G2.nb

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This is an executable, simplified version of the G2 APL2 software, G2 SoC, \
and G2 Core. specifications. Its purpose is to machine-check the prose in \
https://gsitech.atlassian.net/wiki/spaces/AR/pages/2091352073/APL+2.0+\
Language+V1.3. Clarity and accuracy are goals. Efficiency is not a goal.\
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 "If you like, move the following package onto your ",
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 " ",
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 ". The following unevaluatable cell shows where I put it on my system. I \
include a copy of this package here so anyone can just evaluate this notebook \
without installing packages. We don\[CloseCurlyQuote]t explain this code, \
here, we just use it. Close up this chapter so you don\[CloseCurlyQuote]t \
have to look at all this stuff."
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Cell["Serialized expressions for remote evaluation.", "Text",ExpressionUUID->"603ef7d2-68da-433f-be48-b1eb2dbb602e"],

Cell["\<\
Brian Beckman
Februrary 2012
with ideas from Avi Bar-Zeev, Erik Meijer, and Savas Parastiditis\
\>", "Text",ExpressionUUID->"b906b5b9-ca12-4bc6-b841-7ab7a37a5a5f"],

Cell["\<\
Copyright (c) 2012, Microsoft Corporation

   Licensed under the Apache License, Version 2.0 (the \"License\");
   you may not use this file except in compliance with the License.
   You may obtain a copy of the License at

       http://www.apache.org/licenses/LICENSE-2.0

   Unless required by applicable law or agreed to in writing, software
   distributed under the License is distributed on an \"AS IS\" BASIS,
   WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
   See the License for the specific language governing permissions and
   limitations under the License.\
\>", "Text",
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Display rules generated from expressions and round-tripped through JSON. \
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TODO: Consider this variation from the Haskell prelude:

-- | The 'permutations' function returns the list of all permutations of the \
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--
-- > permutations \"abc\" == \
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permutations            :: [a] -> [[a]]
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        {
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more about RL=0, RL=1, and RL=GP APL instructions, and how the HW handles \
them. And also what RN_Zero is used for.\
\>", "Text",
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Cell["RL=0 and RL=1 and RL = GPx", "Subsection",
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There are 2 different SEU instructions that can be used for RL = 0 and RL = 1 \
and RL = GPx commands:  CR (Copy Register) and RD (Read).\
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APL Code:  CONVERT(SM_0XFF *= RL = 0)
APL Code:  CONVERT(SM_0XFF *= RL = 1)
APL Code:  CONVERT(SM_0XFF *= RL = GPx)\
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Cell["RD Usage", "Subsubsection",
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APL Code:  SM_0XFF *= RL = 0
APL Code:  SM_0XFF *= RL = 1
APL Code:  SM_0XFF *= RL = GPx\
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In all 3 cases, \[OpenCurlyDoubleQuote]CONVERT\[CloseCurlyDoubleQuote] causes \
the CR command to be used.  Otherwise, the RD command is used.  And in all 3 \
cases \[OpenCurlyDoubleQuote]L0\[CloseCurlyDoubleQuote] can be used instead \
of \[OpenCurlyDoubleQuote]RL\[CloseCurlyDoubleQuote], and everything I \
explain below regarding RL usage applies to L0 also.\
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Note:  In Ilan\[CloseCurlyQuote]s APL Document, he doesn\[CloseCurlyQuote]t \
show CONVERT being used for RL = GPx or L0 = GPx commands when CR is used.  I \
think that\[CloseCurlyQuote]s a typo/oversight, because he shows RL = GPx and \
L0 = GPx commands without CONVERT in the RD section.\
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RL = 0 involves the HW signals rop (000) and rlwe (1).  Basically, setting \
rop=000 causes the Read Mux to select \[OpenCurlyQuote]0\[CloseCurlyQuote] as \
the input to RL.\
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Since rop and rlwe are used, you can\[CloseCurlyQuote]t use a RD command to \
read data to RL simultaneously. You can, however, use a RD command to read \
data to L0 simultaneously. And you can use any WR command simultaneously.\
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RL = 1 involves the HW signals wop (001), rop (100), and rlwe (1).  wop=001 \
causes the Write Mux to select \[OpenCurlyQuote]1\[CloseCurlyQuote] as its \
output; rop=100 causes the Read Mux to select the output of the Write Mux as \
the input to RL.\
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Since wop is used, you can\[CloseCurlyQuote]t issue a WR command \
simultaneously. Since rop and rlwe are used, you can\[CloseCurlyQuote]t use a \
RD command to read data to RL simultaneously.  You can, however, use a RD \
command to read data to L0 simultaneously.\
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RL = GPx causes RL to be set to the value of Bit 0 of GPx. Like RL = 1, it \
involves the HW signals wop (000 or 001), rop (100), and rlwe (1). In this \
scenario, wop is set to 00y, where \[OpenCurlyDoubleQuote]y\
\[CloseCurlyDoubleQuote] is the value of Bit 0 of GPx; wop = 000 causes the \
Write Mux to select \[OpenCurlyQuote]0\[CloseCurlyQuote] as its output, and \
wop = 001 causes the Write Mux to select \[OpenCurlyDoubleQuote]1\
\[CloseCurlyDoubleQuote] as its output; and rop=100 cause the Read Mux to \
select the output of the Write Mux as the input to RL. In this way, the value \
of Bit 0 of GPx is loaded into RL.\
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Since wop is used, you can\[CloseCurlyQuote]t issue a WR command \
simultaneously.  Since rop and rlwe are used, you can\[CloseCurlyQuote]t use \
a RD command to read data to RL simultaneously.  You can, however, use a RD \
command to read data to L0 simultaneously. \
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Cell["\<\
Note: With regards to using CR for RL = GPx, Ilan had the following note that \
you asked a question about in a comment in Ilan\[CloseCurlyQuote]s APL doc:\
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Note: In order to set \[OpenCurlyQuote]0\[CloseCurlyQuote] to RL, the MMB row \
that is read by default is 23. It doesn\[CloseCurlyQuote]t matter which value \
is currently stored in this row, because both the bits\[CloseCurlyQuote] \
values and their inverted values are read together and \
AND\[CloseCurlyQuote]ed, therefore creating \[OpenCurlyQuote]0\
\[CloseCurlyQuote] (x & ~x = 0). Because row (word-line) 23 is read then no \
write can be done to this row at the same time RL = GPx!!!\
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This note is not accurate when CR is used for RL = GPx (as you can see from \
my explanation re what happens when CR is used for RL = GPx).  This note \
should be in the section that describes what happens when RD is used for RL = \
GPx.  More on that below.\
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RL = 0 cause the row pointed to by RN31 (RN31 is the default register used in \
this scenario) to be read. RN31 is \[OpenCurlyDoubleQuote]reserved\
\[CloseCurlyDoubleQuote] (cannot be written), and points to row 23 (in \
segment 1). In this scenario, both the positive and negative values of the \
row 23 mcell are read simultaneously. In the HW, the positive and negative \
values of row 23 mcell get logically ANDed together to generate the read \
result.  Consequently, regardless of the state of the row 23 mcell, the AND \
result is \[OpenCurlyQuote]0\[CloseCurlyQuote].  This is basically a tricky \
way to force a Read operation to return \[OpenCurlyQuote]0\[CloseCurlyQuote]. \
 And the \[OpenCurlyQuote]0\[CloseCurlyQuote] read result will be captured in \
RL.\
\>", "Text",
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Cell["\<\
You can cause the same thing to happen with the APL code RL = RN_Zero (in \
which case RN31 is used by default) or RL = RNx_Zero(RN31) (in which case \
RN31 is used expressly). If you were to (say) use the APL code RL = \
RNx_Zero(RN0), then whichever row is pointed to by RN0 will be read (from \
segment 1), which isn\[CloseCurlyQuote]t necessarily row 23.  Basically, you \
don\[CloseCurlyQuote]t HAVE to use RN31 for this functionality, and therefore \
you don\[CloseCurlyQuote]t HAVE to use row 23 (in segment 1) as the row that \
is read in this scenario.\
\>", "Text",
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Cell["\<\
Note:  In the scenarios above where both the positive and negative values of \
the row pointed to by the default or designated RN register are read, the row \
that is read is automatically read from segment 1. So for example, regardless \
whether RN31 is programmed to 23 or 47, row 23 from segment 1 will be read. \
Unlike other RN use cases where if it is set to 47 then row 23 from segment 2 \
will be read.  The reason for this has to do with other use cases for RN_Zero \
and RNx_Zero(RNx), which I discuss below.\
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Cell["\<\
RL = 1 causes no row to be read. By not reading any row, a \[OpenCurlyQuote]1\
\[CloseCurlyQuote] will be captured in RL (because \[OpenCurlyQuote]1\
\[CloseCurlyQuote] is the default state of read data).\
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Cell["\<\
RL = GPx causes RL to be set to Bit 0 of GPx.  If Bit 0 = 0, then row 23 in \
segment 1 is read, and both the positive and negative values of row 23 are \
read, like in the RL = 0 case.  If Bit 0 = 1, then no row is read, like in \
the RL = 1 case.\
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Cell["\<\
Hopefully, that clarifies Ilan\[CloseCurlyQuote]s note (below) that I \
mentioned should be move to the RD section.\
\>", "Text",
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Cell[TextData[StyleBox["Note: In order to set \[OpenCurlyQuote]0\
\[CloseCurlyQuote] to RL, the MMB row that is read by default is 23. It doesn\
\[CloseCurlyQuote]t matter which value is currently stored in this row, \
because both the bits\[CloseCurlyQuote] values and their inverted values are \
read together and AND\[CloseCurlyQuote]ed, therefore creating \
\[OpenCurlyQuote]0\[CloseCurlyQuote] (x & ~x = 0). Because row (word-line) 23 \
is read then no write can be done to this row at the same time RL = GPx!!!",
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Cell["\<\
Note that when RD is used for RL = 0 or RL = 1 or RL = GPx, then you can\
\[CloseCurlyQuote]t issue any other type of RD command simultaneously (e.g. \
you couldn\[CloseCurlyQuote]t do \[OpenCurlyDoubleQuote]L0 = RN5\
\[CloseCurlyDoubleQuote] simultaneously). You CAN issue WR commands \
simultaneously, but not to the row that is read in the RL = 0 or RL = RN_Zero \
or RL = RNx_Zero(RNy) scenarios. Since no rows are read in RL = 1 case, then \
you can write any row simultaneously. As for RL = GPx, assuming you don\
\[CloseCurlyQuote]t know the value of Bit 0 of GPx, then you have to assume \
it could be \[OpenCurlyQuote]0\[CloseCurlyQuote], and therefore row 23 will \
be read, and therefore you cannot write to row 23 simultaneously.\
\>", "Text",
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Cell["\<\
From a SW standpoint, whether you choose CR or RD for RL=0, RL=1, and RL=GPx \
commands depends on what other commands you want to issue simultaneously.  \
Using CR gives you some options, and using RD gives you other options.  That\
\[CloseCurlyQuote]s why both methods are supported by the HW.\
\>", "Text",
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Cell["Other RN_Zero Usage", "Subsubsection",
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Cell["\<\
RN_Zero and RNx_Zero(RNy) can be used for other purposes besides what I \
described above. For example, you can use an ADD command like: RL = RNy + \
RNx_Zero(RN3) + Carry. The result of which is the same as RL = RNy + 0 + \
Carry. In this case, the segment that is read for the RNx_Zero(RN3) operand \
depends on which segment is read by the RNy operand. If RNy points to a \
segment-1 row, then RNx_Zero(RN3) will read from segment 2. For example, if \
RN3 = 11, then row 11 from segment 2 will be read. And if RN3 = 35, then row \
11 from segment 2 will be read. And if RNy points to a segment-2 row, then \
RNx_Zero(RNx) will read from segment 1. The reason for this is because for \
ADD ops, the \[OpenCurlyQuote]a\[CloseCurlyQuote] and \[OpenCurlyQuote]b\
\[CloseCurlyQuote] inputs must come from different segments. These other uses \
are described in the APL doc.\
\>", "Text",
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Cell["\<\
The key point here is \[Ellipsis] when RN_Zero and RNx_Zero(RNy) are used, \
the segment that is read to produce a \[OpenCurlyQuote]0\[CloseCurlyQuote] \
result is NOT determined by the content of the RN register, it is determined \
by the particular RD command it is used in.\
\>", "Text",
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Cell["\<\
Lastly, if you were to use the command:  RL = GPx + RNy + Carry, and if Bit 0 \
of GPx = 0, then row 23 of segment 1 will be read if RNy points to a row \
segment 2, and row 23 of segment 2 will be read if RNy points to a row in \
segment 1.\
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                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackHover"], "BackMouseDownColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackMouseDown"], "BackInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackInactive"], "EdgeColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonEdge"], 
                    "EdgeHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeHover"], "EdgeInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeInactive"]}, {Method -> "Queued"}, 
                    "ActiveQ"]]], 
                    
                    OptionValue[{
                    ImageSize -> {Automatic, 19}, 
                    FrameMargins -> {9 {1, 1}, 0 {1, 1}}, BaselinePosition -> 
                    Baseline, Alignment -> {Center, Center}, Method -> 
                    "Preemptive", "ActiveQ" -> True, "TextColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonText"], 
                    "TextHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextHover"], "TextInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextInactive"], "BackColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonBack"], 
                    "BackHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackHover"], "BackMouseDownColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackMouseDown"], "BackInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackInactive"], "EdgeColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonEdge"], 
                    "EdgeHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeHover"], "EdgeInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeInactive"]}, {Method -> "Queued"}, 
                    "EdgeInactiveColor"], 
                    CodeInspector`LinterUI`Private`hoverQ$$, 
                    
                    OptionValue[{
                    ImageSize -> {Automatic, 19}, 
                    FrameMargins -> {9 {1, 1}, 0 {1, 1}}, BaselinePosition -> 
                    Baseline, Alignment -> {Center, Center}, Method -> 
                    "Preemptive", "ActiveQ" -> True, "TextColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonText"], 
                    "TextHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextHover"], "TextInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextInactive"], "BackColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonBack"], 
                    "BackHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackHover"], "BackMouseDownColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackMouseDown"], "BackInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackInactive"], "EdgeColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonEdge"], 
                    "EdgeHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeHover"], "EdgeInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeInactive"]}, {Method -> "Queued"}, 
                    "EdgeHoverColor"], True, 
                    
                    OptionValue[{
                    ImageSize -> {Automatic, 19}, 
                    FrameMargins -> {9 {1, 1}, 0 {1, 1}}, BaselinePosition -> 
                    Baseline, Alignment -> {Center, Center}, Method -> 
                    "Preemptive", "ActiveQ" -> True, "TextColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonText"], 
                    "TextHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextHover"], "TextInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextInactive"], "BackColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonBack"], 
                    "BackHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackHover"], "BackMouseDownColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackMouseDown"], "BackInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackInactive"], "EdgeColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonEdge"], 
                    "EdgeHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeHover"], "EdgeInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeInactive"]}, {Method -> "Queued"}, 
                    "EdgeColor"]]]], Background -> Dynamic[
                  Which[
                   TrueQ[
                    Not[
                    
                    OptionValue[{
                    ImageSize -> {Automatic, 19}, 
                    FrameMargins -> {9 {1, 1}, 0 {1, 1}}, BaselinePosition -> 
                    Baseline, Alignment -> {Center, Center}, Method -> 
                    "Preemptive", "ActiveQ" -> True, "TextColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonText"], 
                    "TextHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextHover"], "TextInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextInactive"], "BackColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonBack"], 
                    "BackHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackHover"], "BackMouseDownColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackMouseDown"], "BackInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackInactive"], "EdgeColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonEdge"], 
                    "EdgeHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeHover"], "EdgeInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeInactive"]}, {Method -> "Queued"}, 
                    "ActiveQ"]]], 
                   
                   OptionValue[{
                    ImageSize -> {Automatic, 19}, 
                    FrameMargins -> {9 {1, 1}, 0 {1, 1}}, BaselinePosition -> 
                    Baseline, Alignment -> {Center, Center}, Method -> 
                    "Preemptive", "ActiveQ" -> True, "TextColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonText"], 
                    "TextHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextHover"], "TextInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextInactive"], "BackColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonBack"], 
                    "BackHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackHover"], "BackMouseDownColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackMouseDown"], "BackInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackInactive"], "EdgeColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonEdge"], 
                    "EdgeHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeHover"], "EdgeInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeInactive"]}, {Method -> "Queued"}, 
                    "BackInactiveColor"], 
                   And[
                   CodeInspector`LinterUI`Private`hoverQ$$, 
                    CodeInspector`LinterUI`Private`mouseDownQ$$], 
                   
                   OptionValue[{
                    ImageSize -> {Automatic, 19}, 
                    FrameMargins -> {9 {1, 1}, 0 {1, 1}}, BaselinePosition -> 
                    Baseline, Alignment -> {Center, Center}, Method -> 
                    "Preemptive", "ActiveQ" -> True, "TextColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonText"], 
                    "TextHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextHover"], "TextInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextInactive"], "BackColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonBack"], 
                    "BackHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackHover"], "BackMouseDownColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackMouseDown"], "BackInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackInactive"], "EdgeColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonEdge"], 
                    "EdgeHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeHover"], "EdgeInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeInactive"]}, {Method -> "Queued"}, 
                    "BackMouseDownColor"], 
                   CodeInspector`LinterUI`Private`hoverQ$$, 
                   
                   OptionValue[{
                    ImageSize -> {Automatic, 19}, 
                    FrameMargins -> {9 {1, 1}, 0 {1, 1}}, BaselinePosition -> 
                    Baseline, Alignment -> {Center, Center}, Method -> 
                    "Preemptive", "ActiveQ" -> True, "TextColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonText"], 
                    "TextHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextHover"], "TextInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextInactive"], "BackColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonBack"], 
                    "BackHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackHover"], "BackMouseDownColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackMouseDown"], "BackInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackInactive"], "EdgeColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonEdge"], 
                    "EdgeHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeHover"], "EdgeInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeInactive"]}, {Method -> "Queued"}, 
                    "BackHoverColor"], True, 
                   
                   OptionValue[{
                    ImageSize -> {Automatic, 19}, 
                    FrameMargins -> {9 {1, 1}, 0 {1, 1}}, BaselinePosition -> 
                    Baseline, Alignment -> {Center, Center}, Method -> 
                    "Preemptive", "ActiveQ" -> True, "TextColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonText"], 
                    "TextHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextHover"], "TextInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextInactive"], "BackColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonBack"], 
                    "BackHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackHover"], "BackMouseDownColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackMouseDown"], "BackInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackInactive"], "EdgeColor" -> 
                    CodeInspector`LinterUI`Private`colorData["ButtonEdge"], 
                    "EdgeHoverColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeHover"], "EdgeInactiveColor" -> 
                    CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeInactive"]}, {Method -> "Queued"}, 
                    "BackColor"]]]}, "Highlighted"], 
              CodeInspector`LinterUI`Private`hoverQ$$ = 
               CurrentValue["MouseOver"]; 
              CodeInspector`LinterUI`Private`mouseDownQ$$ = 
               CurrentValue["MouseButtonTest"]], 
             Appearance -> {
              "Default" -> 
               Image[RawArray["UnsignedInteger8",{{{255, 255, 255, 255}, {0, 
                  0, 0, 255}, {255, 255, 255, 255}}, {{0, 0, 0, 255}, {0, 0, 
                  0, 0}, {0, 0, 0, 255}}, {{255, 255, 255, 255}, {0, 0, 0, 
                  255}, {255, 255, 255, 255}}}], "Byte", ColorSpace -> "RGB", 
                 ImageResolution -> {72, 72}, Interleaving -> True], "Hover" -> 
               Image[RawArray["UnsignedInteger8",{{{255, 255, 255, 255}, {0, 
                  0, 0, 255}, {255, 255, 255, 255}}, {{0, 0, 0, 255}, {0, 0, 
                  0, 0}, {0, 0, 0, 255}}, {{255, 255, 255, 255}, {0, 0, 0, 
                  255}, {255, 255, 255, 255}}}], "Byte", ColorSpace -> "RGB", 
                 ImageResolution -> {72, 72}, Interleaving -> True], 
               "Pressed" -> 
               Image[RawArray["UnsignedInteger8",{{{255, 255, 255, 255}, {0, 
                  0, 0, 255}, {255, 255, 255, 255}}, {{0, 0, 0, 255}, {0, 0, 
                  0, 0}, {0, 0, 0, 255}}, {{255, 255, 255, 255}, {0, 0, 0, 
                  255}, {255, 255, 255, 255}}}], "Byte", ColorSpace -> "RGB", 
                 ImageResolution -> {72, 72}, Interleaving -> True]}, 
             BaselinePosition -> Baseline, 
             ButtonFunction :> (
              If[OptionValue[{
                  ImageSize -> {Automatic, 19}, 
                   FrameMargins -> {9 {1, 1}, 0 {1, 1}}, BaselinePosition -> 
                   Baseline, Alignment -> {Center, Center}, Method -> 
                   "Preemptive", "ActiveQ" -> True, "TextColor" -> 
                   CodeInspector`LinterUI`Private`colorData["ButtonText"], 
                   "TextHoverColor" -> 
                   CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextHover"], "TextInactiveColor" -> 
                   CodeInspector`LinterUI`Private`colorData[
                    "ButtonTextInactive"], "BackColor" -> 
                   CodeInspector`LinterUI`Private`colorData["ButtonBack"], 
                   "BackHoverColor" -> 
                   CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackHover"], "BackMouseDownColor" -> 
                   CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackMouseDown"], "BackInactiveColor" -> 
                   CodeInspector`LinterUI`Private`colorData[
                    "ButtonBackInactive"], "EdgeColor" -> 
                   CodeInspector`LinterUI`Private`colorData["ButtonEdge"], 
                   "EdgeHoverColor" -> 
                   CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeHover"], "EdgeInactiveColor" -> 
                   CodeInspector`LinterUI`Private`colorData[
                    "ButtonEdgeInactive"]}, {Method -> "Queued"}, "ActiveQ"] =!= 
                False, 
                CodeInspector`LinterUI`Private`attachAnalysisAction[
                 EvaluationNotebook[]]]; 
              CodeInspector`LinterUI`Private`mouseDownQ$$ = False), 
             ContentPadding -> False, Evaluator -> Automatic, Method -> 
             "Queued"], DynamicModuleValues :> {}], False -> ButtonBox[
            TemplateBox[{
              StyleBox[
              "\"Analyze Notebook\"", FontColor -> GrayLevel[0.2], FontFamily -> 
               "Source Sans Pro", FontWeight -> Plain, FontSize -> 14, 
               StripOnInput -> False], ImageSize -> {Automatic, 19}, 
              FrameMargins -> {{9, 9}, {0, 0}}, BaselinePosition -> Baseline, 
              Alignment -> {Center, Center}, Background -> GrayLevel[1], 
              FrameStyle -> Dynamic[
                If[
                 CurrentValue["MouseOver"], 
                 Hue[0.55, 0.82, 0.87], 
                 GrayLevel[0.8]]]}, "Highlighted"], 
            Appearance -> {
             "Default" -> 
              Image[RawArray["UnsignedInteger8",{{{255, 255, 255, 255}, {0, 0,
                  0, 255}, {255, 255, 255, 255}}, {{0, 0, 0, 255}, {0, 0, 0, 
                 0}, {0, 0, 0, 255}}, {{255, 255, 255, 255}, {0, 0, 0, 255}, {
                 255, 255, 255, 255}}}], "Byte", ColorSpace -> "RGB", 
                ImageResolution -> {72, 72}, Interleaving -> True], "Hover" -> 
              Image[RawArray["UnsignedInteger8",{{{255, 255, 255, 255}, {0, 0,
                  0, 255}, {255, 255, 255, 255}}, {{0, 0, 0, 255}, {0, 0, 0, 
                 0}, {0, 0, 0, 255}}, {{255, 255, 255, 255}, {0, 0, 0, 255}, {
                 255, 255, 255, 255}}}], "Byte", ColorSpace -> "RGB", 
                ImageResolution -> {72, 72}, Interleaving -> True], "Pressed" -> 
              Image[RawArray["UnsignedInteger8",{{{255, 255, 255, 255}, {0, 0,
                  0, 255}, {255, 255, 255, 255}}, {{0, 0, 0, 255}, {0, 0, 0, 
                 0}, {0, 0, 0, 255}}, {{255, 255, 255, 255}, {0, 0, 0, 255}, {
                 255, 255, 255, 255}}}], "Byte", ColorSpace -> "RGB", 
                ImageResolution -> {72, 72}, Interleaving -> True]}, 
            ButtonFunction :> (CurrentValue[
                EvaluationNotebook[], DockedCells] = 
              With[{LinterUIDockedCell`Private`dockedCells = CurrentValue[
                   EvaluationNotebook[], DockedCells]}, 
                Pick[LinterUIDockedCell`Private`dockedCells, 
                 Map[Quiet[
                    Options[#, CellTags]] =!= {
                   CellTags -> "CodeAnalysisDockedCell"}& , 
                  LinterUIDockedCell`Private`dockedCells]]]; 
             Needs["CodeInspector`"]; 
             CodeInspector`AttachAnalysis[
              LinterUIDockedCell`Private`notebook$$]), Evaluator -> Automatic,
             Method -> "Queued"]}, 
         Dynamic[FEPrivate`EvaluatorStatus["Local"]; TrueQ[
            CodeInspector`LinterUI`Private`varValue[
            LinterUIDockedCell`Private`notebook$$, "DockedCellPresentQ"]]], 
         ImageSize -> Automatic], 
        Offset[{-26, 0}, {1, 0}], {1, 0}], 
       TagBox[
        TagBox[
         TooltipBox[{{
            GrayLevel[0.6], 
            DiskBox[
             Offset[{-11, 0}, {1, 0}], 
             Offset[6]]}, {
            GrayLevel[0.97], 
            AbsoluteThickness[1.5], 
            CapForm["Round"], 
            LineBox[{{
               Offset[{-13, 2}, {1, 0}], 
               Offset[{-9, -2}, {1, 0}]}, {
               Offset[{-13, -2}, {1, 0}], 
               Offset[{-9, 2}, {1, 0}]}}]}}, "\"Close analysis\"", 
          TooltipDelay -> 0, TooltipStyle -> "TextStyling"], 
         Annotation[#, "Close analysis", "Tooltip"]& ], 
        EventHandlerTag[{"MouseClicked" :> (Map[NotebookDelete, 
             Flatten[
              CodeInspector`LinterUI`Private`varValue[
              LinterUIDockedCell`Private`notebook$$, All, 
               "UIAttachedCells"]]]; Map[NotebookDelete, 
             Flatten[
              CodeInspector`LinterUI`Private`varValue[
              LinterUIDockedCell`Private`notebook$$, All, 
               "CleanCellBracketMarker"]]]; CurrentValue[
              EvaluationNotebook[], DockedCells] = 
            With[{LinterUIDockedCell`Private`dockedCells = CurrentValue[
                 EvaluationNotebook[], DockedCells]}, 
              Pick[LinterUIDockedCell`Private`dockedCells, 
               Map[Quiet[
                  Options[#, CellTags]] =!= {
                 CellTags -> "CodeAnalysisDockedCell"}& , 
                LinterUIDockedCell`Private`dockedCells]]]; 
           CodeInspector`LinterUI`Private`applyToVar[Remove, {
              EvaluationNotebook[], All}]; 
           CodeInspector`LinterUI`Private`varSet[{
             LinterUIDockedCell`Private`notebook$$, "DockedCellPresentQ"}, 
             False]), Method -> "Preemptive", PassEventsDown -> Automatic, 
          PassEventsUp -> True}]]}, AspectRatio -> Full, 
      ImageSize -> {Full, 23}, PlotRange -> {{-1, 1}, {-1, 1}}], 
     Deinitialization :> 
     CodeInspector`LinterUI`Private`varSet[{
       LinterUIDockedCell`Private`notebook$$, "DockedCellPresentQ"}, False], 
     DynamicModuleValues :> {}, 
     Initialization :> ({
       LinterUIDockedCell`Private`dockedCellSeverityCountsButton[
          Pattern[LinterUIDockedCell`Private`notebook, 
           Blank[NotebookObject]]] := 
        With[{LinterUIDockedCell`Private`formatIcon = 
           Show[#, ImageSize -> {13, 9}, BaselinePosition -> Scaled[-0.2]]& }, 
          ActionMenu[
           Highlighted[
            Row[{
              CodeInspector`LinterUI`Private`lintSeverityCountsIconRow[
              LinterUIDockedCell`Private`notebook, "exclamSize" -> 12, 
               FontSize -> 14, FontWeight -> Plain], 
              Spacer[2], 
              LinterUIDockedCell`Private`formatIcon[
               CodeInspector`LinterUI`Private`iconData["DownChevron"][
                CodeInspector`LinterUI`Private`colorData["UIDark"]]]}], 
            ImageSize -> {Automatic, 19}, BaselinePosition -> Baseline, 
            Background -> White, Frame -> True, FrameStyle -> Dynamic[
              If[
               CurrentValue["MouseOver"], 
               Hue[0.55, 0.82, 0.87], 
               GrayLevel[0.8]]], FrameMargins -> {6 {1, 1}, {1, 1}}, 
            Alignment -> {Center, Baseline}], 
           Map[
           LinterUIDockedCell`Private`dockedCellMenuItem[
            LinterUIDockedCell`Private`notebook, #]& , 
            CodeInspector`LinterUI`Private`varValue[
            LinterUIDockedCell`Private`notebook, All, "Cell"]], Appearance -> 
           None]], LinterUIDockedCell`Private`dockedCellMenuItem[
          Pattern[LinterUIDockedCell`Private`notebook, 
           Blank[NotebookObject]], 
          Pattern[LinterUIDockedCell`Private`cell, 
           Blank[CellObject]]] := With[{}, Graphics[{
             Inset[
              With[{LinterUIDockedCell`Private`expressionString = First[
                  FrontEndExecute[
                   FrontEnd`ExportPacket[
                    First[
                    CodeInspector`LinterUI`Private`varValue[
                    LinterUIDockedCell`Private`notebook, 
                    LinterUIDockedCell`Private`cell, "CellContents"]], 
                    "InputText"]]]}, {
               LinterUIDockedCell`Private`noLineBreaks = 
                StringReplace[
                 LinterUIDockedCell`Private`expressionString, "\n" -> " "]}, {
               LinterUIDockedCell`Private`previewString = 
                StringTake[LinterUIDockedCell`Private`noLineBreaks, {1, 
                   UpTo[LinterUIDockedCell`Private`$previewLength]}]}, 
               CodeInspector`LinterUI`Private`styleData["FixedWidth"][
                If[
                StringLength[LinterUIDockedCell`Private`expressionString] > 
                 LinterUIDockedCell`Private`$previewLength, 
                 StringDrop[LinterUIDockedCell`Private`previewString, -1] <> 
                 "\[Ellipsis]", 
                 LinterUIDockedCell`Private`previewString]]], {-1, 0}, {-1, 
              0}], 
             Inset[
              CodeInspector`LinterUI`Private`lintSeverityCountsIconRow[
              LinterUIDockedCell`Private`cell], {1, 0}, {1, 0}]}, 
            ImageSize -> {300, 25}, AspectRatio -> Full, 
            PlotRange -> {{-1, 1}, {-1, 1}}, ImagePadding -> None] :> (
           SelectionMove[LinterUIDockedCell`Private`cell, All, Cell]; 
           With[{
             LinterUIDockedCell`Private`nb = 
              ParentNotebook[LinterUIDockedCell`Private`cell]}, 
             FrontEndExecute[
              FrontEnd`FrontEndToken[
              LinterUIDockedCell`Private`nb, "OpenSelectionParents"]]]; 
           SelectionMove[LinterUIDockedCell`Private`cell, After, Cell])], 
        LinterUIDockedCell`Private`$previewLength = 28, 
        CodeInspector`LinterUI`Private`applyToVar[
          Pattern[CodeInspector`LinterUI`Private`function, 
           Blank[]], {
           Pattern[CodeInspector`LinterUI`Private`notebook, 
            Blank[NotebookObject]], All, 
           Pattern[CodeInspector`LinterUI`Private`name, 
            Blank[String]]}, 
          Pattern[CodeInspector`LinterUI`Private`args, 
           BlankNullSequence[]]] := 
        Map[Apply[CodeInspector`LinterUI`Private`function, 
           Join[
            ToHeldExpression[#], 
            Hold[CodeInspector`LinterUI`Private`args]]]& , 
          
          Names[(CodeInspector`LinterUI`Private`varNameString[
             CodeInspector`LinterUI`Private`notebook] <> "*") <> 
           CodeInspector`LinterUI`Private`name]], Null, 
        CodeInspector`LinterUI`Private`applyToVar[
          Pattern[CodeInspector`LinterUI`Private`function, 
           Blank[]], {
           Pattern[CodeInspector`LinterUI`Private`nameArguments, 
            BlankSequence[]], 
           Pattern[CodeInspector`LinterUI`Private`name, 
            Blank[String]]}, 
          Pattern[CodeInspector`LinterUI`Private`args, 
           BlankNullSequence[]]] := 
        Apply[CodeInspector`LinterUI`Private`function, 
          Join[
           ToHeldExpression[
            CodeInspector`LinterUI`Private`varNameString[
            CodeInspector`LinterUI`Private`nameArguments]], 
           Hold[CodeInspector`LinterUI`Private`args]]], Null, 
        CodeInspector`LinterUI`Private`applyToVar[
          Pattern[CodeInspector`LinterUI`Private`function, 
           Blank[]], {
           Pattern[CodeInspector`LinterUI`Private`nameArguments, 
            BlankSequence[]], All}, 
          Pattern[CodeInspector`LinterUI`Private`args, 
           BlankNullSequence[]]] := 
        Map[Apply[CodeInspector`LinterUI`Private`function, 
           Join[
            ToHeldExpression[#], 
            Hold[CodeInspector`LinterUI`Private`args]]]& , 
          Names[
          CodeInspector`LinterUI`Private`varNameString[
            CodeInspector`LinterUI`Private`nameArguments] <> "*"]], 
        CodeInspector`LinterUI`Private`varValue[
          Pattern[CodeInspector`LinterUI`Private`notebook, 
           Blank[NotebookObject]], All, 
          Pattern[CodeInspector`LinterUI`Private`name, 
           Blank[String]]] := Map[Symbol, 
          
          Names[(CodeInspector`LinterUI`Private`varNameString[
             CodeInspector`LinterUI`Private`notebook] <> "*") <> 
           CodeInspector`LinterUI`Private`name]], Null, 
        CodeInspector`LinterUI`Private`varValue[
          Pattern[CodeInspector`LinterUI`Private`nameArguments, 
           BlankSequence[]], 
          Pattern[CodeInspector`LinterUI`Private`name, 
           Blank[String]]] := Symbol[
          CodeInspector`LinterUI`Private`varNameString[
          CodeInspector`LinterUI`Private`nameArguments, 
           CodeInspector`LinterUI`Private`name]], Null, 
        CodeInspector`LinterUI`Private`varValue[
          Pattern[CodeInspector`LinterUI`Private`nameArguments, 
           BlankSequence[]], All] := Map[Symbol, 
          Names[
          CodeInspector`LinterUI`Private`varNameString[
            CodeInspector`LinterUI`Private`nameArguments] <> "*"]], 
        CodeInspector`LinterUI`Private`varSet[{
           Pattern[CodeInspector`LinterUI`Private`nameArguments, 
            BlankSequence[]]}, 
          Pattern[CodeInspector`LinterUI`Private`value, 
           Blank[]]] := Apply[Set, 
          Append[
           ToHeldExpression[
            CodeInspector`LinterUI`Private`varNameString[
            CodeInspector`LinterUI`Private`nameArguments]], 
           CodeInspector`LinterUI`Private`value]], 
        CodeInspector`LinterUI`Private`varNameString[
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