📄 led_flas.lst
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162 =2 /* ADCON0 */
163 =2 sbit BD = ADCON0^7;
164 =2 sbit CLK = ADCON0^6;
165 =2 sbit ADEX = ADCON0^5;
166 =2 sbit BSY = ADCON0^4;
167 =2 sbit ADM = ADCON0^3;
168 =2 sbit MX2 = ADCON0^2;
169 =2 sbit MX1 = ADCON0^1;
170 =2 sbit MX0 = ADCON0^0;
171 =2
172 =2 /* IRCON */
173 =2 sbit EXF2 = IRCON^7;
174 =2 sbit TF2 = IRCON^6;
175 =2 sbit IEX6 = IRCON^5;
176 =2 sbit IEX5 = IRCON^4;
177 =2 sbit IEX4 = IRCON^3;
178 =2 sbit IEX3 = IRCON^2;
179 =2 sbit IEX2 = IRCON^1;
180 =2 sbit IADC = IRCON^0;
181 =2
182 =2 /* P1 */
183 =2 sbit T2 = P1^7;
184 =2 sbit CLKOUT = P1^6;
C51 COMPILER V6.10 LED_FLAS 04/19/2001 14:10:29 PAGE 5
185 =2 sbit T2EX = P1^5;
186 =2 sbit INT2 = P1^4;
187 =2 sbit INT6 = P1^3;
188 =2 sbit INT5 = P1^2;
189 =2 sbit INT4 = P1^1;
190 =2 sbit INT3 = P1^0;
191 =2
192 =2 /* P4 */
193 =2 sbit RXDC = P4^7;
194 =2 sbit TXDC = P4^6;
195 =2 sbit INT8 = P4^5;
196 =2 sbit SLS = P4^4;
197 =2 sbit STO = P4^3;
198 =2 sbit SRI = P4^2;
199 =2 sbit SCLK = P4^1;
200 =2 sbit ADST = P4^0;
33 =1
34 =1 // Include oscillator / chip details here
35 =1 // (essential if generic delays / timeouts are used)
36 =1 // -
37 =1 // Oscillator / resonator frequency (in Hz) e.g. (11059200UL)
38 =1 #define OSC_FREQ (10000000UL)
39 =1
40 =1 // Number of oscillations per instruction (4, 6 or 12)
41 =1 // 12 - Original 8051 / 8052 and numerous modern versions
42 =1 // 6 - Various Infineon and Philips devices, etc.
43 =1 // 4 - Dallas, etc.
44 =1 //
45 =1 // Take care with Dallas devices
46 =1 // - Timers default to *12* osc ticks unless CKCON is modified
47 =1 // - If using generic code on a Dallas device, use 12 here
48 =1 #define OSC_PER_INST (6)
49 =1
50 =1 //------------------------------------------------------------------
51 =1 // SHOULD NOT NEED TO EDIT THE SECTIONS BELOW
52 =1 //------------------------------------------------------------------
53 =1 typedef unsigned char tByte;
54 =1 typedef unsigned int tWord;
55 =1 typedef unsigned long tLong;
56 =1
57 =1 // Misc #defines
58 =1 #ifndef TRUE
59 =1 #define FALSE 0
60 =1 #define TRUE (!FALSE)
61 =1 #endif
62 =1
63 =1 #define RETURN_NORMAL (bit) 0
64 =1 #define RETURN_ERROR (bit) 1
65 =1
66 =1
67 =1 //------------------------------------------------------------------
68 =1 // Interrupts
69 =1 // - see Chapter 13.
70 =1 //------------------------------------------------------------------
71 =1
72 =1 // Generic 8051/52 timer interrupts (used in most schedulers)
73 =1 #define INTERRUPT_Timer_0_Overflow 1
74 =1 #define INTERRUPT_Timer_1_Overflow 3
75 =1 #define INTERRUPT_Timer_2_Overflow 5
76 =1
77 =1 // Additional interrupts (used in shared-clock schedulers)
78 =1 #define INTERRUPT_EXTERNAL_0 0
C51 COMPILER V6.10 LED_FLAS 04/19/2001 14:10:29 PAGE 6
79 =1 #define INTERRUPT_EXTERNAL_1 2
80 =1 #define INTERRUPT_UART_Rx_Tx 4
81 =1 #define INTERRUPT_CAN_c515c 17
82 =1
83 =1 //------------------------------------------------------------------
84 =1 // Error codes
85 =1 // - see Chapter 14.
86 =1 //------------------------------------------------------------------
87 =1
88 =1 #define ERROR_SCH_TOO_MANY_TASKS (1)
89 =1 #define ERROR_SCH_CANNOT_DELETE_TASK (2)
90 =1
91 =1 #define ERROR_SCH_WAITING_FOR_SLAVE_TO_ACK (3)
92 =1 #define ERROR_SCH_WAITING_FOR_START_COMMAND_FROM_MASTER (3)
93 =1
94 =1 #define ERROR_SCH_ONE_OR_MORE_SLAVES_DID_NOT_START (4)
95 =1 #define ERROR_SCH_LOST_SLAVE (5)
96 =1
97 =1 #define ERROR_SCH_CAN_BUS_ERROR (6)
98 =1
99 =1 #define ERROR_I2C_WRITE_BYTE (10)
100 =1 #define ERROR_I2C_READ_BYTE (11)
101 =1 #define ERROR_I2C_WRITE_BYTE_AT24C64 (12)
102 =1 #define ERROR_I2C_READ_BYTE_AT24C64 (13)
103 =1 #define ERROR_I2C_DS1621 (14)
104 =1
105 =1 #define ERROR_USART_TI (21)
106 =1 #define ERROR_USART_WRITE_CHAR (22)
107 =1
108 =1 #define ERROR_SPI_EXCHANGE_BYTES_TIMEOUT (31)
109 =1 #define ERROR_SPI_X25_TIMEOUT (32)
110 =1 #define ERROR_SPI_MAX1110_TIMEOUT (33)
111 =1
112 =1 #define ERROR_ADC_MAX150_TIMEOUT (44)
113 =1
114 =1 #endif
115 =1
116 =1 /*------------------------------------------------------------------*-
117 =1 ---- END OF FILE -------------------------------------------------
118 =1 -*------------------------------------------------------------------*/
25 #include "Port.h"
1 =1 /*------------------------------------------------------------------*-
2 =1
3 =1 Port.H (v1.00)
4 =1
5 =1 ------------------------------------------------------------------
6 =1
7 =1 'Port Header' (see Chap 10) for project SCC_m515 (see Chap 28)
8 =1
9 =1
10 =1 COPYRIGHT
11 =1 ---------
12 =1
13 =1 This code is from the book:
14 =1
15 =1 PATTERNS FOR TIME-TRIGGERED EMBEDDED SYSTEMS by Michael J. Pont
16 =1 [Pearson Education, 2001; ISBN: 0-201-33138-1].
17 =1
18 =1 This code is copyright (c) 2001 by Michael J. Pont.
19 =1
20 =1 See book for copyright details and other information.
21 =1
C51 COMPILER V6.10 LED_FLAS 04/19/2001 14:10:29 PAGE 7
22 =1 -*------------------------------------------------------------------*/
23 =1
24 =1 // ------ Sch51.C ----------------------------------------
25 =1
26 =1 // Comment this line out if error reporting is NOT required
27 =1 //#define SCH_REPORT_ERRORS
28 =1
29 =1 #ifdef SCH_REPORT_ERRORS
=1 // The port on which error codes will be displayed
=1 // ONLY USED IF ERRORS ARE REPORTED
=1 #define Error_port P1
=1
=1 #endif
35 =1
36 =1 // ------ SCC_M.C ------------------------------------------------
37 =1
38 =1 // *****************************************************************
39 =1 // P4.6, 4.7 used for CAN outputs
40 =1 // *****************************************************************
41 =1
42 =1 // Connect LED from +5V (etc) to these pins, via appropriate resistor
43 =1 sbit Network_error_pin = P4^4;
44 =1
45 =1 // Three pins used to report CAN bus errors
46 =1 sbit CAN_error_pin0 = P5^3;
47 =1 sbit CAN_error_pin1 = P5^4;
48 =1 sbit CAN_error_pin2 = P5^5;
49 =1
50 =1
51 =1 // ------ TLights_B.C ----------------------------------------------
52 =1
53 =1 sbit Red_light = (P4^0);
54 =1 sbit Amber_light = (P4^1);
55 =1 sbit Green_light = (P4^2);
56 =1
57 =1
58 =1 // ------ LED_Flas.C -----------------------------------------------
59 =1
60 =1 // Connect LED from +5V (etc) to this pin, via appropriate resistor
61 =1 // [see Chapter 7 for details]
62 =1 sbit LED_pin = P4^3;
63 =1
64 =1
65 =1 /*------------------------------------------------------------------*-
66 =1 ---- END OF FILE -------------------------------------------------
67 =1 -*------------------------------------------------------------------*/
68 =1
69 =1
70 =1
26 #include "LED_flas.h"
1 =1 /*------------------------------------------------------------------*-
2 =1
3 =1 LED_flas.H (v1.00)
4 =1
5 =1 ------------------------------------------------------------------
6 =1
7 =1 - See LED_flas.C for details.
8 =1
9 =1
10 =1 COPYRIGHT
11 =1 ---------
12 =1
C51 COMPILER V6.10 LED_FLAS 04/19/2001 14:10:29 PAGE 8
13 =1 This code is from the book:
14 =1
15 =1 PATTERNS FOR TIME-TRIGGERED EMBEDDED SYSTEMS by Michael J. Pont
16 =1 [Pearson Education, 2001; ISBN: 0-201-33138-1].
17 =1
18 =1 This code is copyright (c) 2001 by Michael J. Pont.
19 =1
20 =1 See book for copyright details and other information.
21 =1
22 =1 -*------------------------------------------------------------------*/
23 =1
24 =1 // ------ Public function prototypes -------------------------------
25 =1
26 =1 void LED_Flash_Init(void);
27 =1 void LED_Flash_Update(void);
28 =1
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