[−][src]Module cpclib_asm::preamble
Re-exports
pub use crate::implementation::tokens::*; |
pub use crate::implementation::listing::*; |
pub use crate::implementation::instructions::*; |
pub use crate::implementation::expression::*; |
pub use crate::error::*; |
pub use crate::AssemblingOptions; |
pub use crate::parser::*; |
pub use crate::assembler::*; |
pub use crate::assemble; |
pub use crate::assemble_to_amsdos_file; |
Modules
| builder | |
| routines | Code function that generate Listing instead of Tokens |
| symbols | |
| tokens |
Structs
| BaseListing | A listing is simply a list of things similar to token |
| SymbolsTable | |
| SymbolsTableCaseDependent | Wrapper around the symbols table in order to easily manage the fact that the assembler is case dependent or independant |
Enums
| BinaryFunction | Function with two arguments |
| BinaryTransformation | List of transformations that can be applied to an imported binary file |
| CrunchType | |
| DataAccess | Encode the way mnemonics access to data |
| Expr | Expression nodes. |
| ExprFormat | Format to represent an expression Stolen documentation of rasm Write text, variables or the result of evaluation of an expression during assembly. By default, numerical values are formatted as this behaviour: fhexg Display in hexadecimal format. If the value is less than #FF two digits will be displayed. If less than #FFFF, the display will be forced to 4 digits. fhex2g, fhex4g, fhex8g to force hex display with 2, 4 or 8 digits. fbing Display a binary value. If the value is less than #FF 8 bits will be displayed. Otherwise if it is less than #FFFF 16 bits will be printed. Any negative 32 bits value with all 16 upper bits set to 1 will be displayed as a 16 bits value. fbin8g,fbin16g,fbin32g Force binary display with 8, 16 or 32 bits. fintg Display value as integer. |
| FlagTest | |
| FormattedExpr | Expression for a print expression |
| IndexRegister8 | |
| IndexRegister16 | |
| Mnemonic | |
| Oper | |
| Register8 | |
| Register16 | |
| SaveType | |
| StableTickerAction | Stable ticker serves to count nops with the assembler ! |
| Symbol | |
| SymbolError | |
| TestKind | Encode the kind of test done in if/elif/else cases |
| Token | |
| UnaryFunction | Represent a function with one argument |
Traits
| ListingElement | The ListingElement trati contains the public method any memeber of a listing should contain ATM there is nothing really usefull |
Functions
| assert_str | Generate an ASSERT token from the string description of the expression |
| breakpoint_snapshot | |
| breakpoint_winape | |
| call_expr | Call opcode |
| comment | Generate a call |
| defb | Generate defw directive with one argument |
| defb_elements | Generate defb directive from a slice of expression |
| defs_expr | Generate defs directive |
| defs_expr_expr | Generate defs directive |
| defw | Generate defw directive with one argument |
| djnz_expr | DJNZ opcode |
| equ | |
| exx | |
| inc_a | Generate the opcode inc $reg |
| inc_af | Generate the opcode inc $reg |
| inc_b | Generate the opcode inc $reg |
| inc_bc | Generate the opcode inc $reg |
| inc_c | Generate the opcode inc $reg |
| inc_d | Generate the opcode inc $reg |
| inc_de | Generate the opcode inc $reg |
| inc_e | Generate the opcode inc $reg |
| inc_h | Generate the opcode inc $reg |
| inc_hl | Generate the opcode inc $reg |
| inc_l | Generate the opcode inc $reg |
| incbin | |
| jp_label | |
| label | |
| ld_a_expr | Generate the opcode LD $reg, expr |
| ld_af_expr | Generate the opcode LD $reg, expr |
| ld_b_expr | Generate the opcode LD $reg, expr |
| ld_bc_expr | Generate the opcode LD $reg, expr |
| ld_c_expr | Generate the opcode LD $reg, expr |
| ld_d_expr | Generate the opcode LD $reg, expr |
| ld_d_mem_hl | |
| ld_de_expr | Generate the opcode LD $reg, expr |
| ld_e_expr | Generate the opcode LD $reg, expr |
| ld_e_mem_hl | |
| ld_h_expr | Generate the opcode LD $reg, expr |
| ld_hl_expr | Generate the opcode LD $reg, expr |
| ld_l_expr | Generate the opcode LD $reg, expr |
| ld_l_mem_ix | I have clear doubt that this exists really |
| ld_mem_hl_b | |
| ld_mem_hl_c | |
| ld_mem_hl_d | |
| ld_mem_hl_e | |
| ld_mem_hl_h | |
| ld_mem_hl_l | |
| ld_mem_hl_register8 | |
| ld_register8_mem_hl | |
| ldd | |
| lddr | |
| ldi | |
| ldir | |
| nop | NOP instruction |
| out_c_a | |
| out_c_b | |
| out_c_c | |
| out_c_d | |
| out_c_e | |
| out_c_h | |
| out_c_l | |
| out_c_register8 | |
| pop_af | |
| pop_bc | |
| pop_de | |
| pop_hl | |
| pop_ix | |
| pop_iy | |
| push_af | |
| push_bc | |
| push_de | |
| push_hl | |
| push_ix | |
| push_iy | |
| res_d | |
| res_reg_pos | |
| ret | Ret token |
| set_d | |
| set_reg_pos | |
| token_for_opcode_latest_arg | Build a token that represents a mnemonic with only one argument BUT positionned in the last position (for jp for example) |
| token_for_opcode_no_arg | Build a token that represents a mnemonic without any argument |
| token_for_opcode_one_arg | Build a token that represents a mnemonic with only one argument |
| token_for_opcode_two_args | Build a token that represents a mnemonic with two arguments |
Type Definitions
| Listing | Standard listing is a specific implementation |