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_less16s (Less Than Signed, 16 Bit) ......................................................... 174
_less8 (Less Than, 8 Bit) ............................................................................ 174
_less8s (Less Than Signed, 8 Bit).............................................................. 175
_log16 (Logical Value, 16 Bit) .................................................................... 175
_log8 (Logical Value, 8 Bit) ........................................................................ 175
_lognot16 (Negated Logical Value, 16 Bit) ............................................... 176
_lognot8 (Negated Logical Value, 8 Bit) ................................................... 176
_lshift16_add16 (Left Shift and Add, 16 Bit) ........................................... 177
_lshift8_add16 (Left Shift and Add, Converts 8 Bits to 16 Bits)............. 177
_lshift8by1_add16 (Left Shift By 1 and Add, Converts 8 Bits to 16 Bits)177
_lshift8by2_add16 (Left Shift By 2 and Add, Converts 8 Bits to 16 Bits)178
_max16 (Maximum Value, 16 Bit) ............................................................ 178
_max16s (Maximum Signed Value, 16 Bit) .............................................. 178
_max8 (Maximum Value, 8 Bit) ................................................................ 179
_max8s (Maximum Signed Value, 8 Bit) .................................................. 179
_memcpy (Copy Memory) .......................................................................... 180
_memcpy1 (Copy Memory from Offset) .................................................... 180
_memset (Set Memory) .............................................................................. 180
_memset1 (Set Memory at P0) .................................................................. 181
_min16 (Minimum Value, 16 Bit) ............................................................. 181
_min16s (Minimum Signed Value, 16 Bit) ............................................... 181
_min8 (minimum Value, 8 Bit) .................................................................. 182
_min8s (Minimum Signed Value, 8 Bit) ................................................... 182
_minus16s (Negative Signed Value, 16 Bit) ............................................. 182
_mod8 (Modulo, 8 Bit) ................................................................................ 183
_mod8s (Modulo Signed, 8 Bit) .................................................................. 183
_mul16 (Multiply, 16 Bit) .......................................................................... 183
_mul16s (Multiply Signed, 16 Bit) ............................................................ 184
_mul8 (Multiply, 8 Bit) .............................................................................. 184
_mul8s (Multiply Signed, 8 Bit) ................................................................ 185
_mul_8_16 (Multiply, 8 Bit to 16 Bit) ....................................................... 185
_muls_8_16 (Multiply Signed, 8 Bit to 16 Bit) ......................................... 185
_mul8l (Multiply, 8 Bit with 16 Bit Result).............................................. 186
_mul8ls (Multiply Signed, 8 Bit with 16 Bit Result) ............................... 186
_not16 (Not, 16 Bit) .................................................................................... 186
_or16 (Or, 16 Bit)........................................................................................ 187
_pop (Pop from TOS and Push to Offset) .................................................. 187
_pop1 (Pop from TOS and Push Short to Offset) ..................................... 187
_popd (Pop from TOS and NEXT, Push to Offset, 16 Bit) ....................... 188
_popd1 (Pop from TOS and NEXT, Push Short to Offset, 16 Bit) ........... 188
_push (Push from Offset to TOS) .............................................................. 189
_push1 (Push Short from Offset to TOS) .................................................. 189
_push4 (Copy Top 4 Bytes of Stack, Push to Stack) ................................ 189
_pushd (Push from Offset to TOS and NEXT, 16 Bit) ............................. 190
_pushd1 (Push Short from Offset to TOS and NEXT, 16 Bit) ................. 190
_r_shift16 (Right Shift, 16 Bit) .................................................................. 190
_r_shift16s (Right Shift Signed, 16 Bit) .................................................... 191
_r_shift8 (Right Shift, 8 Bit) ...................................................................... 191
_r_shift8_<n> (Right Shift <n>, 8 Bit) ...................................................... 191
_r_shift8s (Right Shift Signed, 8 Bit) ........................................................ 192
_register_call (Call Function from Register) ............................................ 192
_sign_extend16 (Convert 8 Bit to 16 Bit, Preserve Sign) ........................ 193
_sub16 (Subtract, 16 Bit) ........................................................................... 193
Neuron Assembly Language Reference ix
- Neuron Assembly 1
- Language Reference 1
- Welcome 3
- Audience 3
- Related Documentation 3
- Table of Contents 5
- Introduction 11
- Neuron Assembler Tools 13
- Command Usage 14
- NAS Command Switches 14
- Neuron Librarian Tool 15
- Assembler Files 16
- Source Files 16
- Naming Convention 16
- File Format 17
- Output Files 17
- Assembly Instructions 19
- Operands 20
- Literal Constants 20
- Symbols 21
- Expressions 21
- Constant Expressions 23
- Comments 24
- Assembler Directives 24
- Assembly Programming 25
- Neuron Architecture 26
- CPU Registers 27
- General-Purpose Registers 28
- Pointer Registers 29
- Flag Register 31
- Instruction Pointer 31
- Data Stack 32
- Return Stack 33
- Stack Manipulation 34
- Segments 35
- Using Neuron Chip Memory 36
- Chips with Off-Chip Memory 36
- Chips with Auto-tuned Memory 39
- Addressing Modes 40
- Immediate 40
- Absolute 40
- Implicit 41
- Pointer Direct 41
- Indirect Relative 41
- Indirect Indexed 42
- DSP Relative 42
- BP Relative 43
- BP Indexed 43
- Indirect 43
- Relative 43
- Function 45
- Stack-Effect Comments 51
- Multi-Byte Values 51
- Pointer Values 51
- Conditional Values 51
- Showing the Return Stack 52
- Integrating the Program 52
- Assembling the Program 53
- Linking the Program 54
- Debugging the Program 54
- Interfacing with a Neuron C 57
- Application 57
- Overview 58
- Naming Conventions 58
- Function Parameters 58
- Calling Conventions 59
- Data Representation 61
- Structures and Unions 62
- Bitfields 62
- Neuron Assembly Language 69
- Instruction Statements 69
- ADC (Add with Carry) 74
- ADD (Add) 75
- ADD_R (Add and Return) 76
- ALLOC (Allocate) 77
- AND (And) 78
- AND_R (And and Return) 79
- BR (Branch) 80
- BRC (Branch If Carry) 81
- BRF (Branch Far) 82
- BRNC (Branch If Not Carry) 83
- BRNEQ (Branch If Not Equal) 84
- BRNZ (Branch If Not Zero) 86
- BRZ (Branch If Zero) 87
- CALL (Call Near) 88
- CALLF (Call Far) 89
- CALLR (Call Relative) 90
- DEC (Decrement) 94
- DIV (Divide) 95
- DROP (Drop from Stack) 96
- INC (Increment) 98
- Done 99
- MUL (Multiply) 100
- NOP (No Operation) 101
- NOT (Not) 102
- OR (Or) 103
- OR_R (Or and Return) 104
- POP (Pop from Stack) 105
- ] DA 2 7 None 106
- ] D9 2 7 None 106
- ] DB 2 7 None 107
- POPD (Pop Pointer Direct) 110
- Return Stack) 111
- PUSH (Push onto Stack) 112
- PUSH [1][offset] 113
- 98 2 7 None 114
- ] 99 2 7 None 114
- ] 9A 2 7 None 114
- ] 9B 2 7 None 114
- PUSHD (Push Pointer Direct) 117
- Data Stack) 119
- PUSHS (Push Short) 120
- RET (Return from Call) 121
- SBC (Subtract with Carry) 124
- SBR (Short Branch) 125
- SBRZ (Short Branch If Zero) 129
- SHL (Shift Left) 131
- SHR (Shift Right) 133
- SUB (Subtract) 135
- XCH (Exchange) 137
- XOR (Exclusive Or) 138
- Neuron Assembler Directives 141
- ELSE (Conditional Assembly) 147
- END (Assembly Control) 148
- ENDIF (Conditional Assembly) 149
- EQU (Equate Symbol) 150
- ERROR (Conditional Assembly) 151
- EXPORT (Export Symbol) 152
- IF (Conditional Assembly) 153
- IFDEF (Conditional Assembly) 154
- INCLUDE (Assembly Control) 157
- LIBRARY (Include Library) 158
- LIST (Listing Control) 160
- NOLIST (Listing Control) 161
- ORG (Segment Control) 162
- PAGE (Listing Control) 163
- RADIX (Default Radix) 164
- RESOURCE (Resource Control) 166
- SEG (Segment Control) 167
- SUBHEAD (Listing Control) 168
- System-Provided Functions 169
- Overview of the Functions 170
- _add16 (Add, 16 Bit) 171
- _add16s (Add Signed, 16 Bit) 171
- -- value(2)+offset) 172
- _and16 (And, 16 Bit) 173
- _dec16 (Decrement, 16 Bit) 173
- _div16 (Divide, 16 Bit) 174
- _div8 (Divide, 8 Bit) 175
- _get_sp (Get Stack Pointer) 179
- _inc16 (Increment, 16 Bit) 179
- _less16 (Less Than, 16 Bit) 184
- _less8 (Less Than, 8 Bit) 184
- _log8 (Logical Value, 8 Bit) 185
- Bits to 16 Bits) 187
- Converts 8 Bits to 16 Bits) 187
- _max8 (Maximum Value, 8 Bit) 189
- _memcpy (Copy Memory) 190
- _memset (Set Memory) 190
- _memset1 (Set Memory at P0) 191
- _min8 (minimum Value, 8 Bit) 192
- _mod8 (Modulo, 8 Bit) 193
- _mul16 (Multiply, 16 Bit) 193
- _mul8 (Multiply, 8 Bit) 194
- _not16 (Not, 16 Bit) 196
- _or16 (Or, 16 Bit) 197
- 16 Bit) 198
- Offset, 16 Bit) 198
- -- value, …, value, …) 199
- NEXT, 16 Bit) 200
- _sub16 (Subtract, 16 Bit) 203
- Neuron Assembly Instructions 205
- Listed by Mnemonic 205
- Instructions by Mnemonic 206
- Listed by Hexadecimal Opcode 217
- Instructions by Opcode 218
- 1 2 7 224
- Reserved Keywords 229
- Keywords 230
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