Il y a quoi dans un Script
de Modem?
Il y a quoi dans un Script
de Modem?C'est beaucoup plus complet et perfectionné que je le supposais. Exemple : c'est lui qui gère l'affichage de la vitesse du modem et de la phrase "Connexion à une vitesse inconnue."
Apple Internal Modem 56k
Author: OIivier Mardinian (based on Kris Kreutzman's and Apple/GV V.90 Scripts) Copyright: (c) 1991-1998 Apple Computer, Inc. All Rights Reserved. revision history: v1.0 6/22/98 Designed for the iMac, Wallstreet and PDQ 'mlts' resource info for this modem: byte 1 == 01 -> modem HAS built-in error correction protocols byte 2 == 01 -> modem HAS built-in data compression protocols byte 3 == 40 -> max number of chars in varstr 7 byte 4 == 40 -> max number of chars in varstr 8 byte 5 == 40 -> max number of chars in varstr 9 @ORIGINATE @ANSWER ---- Initial modem setup ---- In originate mode, set serial port speed depending upon the compression flag - A higher rate with compression on (PPP) to handle expanded data from the modem - A lower rate closer to the DCE when compression is off (ARA) ifstr 5 1 "0" serreset 115200, 0, 8, 1 jump 2 @LABEL 1 serreset 57600, 0, 8, 1 @LABEL 2 hsreset 0 0 0 0 0 0 settries 0 Get the modem's attention matchclr matchstr 1 3 "OK\13\10" write "AT\13" matchread 60 pause 90 @LABEL 3 matchclr matchstr 1 4 "OK\13\10" matchstr 2 101 "ERROR\13\10" write "AT&FE0W1Q0V1X4&C1&K3S95=1&D3S7=75S0=0\13" write "AT&FE0Q0V1X4&C1&K3S95=1S7=75S0=0\13" (modified on 8/31/98) write "AT&FE0W2S95=45S0=0&D3S7=60\13" (ooooo Original GV script) matchread 90 inctries iftries 3 101 Reset the Modem on setup failure DTRClear pause 5 DTRSet flush pause 90 jump 3 @LABEL 4 Modem now responding and configured for full EC/DC functions. Varstring 4 , reliable link protocol: = 0, handled by computer (ARAP) = 1, handled by modem (PPP) = 2, MNP10 protocol (Cellular protocol, no longer supported) If PPP or Cellular mode, jump to 5, otherwise (ARA) disable EC/DC. ifstr 4 5 "1" ifstr 4 5 "2" Varstring 4 == 0, turn off reliable link protocol in modem (ARAP) matchclr matchstr 1 9 "OK\13\10" write "AT\\N0\13" matchread 30 jump 101 @LABEL 5 This is where MNP10 (or MNP10EC) could go, if/when we support that. Standard EC/DC is still on. Decide whether to turn off DC. Varstring 5, compression protocol: = 0, handled by computer = 1, handled by modem ifstr 5 9 "1" Varstring 5 == 0, turn off compression protocol in modem. matchclr matchstr 1 9 "OK\13\10" write "AT%C0\13" matchread 30 jump 101 @LABEL 9 If speaker on flag is true, jump to 13. Otherwise, turn the speaker off. Varstring 2, modem speaker: = 0, speaker off = 1, speaker on ifstr 2 13 "1" pause 5 matchclr matchstr 1 13 "OK\13\10" write "ATM0\13" matchread 30 jump 101 Modem ready, wait for a call or originate a call @LABEL 13 ifANSWER 32 ---- Originating a call ---- For normal dialing, jump to 19. Otherwise, manual dial jumps to 15, blind dial jumps to 17. Varstring 6, dialing mode: = 0, normal dialing = 1, blind dialing = 2, manual dialing ifstr 6 17 "1" ifstr 6 15 "2" jump 19 @LABEL 15 ! ! Display ASK dialog with message. Goto label 107 if dialog canceled. ! ASK 2 "Décrochez le téléphone et composez le ^1. À la première sonnerie, cliquez sur "OK" puis raccrochez." 107 note "Composition manuelle en cours" 3 ! ! X1S6=4 to ignore dialtone 4 seconds, & ignore busy, D to dial, \^ generates data tone !write "ATX1D\^\13" (ooooo Original Wallstreet script) write "ATX1S6=4D\13" jump 32 ! @LABEL 17 note "Composition sans tonalité" 3 matchclr matchstr 1 19 "OK\13\10" ! X1S6=4 to ignore dialtone 4 seconds, & ignore busy for blind dialing. !write "ATX1\13" (ooooo Original Wallstreet script) write "ATX1S6=4\13" matchread 30 jump 101 ! ! @LABEL 19 ! ! This is where we break up long dialstrings ! ! Display the full dialstring contained in Varstring 1 note "Composition du ^1" 3 ! ! Varstrings 7, 8 and 9, contain dialstring fragments Long phone numbers may have been split into smaller groups so that the modem can use them ! Check to see whether these fragments exist. If they do, dial them one at a time. ! If not, jump ahead and dial the remaining phone number. Use the data tone. ! ! Varstring 3: "p" for pulse & "t" for tone dialing ! Varstring 8 == blank (dialstring in varstring 7) ! Varstring 9 == blank (dialstring in varstrings 7 & 8) ! Otherwise (dialstring in varstrings 7, 8 & 9) ! \^ is added to the dialstring to force the modem to generate a data tone ifstr 8 27 " " ifstr 9 24 " " ! Write dialstring in varstrings 7, 8 & 9 matchclr matchstr 1 21 "OK\13\10" write "ATD^3^7;\13" matchread 400 jump 101 ! @LABEL 21 matchclr matchstr 1 22 "OK\13\10" write "ATD^3^8;\13" matchread 400 jump 101 ! @LABEL 22 write "ATD^3^9\13" jump 32 ! ! @LABEL 24 Write dialstring in varstrings 7 & 8 matchclr matchstr 1 25 "OK\13\10" write "ATD^3^7;\13" matchread 400 jump 101 ! @LABEL 25 write "ATD^3^8\13" jump 32 ! @LABEL 27 Write dialstring in varstring 7 write "ATD^3^7\13" ---- Connection response ---- ! ! The following section will parse modem responses of five types: 1) PROTOCOL: xxx, COMPRESSION: xxx, CONNECT xxx 2) CONNECT xxx/ARQ/V42 3) Standard incoming and outgoing call progress messages 4) FAX/DATA discrimination messages 5) International DELAYED & BLACKLISTED restrictions. ! @LABEL 32 matchclr matchstr 1 88 "RING\13\10" matchstr 2 102 "NO DIALTONE\13\10" matchstr 3 103 "NO CARRIER" matchstr 4 103 "ERROR\13\10" matchstr 5 104 "BUSY\13\10" matchstr 6 105 "NO ANSWER\13\10" matchstr 7 33 "CONNECT " matchstr 8 32 "CARRIER" matchstr 9 40 "CONNECT\13\10" matchstr 10 82 "PROTOCOL: LAP" matchstr 11 82 "PROTOCOL: MNP" matchstr 12 82 "PROTOCOL: ALT" matchstr 13 84 "COMPRESSION: V" matchstr 14 84 "COMPRESSION: MNP5" matchstr 15 84 "COMPRESSION: CLASS" matchstr 16 110 "DELAYED " matchstr 17 111 "BLACKLISTED\13\10" matchread 700 ifANSWER 32 jump 101 ! @LABEL 33 matchclr matchstr 1 39 "2400\13" matchstr 2 39 "2400/" matchstr 3 40 "4800\13" matchstr 4 40 "4800/" matchstr 5 41 "7200" matchstr 6 42 "9600" matchstr 7 43 "12000" matchstr 8 44 "14400" matchstr 9 45 "16800" matchstr 10 46 "19200" matchstr 11 47 "21600" matchstr 12 48 "24000" matchstr 13 49 "26400" matchstr 14 50 "28800" matchstr 15 51 "29333" matchstr 16 52 "30667" matchstr 17 53 "31200" matchstr 18 54 "32000" matchstr 19 55 "33333" matchstr 20 56 "33600" matchstr 21 57 "34000" matchstr 22 58 "34667" matchstr 23 59 "36000" matchstr 24 60 "37333" matchstr 25 61 "38000" matchstr 26 62 "38667" matchstr 27 63 "40000" matchstr 28 64 "41333" matchstr 29 65 "42000" matchstr 30 66 "42667" matchstr 31 67 "44000" matchstr 32 68 "45333" matchstr 33 69 "46000" matchstr 34 70 "46667" matchstr 35 71 "48000" matchstr 36 72 "49333" matchstr 37 73 "50000" matchstr 38 74 "50667" matchstr 39 75 "52000" matchstr 40 76 "53333" matchstr 41 77 "54000" matchstr 42 78 "54667" matchstr 43 79 "56000" matchread 30 jump 80 ! ! -- Connection rates -- ! CommunicatingAt informs ARA of the raw modem to modem ! connection speed. ! @LABEL 39 note "Connexion à 2400 bps." 2 CommunicatingAt 2400 jump 81 ! @LABEL 40 note "Connexion à 4800 bps." 2 CommunicatingAt 4800 jump 81 ! @LABEL 41 note "Connexion à 7200 bps." 2 CommunicatingAt 7200 jump 81 ! @LABEL 42 note "Connexion à 9600 bps." 2 CommunicatingAt 9600 jump 81 ! @LABEL 43 note "Connexion à 12400 bps." 2 CommunicatingAt 12400 jump 81 ! @LABEL 44 note "Connexion à 14400 bps." 2 CommunicatingAt 14400 jump 81 ! @LABEL 45 note "Connexion à 16800 bps." 2 CommunicatingAt 16800 jump 81 ! @LABEL 46 note "Connexion à 19200 bps." 2 CommunicatingAt 19200 jump 81 ! @LABEL 47 note "Connexion à 21600 bps." 2 CommunicatingAt 21600 jump 81 ! @LABEL 48 note "Connexion à 24000 bps." 2 CommunicatingAt 24000 jump 81 ! @LABEL 49 note "Connexion à 26400 bps." 2 CommunicatingAt 26400 jump 81 ! @LABEL 50 note "Connexion à 28800 bps." 2 CommunicatingAt 28800 jump 81 ! @LABEL 51 note "Connexion à 29333 bps." 2 CommunicatingAt 29333 jump 81 ! @LABEL 52 note "Connexion à 30667 bps." 2 CommunicatingAt 30667 jump 81 ! @LABEL 53 note "Connexion à 31200 bps." 2 CommunicatingAt 31200 jump 81 ! @LABEL 54 note "Connexion à 32000 bps." 2 CommunicatingAt 32000 jump 81 ! @LABEL 55 note "Connexion à 33333 bps." 2 CommunicatingAt 33333 jump 81 ! @LABEL 56 note "Connexion à 33600 bps." 2 CommunicatingAt 33600 jump 81 ! @LABEL 57 note "Connexion à 34000 bps." 2 CommunicatingAt 34000 jump 81 ! @LABEL 58 note "Connexion à 34667 bps." 2 CommunicatingAt 34667 jump 81 ! @LABEL 59 note "Connexion à 36000 bps." 2 CommunicatingAt 36000 jump 81 ! @LABEL 60 note "Connexion à 37333 bps." 2 CommunicatingAt 37333 jump 81 ! @LABEL 61 note "Connexion à 38000 bps." 2 CommunicatingAt 38000 jump 81 ! @LABEL 62 note "Connexion à 38667 bps." 2 CommunicatingAt 38667 jump 81 ! @LABEL 63 note "Connexion à 40000 bps." 2 CommunicatingAt 40000 jump 81 ! @LABEL 64 note "Connexion à 41333 bps." 2 CommunicatingAt 41333 jump 81 ! @LABEL 65 note "Connexion à 42000 bps." 2 CommunicatingAt 42000 jump 81 ! @LABEL 66 note "Connexion à 42667 bps." 2 CommunicatingAt 42667 jump 81 ! @LABEL 67 note "Connexion à 44000 bps." 2 CommunicatingAt 44000 jump 81 ! @LABEL 68 note "Connexion à 45333 bps." 2 CommunicatingAt 45333 jump 81 ! @LABEL 69 note "Connexion à 46000 bps." 2 CommunicatingAt 46000 jump 81 ! @LABEL 70 note "Connexion à 46667 bps." 2 CommunicatingAt 46667 jump 81 ! @LABEL 71 note "Connexion à 48000 bps." 2 CommunicatingAt 48000 jump 81 ! @LABEL 72 note "Connexion à 49333 bps." 2 CommunicatingAt 49333 jump 81 ! @LABEL 73 note "Connexion à 50000 bps." 2 CommunicatingAt 50000 jump 81 ! @LABEL 74 note "Connexion à 50667 bps." 2 CommunicatingAt 50667 jump 81 ! @LABEL 75 note "Connexion à 52000 bps." 2 CommunicatingAt 52000 jump 81 ! @LABEL 76 note "Connexion à 53333 bps." 2 CommunicatingAt 53333 jump 81 ! @LABEL 77 note "Connexion à 54000 bps." 2 CommunicatingAt 54000 jump 81 ! @LABEL 78 no