Test QuickGV: Difference between revisions

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= ASRC pattern =
See: https://graphviz.gitlab.io/_pages/pdf/dotguide.pdf
 
= MQTT =
 
<quickgv name="hygeai_center" theme="warm">
CLINIC_WIZ [label="診所小幫手"];
DICOM_UPLOADER [label="影像上傳程式"];
CHECK_UPLOADER [label="檢驗報告上傳程式"];
HIX_BUSINESS [label="HIX 營業活動"];
HIX_BACKGROUND [label="HIX 排程工作"];
 
subgraph cluster_HYGE {
CENTER [label="營運中心"];
LOG_MONITOR [label="即時監測"];
LOG_REVIEW [label="事後分析"];
}
 
CLINIC_WIZ -> CENTER;
DICOM_UPLOADER -> CENTER;
CHECK_UPLOADER -> CENTER;
HIX_BUSINESS -> CENTER;
HIX_BACKGROUND -> CENTER;
CENTER -> LOG_MONITOR [label="MQTT"];
CENTER -> LOG_REVIEW [label="Restful"];
</quickgv>
 
= ClinicWiz =
 
<quickgv name="clinicwiz" theme="warm">
rankdir=TB;
 
subgraph cluster_formain_cs {
  label="HTTP";
  A [label="GenHTTP http://localhost:8168\n(FormMain.cs)"];
  B [label="Functional Handler\n(FormMain.cs)"];
  C [label="Functions\n(RestfulMethods.cs)"];
}
 
subgraph cluster_form {
  label="WPF";
  L [label="ReadTest.cs"];
}
 
subgraph cluster_cshistaskfactory_cs {
  label="Queue Mechanism";
  D [label="TaskFactory\n(CsHisTask/CsHisTaskFactory.cs)"];
  E [label="Task\n(CsHisTask/CsHisTaskFactory.cs)"];
  F [label="StateMachine\n(CsHisStateMachine.cs)"];
}
 
subgraph cluster_hal {
  label="Hardware Control";
  G [label="CsHisHAL.cs"];
  H [label="CsHis.dll\n(CsHis99Native.cs)"];
  J [label="PCSC API"];
  K [label="SetupAPI"];
  R1 [label="HC3000"];
  R2 [label="DWR18"];
  R3 [label="PCSC Reader"];
}
 
A -> B -> C -> D -> E -> F -> G -> H;
F -> J;
F -> K;
L -> D;
 
H -> R1;
H -> R2;
H -> R3;
J -> R2;
J -> R3;
</quickgv>
 
= WebSocket Service =
 
<quickgv name="123" theme="warm" usage="ram">
subgraph cluster_client {
  label="WebSocket Client"
  c1[label="var ws = new WebSocket('/foo')"];
  c2[label="ws.onerror = function (ev) ..."];
  c3[label="ws.onopen = function (ev) ..."];
  c4[label="ws.onmessage = function (ev) ..."];
  c5[label="ws.send()"];
}
 
subgraph cluster_server {
  label="";
  s[label="Service Unit | <rh> Request Handler | <ph> Push Handler | <pw> Push Worker | <mh> Message Handler | <mw> Message Worker"];
  iq[label="Inbound Queue"];
  oq[label="Outbound Queue"];
}
 
c1 -> s:rh [color="#ff0000"];
c2 -> s:rh [color="#0000ff",dir="back"];
c3 -> s:rh [color="#0000ff",dir="back"];
c4 -> s:ph [color="#0000ff",dir="back"];
s:ph -> oq [color="#0000ff",dir="back"];
s:pw -> oq [color="#0000ff"];
c5 -> s:mh [color="#ff0000"];
s:mh -> iq [color="#ff0000"];
s:mw -> iq [color="#ff0000",dir="back"];
</quickgv>
 
= 建議線路 gen1 =
<quickgv name="topology" theme="warm">
subgraph cluster_clinic {
  label="診間網路";
 
  his[label="HIS Server"];
  nas[label="NAS"];
  opd[label="診間"];
  pt[label="復健"];
  reg[label="掛號"];
  tv[label="衛教"];
  prn[label="印表機"];
  sw[label="辦公室交換器"];
  fw[label="防火牆"];
  wan1[label="固定IP線路"];
  wan2[label="健保局 VPN"];
  cross[label="跨院病歷"];
 
  {opd pt reg tv his nas prn} -> sw;
  sw -> fw;
  fw -> {wan1 wan2};
  wan1 -> cross [dir="back", color="#ff0000"];
}
 
// 開放網路
subgraph cluster_open {
  label="開放網路";
 
  gu[label="新光保全"];
  mo[label="監視系統"];
  pc1[label="外網專用PC"];
  rt[label="IP分享器"];
  wan3[label="浮動IP線路"];
  mobile[label="監視系統 App"];
  hacker[label="駭客 or 殭屍電腦"];
 
  {pc1 gu mo} -> rt -> wan3;
  wan3 -> {mobile hacker} [label="tcp:3880", dir="back", color="#ff0000"];
}
</quickgv>
 
= 建議線路 gen2 =
 
<quickgv name="topology_gen2" theme="warm">
subgraph cluster_clinic {
  label="診間網路";
 
  his[label="HIS Server"];
  nas[label="NAS"];
  opd[label="診間"];
  pt[label="復健"];
  reg[label="掛號"];
  tv[label="衛教"];
  prn[label="印表機"];
  fw[label="防火牆"];
  wan1[label="固定IP線路"];
  wan2[label="健保局 VPN"];
  cross[label="跨院病歷"];
 
  subgraph cluster_switch {
    label="網路交換器";
    vlan1[label="診間區虛擬網路"];
    vlan2[label="敏感區虛擬網路"];
  }
 
  {opd pt reg tv prn} -> vlan1;
  {his nas} -> vlan2;
  {vlan1 vlan2} -> fw;
  fw -> {wan1 wan2};
  wan1 -> cross [dir="back", color="#ff0000"];
}
 
// 開放網路
subgraph cluster_open {
  label="開放網路";
 
  gu[label="新光保全"];
  mo[label="監視系統"];
  pc1[label="外網專用PC"];
  rt[label="IP分享器"];
  wan3[label="浮動IP線路"];
  mobile[label="監視系統 App\n(僅限特定地點存取)"];
 
  {pc1 gu mo} -> rt -> wan3;
  wan3 -> mobile [label="tcp:3880", dir="back", color="#ff0000"];
}
</quickgv>
 
= A =
<quickgv name="Gff" theme="warm">
rankdir=TB;
 
A [label="驗證銷售權"];
B [label="驗證輸入值格式"];
C [label="驗證報價是否存在"];
D [label="產生 GDS 訂單"];
E [label="產生供應商訂單"];
 
A -> B -> C -> D -> E;
</quickgv>
 
= testflow =
<quickgv name="G51" theme="warm">
label="五環境佈署流程";
rankdir=TB;
 
A [label="Local\n開發新功能"];
B [label="Development\n測試模擬交易"];
C [label="Staging\n測試真實交易"];
D [label="Sandbox\n供分銷商測試"];
E [label="Production\n實際營運"];
 
A -> B;
B -> C;
B -> D;
C -> E;
</quickgv>
 
<quickgv name="G52" theme="warm">
label="三環境佈署流程";
rankdir=TB;
 
A [label="Local\n開發新功能"];
B [label="Sandbox\n升級新功能"];
C [label="Production\n升級新功能"];
 
A -> B -> C;
</quickgv>
 
test
 
= Crawling Flow =
<quickgv name="G4" theme="warm">
rankdir=TB;
 
A1 [label="Website"];
A2 [label="Proxy Server"];
A3 [label="Daily Cache"];
A4 [label="Hash Cache"];
 
B [label="Requests Session"];
C [label="Crawler"];
 
D1 [label="BeautifulSoup\n(HTML)"];
D2 [label="json\n(JSON)"];
D3 [label="Pandas\n(CSV)"];
D4 [label="Custom Datasource", fillcolor="#ffffff:#00c000"];
 
E1 [label="Handler", fillcolor="#ffffff:#00c000"];
E2 [label="Models", fillcolor="#ffffff:#00c000"];
 
F1 [label="SQLAlchemy"];
F2 [label="Console"];
F3 [label="GeoJSON"];
F4 [label="Elastic Search", fillcolor="#ffffff:#aaaaaa"];
 
G1 [label="SQLite"];
G2 [label="PostgreSQL", fillcolor="#ffffff:#aaaaaa"];
G3 [label="MySQL", fillcolor="#ffffff:#aaaaaa"];
G4 [label="MongoDB", fillcolor="#ffffff:#aaaaaa"];
 
 
A1 -> A2;
{A1 A2} -> B;
{B A3 A4} -> C;
C -> {D1 D2 D3 D4} -> E1 -> {F1 F2 F3 F4};
E2 -> F1;
F1 -> {G1 G2 G3 G4};
</quickgv>
 
= GDS =
<quickgv name="G3" theme="warm">
<quickgv name="G3" theme="warm">
rankdir=TB;
rankdir=TB;


A1 [label="Convert filter_default.ini => filter_default.json."];
A [label="[Product]\nAquaduck Tours Surfers Paradise"];
A2 [label="Convert filter_default.json => asrcPattern.plain.json."];
 
A3 [label="Encrypt asrcPattern.plain.json => asrcPattern.json."];
B1 [label="[Product Type]\n11:15am Tour"];
A4 [label="Archive."];
B2 [label="[Product Type]\n01:45pm Tour"];
A5 [label="Install this archive."];
B3 [label="[Product Type]\n01:00pm Tour (Peak Season and Weekends Only)"];
A6 [label="Set released=1 for this archive."];
 
A7 [label="Generate list.json and detail-x.x.x.json for released patterns."];
C1 [label="[Product Option & Date]\nAdult @ 2019-07-03\n38.49 AUD"];
C2 [label="[Product Option & Date]\nChild (2-16yrs) @ 2019-07-03\n19.99 AUD"];
C3 [label="[Product Option & Date]\nStudent @ 2019-07-11\n25.49 AUD"];


A1 -> A2 -> A3 -> A4 -> A5 -> A6 -> A7;
A -> {B1 B2 B3};
B1 -> {C1 C2 C3};
</quickgv>
</quickgv>


= Architecture of Geomancer  =
= Geomancer  =
<quickgv name="G2" theme="warm">
<quickgv name="G2" theme="warm">
rankdir=BT;
rankdir=BT;
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C1 [label="凶宅資料\nGeoJSON"];
C1 [label="凶宅資料\nGeoJSON"];
C2 [label="凶宅資料\nSQLite"];
C2 [label="凶宅資料\nSQLite 3"];


subgraph cluster_convertion {
subgraph cluster_convertion {
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D [label="Convert to land-polygons-taiwan.osm"];
D [label="Convert to land-polygons-taiwan.osm"];
E [label="Convert to taiwan-merged-YYYYMMDD.osm.pbf"];
E [label="Convert to taiwan-merged-YYYYMMDD.osm.pbf"];
F [label="Convert to taiwan-merged-YYYYMMDD.map"];
F [label="Convert to taiwan-merged-YYYYMMDD.map "];


B -> C [label="ogr2ogr (gdal)"];
B -> C [xlabel="ogr2ogr (gdal)"];
C -> D [label="python3 shp2osm.py"];
C -> D [xlabel="python3 shp2osm.py"];
{A D} -> E [label="osmosis"];
{A D} -> E [xlabel="osmosis"];
E -> F [label="osmosis with mapsforge writer"];
E -> F [xlabel="osmosis with mapsforge writer"];
</quickgv>
</quickgv>

Latest revision as of 05:40, 23 October 2024

See: https://graphviz.gitlab.io/_pages/pdf/dotguide.pdf

MQTT

ClinicWiz

WebSocket Service

建議線路 gen1

建議線路 gen2

A

testflow

test

Crawling Flow

GDS

Geomancer

Sandbox

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