Zimbra desktop windows java error serial#
Zimbra desktop windows java error code#

Otherwise the next instruction is taken in sequence. TMI (Transfer on Minus Accumulator): The next instruction is taken from memory if the contents of the Accumulator A are negative. TSQ (Transfer and Set Q): The contents of the Q Register are replaced with an address field set to one greater than the location of the TSQ instruction. TRA (Transfer): The next instruction is taken from memory. LRS N (Long Right Shift): Similar to LLS, but the contents are shifted right N places. The sign of Q Register is made to agree with sign of Accumulator A.

LLS N (Long Left Shift): The contents of Accumulator A and bits 1 - 17 of Q Register are shifted left as one register N places. The contents of Q Register remain unchanged.ĪLS N (Arithmetic Left Shift): The contents of Accumulator A are shifted left N places. STQ (Store Q Register): The contents of Q Register are stored in memory. The contents of Accumulator A remain unchanged. STO (Store Accumulator): The contents of Accumulator A are stored in memory. LDQ (Load Q Register): The Q Register is loaded with contents of memory. The contents of memory remain unchanged.ĬLZ (Clear, Add and Zero): Similar to CLA instruction the contents of memory are set to zero. If the contents of the Accumulator A are positive, zero or minus one, the contents remain unchanged.ĬLA (Clear and Add): The Accumulator A is loaded from memory. The quotient is placed in Accumulator A and rounded unless the rounding would cause overflow.ĬOM (Complement Accumulator): The contents of Accumulator A are replaced with their two's complement. MPZ (Multiply and Zero): Identical to MPR instruction, the contents of memory are set to zero.ĭVP (Divide): The contents of Accumulator A and Register Q that form a dividend are divided by the contents of memory. MPR (Multiply and Round): Identical to MPY instruction, the most significant part of the product in Accumulator A is rounded by adding one to the contents of Accumulator A if bit 1 of Q Register equals one. The most significant part of the product is placed in the Accumulator A, the least significant part is placed in Register Q. MPY (Multiply): The contents of Accumulator A are multiplied by the contents of memory. SUZ (Subtract and Zero): The contents of memory are subtracted from Accumulator A. SUB (Subtract): The contents of memory are subtracted from Accumulator A. The contents of the memory location remain unchanged.ĪDZ (Add and Zero): The contents of memory are added to Accumulator A. The AEA instruction format consisted of five-bit instruction code, index bit and a 12-bit address.ĪDD: The contents of memory location are added to Accumulator A.

Timers (2 registers): produce the control timing signals.

Cycle Counter (5 bit): controls shift instructions.

Zimbra desktop windows java error code#

Operation Code Register (5 bit): holds 5-bit instruction code during its execution.Address Register (12 bit): holds the memory address requested by central computer.Index Register (3 bit): used for index addressing.It can be also used as extension of Accumulator Q: Multiplier-Quotient Register (18 bit), stores the least significant half of result after multiplication and division.M: Memory Register (18 bit), holds data that are being transferred between the central computer and memory.Data words were two's complement and in fixed-point form.The addresses were 13 bits long MSB indicated index addressing. It was an 18-bit machine, with 17 magnitude bits and a sign bit.The fixed and erasable memory were constructed similarly so the ratio between fixed and erasable memory was variable. Lower 2048 words were erasable memory (RAM), higher 2048 words served as fixed memory (ROM). The computer had the following characteristics:

Zimbra desktop windows java error serial#

Because the memory had a serial access it was slower than AGC, although some operations on AEA were performed as fast or faster than on AGC.

The computer used was MARCO 4418 (MARCO stands for Man Rated Computer) whose dimensions were 5 by 8 by 23.75 inches (12.7 by 20.3 by 60.33 centimeters) it weighed 32.7 pounds (14.83 kg) and required 90 watts of power. Data Entry and Display Assembly (DEDA): the astronaut interface, similar to DSKY.Abort Sensor Assembly (ASA): a simple strapdown IMU.Abort Electronic Assembly (AEA): the AGS computer.The Abort Guidance System included the following components: