214]@ZW(S0)@:ZW(P1)P(B)P[+125,+0] V[][-250,+0] [+10,-10] [-10,+10] [+10,+10][+0,+0]P(E)W(P1$U)@;#W(F3,I1,R)P[380,234]@ZW(S0)@:ZW(P1)P(B)P[-37,-20] V[][+0,+30][+74,+0] [-10,-10] [+10,+10] [-10,+10][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[467,164]@ZW(S0)@:ZW(P1)P(B)P[-125,+1] V[][+250,+0] [-10,+10] [+10,-10] [-10,-10][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[380,143]@ZW(S0)@:ZW(P1)P(B)P[-125,+0] V[][+250,+0]P(E)W(P1)@;#W(F3,I1,R)P[380,112]@ZW(S0)@:ZW(P1)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-306,+15]&T"Direct connections, the NULL MODEM"P(E)W(VP1)@;W(F3,I3,V)P[380,437]@ZW(S0,R)@:ZW(P1)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,+150]"T"FG 1 1 FG"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,+120]"T"TD 2 3 RD"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,+90]"T"RD 3 2 TD"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,+60]#T"RTS 4 5 CTS"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,+30]#T"CTS 5 W 4 RTS"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B)P[-279]#T"DSR 6 20 DTR"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,-30] T"CD 8"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,-60]#T" 6 DSR"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,-90]"T"DTR 20 8 CD"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,-120]"T"SG 7 7 SG"P(E)W(P1)@;W(F3,I3,V)P[389,246]@ZW(S0,R X) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\wẅ́W3 1.3 01KER10 alternate null modem 25-SEP-198610:27:59.24 01 1S wwYWP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER10 )!N(Comment: alternate null modem)*N(Creation Date: 25-SEP-1986 10:27:59.24)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FZFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH90L28S100)1(l35)(aH280L57S66)2(l65)(aH0L42S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)P(B)P[-125,+0] V[][+250,+0][+0,+0]P(E)W(P1)@;#W(F3&[,I1,R)P[381,383]@ZW(S0)@:ZW(P1)P(B)P[+125,+0] V[][-250,+0] [+10,-10] [-10,+10] [+10,+10][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[380,325]@ZW(S0)@:ZW(P1)P(B)P[-125,+0] V[][+250,+0] [-10,+10] [+10,-10] [-10,-10][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[380,354]@ZW(S0)@:ZW(P1)P(B)P[-349,+22] V(B)[+698,+0][+0,-44] [-698,+0](E)P(E)W(P1)@;#W(F3,I1,R)P[380,440]@ZW(S0)@:ZW(P1)P(B)P[+37,+20] V[][+0,-30][-74,+0] [+10,+10] [-10,-10] [+10,-10][+0,+0]P(E)&\W(P1)@;#W(F3,I1,R)P[293,242]@ZW(S0)@:ZW(P1)P(B)P[+125,+0] V[][-250,+0] [+10,-10] [-10,+10] [+10,+10][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[380,262]@ZW(S0)@:ZW(P1)P(B)P[-37,+10] V[][+10,+10] [-10,-10] [+10,-10] [-10,+10][+74,+0][+0,-31]P(E)W(P1)@;#W(F3,I1,R)P[292,284]@ZW(S0)@:ZW(P1)P(B)P[-37,-20] V[][+0,+30][+74,+0] [-10,-10] [+10,+10] [-10,+10][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[467,223]@ZW(S0)@:ZW(P1)P(B)P[-125,+0] V[][+250,+0] [-10,+10]"] [+10,-10] [-10,-10][+0,+0]P(E)W(P1)@;#W(F3,I1,R)P[380,203]@ZW(S0)@:ZW(P1)P(B)P[+37,-10] V[][-10,-10] [+10,+10] [-10,+10] [+10,-10][-74,+0][+0,+31]P(E)W(P1)@;#W(F3,I1,R)P[468,181]@ZW(S0)@:ZW(P1)P(B)P[-125,+0] V[][+250,+0]P(E)W(P1)@;#W(F3,I1,R)P[380,142]@ZW(S0)@:ZW(P1)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-333,+15])T"An alternate NULL modem configuration"P(E)W(P1)@;W(F3,I3,V)P[381,439]@ZW(S0,R)@:ZW(P1)T[+18,+0](I0)(S[18,30]M[2,3])^P(B) P[-279,+135]"T"FG 1 1 FG"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,+105]"T"TD 2 3 RD"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,+75]"T"RD 3 2 TD"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,+45]#T"CTS 5 4 RTS"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,+15]#T"DSR 6 20 DTR"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,-15]#T"CD 8 _ 5 CTS"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,-45]#T"DTR 20 6 DSR"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,-75]"T" 8 CD"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-279,-105]"T"SG 7 7 SG"P(E)W(P1)@;W(F3,I3,V)P[389,261]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 E `XPORT FILE)\ww`W3 1.3 01KER11 dialup protocols 25-SEP-198610:28:05.16 01 1S ww WP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------a------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER11 )N(Comment: dialup protocols)*N(Creation Date: 25-SEP-1986 10:28:05.16)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122b"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH90L28S100)1(l35)(aH280L57S66)2(l65)(aH0L42S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)P(B)P[-231,+26] V(B)[+462,+0][+0,-53] [-462,+0](E)P(E)W(P1)@;#W(F3,I1,R)P[379,438]@ZW(S0)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-275,+165]9T"Modem Type Data Rate Modulation Bcaud rate"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-275,+135]T""P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-275,+105]4T"BELL 103 110,300 FSK 300"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-275,+75]4T"BELL 212 1200 DPSK 600"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-275,+45]4T"VADIC 3400 1200 DPSK 600"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-275,+15]4T"CCITT V.22bis 2400 QAM d 600"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-275,-15]T""P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-275,-45]!T"FSK = Frequency shift keying"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-275,-75]*T"DPSK = Differential Phase Shift Keying"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-275,-105]*T"QAM = Quadrature Amplitude Modulation"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-275,-135]AT"Note that the VA3400 and Bell 212 protocols are incompatible."P(E)W(P1)@;W(eF3,I3,V)P[402,198]@ZW(S0,R)@:ZW(P1)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-225,+15]T"Types of dialup protocols"P(E)W(P1)@;W(F3,I1,V)P[379,437]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\wwxW3 1.3 01KER12 Bootstrapping, 1 25-SEP-198610:28:12.82 f 01 1S wwWP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER12 )N(Comment: Bo gotstrapping, 1)*N(Creation Date: 25-SEP-1986 10:28:12.82)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0h)(aH90L28S100)1(l35)(aH280L57S66)2(l65)(aH0L42S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)T[+18,+0](I0)(S[18,40]M[2,4])P(B) P[-297,+20]%T"How do I get Kermit on my system?"P(E)W(P1)@;W(F3,I3,V)P[390,442]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,+180]DT"1. Find a copy of Kermit on a compatible magnetic media, ie, an"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,+150]7T" RX50 for the PRO and Rainbow, magtape for a VAX."P(E)T[+9,+0](Ii0)(S[9,30]M[1,3])P(B) P[-288,+120]DT"2. Using an existing file capture facility, transfer a bootstrap"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,+90]DT" ascii file that was created from the desired executable. You"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,+60]DT" will also need to obtain the appropiate program to translate"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,+30]@T" the bootstrap file into the executable form. For example:"P(E)T[+9,+0](I0)(S[9j,30]M[1,3])P(B)P[-288]T""P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,-30]5T" MS-DOS and Rainbow: MSPBPCT.BAS and MSVRB1.BOO"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,-60]AT" PDP-11 and RT11 : K11HEX.MAC and K11XM.HEX or K11RT4.HEX"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,-90]4T" VMS : VMSDEH.MAR and VMSMIT.HEX"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,-120]DT"3. If you can't get the files needed onto the target system, you"kP(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,-150]CT" will need to type in your own program to transfer the files."P(E)W(P1)@;W(F3,I3,V)P[378,232]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\wwhW3 1.3 01KER13 vms to rsx 25-SEP-198610:28:19.19 l 01 1S ww`WP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER13 )N(Comment: m vms to rsx)*N(Creation Date: 25-SEP-1986 10:28:19.19)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(naH0L0S0)1(l35)(aH140L71S100)2(l65)(aH40L42S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-216,+20]4T"Getting Kermit from VMS host to a RSX11M+ system"P(E)W(P1)@;W(F3,I3,V)P[380,432]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-284,+45]CT" As an example, Kermit can be easily transferred from a VMS 4.x"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-284,+15]CT"system with VAX RSX installed to a MicroRSX or RSX11M-Plus sys-"o"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-284,-15]8T"tem by using MFT on the VAX and DTE on the RSX side."P(E)W(P1)@;W(F3,I3,V)P[364,337]@ZW(S0,R)@:ZW(P1)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-261,+120] T"$ DTE"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-261,+90]T"Line? TT3:"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-261,+60]T""P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-261,+30]T"Username: KERMIT"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B)P[p-261] T"Password:"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-261,-30]T""P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-261,-60] T"$ MCR MFT"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-261,-90]!T"MFT>K11POS.TSK/REM=K11POS.TSK"P(E)W(P1)@;W(F3,I1,V)P[376,163]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\wwW3 1.3 01KER14 q 25-SEP-198610:28:27.48 01 1S wwWP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Plrease $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER14 ) N(Comment: )*N(Creation Date: 25-SEP-1986 10:28:27.48)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal insitialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH90L28S100)1(l35)(aH280L57S66)2(l65)(aH0L42S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)T(A2,S1)/P(B)W(S'S'[,-25])P[-250,+25]V[+500,+0]W(S0)P(E)T(A0)W(S0)P(B)P[-249,+25] V[][+499,+0][+0,-50] [-500,+0][+0,+50][+0,+0][+1,+0]P(E)T(A0)W(P1)@;#W(F3,I1,R)P[383,445]@ZW(S0)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,+165]T"B>a:kermitt"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,+135]T"Rainbow Kermit-MS V2.28"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,+105]T"Kermit-MS>con"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,+75]:T"[Connecting to host, type Control-] C to return to PC]"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,+45]T"Username: DECUSTEST"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,+15]T"Password: "P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,-15] T"$ ker ser"uP(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,-45]!T"VMS Kermit-32 version 3.2.074"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,-75]-T"Default terminal for transfer is _VTA438:"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,-105]QT"Kermit server running on VAX/VMS host. Please type your escape sequence ....."P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-347,-135]T"Kermit-MS>send test.c"P(E)W(P1)@;W(F3,I3,V)P[381,217]@ZW(S0,R)@:ZW(P1)T[+18,+0](I0)(S[18,40]M[v2,4])P(B) P[-225,+20]T"Connecting to a VMS host"P(E)W(P1)@;W(F3,I0,V)P[380,442]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\ww WW3 1.3 01KER15 25-SEP-198610:28:39.06w 01 1S ww@!WP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER15 ) N(Comment: )*N(Creation Date: 25-SEP-1986 10:28:39.06)N(Description file x: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH90L28S100)1(l35)(aH280L57S66)2(l65)(aH0L42S100)3(l100)(aH0L100S0))S(I2,E)#y P[384,252]@:ZW(P1)T(A2,S1)/P(B)W(S'S'[,-25])P[-300,+25]V[+600,+0]W(S0)P(E)T(A0)W(S0)P(B)P[-300,+25] V[][+600,+0][+0,-50] [-600,+0][+0,+50][+0,+0]P(E)T(A0)W(P1)@;#W(F3,I1,R)P[381,443]@ZW(S0)@:ZW(P1)T[+18,+0](I0)(S[18,40]M[2,4])P(B) P[-279,+20]#T"Connecting from a PDP-11 to VMS"P(E)W(P1)@;W(F3,I0,V)P[383,442]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-239,+180] T"$ ker"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-239,+150])zT"Kermit-11 T3.50 Last edit: 02-Apr-86"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-239,+120]+T"Kermit-11>set phone number work 5374411"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-239,+90]T"Kermit-11>set line tt27:"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-239,+60]T"Kermit-11>set spe 1200"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-239,+30]T"Kermit-11>set modem vadic"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B)P[-239]T"Kermit-11>dial work"P(E)T[+9,+0](I0)(S[9,3{0]M[1,3])P(B) P[-239,-30]9T"Connection established, type CONNECT to access remote"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-239,-60]T"Kermit-11>connect"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-239,-90](T"Connecting to line TT27: speed: 1200"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-239,-120]T"Username: DECUSTEST"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-239,-150] T"Password:"P(E)W(P1)@;W(F3,I3,V)P[321,233]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s( |I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\ww`5W3 1.3 01KER16 commands, 1 25-SEP-198610:28:44.85 01 1S ww@RWP1p;5N(--------}------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER16 )N(Comment: commands, 1)*N(Creation Date: 25-SEP-1986 10:28:44.85)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"8800880088008800880~0"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH300L20S100)1(l35)(aH180L60S100)2(l65)(aH120L20S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-284,+165]T"Command Purpose"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-284,+135]T""P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-284,+105]CT"GET file.type Requests a Kermit server on the remote system"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-284,+75]CT" to send the file. In most cases the file name"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-284,+45](T" can be wildcarded."P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-284,+15]CT"SEND file.type Tell a Kermit program (could be a server) to"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-284,-15]CT" begin to receive a file from the local Kermit"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-284,-45]CT"BYE Tell remote Kermit server to exit and log out"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-284,-75]CT"FINISH Tell remote Kermit server to return to inter-"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-284,-105]CT" active command mode. You would then use the"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-284,-135]CT" CONNECT command to return to the remote host."P(E)W(P1)@;W(F3,I1,V)P[412,248]@ZW(S0,R)@:ZW(P1)T[+18,+0](I0)(S[18,40]M[2,4])P(B) P[-198,+20]T"Useful Kermit commands"P(E)W(P1)@;W(F3,I3,V)P[382,443]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\wwbW3 1.3 01KER17 comamnds,2 25-SEP-198610:28:50.46 01 1S wwlWP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER17 )N(Comment: comamnds,2)*N(Creation Date: 25-SEP-1986 10:28:50.46)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH300L20S100)1(l35)(aH180L60S100)2(l65)(aH120L20S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)T[+18,+0](I0)(S[18,40]M[2,4])P(B) P[-198,+20]T"Useful Kermit commands"P(E)W(P1)@;W(F3,I3,V)P[382,443]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-293,+180]T"Command Purpose"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-293,+150]T""P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-293,+120]ET"CONNECT This is the main method by which one establishes"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-293,+90]ET" communications from the local Kermit to a remote"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-293,+60]ET" Kermit. Some Kermit programs may offer emulation"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-293,+30]ET" of video terminals, such as MSDOS kermit does in"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B)P[-293]ET" VT102 mode. Mini and mainframe Kermit programs"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-293,-30]ET" usually operatate in a simple 'PASS-ALL' mode as"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-293,-60]>T" VT1xx and VT2xx terminals are often used."P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-293,-90]ET"HELP Most Kermit programs will print out a one screen"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-293,-120]ET" help message. Some Kermit programs, for example"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-293,-150]ET" VMS and PDP-11 Kermit, may offer multilevel help"P(E)W(P1)@;W(F3,I1,V)P[420,218]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\ww {W3 1.3 01KER18 commands,3 25-SEP-198610:29:01.11 01 1S ww&WP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER18 )N(Comment: commands,3)*N(Creation Date: 25-SEP-1986 10:29:01.11)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH300L20S100)1(l35)(aH180L60S100)2(l65)(aH120L20S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)T[+18,+0](I0)(S[18,40]M[2,4])P(B) P[-198,+20]T"Useful Kermit commands"P(E)W(P1)@;W(F3,I3,V)P[382,443]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,+165]DT"SET The SET command can be vital to the successful"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,+135]DT" operation of Kermit. In cases where the normal"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,+105]DT" defaults are incorrect or insufficient, the SET"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,+75]DT" command may be used to alter parameters. There"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,+45]DT" are often SET commands to alter communications"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,+15]DT" parameters, to control how files are processed,"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,-15]CT" and to modify actual Kermit packet parameters."P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,-45]DT"CWD This command, when implemented, allows for the"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,-75]4T" changing of directory defaults."P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,-105]DT"REMOTE HELP This allows the user to request help from the"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-288,-135]2T" remote Kermit server program."P(E)W(P1)@;W(F3,I1,V)P[415,226]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\wwW3 1.3 01KER19 25-SEP-198610:29:09.84 01 1S wwWP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER19 ) N(Comment: )*N(Creation Date: 25-SEP-1986 10:29:09.84)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH90L28S100)1(l35)(aH280L57S66)2(l65)(aH0L42S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-229,+80]T"Kermit Distribution"P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-229,+40]7T"Columbia University Center for Computing Activities"P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B)P[-229]T"612 West 115th Street"P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-229,-40]T"New York, NY 10025"P(E)W(P1)@;W(F3,I3,V)P[375,302]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-292,+30]+T"(617) 467 7437 LOG LCG.KERMIT KERMIT"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B)P[-292]ET"(419) 537-4411 Service class VX785A, User and Password: KERMIT"P(E)W(P1)@;W(F3,I3,V)P[439,172]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-297,+45]ET"PDP-11 Kermit (Kermit-11) 11-731 (16MT9,RX01) M11-103,104 (RX50)"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-297,+15]DT"Rainbow MSDOS Kermit RB-111, Rainbow CPM86 Kermit CPM-269"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-297,-15]FT"VMS Kermit (Kermit-32) Any recent SIG tape (same for Kermit11)"P(E)W(P1)@;W(F3,I3,V)P[446,83]@ZW(S0,R)@:ZW(P1)T[+27,+0](I0)(S[27,60]M[3,6])P(B) P[-229,+30]T"How to get Kermit"P(E)W(P1)@;W(F3,I1,V)P[385,432]@ZW(S0,R)@:ZW(P1)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-63,+30] T"DECUS"P( E)T[+18,+0](I0)(S[18,30]M[2,3])P(B)P[-63] T"Library"P(E)W(P1)@;W(F3,I1,V)P[77,98]@ZW(S0,R)@:ZW(P1)T[+18,+0](I0)(S[18,30]M[2,3])P(B) P[-54,+30] T"Dialup"P(E)T[+18,+0](I0)(S[18,30]M[2,3])P(B)P[-54] T"access"P(E)W(P1)@;W(F3,I1,V)P[66,172]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\wwW3 1.3 01KER20 25-SEP-198610:29:17.05 01 1S wwWP1p;5N(--------------------------------------------------)5N(The remainder of this file contains graphics code.)5N(--------------------------------------------------)N()7N(Please $Set Terminal/NOwrap before typing this file.)$N(Source: DECslide 1.3 EXPORT FILE)N(Export file: KER20 ) N(Comment: )*N(Creation Date: 25-SEP-1986 10:29:17.05)N(Description file: )N()\ [?5l[?7lP1p;@.L(A2)"A"AA55AA55AA55AA55AA55"S"FFFFFFFFFFFFFFFFFFFF"B"00"C"88008800880088008800"D"8142241818244281"U"8142241881422418"F"FF818181FF818181FF"G"80402010080402018040"H"11224488112244881122"V"01020408102040800102"J"81818181818181818181"N(End of terminal initialization.);s(A[0,479][767,0]);S(C1)W(V,I(W),F3,M1,N0,P(M2),S0,P1)T[+9,+0](S1,H2,S[9,20]M[1,2],D0,I0)s(m0(l0)(aH0L0S0)1(l35)(aH140L71S100)2(l65)(aH40L42S100)3(l100)(aH0L100S0))S(I2,E) P[384,252]@:ZW(P1)T(A2,S1)/P(B)W(S'S'[,-66])P[-285,+66]V[+570,+0]W(S0)P(E)T(A0)W(S0)P(B)P[-285,+66] V(B)[+570,+0] [+0,-131] [-570,+0](E)P(E)T(A0)W(P1)@;#W(F3,I1,R)P[383,398]@ZW(S0)@:ZW(P1)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-315,+80]HT"Session N008 (Kermit): File: KERBIN:SLIDES_DECUS_FALL_86_KERMIT.TLB"P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-315,+40]FT"Session RS005 (Plas) : File: KERBIN:SLIDES_DECUS_FALL_86_RSTS.TLB"P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B)P[-315]2T" Or: RSTS_FILES:*.SLO"P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-315,-40]JT"Kermit session, Dallas 86: KERBIN:SLIDES_DECUS_SPRING_86_KERMIT.TLB"P(E)W(P1)@;W(F3,I3,V)P[403,242]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-293,+60]4T"All files are fixed 512 byte record 8 bit files."P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-293,+30]ET"The *.TLB files are VMS Librarian files containing DECSLIDE Regis"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B)P[-293]CT"export files. The *.SLO files are the export files. To display,"P(E)T[+9,+0](I0)(S[9,30]M[1,3])P(B) P[-293,-30]BT"a VT125, VT240, LA100, GIGI or ideally a VT241 will be needed."P(E)W(P1)@;W(F3,I1,V)P[381,86]@ZW(S0,R)@:ZW(P1)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-270,+60]@T"Copies of the slides are available dialup (419) 537-4411/01."P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-270,+20]@T"Carriage return for autobaud; Service Class VX785A, carriage"P(E)T[+9,+0](I0)(S[9,40]M[1,4])P(B) P[-270,-20];T"returns for autobaud. Username KERMIT, Password KERMIT."P(E)W(P1)@;W(F3,I2,V)P[386,392]@ZW(S0,R) P[384,252]ds(A[0,0][767,479])s(I(D),S1,T0)T[+9,+0](S1,H2,S[9,20],M[1,2],D0,I0,A0)W(V,I(W),F3,M1,N0,P1,P(M2),S0)%N( END OF DECslide V1.3 EXPORT FILE)\wwWmKERMITF86 brian nelson 25-SEP-198610:35:22.73for fall decus 86 kermit show N002021wwW3SID-01KER0 0020 3SID-01KER1 00203SID-01KER2 00203SID-01KER3 00203SID-01KER4 00203SID-01KER5 00203SID-01KER6 00203SID-01KER7 00203SID-01KER8 00203SID-01KER9 00203SID-01KER10 00203SID-01KER11 00203SID-01KER12 00203SID-01KER13 00203SID-01KER14 00203SID-01KER15 00203SID-01KER16 00203SID-01KER17 00203SID-01KER18 00203SID-01KER19 00203SID-01KER20 0020wwWmKERMITF86 brian nelson 25-SEP-198610:35:22.73for fall decus 86 kermit show N 001521ww`ZgWmKERMITF86 brian nelson 25-SEP-198610:35:22.73for fall decus 86 kermit show N 001021ww@+[mKERMITF86 brian nelson 25-SEP-198610:35:22.73for fall decus 86 kermit show  N 004021ww