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Initial commit: Created outline of emulator: The emulator has a Bus, which attaches a CPU to some Memory (Mapped Devices) The design isn't particularly efficient, but the interpreter only needs to run at ~500Hz or so. It's Rust. It can do that. Instructions yet to be implemented: Cxbb: "Store a random number, masked by bitmask bb, into vX" Dxyn: "Draw an 8 by n sprite to the screen at coordinates (x, y)" Fx0A: "Wait for a key, then set vX to the value of the pressed key" Fx33: "BCD convert X, storing the results in &I[0..3]" Thoughts going forward: - It's probably a good idea to parse instructions out into an enum. I had this in an earlier design, but it didn't really look that good. However, I haven't read many other emulators before, so I don't know the style people generally go for. - I haven't used a native graphics library before, and my cg class was done entirely in a web browser. That kinda sucks, honestly. Sure the skill might transfer well, but, >JS
2023-03-08 12:07:33 +00:00
# This file is automatically @generated by Cargo.
# It is not intended for manual editing.
version = 3
Rumpulator: Change name to Chumpulator
2023-03-10 21:33:36 +00:00
[[package]]
I/O: KISS the bus, attach a screen, plug in a controller Chip-8 has no ROM, nor memory management. - It's much easier to just use contiguous memory. - Then we can return references to slices of that memory - ~3x speed increase Screen exists now, uses 24-bit framebuffer - We have a 1-bit framebuffer - I chose colors that look good to me Controller exists as well, has 16 buttons - Mapped "0 123 456 789 ab cdef" to (QWERTY) "X 123 QWE ASD zC 4RFV" - Other chip-8 interpreters may use a different layout - This is good enough for now. - F1-F9 map to control functions - F1, F2: Dump CPU registers/screen contents - F3, F4: Toggle disassembly/pause - F5: Single-step the CPU, pausing after - F6, F7: Set/Unset breakpoint - F8, F9: Soft/Hard Reset CPU
2023-03-22 20:03:53 +00:00
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Rumpulator: Change name to Chumpulator
2023-03-10 21:33:36 +00:00
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I/O: KISS the bus, attach a screen, plug in a controller Chip-8 has no ROM, nor memory management. - It's much easier to just use contiguous memory. - Then we can return references to slices of that memory - ~3x speed increase Screen exists now, uses 24-bit framebuffer - We have a 1-bit framebuffer - I chose colors that look good to me Controller exists as well, has 16 buttons - Mapped "0 123 456 789 ab cdef" to (QWERTY) "X 123 QWE ASD zC 4RFV" - Other chip-8 interpreters may use a different layout - This is good enough for now. - F1-F9 map to control functions - F1, F2: Dump CPU registers/screen contents - F3, F4: Toggle disassembly/pause - F5: Single-step the CPU, pausing after - F6, F7: Set/Unset breakpoint - F8, F9: Soft/Hard Reset CPU
2023-03-22 20:03:53 +00:00
"gumdrop",
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Rumpulator: Change name to Chumpulator
2023-03-10 21:33:36 +00:00
"owo-colors",
I/O: KISS the bus, attach a screen, plug in a controller Chip-8 has no ROM, nor memory management. - It's much easier to just use contiguous memory. - Then we can return references to slices of that memory - ~3x speed increase Screen exists now, uses 24-bit framebuffer - We have a 1-bit framebuffer - I chose colors that look good to me Controller exists as well, has 16 buttons - Mapped "0 123 456 789 ab cdef" to (QWERTY) "X 123 QWE ASD zC 4RFV" - Other chip-8 interpreters may use a different layout - This is good enough for now. - F1-F9 map to control functions - F1, F2: Dump CPU registers/screen contents - F3, F4: Toggle disassembly/pause - F5: Single-step the CPU, pausing after - F6, F7: Set/Unset breakpoint - F8, F9: Soft/Hard Reset CPU
2023-03-22 20:03:53 +00:00
"rand",
experimentation: benchmarking and alternate impl's - Do some basic benchmarking with std::time - Try writing bus writer based on iterator - Fail, because that requires mutable iterator - Begin rewriting bus based on simpler design instead. - Simpler design uses a unified memory model, which grows based on the maximum addresses expected in it - Still uses the "infallible" Read/Write traits from previous implementation. :( Alas, it's much faster during operation, even if it takes longer to instantiate. - Reassessed the syntax for bus macro - Made CPU tick generic over bus::Read and bus::Write traits
2023-03-18 01:06:31 +00:00
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Rumpulator: Change name to Chumpulator
2023-03-10 21:33:36 +00:00
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I/O: KISS the bus, attach a screen, plug in a controller Chip-8 has no ROM, nor memory management. - It's much easier to just use contiguous memory. - Then we can return references to slices of that memory - ~3x speed increase Screen exists now, uses 24-bit framebuffer - We have a 1-bit framebuffer - I chose colors that look good to me Controller exists as well, has 16 buttons - Mapped "0 123 456 789 ab cdef" to (QWERTY) "X 123 QWE ASD zC 4RFV" - Other chip-8 interpreters may use a different layout - This is good enough for now. - F1-F9 map to control functions - F1, F2: Dump CPU registers/screen contents - F3, F4: Toggle disassembly/pause - F5: Single-step the CPU, pausing after - F6, F7: Set/Unset breakpoint - F8, F9: Soft/Hard Reset CPU
2023-03-22 20:03:53 +00:00
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Initial commit: Created outline of emulator: The emulator has a Bus, which attaches a CPU to some Memory (Mapped Devices) The design isn't particularly efficient, but the interpreter only needs to run at ~500Hz or so. It's Rust. It can do that. Instructions yet to be implemented: Cxbb: "Store a random number, masked by bitmask bb, into vX" Dxyn: "Draw an 8 by n sprite to the screen at coordinates (x, y)" Fx0A: "Wait for a key, then set vX to the value of the pressed key" Fx33: "BCD convert X, storing the results in &I[0..3]" Thoughts going forward: - It's probably a good idea to parse instructions out into an enum. I had this in an earlier design, but it didn't really look that good. However, I haven't read many other emulators before, so I don't know the style people generally go for. - I haven't used a native graphics library before, and my cg class was done entirely in a web browser. That kinda sucks, honestly. Sure the skill might transfer well, but, >JS
2023-03-08 12:07:33 +00:00
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I/O: KISS the bus, attach a screen, plug in a controller Chip-8 has no ROM, nor memory management. - It's much easier to just use contiguous memory. - Then we can return references to slices of that memory - ~3x speed increase Screen exists now, uses 24-bit framebuffer - We have a 1-bit framebuffer - I chose colors that look good to me Controller exists as well, has 16 buttons - Mapped "0 123 456 789 ab cdef" to (QWERTY) "X 123 QWE ASD zC 4RFV" - Other chip-8 interpreters may use a different layout - This is good enough for now. - F1-F9 map to control functions - F1, F2: Dump CPU registers/screen contents - F3, F4: Toggle disassembly/pause - F5: Single-step the CPU, pausing after - F6, F7: Set/Unset breakpoint - F8, F9: Soft/Hard Reset CPU
2023-03-22 20:03:53 +00:00
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Initial commit: Created outline of emulator: The emulator has a Bus, which attaches a CPU to some Memory (Mapped Devices) The design isn't particularly efficient, but the interpreter only needs to run at ~500Hz or so. It's Rust. It can do that. Instructions yet to be implemented: Cxbb: "Store a random number, masked by bitmask bb, into vX" Dxyn: "Draw an 8 by n sprite to the screen at coordinates (x, y)" Fx0A: "Wait for a key, then set vX to the value of the pressed key" Fx33: "BCD convert X, storing the results in &I[0..3]" Thoughts going forward: - It's probably a good idea to parse instructions out into an enum. I had this in an earlier design, but it didn't really look that good. However, I haven't read many other emulators before, so I don't know the style people generally go for. - I haven't used a native graphics library before, and my cg class was done entirely in a web browser. That kinda sucks, honestly. Sure the skill might transfer well, but, >JS
2023-03-08 12:07:33 +00:00
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I/O: KISS the bus, attach a screen, plug in a controller Chip-8 has no ROM, nor memory management. - It's much easier to just use contiguous memory. - Then we can return references to slices of that memory - ~3x speed increase Screen exists now, uses 24-bit framebuffer - We have a 1-bit framebuffer - I chose colors that look good to me Controller exists as well, has 16 buttons - Mapped "0 123 456 789 ab cdef" to (QWERTY) "X 123 QWE ASD zC 4RFV" - Other chip-8 interpreters may use a different layout - This is good enough for now. - F1-F9 map to control functions - F1, F2: Dump CPU registers/screen contents - F3, F4: Toggle disassembly/pause - F5: Single-step the CPU, pausing after - F6, F7: Set/Unset breakpoint - F8, F9: Soft/Hard Reset CPU
2023-03-22 20:03:53 +00:00
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experimentation: benchmarking and alternate impl's - Do some basic benchmarking with std::time - Try writing bus writer based on iterator - Fail, because that requires mutable iterator - Begin rewriting bus based on simpler design instead. - Simpler design uses a unified memory model, which grows based on the maximum addresses expected in it - Still uses the "infallible" Read/Write traits from previous implementation. :( Alas, it's much faster during operation, even if it takes longer to instantiate. - Reassessed the syntax for bus macro - Made CPU tick generic over bus::Read and bus::Write traits
2023-03-18 01:06:31 +00:00
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I/O: KISS the bus, attach a screen, plug in a controller Chip-8 has no ROM, nor memory management. - It's much easier to just use contiguous memory. - Then we can return references to slices of that memory - ~3x speed increase Screen exists now, uses 24-bit framebuffer - We have a 1-bit framebuffer - I chose colors that look good to me Controller exists as well, has 16 buttons - Mapped "0 123 456 789 ab cdef" to (QWERTY) "X 123 QWE ASD zC 4RFV" - Other chip-8 interpreters may use a different layout - This is good enough for now. - F1-F9 map to control functions - F1, F2: Dump CPU registers/screen contents - F3, F4: Toggle disassembly/pause - F5: Single-step the CPU, pausing after - F6, F7: Set/Unset breakpoint - F8, F9: Soft/Hard Reset CPU
2023-03-22 20:03:53 +00:00
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Initial commit: Created outline of emulator: The emulator has a Bus, which attaches a CPU to some Memory (Mapped Devices) The design isn't particularly efficient, but the interpreter only needs to run at ~500Hz or so. It's Rust. It can do that. Instructions yet to be implemented: Cxbb: "Store a random number, masked by bitmask bb, into vX" Dxyn: "Draw an 8 by n sprite to the screen at coordinates (x, y)" Fx0A: "Wait for a key, then set vX to the value of the pressed key" Fx33: "BCD convert X, storing the results in &I[0..3]" Thoughts going forward: - It's probably a good idea to parse instructions out into an enum. I had this in an earlier design, but it didn't really look that good. However, I haven't read many other emulators before, so I don't know the style people generally go for. - I haven't used a native graphics library before, and my cg class was done entirely in a web browser. That kinda sucks, honestly. Sure the skill might transfer well, but, >JS
2023-03-08 12:07:33 +00:00
[[package]]
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experimentation: benchmarking and alternate impl's - Do some basic benchmarking with std::time - Try writing bus writer based on iterator - Fail, because that requires mutable iterator - Begin rewriting bus based on simpler design instead. - Simpler design uses a unified memory model, which grows based on the maximum addresses expected in it - Still uses the "infallible" Read/Write traits from previous implementation. :( Alas, it's much faster during operation, even if it takes longer to instantiate. - Reassessed the syntax for bus macro - Made CPU tick generic over bus::Read and bus::Write traits
2023-03-18 01:06:31 +00:00
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Initial commit: Created outline of emulator: The emulator has a Bus, which attaches a CPU to some Memory (Mapped Devices) The design isn't particularly efficient, but the interpreter only needs to run at ~500Hz or so. It's Rust. It can do that. Instructions yet to be implemented: Cxbb: "Store a random number, masked by bitmask bb, into vX" Dxyn: "Draw an 8 by n sprite to the screen at coordinates (x, y)" Fx0A: "Wait for a key, then set vX to the value of the pressed key" Fx33: "BCD convert X, storing the results in &I[0..3]" Thoughts going forward: - It's probably a good idea to parse instructions out into an enum. I had this in an earlier design, but it didn't really look that good. However, I haven't read many other emulators before, so I don't know the style people generally go for. - I haven't used a native graphics library before, and my cg class was done entirely in a web browser. That kinda sucks, honestly. Sure the skill might transfer well, but, >JS
2023-03-08 12:07:33 +00:00
source = "registry+https://github.com/rust-lang/crates.io-index"
experimentation: benchmarking and alternate impl's - Do some basic benchmarking with std::time - Try writing bus writer based on iterator - Fail, because that requires mutable iterator - Begin rewriting bus based on simpler design instead. - Simpler design uses a unified memory model, which grows based on the maximum addresses expected in it - Still uses the "infallible" Read/Write traits from previous implementation. :( Alas, it's much faster during operation, even if it takes longer to instantiate. - Reassessed the syntax for bus macro - Made CPU tick generic over bus::Read and bus::Write traits
2023-03-18 01:06:31 +00:00
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Initial commit: Created outline of emulator: The emulator has a Bus, which attaches a CPU to some Memory (Mapped Devices) The design isn't particularly efficient, but the interpreter only needs to run at ~500Hz or so. It's Rust. It can do that. Instructions yet to be implemented: Cxbb: "Store a random number, masked by bitmask bb, into vX" Dxyn: "Draw an 8 by n sprite to the screen at coordinates (x, y)" Fx0A: "Wait for a key, then set vX to the value of the pressed key" Fx33: "BCD convert X, storing the results in &I[0..3]" Thoughts going forward: - It's probably a good idea to parse instructions out into an enum. I had this in an earlier design, but it didn't really look that good. However, I haven't read many other emulators before, so I don't know the style people generally go for. - I haven't used a native graphics library before, and my cg class was done entirely in a web browser. That kinda sucks, honestly. Sure the skill might transfer well, but, >JS
2023-03-08 12:07:33 +00:00
dependencies = [
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experimentation: benchmarking and alternate impl's - Do some basic benchmarking with std::time - Try writing bus writer based on iterator - Fail, because that requires mutable iterator - Begin rewriting bus based on simpler design instead. - Simpler design uses a unified memory model, which grows based on the maximum addresses expected in it - Still uses the "infallible" Read/Write traits from previous implementation. :( Alas, it's much faster during operation, even if it takes longer to instantiate. - Reassessed the syntax for bus macro - Made CPU tick generic over bus::Read and bus::Write traits
2023-03-18 01:06:31 +00:00
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Initial commit: Created outline of emulator: The emulator has a Bus, which attaches a CPU to some Memory (Mapped Devices) The design isn't particularly efficient, but the interpreter only needs to run at ~500Hz or so. It's Rust. It can do that. Instructions yet to be implemented: Cxbb: "Store a random number, masked by bitmask bb, into vX" Dxyn: "Draw an 8 by n sprite to the screen at coordinates (x, y)" Fx0A: "Wait for a key, then set vX to the value of the pressed key" Fx33: "BCD convert X, storing the results in &I[0..3]" Thoughts going forward: - It's probably a good idea to parse instructions out into an enum. I had this in an earlier design, but it didn't really look that good. However, I haven't read many other emulators before, so I don't know the style people generally go for. - I haven't used a native graphics library before, and my cg class was done entirely in a web browser. That kinda sucks, honestly. Sure the skill might transfer well, but, >JS
2023-03-08 12:07:33 +00:00
source = "registry+https://github.com/rust-lang/crates.io-index"
experimentation: benchmarking and alternate impl's - Do some basic benchmarking with std::time - Try writing bus writer based on iterator - Fail, because that requires mutable iterator - Begin rewriting bus based on simpler design instead. - Simpler design uses a unified memory model, which grows based on the maximum addresses expected in it - Still uses the "infallible" Read/Write traits from previous implementation. :( Alas, it's much faster during operation, even if it takes longer to instantiate. - Reassessed the syntax for bus macro - Made CPU tick generic over bus::Read and bus::Write traits
2023-03-18 01:06:31 +00:00
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Initial commit: Created outline of emulator: The emulator has a Bus, which attaches a CPU to some Memory (Mapped Devices) The design isn't particularly efficient, but the interpreter only needs to run at ~500Hz or so. It's Rust. It can do that. Instructions yet to be implemented: Cxbb: "Store a random number, masked by bitmask bb, into vX" Dxyn: "Draw an 8 by n sprite to the screen at coordinates (x, y)" Fx0A: "Wait for a key, then set vX to the value of the pressed key" Fx33: "BCD convert X, storing the results in &I[0..3]" Thoughts going forward: - It's probably a good idea to parse instructions out into an enum. I had this in an earlier design, but it didn't really look that good. However, I haven't read many other emulators before, so I don't know the style people generally go for. - I haven't used a native graphics library before, and my cg class was done entirely in a web browser. That kinda sucks, honestly. Sure the skill might transfer well, but, >JS
2023-03-08 12:07:33 +00:00
dependencies = [
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I/O: KISS the bus, attach a screen, plug in a controller Chip-8 has no ROM, nor memory management. - It's much easier to just use contiguous memory. - Then we can return references to slices of that memory - ~3x speed increase Screen exists now, uses 24-bit framebuffer - We have a 1-bit framebuffer - I chose colors that look good to me Controller exists as well, has 16 buttons - Mapped "0 123 456 789 ab cdef" to (QWERTY) "X 123 QWE ASD zC 4RFV" - Other chip-8 interpreters may use a different layout - This is good enough for now. - F1-F9 map to control functions - F1, F2: Dump CPU registers/screen contents - F3, F4: Toggle disassembly/pause - F5: Single-step the CPU, pausing after - F6, F7: Set/Unset breakpoint - F8, F9: Soft/Hard Reset CPU
2023-03-22 20:03:53 +00:00
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Initial commit: Created outline of emulator: The emulator has a Bus, which attaches a CPU to some Memory (Mapped Devices) The design isn't particularly efficient, but the interpreter only needs to run at ~500Hz or so. It's Rust. It can do that. Instructions yet to be implemented: Cxbb: "Store a random number, masked by bitmask bb, into vX" Dxyn: "Draw an 8 by n sprite to the screen at coordinates (x, y)" Fx0A: "Wait for a key, then set vX to the value of the pressed key" Fx33: "BCD convert X, storing the results in &I[0..3]" Thoughts going forward: - It's probably a good idea to parse instructions out into an enum. I had this in an earlier design, but it didn't really look that good. However, I haven't read many other emulators before, so I don't know the style people generally go for. - I haven't used a native graphics library before, and my cg class was done entirely in a web browser. That kinda sucks, honestly. Sure the skill might transfer well, but, >JS
2023-03-08 12:07:33 +00:00
[[package]]
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I/O: KISS the bus, attach a screen, plug in a controller Chip-8 has no ROM, nor memory management. - It's much easier to just use contiguous memory. - Then we can return references to slices of that memory - ~3x speed increase Screen exists now, uses 24-bit framebuffer - We have a 1-bit framebuffer - I chose colors that look good to me Controller exists as well, has 16 buttons - Mapped "0 123 456 789 ab cdef" to (QWERTY) "X 123 QWE ASD zC 4RFV" - Other chip-8 interpreters may use a different layout - This is good enough for now. - F1-F9 map to control functions - F1, F2: Dump CPU registers/screen contents - F3, F4: Toggle disassembly/pause - F5: Single-step the CPU, pausing after - F6, F7: Set/Unset breakpoint - F8, F9: Soft/Hard Reset CPU
2023-03-22 20:03:53 +00:00
[[package]]
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Initial commit: Created outline of emulator: The emulator has a Bus, which attaches a CPU to some Memory (Mapped Devices) The design isn't particularly efficient, but the interpreter only needs to run at ~500Hz or so. It's Rust. It can do that. Instructions yet to be implemented: Cxbb: "Store a random number, masked by bitmask bb, into vX" Dxyn: "Draw an 8 by n sprite to the screen at coordinates (x, y)" Fx0A: "Wait for a key, then set vX to the value of the pressed key" Fx33: "BCD convert X, storing the results in &I[0..3]" Thoughts going forward: - It's probably a good idea to parse instructions out into an enum. I had this in an earlier design, but it didn't really look that good. However, I haven't read many other emulators before, so I don't know the style people generally go for. - I haven't used a native graphics library before, and my cg class was done entirely in a web browser. That kinda sucks, honestly. Sure the skill might transfer well, but, >JS
2023-03-08 12:07:33 +00:00
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I/O: KISS the bus, attach a screen, plug in a controller Chip-8 has no ROM, nor memory management. - It's much easier to just use contiguous memory. - Then we can return references to slices of that memory - ~3x speed increase Screen exists now, uses 24-bit framebuffer - We have a 1-bit framebuffer - I chose colors that look good to me Controller exists as well, has 16 buttons - Mapped "0 123 456 789 ab cdef" to (QWERTY) "X 123 QWE ASD zC 4RFV" - Other chip-8 interpreters may use a different layout - This is good enough for now. - F1-F9 map to control functions - F1, F2: Dump CPU registers/screen contents - F3, F4: Toggle disassembly/pause - F5: Single-step the CPU, pausing after - F6, F7: Set/Unset breakpoint - F8, F9: Soft/Hard Reset CPU
2023-03-22 20:03:53 +00:00
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