The great renamming: ASIC_ON_BOARD replaced by more clearer ASIC_RP_C…

…ONTROL

src/config.ini

@@ -20,10 +20,9 @@ start_in_reset = no
 
 # mode can be any of
 #  - SAFE: all RP2040 pins inputs
-#  - ASIC_ON_BOARD: TT inputs,nrst and clock driven, outputs monitored
+#  - ASIC_RP_CONTROL: TT inputs,nrst and clock driven, outputs monitored
 #  - ASIC_MANUAL_INPUTS: basically same as safe, but intent is clear
-#  - STANDALONE: *no* TT ASIC on-board, testing mode, outputs driven, inputs monitored
-mode = ASIC_ON_BOARD
+mode = ASIC_RP_CONTROL
 
 # log_level can be one of
 #  - DEBUG
@@ -50,7 +49,7 @@ input_byte = 1
 clock_frequency = 4000
 # clock config 4k, disp single bits
 input_byte = 0b11001000
-mode = ASIC_ON_BOARD
+mode = ASIC_RP_CONTROL
 
 
 
@@ -70,7 +69,7 @@ bidir_byte = 0b110010101
 [tt_um_vga_clock]
 rp_clock_frequency = 126e6
 clock_frequency = 31.5e6
-mode = ASIC_ON_BOARD
+mode = ASIC_RP_CONTROL
 
 
 [tt_um_urish_simon]
@@ -79,7 +78,7 @@ mode = ASIC_MANUAL_INPUTS
 
 
 [tt_um_algofoogle_solo_squash]
-mode = ASIC_ON_BOARD
+mode = ASIC_RP_CONTROL
 
 # start inactive (all ins 0)
 input_byte = 0

src/main.py

@@ -39,8 +39,8 @@
 def startup():
 
     # construct DemoBoard
-    # either pass an appropriate RPMode, e.g. RPMode.ASIC_ON_BOARD
-    # or have "mode = ASIC_ON_BOARD" in ini DEFAULT section
+    # either pass an appropriate RPMode, e.g. RPMode.ASIC_RP_CONTROL
+    # or have "mode = ASIC_RP_CONTROL" in ini DEFAULT section
     ttdemoboard = DemoBoard()
 
 

src/test.py

@@ -10,7 +10,7 @@
 import time
 from ttboard.demoboard import DemoBoard, RPMode
 
-tt = DemoBoard(RPMode.ASIC_ON_BOARD)
+tt = DemoBoard(RPMode.ASIC_RP_CONTROL)
 
 def test_design_tnt_counter():
     tt.shuttle.tt_um_test.enable()

src/ttboard/boot/firstboot_operations.py

@@ -104,7 +104,7 @@ def say_hello(delay_interval_ms:int=100, times:int=1):
     hello_values = [0x74, 0x79, 0x30, 0x30, 0x5c, 0, 0x50, 0x10, 0x78, 0x77]
     tt = get_demoboard()
     tt.shuttle.tt_um_test.enable()
-    tt.mode = RPMode.ASIC_ON_BOARD # make sure we're controlling everything
+    tt.mode = RPMode.ASIC_RP_CONTROL # make sure we're controlling everything
 
     tt.in0(0) # want this low
     tt.clock_project_PWM(1e3) # clock it real good

src/ttboard/boot/post.py

@@ -104,11 +104,11 @@ def test_bidirs(self) -> bool:
         # select the project from the shuttle
         update_delay_ms = 2
         auto_clock_freq = 1e3
-        self.tt.mode = RPMode.ASIC_ON_BOARD # make sure we're controlling everything
+        self.tt.mode = RPMode.ASIC_RP_CONTROL # make sure we're controlling everything
 
         self.tt.shuttle.tt_um_test.enable()
         curMode = self.tt.mode 
-        self.tt.mode = RPMode.ASIC_ON_BOARD # make sure we're controlling everything
+        self.tt.mode = RPMode.ASIC_RP_CONTROL # make sure we're controlling everything
         self.tt.reset_project(False)
         self.tt.in0(0) # want this low
         self.tt.clock_project_PWM(auto_clock_freq) # clock it real good

src/ttboard/config/user_config.py

@@ -21,7 +21,7 @@ class UserProjectConfig:
             clock_frequency = 4000
             # clock config 4k, disp single bits
             input_byte = 0b11001000
-            mode = ASIC_ON_BOARD
+            mode = ASIC_RP_CONTROL
         
         You can use this to set:
             - mode (str)
@@ -98,9 +98,9 @@ class UserConfig(ConfigFile):
             
             # mode can be any of
             #  - SAFE: all RP2040 pins inputs
-            #  - ASIC_ON_BOARD: TT inputs,nrst and clock driven, outputs monitored
+            #  - ASIC_RP_CONTROL: TT inputs,nrst and clock driven, outputs monitored
             #  - ASIC_MANUAL_INPUTS: basically same as safe, but intent is clear
-            mode = ASIC_ON_BOARD
+            mode = ASIC_RP_CONTROL
             
             # log_level can be one of
             #  - DEBUG

src/ttboard/demoboard.py

@@ -74,7 +74,7 @@ def __init__(self,
             
              * RPMode.SAFE, the default, which has every pin as an INPUT, no pulls
              
-             * RPMode.ASIC_ON_BOARD, for use with ASICs, where it watches the OUTn 
+             * RPMode.ASIC_RP_CONTROL, for use with ASICs, where it watches the OUTn 
                (configured as inputs) and can drive the INn and tickle the 
                ASIC inputs (configured as outputs)
                
@@ -248,7 +248,7 @@ def apply_user_config(self, design:Design):
         log.debug(f'Design "{design.name}" loaded, apply user conf')
 
         applyWhenInModeMap = {
-            RPMode.ASIC_ON_BOARD: True,
+            RPMode.ASIC_RP_CONTROL: True,
             RPMode.ASIC_MANUAL_INPUTS: True
         }
         if not self.apply_configs:

src/ttboard/mode.py

@@ -6,14 +6,14 @@
 '''
 class ModeBase:
     SAFE = 0
-    ASIC_ON_BOARD = 1
+    ASIC_RP_CONTROL = 1
     ASIC_MANUAL_INPUTS = 2
 
     @classmethod 
     def modemap(cls):
         modeMap = {  
             'SAFE': cls.SAFE,
-            'ASIC_ON_BOARD': cls.ASIC_ON_BOARD,
+            'ASIC_RP_CONTROL': cls.ASIC_RP_CONTROL,
             'ASIC_MANUAL_INPUTS': cls.ASIC_MANUAL_INPUTS
         }
         return modeMap
@@ -34,7 +34,7 @@ def from_string(cls, s:str):
     def namemap(cls):
         nameMap = { 
             cls.SAFE: 'SAFE',
-            cls.ASIC_ON_BOARD: 'ASIC_ON_BOARD',
+            cls.ASIC_RP_CONTROL: 'ASIC_RP_CONTROL',
             cls.ASIC_MANUAL_INPUTS: 'ASIC_MANUAL_INPUTS',
         }
         return nameMap 
@@ -52,7 +52,7 @@ class RPMode(ModeBase):
       RPMode.MODE notation and code completion
       where MODE is one of:
         SAFE
-        ASIC_ON_BOARD
+        ASIC_RP_CONTROL
         ASIC_MANUAL_INPUTS
     '''
     pass 
@@ -70,7 +70,7 @@ class RPModeDEVELOPMENT(ModeBase):
     def modemap(cls):
         modeMap = {  
             'SAFE': cls.SAFE,
-            'ASIC_ON_BOARD': cls.ASIC_ON_BOARD,
+            'ASIC_RP_CONTROL': cls.ASIC_RP_CONTROL,
             'ASIC_MANUAL_INPUTS': cls.ASIC_MANUAL_INPUTS,
             'STANDALONE': cls.STANDALONE
         }
@@ -80,7 +80,7 @@ def modemap(cls):
     def namemap(cls):
         nameMap = { 
             cls.SAFE: 'SAFE',
-            cls.ASIC_ON_BOARD: 'ASIC_ON_BOARD',
+            cls.ASIC_RP_CONTROL: 'ASIC_RP_CONTROL',
             cls.ASIC_MANUAL_INPUTS: 'ASIC_MANUAL_INPUTS',
             cls.STANDALONE: 'STANDALONE'
         }

src/ttboard/pins/pins.py

@@ -13,7 +13,7 @@
   
 TLDR
   1) get pins
-  p = Pins(RPMode.ASIC_ON_BOARD) # monitor/control ASIC
+  p = Pins(RPMode.ASIC_RP_CONTROL) # monitor/control ASIC
   
   2) play with pins
   print(p.out2()) # read
@@ -106,7 +106,7 @@ class Pins:
         
         So this class has 3 modes of pin init at startup:
          * RPMode.SAFE, the default, which has every pin as an INPUT, no pulls
-         * RPMode.ASIC_ON_BOARD, for use with ASICs, where it watches the OUTn 
+         * RPMode.ASIC_RP_CONTROL, for use with ASICs, where it watches the OUTn 
            (configured as inputs) and can drive the INn and tickle the 
            ASIC inputs (configured as outputs)
          * RPMode.STANDALONE: where OUTn is an OUTPUT, INn is an input, useful
@@ -157,7 +157,7 @@ def mode(self):
     def mode(self, setTo:int):
         startupMap = {
             RPModeDEVELOPMENT.STANDALONE: self.begin_standalone,
-            RPMode.ASIC_ON_BOARD: self.begin_asiconboard,
+            RPMode.ASIC_RP_CONTROL: self.begin_asiconboard,
             RPMode.ASIC_MANUAL_INPUTS: self.begin_asic_manual_inputs,
             RPMode.SAFE: self.begin_safe
         }
@@ -292,7 +292,7 @@ def begin_safe(self):
 
 
     def begin_asiconboard(self):
-        log.debug('begin: ASIC_ON_BOARD')
+        log.debug('begin: ASIC_RP_CONTROL')
         self.begin_inputs_all()
         self._begin_alwaysOut()
         unconfigured_pins = []

src/ttboard/util/shuttle_tests.py

@@ -27,7 +27,7 @@ def factory_test_bidirs(tt:DemoBoard, max_idx:int=255, delay_interval_ms:int=1):
     auto_clock_freq = 1e3
     tt.shuttle.tt_um_test.enable()
     curMode = tt.mode 
-    tt.mode = RPMode.ASIC_ON_BOARD # make sure we're controlling everything
+    tt.mode = RPMode.ASIC_RP_CONTROL # make sure we're controlling everything
 
     tt.in0(0) # want this low
     tt.clock_project_PWM(auto_clock_freq) # clock it real good
@@ -75,7 +75,7 @@ def factory_test_clocking(tt:DemoBoard, max_idx:int=30, delay_interval_ms:int=50
 
     # select the project from the shuttle
     tt.shuttle.tt_um_test.enable()
-    tt.mode = RPMode.ASIC_ON_BOARD # make sure we're controlling everything
+    tt.mode = RPMode.ASIC_RP_CONTROL # make sure we're controlling everything
 
 
     tt.reset_project(True)