Skip to content

Commit

Permalink
docs(tt_um_minibyte): Shortening descriptions to fix table formatting
Browse files Browse the repository at this point in the history
  • Loading branch information
@zacharysfrazee @urish
zacharysfrazee authored and urish committed Nov 17, 2024
1 parent b5aa3d2 commit a056128
Showing 1 changed file with 39 additions and 39 deletions.
78 changes: 39 additions & 39 deletions projects/tt_um_minibyte/docs/info.md
View file
Original file line number Diff line number Diff line change
Expand Up @@ -158,45 +158,45 @@ The above program adds the numbers 0x05 and 0x03 together, and then loops back t
| BMI_DIR | 0x23 | Direct | N==SET |
| BMI_IND | 0x24 | Indirect | N==SET |

| OPCODE | Desc |
| ---------- | ---------------------------------------------------------------------------------- |
| NOP | No Operation |
| LDA_IMM | Load A with immediate operand data |
| LDA_DIR | Load A with the data stored at the operand address |
| STA_DIR | Store A at the operand address |
| STA_IND | Store A at the address contained at the operand address |
| ADD_IMM | Add the immediate operand data to A |
| ADD_DIR | Add the data stored at the operand address to A |
| SUB_IMM | Subtract the immediate operand data from A |
| SUB_DIR | Subtract the data stored at the operand address from A |
| AND_IMM | And the immediate operand data with A |
| AND_DIR | And the data stored at the operand address with A |
| OR_IMM | Or the immediate operand data with A |
| OR_DIR | Or the data stored at the operand address with A |
| XOR_IMM | Xor the immediate operand data with A |
| XOR_DIR | Xor the data stored at the operand address with A |
| LSL_IMM | Logical shift A left by the immediate operand data |
| LSL_DIR | Logical shift A left by the data stored at the operand address |
| LSR_IMM | Logical shift A right by the immediate operand data |
| LSR_DIR | Logical shift A right by the data stored at the operand address |
| ASL_IMM | Arithmetic shift A left by the immediate operand data |
| ASL_DIR | Arithmetic shift A left by the data stored at the operand address |
| ASR_IMM | Arithmetic shift A right by the immediate operand data |
| ASR_DIR | Arithmetic shift A right by the data stored at the operand address |
| RSL_IMM | Rotate A left by the immediate operand |
| RSL_DIR | Rotate A left by the data stored at the operand address |
| RSR_IMM | Rotate A right by the immediate operand data |
| RSR_DIR | Rotate A right by the data stored at the operand address |
| JMP_DIR | Jump PC to the address specified by the operand |
| JMP_IND | Jump PC to the address stored at the operand address |
| BNE_DIR | Jump PC (if ALU z flag is clear) to the address specified by the operand |
| BNE_IND | Jump PC (if ALU z flag is clear) to the address stored at the operand address |
| BEQ_DIR | Jump PC (if ALU z flag is set) to the address specified by the operand |
| BEQ_IND | Jump PC (if ALU z flag is set) to the address stored at the operand address |
| BPL_DIR | Jump PC (if ALU n flag is clear) to the address specified by the operand |
| BPL_IND | Jump PC (if ALU n flag is clear) to the address stored at the operand address |
| BMI_DIR | Jump PC (if ALU n flag is set) to the address specified by the operand |
| BMI_IND | Jump PC (if ALU n flag is set) to the address stored at the operand address |
| OPCODE | Desc |
| ---------- | ---------------------------------------------------------------|
| NOP | No Operation |
| LDA_IMM | Load A with immediate operand data |
| LDA_DIR | Load A with the data stored at the operand addr |
| STA_DIR | Store A at the operand addr |
| STA_IND | Store A at the addr contained at the operand addr |
| ADD_IMM | Add the immediate operand data to A |
| ADD_DIR | Add the data stored at the operand addr to A |
| SUB_IMM | Subtract the immediate operand data from A |
| SUB_DIR | Subtract the data stored at the operand addr from A |
| AND_IMM | And the immediate operand data with A |
| AND_DIR | And the data stored at the operand addr with A |
| OR_IMM | Or the immediate operand data with A |
| OR_DIR | Or the data stored at the operand addr with A |
| XOR_IMM | Xor the immediate operand data with A |
| XOR_DIR | Xor the data stored at the operand addr with A |
| LSL_IMM | Logical shift A left by the immediate operand data |
| LSL_DIR | Logical shift A left by the data at the operand addr |
| LSR_IMM | Logical shift A right by the immediate operand data |
| LSR_DIR | Logical shift A right by the data at the operand addr |
| ASL_IMM | Arithmetic shift A left by the immediate operand data |
| ASL_DIR | Arithmetic shift A left by the data at the operand addr |
| ASR_IMM | Arithmetic shift A right by the immediate operand data |
| ASR_DIR | Arithmetic shift A right by the data at the operand addr |
| RSL_IMM | Rotate A left by the immediate operand |
| RSL_DIR | Rotate A left by the data stored at the operand addr |
| RSR_IMM | Rotate A right by the immediate operand data |
| RSR_DIR | Rotate A right by the data stored at the operand addr |
| JMP_DIR | Jump PC to the operand addr |
| JMP_IND | Jump PC to the addr stored at the operand addr |
| BNE_DIR | Jump PC (if Z is clear) to the operand addr |
| BNE_IND | Jump PC (if Z is clear) to the addr stored at the operand addr |
| BEQ_DIR | Jump PC (if Z is set) to the operand addr |
| BEQ_IND | Jump PC (if Z is set) to the addr stored at the operand addr |
| BPL_DIR | Jump PC (if N is clear) to the operand addr |
| BPL_IND | Jump PC (if N is clear) to the addr stored at the operand addr |
| BMI_DIR | Jump PC (if N is set) to the operand addr |
| BMI_IND | Jump PC (if N is set) to the addr stored at the operand addr |

### DFT and Extra Features

Expand Down

0 comments on commit a056128

Please sign in to comment.