If your hardware configuration procedure does not include a hardware bootstrap, use one of the following procedures for loading a software bootstrap. Find the section for bootstrapping your device, and use the switch register to deposit the bootstrap in memory. If your hardware configuration includes a pushbutton console emulator instead of a switch register, follow the instructions in your hardware manual to load the appropriate bootstrap loader (listed in Tables (ins_tmscpboot_tab\value) through (ins_tsv05boot_tab\value)). (Loading the TMSCP Bootstrap\ins_boot_tmscp_sec)

If your processor does not contain the correct MU boot ROM and you want to boot your processor from a bootable TK50 magtape, you must manually load the TMSCP software bootstrap. You can load the TMSCP software bootstrap, using MICRO--ODT, or the console switch register if your processor has a console switch register. You can boot RT-11 only from TK50 controller unit 0, and you must install that unit at CSR address 774500 and vector address 260. (Loading the TMSCP Bootstrap, Using MICRO--ODT\ins_tmscpboot_micro_sec)

Deposit the TMSCP bootstrap loader in memory as follows: (NUMBERED) Place the bootable TK50 magtape in drive unit 0 and power up the drive. Turn on your processor. If it is already on, halt it. At the console, type the first address in (ins_tmscpboot_tab) (76026) followed by a slash (/): (76026/)

The system responds by printing the contents of address 76026 (represented below by xxxxxx) on the console: (76026/ xxxxxx) On the same line, type the first contents value in (ins_tmscpboot_tab) (5000) followed by a line feed: (76026/ xxxxxx)( 5000 (LF))

The system deposits the value you just typed (5000) and displays the next memory location: (76030/) Type the contents of the next memory location followed by a line feed. Repeat step 5 until you have deposited all the contents. Then press RETURN. (page_break) Finally, enable the processor (remove the halt condition) and type: (76026G)

The processor reads the software bootstrap from the magtape into memory. The system prints the following prompt when it is finished: (MSBOOT V05.0x) (*)

If the system does not print the MSBOOT prompt after you type 76026G, you probably made an error in entering the bootstrap loader. Open and examine each location, using MICRO--ODT, and correct the error. Promptly respond to the asterisk (*) by typing MDUP.MU: (*)(MDUP.MU (RET)) Follow the instructions in (ins_mag_chap). (Loading the TMSCP Bootstrap, Using the Switch Register\ins_tmscpboot_switch_sec)

Deposit the TMSCP bootstrap loader in memory as follows: (NUMBERED) Place the bootable TK50 magtape in drive unit 0 and power up the drive. Set the ENABLE/HALT switch on the processor to HALT. Set the first address in (ins_tmscpboot_tab) (076026) in the switch register. Press the LOAD ADDR switch. Set the contents for the first address in (ins_tmscpboot_tab) (5000) in the switch register. Lift the DEP switch. The processor automatically advances to the next address. Set the contents for the next address in (ins_tmscpboot_tab) in the switch register. Lift the DEP switch. Repeat steps 7 and 8 until you have deposited all the instructions.

Now, verify that you properly deposited the bootstrap loader. (NUMBERED) Set the starting address, 076026, in the switch register. Press the LOAD ADDR switch. Press the EXAM switch to display the contents of that address in the data register. Compare the value in the data register with the contents value for that address in (ins_tmscpboot_tab). If the values are the same, press EXAM again to display the contents of the next address. If the values are not the same, correct the contents value and lift the DEP switch. Press EXAM again to display the contents. Verify the contents of all addresses in this way. (page_break)

Once you have correctly deposited the bootstrap in memory, start the computer as follows: (NUMBERED) Set the starting address, 076026, in the switch register. Press the LOAD ADDR switch. Set the ENABLE/HALT switch to ENABLE. Press the START switch.

The processor reads the software bootstrap from the magtape into memory. The system prints the following prompt when it is finished: (MSBOOT V05.0x) (*)

If the system does not print the MSBOOT prompt after you press the START switch, you probably made an error in entering the bootstrap loader. Repeat the procedure. Promptly respond to the asterisk (*) by typing MDUP.MU: (*)(MDUP.MU (RET)) Follow the instructions in (ins_mag_chap). (Addresses and Contents of the TMSCP Bootstrap Loader\ins_tmscpboot_sec)

The following are the addresses and contents of the TMSCP bootstrap loader: (TMSCP Bootstrap Loader\ins_tmscpboot_tab) (single_spaced) (2\10) (Address\Contents) (076026\ 005000) (076030\ 012701) (076032\ 174500) (076034\ 012704) (076036\ 076160) (076040\ 012705) (076042\ 004000) (076044\ 010102) (076046\ 012422) (076050\ 005712) (076052\ 100770) (076054\ 031205) (076056\ 001774) (076060\ 012412) (076062\ 006305) (076064\ 100371) (076066\ 010502) (076070\ 005022) (076072\ 105702) (076074\ 100375) (076076\ 105237) (076100\ 100077) (076102\ 105237) (076104\ 100075) (076106\ 010037) (076110\ 100104) (076112\ 112437) (076114\ 100115) (076116\ 112437) (076120\ 100110) (076122\ 010522) (076124\ 010522) (076126\ 012722) (076130\ 100100) (076132\ 010512) (076134\ 024242) (076136\ 005711) (076140\ 005712) (076142\ 100776) (076144\ 005737) (076146\ 100012) (076150\ 001331) (076152\ 105704) (076154\ 100344) (076156\ 005007) (076160\ 046525) (076162\ 100000) (076164\ 100200) (076166\ 000000) (076170\ 000001) (076172\ 004400) (076174\ 020476) (076176\ 020402) (Loading the MSCP Bootstrap\ins_boot_mscp_sec)

You can load the MSCP software bootstrap, using MICRO--ODT or the console switch register if your processor has a console switch register. (Loading the MSCP Bootstrap, Using MICRO--ODT\ins_mscpboot_micro_sec)

Deposit the MSCP bootstrap loader in memory as follows: (NUMBERED) Place the bootable MSCP volume in physical unit DU0: (the unit installed at DU CSR0) and power up the drive. Turn on your processor. If it is already on, halt it. (page_break) At the console, type the first address in (ins_mscpboot_tab) (76000) followed by a slash (/): (76000/)

The system responds by printing the contents of address 76000 (represented below by xxxxxx) on the console: (76000/ xxxxxx) On the same line, type the first contents value in (ins_mscpboot_tab) (5000) followed by a line feed: (76000/ xxxxxx)( 5000 (LF))

The system deposits the value you just typed (5000) and displays the next memory location: (76002/) Type the contents of the next memory location followed by a line feed. Repeat step 5 until you have deposited all the contents. Then, press RETURN. Finally, enable the processor (remove the halt condition) and type: (76000G)

The processor reads the software bootstrap from the MSCP volume into memory. When it is finished, the system prints an RT-11 monitor identification message such as the following: (RT11FB V05.0x)

If the system does not print an RT-11 monitor identification after you type 76000G, you probably made an error in entering the bootstrap loader. Open and examine each location, using MICRO--ODT and correct the error. (Loading the MSCP Bootstrap, Using the Switch Register\ins_mscpboot_switch_sec)

Deposit the MSCP bootstrap loader in memory as follows: (NUMBERED) Place the bootable MSCP volume in physical unit DU0: (the unit installed at DU CSR0) and power up the drive. Set the ENABLE/HALT switch on the processor to HALT. Set the first address from (ins_mscpboot_tab) (076000) in the switch register. Press the LOAD ADDR switch. Set the contents for the first address in (ins_mscpboot_tab) (005000) in the switch register. Lift the DEP switch. The processor automatically advances to the next address. Set the contents for the next address in (ins_mscpboot_tab) in the switch register. Lift the DEP switch. Repeat steps 7 and 8 until you have deposited all the instructions. (page_break)

Now, verify that you properly deposited the bootstrap loader. (NUMBERED) Set the starting address, 076000, in the switch register. Press the LOAD ADDR switch. Press the EXAM switch to display the contents of that address in the data register. Compare the value in the data register with the contents value for that address in (ins_mscpboot_tab). If the values are the same, press EXAM again to display the contents of the next address. If the values are not the same, correct the contents value and lift the DEP switch. Press EXAM again to display the contents. Verify the contents of all addresses in this way.

Once you have correctly deposited the bootstrap in memory, start the computer as follows: (NUMBERED) Set the starting address, 076000, in the switch register. Press the LOAD ADDR switch. Set the ENABLE/HALT switch to ENABLE. Press the START switch.

The processor reads the software bootstrap from the MSCP volume into memory. When it is finished, the system prints an RT-11 monitor identification message such as the following: (RT11FB V05.0x)

If the system does not print an RT-11 monitor identification after you press the START switch, you probably made an error in entering the bootstrap loader. Repeat the procedure. (Addresses and Contents of the MSCP Bootstrap Loader\ins_mscpboot_sec)

The following are the addresses and contents of the MSCP bootstrap loader:

(MSCP Bootstrap Loader\ins_mscpboot_tab) (single_spaced) (2\10) (Address\Contents) (76000\ 005000) (76002\ 012701) (76004\ 172150) (76006\ 012704) (76010\ 076156) (76012\ 012705) (76014\ 004000) (76016\ 010102) (76020\ 010022) (76022\ 005712) (76024\ 100770) (76026\ 031205) (76030\ 000401) (76032\ 042125) (76034\ 001772) (76036\ 014412) (76040\ 006305) (76042\ 100367) (76044\ 105744) (76046\ 001002) (76050\ 010704) (76052\ 005007) (76054\ 005002) (76056\ 005022) (76060\ 020227) (76062\ 017204) (76064\ 103774) (76066\ 105237) (76070\ 017101) (76072\ 010037) (76074\ 017110) (76076\ 111437) (76100\ 017114) (76104\ 017121) (76106\ 012722) (76110\ 017004) (76112\ 010522) (76114\ 012722) (76116\ 017104) (76120\ 010512) (76122\ 024242) (76124\ 005711) (76126\ 005712) (76130\ 100776) (76132\ 005737) (76134\ 017016) (76136\ 001742) (76140\ 000000) (76142\ 020402) (76144\ 004400) (76146\ 000001) (76150\ 000000) (76152\ 017204) (76154\ 100000) (Loading the RK11 (RK05) DECpack Bootstrap\ins_rk11boot_sec)

Deposit the basic RK11 (RK05) disk bootstrap loader in memory as follows: (NUMBERED) Set the ENABLE/HALT switch to HALT. Set the first address, 001000, in the switch register (see (ins_rk11boot_tab)). Press the LOAD ADDR switch. Set the contents for the first address (in (ins_rk11boot_tab)) in the switch register. Lift the DEP switch. The computer automatically advances to the next address. Set the contents for the next address (in (ins_rk11boot_tab)) in the switch register. Lift the DEP switch. Repeat steps 6 and 7 until you have deposited all the instructions.

(RK11 (RK05) Bootstrap Loader\ins_rk11boot_tab) (single_spaced) (2\10) (Address \Contents) (001000 \012700) (001002 \177406) (001004 \012710) (001006 \177400) (001010 \012740) (001012 \000005) (001014 \105710) (001016 \100376) (001020 \005007)

Now, verify that you deposited the bootstrap loader properly. (NUMBERED) Set the first address, 001000, in the switch register. Press the LOAD ADDR switch. Press the EXAM switch to display the contents of that address in the data register. Compare the value in the data register with the value for that address in (ins_rk11boot_tab). If the values are the same, press EXAM again to display the contents of the next address. If the values are not the same, repeat the entire procedure for depositing the bootstrap. Verify the contents of all the addresses in this way. If any instruction is incorrect, repeat the entire deposit procedure.

Once you have correctly deposited the bootstrap in memory, start the computer as follows: (NUMBERED) Set the starting address, 001000, in the switch register. Press the LOAD ADDR switch. Set the ENABLE/HALT switch to ENABLE. Press the START switch. (Loading the RX11 Bootstrap\ins_rx11boot_sec)

The procedure to deposit the RX11 disk bootstrap loader in memory depends on the type of processor you have. If your computer is a PDP--11V/03, PDP--11/03, or LSI--11, see the (PDP--11/03 User's Manual )for instructions. Otherwise deposit the RX11 disk bootstrap loader in memory as follows: (NUMBERED) Set the ENABLE/HALT switch to HALT. Set the first address, 001000, in the switch register (see (ins_rx11boot_tab)). Press the LOAD ADDR switch. Set the contents for the first address (from (ins_rx11boot_tab)) in the switch register. Lift the DEP switch. The computer automatically advances to the next address. Set the contents for the next address (from (ins_rx11boot_tab)) in the switch register. Lift the DEP switch. Repeat steps 6 and 7 until you have deposited all the instructions.

(RX11 Bootstrap Loader\ins_rx11boot_tab) (single_spaced) (2\10) (Address \Contents) (001000 \005000) (001002 \012701) (001004 \177170) (001006 \105711) (001010 \001776) (001012 \012711) (001014 \000003) (001016 \005711) (001020 \001776) (001022 \100405) (001024 \105711) (001026 \100004) (001030 \116120) (001032 \000002) (001034 \000770) (001036 \000000) (001040 \005000) (001042 \000110)

Now, verify that you deposited the bootstrap loader properly. (NUMBERED) Set the first address, 001000, in the switch register. Press the LOAD ADDR switch. Press the EXAM switch to display the contents of that address in the data register. Compare the value in the data register with the value for that address in (ins_rx11boot_tab). If the values are the same, press EXAM again to display the contents of the next address. If the values are not the same, repeat the entire procedure for depositing the bootstrap. Verify the contents of all the addresses in this way. If any instruction is incorrect, repeat the entire deposit procedure.

Once you have correctly deposited the bootstrap in memory, start the computer as follows: (NUMBERED) Set the starting address, 001000, in the switch register. Press the LOAD ADDR switch. Set the ENABLE/HALT switch to ENABLE. Press the START switch. (Loading the TJU16 or TM11 Magtape Bootstrap\ins_tjtmboot_sec)

Deposit the basic TJU16 or TM11 magtape bootstrap loader in memory as follows: (NUMBERED) Set the ENABLE/HALT switch to HALT. Set the first address, 001000 or 010000, in the switch register (see Table (ins_tjboot_tab\value) or (ins_tmboot_tab\value)). Press the LOAD ADDR switch. Set the contents for the first address (from (ins_tjboot_tab) for TJU16 magtape or from (ins_tmboot_tab) for TM11 magtape) in the switch register. Lift the DEP switch. The computer automatically advances to the next address. Set the contents for the next address (from Table (ins_tjboot_tab\value) or (ins_tmboot_tab\value)) in the switch register. Lift the DEP switch. Repeat steps 6 and 7 until you have deposited all the instructions.

(TJU16 Bootstrap Loader\ins_tjboot_tab) (single_spaced) (2\10) (Address \Contents) (001000 \012700) (001002 \172440) (001004 \012710) (001006 \000021) (001010 \012760) (001012 \001300) (001014 \000032) (001016 \012760) (001020 \177777) (001022 \000006) (001024 \012720) (001026 \000031) (001030 \105760) (001032 \000010) (001034 \100375) (001036 \012710) (001040 \177000) (001042 \012740) (001044 \000071) (001046 \032710) (001050 \100200) (001052 \001775) (001054 \100007) (001056 \022760) (001060 \001000) (001062 \000014) (001064 \001403) (001066 \000005) (001070 \000167) (001072 \177704) (001074 \005007) (TM11 Bootstrap Loader\ins_tmboot_tab) (single_spaced) (2\10) (Address \Contents) (010000 \012700 ) (010002 \172524 ) (010004 \005310 ) (010006 \012740 ) (010010 \060011 ) (010012 \105710 ) (010014 \100376 ) (010016 \005710 ) (010020 \100767 ) (010022 \012710 ) (010024 \060003 ) (010026 \105710 ) (010030 \100376 ) (010032 \005710 ) (010034 \100777) (010036 \005007)

Now, verify that you deposited the bootstrap loader properly. (NUMBERED) Set the first address, 001000 or 010000, in the switch register. Press the LOAD ADDR switch. Press the EXAM switch to display the contents of that address in the data register. Compare the value in the data register with the value for that address in Table (ins_tjboot_tab\value) or (ins_tmboot_tab\value). If the values are the same, press EXAM again to display the contents of the next address. If the values are not the same, repeat the entire procedure for depositing the bootstrap. Verify the contents of all the addresses in this way. If any instruction is incorrect, repeat the entire deposit procedure.

Once you have correctly deposited the bootstrap in memory, start the computer as follows: (NUMBERED) If the magtape is not positioned at the load point, rewind the magtape manually. Set the starting address, 001000 or 010000, in the switch register. Press the LOAD ADDR switch. Set the ENABLE/HALT switch to ENABLE. Press the START switch. (Loading the RK06/RK07 DECpack Bootstrap\ins_rkboot_sec)

Deposit the basic RK06 or RK07 disk bootstrap loader in memory as follows: (NUMBERED) Set the ENABLE/HALT switch to HALT. Set the first address, 001000, in the switch register (see (ins_rkboot_tab)). Press the LOAD ADDR switch. Set the contents for the first address (from (ins_rkboot_tab)) in the switch register. Lift the DEP switch. The computer automatically advances to the next address. Set the contents for the next address (from (ins_rkboot_tab)) in the switch register. Lift the DEP switch. Repeat steps 6 and 7 until you have deposited all the instructions.

(RK06/RK07 Bootstrap Loader\ins_rkboot_tab) (single_spaced) (3\20\20) (Address \Contents RK06\Contents RK07) (001000 \012701 \012701) (001002 \177440 \177440) (001004 \012711 \012711) (FIRST) (001006 \000003 \002003) (001010 \032711 \032711) (001012 \100200 \100200) (001014 \001775 \001775) (001016 \012761 \012761) (001020 \177400 \177400) (001022 \000002 \000002) (001024 \012711 \012711) (001026 \000021 \002021) (001030 \032711 \032711) (LAST) (001032 \100200 \100200) (001034 \001775 \001775) (001036 \005007 \005007)

Now, verify that you deposited the bootstrap loader properly. (NUMBERED) Set the first address, 001000, in the switch register. Press the LOAD ADDR switch. Press the EXAM switch to display the contents of that address in the data register. Compare the value in the data register with the value for that address in (ins_rkboot_tab). If the values are the same, press EXAM again to display the contents of the next address. If the values are not the same, repeat the entire procedure for depositing the bootstrap. Verify the contents of all the addresses in this way. If any instruction is incorrect, repeat the entire deposit procedure.

Once you have correctly deposited the bootstrap in memory, start the computer as follows: (NUMBERED) Set the starting address, 001000, in the switch register. Press the LOAD ADDR switch. Set the ENABLE/HALT switch to ENABLE. Press the START switch. (Loading the RL01/RL02 Disk Bootstrap\ins_rlboot_sec)

Deposit the basic RL01/RL02 disk bootstrap loader in memory as follows: (NUMBERED) Set the ENABLE/HALT switch to HALT. Set the first address, 001000, in the switch register (see (ins_rlboot_tab)). Press the LOAD ADDR switch. Set the contents for the first address (from (ins_rlboot_tab)) in the switch register. Lift the DEP switch. The computer automatically advances to the next address. Set the contents for the next address (from (ins_rlboot_tab)) in the switch register. Lift the DEP switch. Repeat steps 6 and 7 until you have deposited all the instructions.

(RL01/RL02 Bootstrap Loader\ins_rlboot_tab) (single_spaced) (2\10) (Address \Contents) (001000 \012701) (001002 \174400) (001004 \012761) (001006 \000013) (001010 \000004) (001012 \012711) (001014 \000004) (001016 \105711) (001020 \100376) (001022 \005061) (001024 \000002) (001026 \005061) (001030 \000004) (001032 \012761) (001034 \177400) (001036 \000006) (001040 \012711) (001042 \000014) (001044 \105711) (001046 \100376) (001050 \005007)

Now, verify that you deposited the bootstrap loader properly. (NUMBERED) Set the first address, 001000, in the switch register. Press the LOAD ADDR switch. Press the EXAM switch to display the contents of that address in the data register. Compare the value in the data register with the value for that address in (ins_rlboot_tab). If the values are the same, press EXAM again to display the contents of the next address. If the values are not the same, repeat the entire procedure for depositing the bootstrap. Verify the contents of all the addresses in this way. If any instruction is incorrect, repeat the entire deposit procedure.

Once you have correctly deposited the bootstrap in memory, start the computer as follows: (NUMBERED) Set the starting address, 001000, in the switch register. Press the LOAD ADDR switch. Set the ENABLE/HALT switch to ENABLE. Press the START switch. (Loading the RX211 Bootstrap\ins_rx211boot_sec)

Deposit the basic RX211 bootstrap loader in memory as follows: (NUMBERED) Set the ENABLE/HALT switch to HALT. Set the first address, 002000, in the switch register (see (ins_rx211boot_tab)). Press the LOAD ADDR switch. Set the contents for the first address (from (ins_rx211boot_tab)) in the switch register. Lift the DEP switch. The computer automatically advances to the next address. Set the contents for the next address (from (ins_rx211boot_tab)) in the switch register. Lift the DEP switch. Repeat steps 6 and 7 until you have deposited all the instructions.

(RX211 Bootstrap Loader\ins_rx211boot_tab) (single_spaced) (2\10) (Address \Contents) (002000 \012701 ) (002002 \177170) (002004 \012700) (002006 \100240) (002010 \005002) (002012 \012705) (002014 \000200) (002016 \012704) (002020 \000401) (002022 \012703) (002024 \177172) (002026 \030011) (002030 \001776) (002032 \100440) (002034 \012711) (002036 \000407) (002040 \030011) (002042 \001776) (002044 \100433) (002046 \110413) (002050 \000304) (002052 \030011) (002054 \001776) (002056 \110413) (002060 \000304) (002062 \030011) (002064 \001776) (002066 \100422) (002070 \012711) (002072 \000403) (002074 \030011) (002076 \001776) (002100 \100415) (002102 \010513) (002104 \030011) (002106 \001776) (002110 \100411) (002112 \010213) (002114 \060502) (002116 \060502) (002120 \122424) (002122 \120427) (002124 \000007) (002126 \003737) (002130 \005000) (002132 \005007) (002134 \000000) (page_break)

Now verify that you deposited the bootstrap loader properly. (NUMBERED) Set the first address, 002000, in the switch register. Press the LOAD ADDR switch. Press the EXAM switch to display the contents of that address in the data register. Compare the value in the data register with the value for that address in (ins_rx211boot_tab). If the values are the same, press EXAM again to display the contents of the next address. If the values are not the same, repeat the entire procedure for depositing the bootstrap. Verify the contents of all the addresses in this way. If any instruction is incorrect, repeat the entire deposit procedure.

Once you have correctly deposited the bootstrap in memory, start the computer as follows: (NUMBERED) Set the starting address, 002000, in the switch register. Press the LOAD ADDR switch. Set the ENABLE/HALT switch to ENABLE. Press the START switch. (Loading the TSV05 Bootstrap, Using MICRO--ODT\ins_tsv05boot_micro_sec)

Deposit the TSV05 bootstrap loader in memory as follows: (NUMBERED) Turn on your processor. If it is already on, halt it. At the console, type the first address in (ins_tsv05boot_tab) (7776) followed by a slash (/): (7776/)

The system responds by printing the contents of address 7776 (represented below by xxxxxx) on the console: (7776/ xxxxxx) On the same line, type the first contents value in (ins_tsv05boot_tab) (46523) followed by a line feed. (7776/ xxxxxx)( 46523 (LF))

The system deposits the value you type and displays the next memory location. (10000/) Type the contents for the next memory location ((ins_tsv05boot_tab)) followed by a line feed. Repeat step 4 until you have deposited all the instructions. Then, press RETURN. Finally, enable the processor (remove the halt condition) and type: (10000G)

The processor reads the software bootstrap from the magtape into memory. The system prints the following prompt when it is finished: (MSBOOT V05.xx) (*) Respond to the asterisk (*) as described in (ins_mag_chap).

(TSV05 Bootstrap Loader\ins_tsv05boot_tab) (single_spaced) (2\10) (Address \Contents) (007776 \046523) (010000 \012701) (010002 \172522) (010004 \010102) (010006 \005000) (010010 \105711) (010012 \100376) (010014 \010704) (010016 \112737) (010020 \000200) (010022 \172523) (010024 \005242) (010026 \105711) (010030 \100376) (010032 \005711) (010034 \100761) (010036 \005007) (Loading the TSV05 Bootstrap, Using the Switch Register\ins_tsv05boot_switch_sec)

Deposit the TSV05 bootstrap loader in memory as follows: (NUMBERED) Set the ENABLE/HALT switch to HALT. Set the first address in (ins_tsv05boot_tab), 7776, in the switch register. Press the LOAD ADDR switch. Set the contents for the first address (046523 from (ins_tsv05boot_tab)) in the switch register. Lift the DEP switch. The computer automatically advances to the next address. Set the contents for the next address (from (ins_tsv05boot_tab)) in the switch register. Lift the DEP switch. Repeat steps 6 and 7 until you have deposited all the instructions.

Now, verify that you deposited the bootstrap loader properly. (NUMBERED) Set the starting address, 007776, in the switch register. Press the LOAD ADDR switch. Press the EXAM switch to display the contents of that address in the data register. Compare the value in the data register with the contents value for that address in (ins_tsv05boot_tab). If the values are the same, press EXAM again to display the contents of the next address. If the values are not the same, repeat the entire procedure for depositing the bootstrap. Verify the contents of all addresses in this way. If any instruction is incorrect, repeat the entire deposit procedure.

Once you have correctly deposited the bootstrap in memory, start the computer as follows: (NUMBERED) Set the starting address, 010000, in the switch register. Press the LOAD ADDR switch. Set the ENABLE/HALT switch to ENABLE. Press the START switch. (AA Dummy index entries to get "INDEX" in table of contents.) (AB The real index for this manual is in a separate skeleton) (AC index file. Process that file separately, then take the) (AD index produced from that file, insert in place of this page,) (AE and throw this page away.)