Political Consultative Conference, said the computer is free to perform their duties need to send

With the "members of the Office platform," the proposal may be submitted year round active inter-State affairs

CPPCC members this year will no longer be issued laptop recovery hot lead, the CPPCC session, the secretariat and technical support group leader, director of the CPPCC National Committee General Office of the Information Center has an exclusive interview, Zhang Shan, to respond to this matter. Zhang Shan said that this was a regular member to perform their duties, the need for normalization.

Procurement of about 10 million yuan

According to "Guangzhou Daily" reported the CPPCC National Committee member Zhang Xiaomei recently revealed in the micro-Bo, "when reporting to each member received a new computer, and unlike last year, this year no longer need to return the computer after use, this should actually be more. "

"At that time the staff tells me that this one does not have recovered this year. Because last year to recover, so I just feel a bit surprised." Xiao-Mei Zhang told reporters. She is also micro-Bo wrote, "last year to return the computer does not make sense to have a computer too lazy to re-familiar with the new computer a few days without the hair he will not use your end of the meeting is indeed recovered thousands of computers is a waste. Members made the computer network and electronic office will promote awareness. "

CPPCC notebook users do not recall caused great concern. Some Internet users is estimated that the costs of procurement by 5,000 yuan each to project, more than 2000 computers need about 10 million yuan. However, some netizens said that the statements were not recovered after the convenience of members is to work, "20 years ago meeting fat pen, 20 years after the meeting made computer" is the same reason.

If do not need to be returned to the computer

Zhang, said that by early this year, members of the CPPCC National Committee established a network of office platform, which is a service-oriented work of the CPPCC National Committee members of the platform. In addition to the plenary session can be provided to members of the office of information services, after the closing plenary session, members can still be dispensed by the identity of digital certificate, all-weather access to "members of the Office platform," to achieve the file transfer, read and download, daily information CPPCC browsing, and work-related information query, the discussion among members and exchange functions. More importantly, the members of the perennial proposals submitted through the Internet, conference speeches, research reports and offer advice and suggestions, reflecting the popular feelings, so that the general members meeting is no longer a "member" and thereby members to perform the functions of a regular, normal , might be "all weather" to give full play the main role in the plenary session for further inter-active work of members of political participation. Therefore, after this time, members can be held by the computer back to work, perform their functions for the inter-sessional work, and continue to use the meeting in the series. "If the members of the allotment without meeting the computer, the computer can be returned, we will further fully to play the role of these computers." Zhang Shan said.

Zhang Shan introduced the great efforts to strengthen the information construction work of the CPPCC, the CPPCC is to promote the scientific work necessary requirement. In recent years, the CPPCC National Committee Office information technology breakthrough has been made, received solid results. The members of the applications, the second plenary session in the last year the implementation of electronic reading, based on three meetings this year to perform their duties in full swing application. As the afternoon of March 7, in 5430 the proposal in 1903 by members of the Office platform, online submission, addressing the General Assembly in 758, there are 485 members of the Office platform through the Internet, there are 56 social conditions and public opinion, 26 work proposal is submitted by members of the online office platform.







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Rooted in the free soil-FastCGI

Linux as a representative of free software, to bring the IT industry, infinite space for development. Linux, transparency, both to the developer or the application of staff have a full room, in order to Linux operating systems and platforms, more features are being constantly developed. Like Server Push, FastCGI, EPERL, PHP3, and many new features, such freedom is in the soil of Linux to the full development.
The performance of a website, mainly in the following areas: system response time, processing time, user waiting time and system output load, considering the economic factors but also with technology costs. To improve the performance of the site, without changing the hardware and network architecture based on the technical content of the concentrate so good procedure. At present, Server Push (push technology) and FastCGI two new technologies do not increase in the cost basis can make your site the best performance. This article details FastCGI technology.

What is FastCGI

To show that if you want to use FastCGI, you should Linux-operating system services build FastCGI Apache module, you can go to www.fastcgi.com to download the latest module, download the module will be compiled detailed description .

Over the years, CGI has become a server-side application development, the de facto standard, although the emergence of ASP technology to enable server-side application development easier, but ASP still limitations to the current Unix / Linux as the operating system and use Apache to serve The server refused to process the vast majority of its door, CGI is still singing the server-side application development in the main event. Over time, many of the server under the heavy burden of CGI is now insufficient.

Let us see how the CGI work in it: when the client requests the server CGI application, a process server to handle user requests, after the end of the process. When the load is very low, CGI can work well, but the site of a large variety of different types of requests occur at any time, in the client request load is high, the server process setup and initialization time used a web site performance bottlenecks. In particular, such as application and database connection, initialize longer used.

When the FastCGI technical stand out often, this problem has been well resolved. FastCGI is active at a request from the server to provide services. FastCGI is a server running a "campaign of procedures" to handle server requests the application program's. FastCGI is always active, this is of benefit, it does not start in dealing with requests O'clock Xin Jin Cheng, and on the initial application of overhead. server-side can use PERL, C, C + + or JAVA and other languages to write one based FastCGI application to constantly deal with server application request. particularly for Server Push this connection, the server Otherwise intermittent response to user requests, we must continue to allow the server application is running to support the application request.

The advantages of FastCGI


We know, CGI can not be used as cache memory, because it run once for each request an application, and quit after the completion of the task. The FastCGI can be effectively used as cache memory to greatly improve its performance to process the request. Separate FastCGI applications and CGI than, perhaps not a good use of cache, and once FastCGI is designed to be multi-threaded, it can handle multiple requests to run concurrent application process, so that the process of multiple threads can share memory and access the same cache.

Another major advantage of FastCGI is that it can use a distributed network system to complete large-scale systems integration. A website to complete the user's interaction requirements, at least with e-mail, BBS and chat rooms these three functions, taking into account data security and database capacity and other factors, very few sites have all the data on the same host on. We all know that, because the process of environmental reasons, the server can call the machine CGI application, which hosts the distributed system to bring more limitations. The FastCGI applications do not get the CGI environment from a process variable, but in the FastCGI application and the server to create a "full duplex" connection, transmission of environmental information, STDIN, STDOUT and STDERR. So that we can place the FastCGI application in another host, using TCP / IP protocol and the main server remote connections. In the main server FastCGI application can request the same as the local machine to respond. The advantages are:

1. Can expand the size of network system

2. Can reduce the load on the same server

3. More servers can share the same FastCGI application.

How to write FastCGI applications

Let us first look at how the running FastCGI:

As you can see, like, FastCGI in dealing with a request to continue to run, so that the new request comes immediately to process the request. So FastCGI programs typically include the initialization code and packaging process of the main section of the response cycle, of course, after initialization, the main program loop to run continuously waiting for the arrival of the request. Only in the FastCGI application is withdrawn when the cycle until the end of the system.

Another advantage of FastCGI is shifted from the CGI FastCGI is simple, let's look at a traditional CGI:

Example 1: NUMBER.CGI

#! / Usr / bin / perl

# Variables

my $ End = 10;

my $ i;

# Content Header

print "Content-type: text / html; CHARSET = gb2312n";

# Main loop

for ($ i = 0; $ i <$ End; $ i + +)

(Print "$ i
;)

exit 0;

The CGI in the browser page on each line from 1 to 10 of a digital display.

Let us look at how to use FastCGI to write this program:

Example 2: NUMBER.FCGI

#! / Usr / bin / perl

# In order to use FastCGI package, need to add the following statement:

Use FCGI;

# Initialize the initialization section of the same section and CGI.

# Variables

my $ End = 10;

my $ i;

while (FCGIaccpet ()> = 0) (

# Content Header

print "Content-Type: multipart / x-mixed-replace; boundary = BOUNDARYnn";

# Because each request must have the appropriate Content-Type header in response, so we put it as a response to the main loop code.

# Main loop

for ($ i = 0; $ i <$ End; $ i + +)

(Print "$ i
;)

)

exit 0;

Because FastCGI and server applications, like running, so only the end of the signal received when the FastCGI only exit, otherwise it has been run.

Although the shift from the CGI FastCGI is very easy, but in practical examples of we have to note, if the original could cause the CGI program in the main code does not loop running code, you must modify it, that is Some variables, re-initialize the array. FastCGI application must ensure that in dealing with any request, any existing state can impact on subsequent requests. In addition, the programmers writing CGI programs, the modular design allows the main program running on those who do not frequently use the function modules relative "independence", and only when needed to be transferred to run, so you can speed up the main program operation. but turned FastCGI application process to be considered as a paragraph in the completion of related functions, in order to reduce the process to run when the number generated, and procedures between the various functional blocks can fully shared cache.






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Beijing-Shenyang Expressway: Breaking the "separatism," the first

Middleware in the Beijing-Shenyang project application, for our inter-provincial highway network management is of great significance.

In our increasingly dense network of road transport today, the construction of highway is no longer any news, but in October 20, 2003, Beijing-Shenyang highway officially opened on interconnection charges when many of the media on the incident the unprecedented magnitude of pages to full coverage. What attracted them to a road so concerned about?

658 km on the road of four "mother"

As a heavy industry base in Northeast China and the connection between the capital, Beijing, an important transportation route, Beijing-Shenyang expressway opened to traffic in 2000, through Xianghe, Hebei Province, Tianjin Baodi, Hebei, Tangshan, Qinhuangdao, from Liaoning, Jinzhou, length 658.7 km.

658 km is not long, however, been different roads into the beginning of the investment units "cut" to 5, paragraph into Beijing, Langfang section, in Tianjin, Hebei and Liaoning Shenyang Baoshan segment Hill section, each by different owners to charge management. More intensive in the pay site to Shanhaiguan section of Beijing, 298 km of expressways total of four mainline toll stations, the average distance is only 74.5 kilometers, of which the shortest distance is only 15.8 km toll station.

Charges direct result of intensive site so that delayed the passage of time passing vehicles. It has been for a survey, from Shenyang, Beijing-Shenyang Expressway to go to Beijing to go through three port charges, parking access card, and paid a total of 6 times. Car is low, through the charging port to be delayed 23 minutes; case of vehicles, you need to spent 56 minutes, or even longer, high-speed into the fast, slow, motorists grumbling!

In fact, this not only to high-speed Beijing-Shenyang so. As the investment system, management system, and many other reasons, our highways are basically sub-building, the way a company, decentralized management. Highway Mileage in China and gradually increasing through the case of a network, the management of this sub-state separatism, on the one hand seriously affected the unity of the road network; the other hand, increased management costs. If some parts of the same route more than a joint venture co-exist, independent of each other, segment fees, resulting in the main line station to set off close, affecting smooth.

To break the drawbacks of a decentralized management highway, in October 2000, the Ministry of Communications issued a "provisional toll highway network technical requirements", and was held in November 2000 after high-speed Beijing-Shenyang four provinces of the departments concerned to study the coordination hope to conduct the first high-speed Beijing-Shenyang Expressway inter-provincial interconnection fee pilot, early in March 2003, all charges on Beijing-Shenyang Expressway Network programs 11 issue of consensus.

After the Beijing-Shenyang highway network in accordance with the "full range of networking, partition settlement," the implementation of the retention of Xianghe, Shanhaiguan two main line stations, Baodi, Hebei, and Shenyang West Point station was withdrawn in building the main line toll Shanhaiguan and 10000, a stand two points each on behalf of the issuer. The key is that the proposed scheme in Beijing to set up networking Shanhaiguan section of a profit-sharing fee settlement center, the charges section of the balance sheet included in Liaoning Liaoning Provincial Expressway Toll profit-sharing system, that is, only the owner on the highway pay a fee, as to how or by transport within the department resolved.

Middleware surface

As the networking system transformed by the Drive, charging station, charging sub-center, clearing house four system components, Drive through the original records will be on communications systems on a distributed system, import on a database. Between all levels of an independent to do this, the original records, statements to the center after the settlement. In addition, the higher command and configuration information needed by the command and communication system configuration information will be issued one level to the next level of the system, deployed to each Drive.

Beijing-Shenyang Expressway Toll therefore adopted highway network is different from other provinces charge current technical route, using cross-platform "data exchange communication middleware" technology, in the use of the existing toll collection system in civil engineering, piping and equipment based on , on the part of the Drive devices and equipment for road charging management reform, and to retain full use of existing mechanical and electrical systems software and hardware facilities, to maximize the protection and use of various sections of the investment the owners have to save the cost of the reconstruction project associated fees to technology in exchange for benefits.

In this process, the Wei guarantee both the security and reliable operation of the module, middleware of middleware products and development of the Chang Shang set out three requirements: First, the system stability and reliable sources of Chuan Shu; Second, both Tai concurrent systems Yao data processing and large data capacity of long transmission; Third, taking into account the significance of Beijing-Shenyang expressway and future management model, requires a system development cycle is short, and has high flexibility, scalability and manageability.

Contractor in the project - Beijing Public Kefei Da Traffic Engineering Development Co., Ltd. anxiously looking vision, TongTech's messaging middleware product TongLINK / Q gradually IBM and BEA and other international manufacturers fierce competition. According to TongTech Heqing Niu, deputy general manager, said: "Highway Toll System requires 7 脳 24-hour operation, requiring network communication module to ensure the smooth operation of payment system. Our more mature messaging middleware products, in the telecommunications and finance have years of experience, followed by refinement to the transport sector, we also have high-speed, Jilin, Guangdong high-speed and many other success stories, especially in Jilin high-speed, in charge of China's highway network application middleware in the first 1, has a strong representative of significance. "

180 days into highly efficient and stable network system

Beijing-Shenyang expressway network project from design to completion of charging only a short period of 6 months, head of Su Xiaoming said - "It is because of messaging middleware as the application provides an easy interface, shielding the complexity of network programming, so big improve the speed of the application system development, but also a reliable, stable and efficient network services. "

TongTech TongLINK / Q for the application provides an easy to use, efficient and reliable platform for distributed development and operation. Using TongLINK / Q can be easily and rapidly design and develop reliable and efficient with the needs of distributed applications. It also provides a distributed application management platform, it adopted the name of service and application management, provides management and monitoring of distributed applications. TongLINK / Q system to the physical network node to determine each point (network and access equipment), and through the node configuration to build the relationship between these nodes to form the logical tree or mesh network communication structure. Since each node in the logical network different positions, in order to be more easy to control these nodes, thus giving different types of each node to form a different node levels. This is entirely similar to our current executive-level classification processing, image and easy to use.

In this 180-day project implementation, the East through messaging middleware to be deployed to each transfer node, the total center of charges on sub-centers and toll stations. Various toll stations and the total center Yutian directly connected, through the middleware original records in all toll lanes on the hair directly to the main center Tamada, and the record copy to the sub-centers at all levels. Middleware between the underlying systems and applications, by calling the transmission interface message transmission, so the network problems on the screen below the middleware layer, the application can be more work to go into business processes .

In addition, the data transmission network system, the large amount of cash, and have inter-provincial coordination, harmonization split features, the system needs to ensure that the transmission of data can be subject to all kinds of unexpected failures (such as network disconnection, machine off electricity failure), can still be a reliable message transmission. Using TongLINK / Q build the underlying data transmission platform, data can be transmitted through the establishment of each node in the message queue for reliable storage and delivery, if there is downtime or network failure, etc., the data can be restored in the system and network reliable transmission of data makes the interconnection charges can not lose, no powerhouse sent to the destination.

As high-speed Beijing-Shenyang Tianjin-Tangshan Economic Zone is located in the special geographical reasons, plus the after transformation Xianghe station has become the largest country highway toll station, all the time up there a lot of data concurrency, which requires system has the ability to handle large concurrent data.

Heqing Niu, said deputy general manager, in the initial design process has been full consideration to this point, Sui Zhao Beijing-Shenyang highway traffic volume of Buduanzengjia, Shoufeixitong Yao Liang of its business would be corresponding increases, mainframe handling capacity may be difficult to meet the business processing requirements. Based on the East through messaging middleware TongLINK / Q interconnection fee system without affecting the normal operation of the system under the premise of dynamic add, delete sub-center fees, toll station node; dynamically modify service process scheduling strategy, adding new services, etc. improve the system flexibility and scalability.

September 20, 2003, the expressway from Beijing to Shenyang, the official opening of full interconnection charges, Beijing-Shenyang high-speed implementation of the "smart card." This was the opening of the first inter-provincial highway network charges, which marked China's inter-regional expressway from the inter-provincial city to the sub-management integrated management changes.

Beijing-Shenyang expressway network toll projects have been built, broke the separate management of highway management style, improve traffic efficiency and reduce operating costs. FENG Zheng-lin, as Deputy Minister of Communications pointed out that in the future, the Ministry of Communications will focus, Beijing, Tianjin and Yangtze River Delta national trunk road network charges, the eastern provinces to try to achieve in the province during 2005 all of the objectives Highway Toll .

"In the Beijing-Shenyang high-speed project, we have gradually assumed Hebei, Jiangxi, Beijing, Sichuan, networking and a series of highway toll project." Niu said Heqing vice president. The field of middleware in the domestic transport market, have occupied the top spot in the East through. In addition to highway outside the East through the Ministry of Transportation Maritime Administration also bear the "Water Safety monitoring information system" construction, and is prepared to traffic in the city of ITS, Metro AFC System and other traffic areas around attack.







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Photoshop combat KPT7 (2)

2, KPT Fluid 鈩?br />
KPT7 in the second filter is the KPT Fluid 鈩?filter, the filter is used to simulate the brush in the liquid on the Moguo effect. Liquid flow with a great chance, that chance was to create beauty. Now let us look at what this filter can give us the chance to create things.



From the graph you can see, this filter set is relatively simple. You just need to brush size, density of the liquid velocity are set.

1, in Photoshop, create a new 250pix * 200pix documents.
2, rainbow gradient fill.



3, choose Filters> KPT effects> KPT Fluid. In the Parameters (parameters) panel for the following set.
4, the Brush size slider to 75 drag position; the Velocity slider to 75 drag position; to Blend drag the slider to 100 locations.



Brush size slider is used to set the brush size, the greater the number the greater the brush size.
Velocity slider is used to set the brush across the fluid velocity, the greater the number set, the more complicated the image changes.
Blend slider is used to set the viscosity of the liquid, the greater the number setting the greater mobility of the liquid. For example: you set the value of 80, the viscosity of the liquid similar to gasoline; you value set to 5, the viscosity of the liquid and the cream on similar.

Now we use the mouse quickly across the image preview window. Wait until the image perfectly still.

5, re-Brush size slider bar to a location, drag the Velocity slider to 100 locations. Use the mouse on the screen for a variety of circular motion. After you remove the mouse you will find the color of the image, such as liquid-like to continue to flow, this flow with a very arbitrary. When you find a satisfactory screen immediately after the press preview window, the lower part of the pause button.



Preview window in order to explain the function of several buttons:
Stop simulation (stop button): Click this button to return to the image created before the initial state of fluid effects.
Rewind distortion (rewind button): Click and hold down this button, the image of the simulation results will be reversed back.
Continue simulation (to continue the play button): Click this button to effect the flow of the suspension will continue to track the original flow.
Pause simulation (pause button): Click this button to pause the flow effect.
Step forward (single-step play button): Click or hold down this button, you can skip the process of playing the liquid flow.

The color filter can also flow into a continuous process of exporting images (BMP format) or video animation (AVI format or MOV format).

6, in the Parameters panel Output Duration text box, enter 20 as the time to export animation.
7, click the button next to Output open Make Movie (output film) dialog box.



8, in the Output Format (export format) menu, select AVI Movie. (You can also choose BMP Sequence or QuickTime Movie format).
9, click Settings to select a video for the video compression settings. Here we choose Indeo_video 5.04, other optional default settings.



10, in the File Location (location of the output file) text box, enter "C: temp" as the file storage location.
11, adjust the Size slider to set the output video screen size. Here we choose the default settings.
12, click on a pigeon-confirmed, waiting for a while, the video images can be output end.
13, and finally click on the bottom right corner of the confirmation button to return to Photoshop in.
Note: If the Parameters panel at the bottom of Animate Next Distortion option is selected, then when you give the image after application of the Fluid Effects, Make Movie dialog box will pop up automatically.



Now you yourself, take a look at their feelings and what luck can come up with a new meaning to ^ _ ^.







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Assembly language of high-level language features

Now write assembly language, structured like to write high-level languages, very convenient. Do not believe? You look at the following small program written know the matter, there is no jump, the complete structural design. Finally, a small sum with Glow Glove article for all to learn information.
;------------------------------------------------- ------
; Example: a factorial data
; If the result is smaller, can be placed in EAX register
; If the result is smaller, can be placed in EDX: EAX register
; File Name: 7.asm

.386
. Model flat, stdcall
option casemap: none

include windows.inc

include masm32.inc
include kernel32.inc
include user32.inc

includelib masm32.lib
includelib kernel32.lib
includelib user32.lib


. Data?
CharOut db 100 dup (?)

. Code

OutEdxEax PROTO: DWORD; to EDX: EAX in the output string data into decimal form!

OutEdxEax proc lpString; example: EDX = 0, EAX = 01234567H, then the converted string is:
->''19088743'', 0
mov edi, lpString; point to store the address of the results
mov esi, lpString

mov ecx, 10; converted into decimal
. While eax! = 0 | | edx! = 0
push eax
mov eax, edx
xor edx, edx
div ecx
mov ebx, eax
pop eax
div ecx
add dl,''0''
mov [edi], dl; store results
inc edi
mov edx, ebx
. Endw

mov BYTE ptr [edi], 0; string to 0 to end
dec edi

. While edi> esi; results before the change, the change after the former!
mov al, [esi]
xchg al, [edi]
mov [esi], al
inc esi
dec edi
. Endw
ret
OutEdxEax endp

start:; program starts
xor eax, eax; store the results of the registers EDX: EAX = 1
xor edx, edx
inc eax
mov ecx, 20; calculate the factorial of 20. Can not be greater than 20, otherwise it will overflow, the result will no longer be correct!
. While ecx> 0
. If edx == 0; results in the EAX
mul ecx
. Else; result in EDX: EAX in
push edx
mul ecx
pop ebx
push eax
push edx
mov eax, ecx
mul ebx
pop edx
add edx, eax
pop eax
. Endif
dec ecx
. Endw

. If edx == 0; results in the EAX
invoke dw2a, eax, addr CharOut
. Else; result in EDX: EAX in
invoke OutEdxEax, addr CharOut; with our own program transformation!
. Endif

invoke StdOut, addr CharOut; console output
invoke ExitProcess, NULL; end of the procedure
end start
-------------------------------------------------- --------------
The detailed operation generated 7.exe

D: MASM7> ml / coff / I include 7.asm / link / subsystem: console / libpath: lib
Microsoft (R) Macro Assembler Version 6.14.8444
Copyright (C) Microsoft Corp 1981-1997. All rights reserved.

Assembling: 7.asm
Microsoft (R) Incremental Linker Version 5.12.8078
Copyright (C) Microsoft Corp 1992-1998. All rights reserved.

/ Subsystem: console / libpath: lib
"7.obj"
"/ OUT: 7.exe"

D: MASM7> 7
2432902008176640000
D: MASM7> _
-------------------------------------------------- -------------------
Compiled using the results of anti-W32dasm, we can see "Assembly Language" is how to translate into "machine language".

Program Entry Point = 00401042 (7.exe File Offset: 00001642)

: 00401000 55 push ebp
: 00401001 8BEC mov ebp, esp
: 00401003 8B7D08 mov edi, dword ptr [ebp +08]
: 00401006 8B7508 mov esi, dword ptr [ebp +08]
: 00401009 B90A000000 mov ecx, 0000000A
: 0040100E EB14 jmp 00401024

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Referenced by a (U) nconditional or (C) onditional Jump at Addresses:
|: 00401026 (C),: 0040102A (C)
|
: 00401010 50 push eax
: 00401011 8BC2 mov eax, edx
: 00401013 33D2 xor edx, edx
: 00401015 F7F1 div ecx
: 00401017 8BD8 mov ebx, eax
: 00401019 58 pop eax
: 0040101A F7F1 div ecx
: 0040101C 80C230 add dl, 30
: 0040101F 8817 mov byte ptr [edi], dl
: 00401021 47 inc edi
: 00401022 8BD3 mov edx, eb
backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Referenced by a (U) nconditional or (C) onditional Jump at Address:
|: 0040100E (U)
|
: 00401024 0BC0 or eax, eax
: 00401026 75E8 jne 00401010
: 00401028 0BD2 or edx, edx
: 0040102A 75E4 jne 00401010
: 0040102C C60700 mov byte ptr [edi], 00
: 0040102F 4F dec edi
: 00401030 EB08 jmp 0040103A

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Referenced by a (U) nconditional or (C) onditional Jump at Address:
|: 0040103C (C)
|
: 00401032 8A06 mov al, byte ptr [esi]
: 00401034 8607 xchg byte ptr [edi], al
: 00401036 8806 mov byte ptr [esi], al
: 00401038 46 inc esi
: 00401039 4F dec edi

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Referenced by a (U) nconditional or (C) onditional Jump at Address:
|: 00401030 (U)
|
: 0040103A 3BFE cmp edi, esi
: 0040103C 77F4 ja 00401032
: 0040103E C9 leave
: 0040103F C20400 ret 0004


/ / Bin / / boot / / dev / / etc / / home / / lib / / lost + found / / media / / misc / / mnt / / net / / opt / / proc / / root / / sbin / / selinux / / srv / / sys / / tmp / / u01 / / usr / / var / / vmware Program Entry Point backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news : 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar.gz xml2dict-read-only
: 00401042 33C0 xor eax, eax
: 00401044 33D2 xor edx, edx
: 00401046 40 inc eax
: 00401047 B914000000 mov ecx, 00000014
: 0040104C EB17 jmp 00401065

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Referenced by a (U) nconditional or (C) onditional Jump at Address:
|: 00401068 (C)
|
: 0040104E 0BD2 or edx, edx
: 00401050 7504 jne 00401056
: 00401052 F7E1 mul ecx
: 00401054 EB0E jmp 00401064

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Referenced by a (U) nconditional or (C) onditional Jump at Address:
|: 00401050 (C)
|
: 00401056 52 push edx
: 00401057 F7E1 mul ecx
: 00401059 5B pop ebx
: 0040105A 50 push eax
: 0040105B 52 push edx
: 0040105C 8BC1 mov eax, ecx
: 0040105E F7E3 mul ebx
: 00401060 5A pop edx
: 00401061 03D0 add edx, eax
: 00401063 58 pop eax

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Referenced by a (U) nconditional or (C) onditional Jump at Address:
|: 00401054 (U)
|
: 00401064 49 dec ecx

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Referenced by a (U) nconditional or (C) onditional Jump at Address:
|: 0040104C (U)
|
: 00401065 83F900 cmp ecx, 00000000
: 00401068 77E4 ja 0040104E
: 0040106A 0BD2 or edx, edx
: 0040106C 750D jne 0040107B
: 0040106E 6804304000 push 00403004
: 00401073 50 push eax
: 00401074 E81F000000 call 00401098
: 00401079 EB0A jmp 00401085

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Referenced by a (U) nconditional or (C) onditional Jump at Address:
|: 0040106C (C)
|
: 0040107B 6804304000 push 00403004
: 00401080 E87BFFFFFF call 00401000

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Referenced by a (U) nconditional or (C) onditional Jump at Address:
|: 00401079 (U)
|
: 00401085 6804304000 push 00403004
: 0040108A E825000000 call 004010B4
: 0040108F 6A00 push 00000000

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Reference To: KERNEL32.ExitProcess, Ord: 0075h
|
: 00401091 E88E000000 Call 00401124
: 00401096 CC int 03
: 00401097 CC int 03

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Referenced by a CALL at Address:
|: 00401074
|
: 00401098 55 push ebp
: 00401099 8BEC mov ebp, esp
: 0040109B FF7508 push [ebp +08]

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Possible StringData Ref from Data Obj -> "% lu"
|
: 0040109E 6800304000 push 00403000
: 004010A3 FF750C push [ebp +0 C
backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Reference To: USER32.wsprintfA, Ord: 02A5h
|
: 004010A6 E88B000000 Call 00401136
: 004010AB 83C40C add esp, 0000000C
: 004010AE C9 leave
: 004010AF C20800 ret 0008


: 004010B2 CC int 03
: 004010B3 CC int 03

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Referenced by a CALL at Address:
|: 0040108A
|
: 004010B4 55 push ebp
: 004010B5 8BEC mov ebp, esp
: 004010B7 83C4F4 add esp, FFFFFFF4
: 004010BA 6AF5 push FFFFFFF5

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Reference To: KERNEL32.GetStdHandle, Ord: 013Dh
|
: 004010BC E869000000 Call 0040112A
: 004010C1 8945FC mov dword ptr [ebp-04], eax
: 004010C4 FF7508 push [ebp +08]
: 004010C7 E820000000 call 004010EC
: 004010CC 8945F4 mov dword ptr [ebp-0C], eax
: 004010CF 6A00 push 00000000
: 004010D1 8D45F8 lea eax, dword ptr [ebp-08]
: 004010D4 50 push eax
: 004010D5 FF75F4 push [ebp-0C]
: 004010D8 FF7508 push [ebp +08]
: 004010DB FF75FC push [ebp-04]

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Reference To: KERNEL32.WriteFile, Ord: 02B9h
|
: 004010DE E84D000000 Call 00401130
: 004010E3 8B45F8 mov eax, dword ptr [ebp-08]
: 004010E6 C9 leave
: 004010E7 C20400 ret 0004


: 004010EA CC int 03
: 004010EB CC int 03

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Referenced by a CALL at Address:
|: 004010C7
|
: 004010EC 55 push ebp
: 004010ED 8BEC mov ebp, esp
: 004010EF 53 push ebx
: 004010F0 8B4508 mov eax, dword ptr [ebp +08]
: 004010F3 8D5003 lea edx, dword ptr [eax +03]

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news: 10 news: 11 news: 12 news: 13 news: 14 news: 15 news: 16 news: 17 news: 18 news: 2 news: 3 news: 4 news: 5 news: 6 news: 7 news: 8 news: 9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar. gz xml2dict-read-only Referenced by a (U) nconditional or (C) onditional Jump at Address:
|: 0040110B (C)
|
: 004010F6 8B18 mov ebx, dword ptr [eax]
: 004010F8 83C004 add eax, 00000004
: 004010FB 8D8BFFFEFEFE lea ecx, dword ptr [ebx + FEFEFEFF]
: 00401101 F7D3 not ebx
: 00401103 23CB and ecx, ebx
: 00401105 81E180808080 and ecx, 80808080
: 0040110B 74E9 je 004010F6
: 0040110D F7C180800000 test ecx, 00008080
: 00401113 7506 jne 0040111B
: 00401115 C1E910 shr ecx, 10
: 00401118 83C002 add eax, 00000002

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news:10 news:11 news:12 news:13 news:14 news:15 news:16 news:17 news:18 news:2 news:3 news:4 news:5 news:6 news:7 news:8 news:9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar.gz xml2dict-read-only Referenced by a (U)nconditional or (C)onditional Jump at Address:
|:00401113(C)
|
:0040111B D0E1聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽 shl cl, 1
:0040111D 1BC2聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽 sbb eax, edx
:0040111F 5B聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽 pop ebx
:00401120 C9聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽 leave
:00401121 C20400聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽 ret 0004

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news:10 news:11 news:12 news:13 news:14 news:15 news:16 news:17 news:18 news:2 news:3 news:4 news:5 news:6 news:7 news:8 news:9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar.gz xml2dict-read-only Referenced by a CALL at Address:
|:00401091聽聽
|

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news:10 news:11 news:12 news:13 news:14 news:15 news:16 news:17 news:18 news:2 news:3 news:4 news:5 news:6 news:7 news:8 news:9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar.gz xml2dict-read-only Reference To: KERNEL32.ExitProcess, Ord:0075h
聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽 |
:00401124 FF2508204000聽聽聽聽聽聽聽聽聽聽聽 Jmp dword ptr [00402008]

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news:10 news:11 news:12 news:13 news:14 news:15 news:16 news:17 news:18 news:2 news:3 news:4 news:5 news:6 news:7 news:8 news:9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar.gz xml2dict-read-only Referenced by a CALL at Address:
|:004010BC聽聽
|

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news:10 news:11 news:12 news:13 news:14 news:15 news:16 news:17 news:18 news:2 news:3 news:4 news:5 news:6 news:7 news:8 news:9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar.gz xml2dict-read-only Reference To: KERNEL32.GetStdHandle, Ord:013Dh
聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽 |
:0040112A FF2500204000聽聽聽聽聽聽聽聽聽聽聽 Jmp dword ptr [00402000]

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news:10 news:11 news:12 news:13 news:14 news:15 news:16 news:17 news:18 news:2 news:3 news:4 news:5 news:6 news:7 news:8 news:9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar.gz xml2dict-read-only Referenced by a CALL at Address:
|:004010DE聽聽
|

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news:10 news:11 news:12 news:13 news:14 news:15 news:16 news:17 news:18 news:2 news:3 news:4 news:5 news:6 news:7 news:8 news:9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar.gz xml2dict-read-only Reference To: KERNEL32.WriteFile, Ord:02B9h
聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽 |
:00401130 FF2504204000聽聽聽聽聽聽聽聽聽聽聽 Jmp dword ptr [00402004]

backup bin bin_old conf config crawler.tar.gz crawler_bin.tar.gz data eshow eshow_sitemap.html generate.sh google.html google.html.md5 log maint news:10 news:11 news:12 news:13 news:14 news:15 news:16 news:17 news:18 news:2 news:3 news:4 news:5 news:6 news:7 news:8 news:9 outboundLinksMgr.sql seeds sitemap.html svn tasks tmp xml2dict-2008.6-tar.gz xml2dict-read-only Reference To: USER32.wsprintfA, Ord:02A5h
聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽 |
:00401136 FF2510204000聽聽聽聽聽聽聽聽聽聽聽 Jmp dword ptr [00402010]
:0040113C 00000000000000000000聽聽聽 BYTE 10 DUP(0)
MASM 6.x 鏂板鎸囦护鍒楄〃:聽 Glow Glove 鍒?(璇蜂綋璋呭皬寮熻緵鑻︼紝鍕挎秷鍘?

MASM 6.x 鎺ㄥ嚭浠ヤ箙锛屼絾甯傞潰涓婃湁鍏充箣涔︾睄鍙婅祫鏂欏嵈灏戝緱鍙?锛屽皬寮熷綋鍒濇帴瑙?br />MASM 6.x 鏃讹紝杈涜緵鑻﹁嫤鎵嶆壘鍑鸿祫鏂欑殑锛屼负浜嗛偅浜涘緦杩涗笉鐢ㄨ笍钁楀厛鐑堢殑琛?抗鍓?br />鎵戝緦缁э紝鐗瑰皢灏忓紵銆岀炕銆嶅嚭鏉ョ殑涓滀笢鍏竷鍑烘潵銆?br />
杩欎簺鎸囦护閮芥槸灏忓紵浠庝功涓?鍘氶鏃犺?锛屽湪鑰佹澘鐨勭櫧鐪间笅杈涜嫤鎶勪笅鏉ョ殑)
鍙奙ASM 6.0 涔嬭寖渚嬬▼寮忎腑缈诲嚭鏉ョ殑锛岃嫢鏈夐仐钀界枏澶憋紝璇峰寘娑点?
璇蜂綋璋呭皬寮熶箣杈涜嫤锛屽嬁灏嗗皬寮熺殑ID娑堝幓銆?br />
MASM 6.x涓嶮ASM 5.x鏈?ぇ涓嶅悓锛屽湪鏂?.x 姣?.x 鏇撮珮闃跺寲浜?鎴栬鏇碢ASCAL鍖?锛?br />鍏跺唴鎻愪緵浜嗗垽鏂?鍥炲湀銆佹ā缁勫寲鍓▼寮忕瓑锛屽悇绉嶄护缁勫悎璇█浣跨敤鑰呮湜绌跨姘翠箣鎸?br />浠わ紝鐪嬪畬鍐呭锛岃涓嶈鎰熷姩鐨勭棝鍝祦娑曪紝鎴栨仺浠栦负浠?航涓嶆棭鐐瑰嚭鏉ャ?

杩愮畻绗﹀彿:
聽聽聽 == : 绛夋柤聽聽聽聽聽聽聽 &amp;聽 : 浣嶅厓娴嬭瘯
聽聽聽 != : 涓嶇瓑鏂悸犅犅犅犅?!聽 : 鍚?NOT
聽聽聽 &gt;聽 : 澶ф柤聽聽聽聽聽聽聽 &amp;&amp; : 涓?AND
聽聽聽 &lt;聽 : 灏忔柤聽聽聽聽聽聽聽 || : 鎴?OR

杈呭姪杩愮畻绗﹀彿:
聽聽聽 ZERO?聽聽聽聽 : ZERO ZF=1,ZR聽聽聽聽聽聽聽 !ZERO?聽聽聽聽 : NOT ZERO ZF=0,NZ
聽聽聽 CARRY?聽聽聽 : CARRY CF=1,CY聽聽聽聽聽聽 !CARRY?聽聽聽 : NOT CARRY CF=0,NC
聽聽聽 OVERFLOW? : OVERFLOW,OV聽聽聽聽聽聽聽聽 !OVERFLOW? : NOT OVERFLOW,NV
聽聽聽 SIGN?聽聽聽聽 : NEGATIVE,NG聽聽聽聽聽聽聽聽 !SIGN?聽聽聽聽 : PLUS,PL
聽聽聽 PAR99vY?聽聽 : PAR99vY EVEN,PE聽聽聽聽聽 !PAR99vY?聽聽 : PAR99vY ODD,PO

Examples:
聽聽聽 .IF AX == 1聽聽聽聽聽聽聽聽聽聽聽聽聽聽 .REPEAT
聽聽聽 .IF ZERO?聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽 .UNTIL ZERO?
聽聽聽 .IF !(AX &amp; 0Fh)
聽聽聽 .IF AL=ESC || AL=CR
聽聽聽 鐪嬪埌杩欎簺鎸囦护浜嗗悧? 鏄笉鏄技鏇剧浉璇嗭紝鏈熷緟浠ヤ箙浜嗐?

鍒ゆ柇寮?
聽聽聽 .IF
聽聽聽聽聽聽聽聽 .
聽聽聽 .ELSEIF
聽聽聽聽聽聽聽聽 .
聽聽聽 .ELSE
聽聽聽聽聽聽聽聽 .
聽聽聽 .ENDIF

聽聽聽 .ELSEIF 鍙?ELSE 涓洪潪蹇呰涔嬪姩浣滐紝鍐欒繃楂橀樁璇█鐨勫簲璇ヤ笉闅句簡瑙ｆ墠瀵?

鍥炲湀鎸囦护:
聽聽聽 (1) 鍓嶆祴寮?
聽聽聽聽聽聽聽 .WHILE
聽聽聽聽聽聽聽聽聽聽聽聽聽 .
聽聽聽聽聽聽聽聽聽聽聽聽聽 .
聽聽聽聽聽聽聽 .ENDW
聽聽聽聽聽聽聽 褰撴潯浠舵垚绔嬶紝鍗虫墽琛屽洖鍦堝唴锛屽惁鍒欐墽琛屽洖鍦堝緦涔嬪姩浣?br />
聽聽聽 (2) 寰屾祴寮?
聽聽聽聽聽 1.聽 .REPEAT
聽聽聽聽聽聽聽聽聽聽聽聽聽 .
聽聽聽聽聽聽聽聽聽聽聽聽聽 .
聽聽聽聽聽聽聽聽聽 .UNTIL
聽聽聽聽聽聽聽 or
聽聽聽聽聽 2.聽 .REPEAT
聽聽聽聽聽聽聽聽聽聽聽聽聽 .
聽聽聽聽聽聽聽聽聽聽聽聽聽 .
聽聽聽聽聽聽聽聽聽 .UNTILCXZ

聽聽聽聽聽 1. 鍥炲湀涓?洿鍒版潯浠舵垚绔嬪嵆鍋滄鍥炲湀
聽聽聽聽聽 2. 鍚? 锛屼絾鍔犱笂鍒ゆ柇CX鏄惁涓? (OR鐨勫叧绯伙紝鍗虫潯浠朵负鐪熸垨CX==0)

杈呭姪鎸囦护:
聽聽聽 .BREAK
聽聽聽 .COUNTINE

聽聽聽 閰嶅悎涓婅堪鍥炲湀鎸囦护杩愮敤
聽聽聽 .BREAK聽聽聽 鍙腑姝㈠洖鍦?br />聽聽聽 .COUNTINE 鍙烦鑷冲洖鍦堝紑澶?br />聽聽聽 鍙湪鍏跺緦鍔犱笂鍙欒堪锛屽彊杩版垚绔嬫墠鍔ㄤ綔

鍡? 鎰堢湅鎰堝儚PASCAL浜?br />
Examples:

聽聽聽 .WHILE AX==1 || !ZERO?聽聽聽聽 .REPEAT
聽聽聽聽聽聽聽聽聽聽聽 .聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽 .
聽聽聽 .ENDW聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽 .UNTIL (AX &amp; 1)

聽聽聽 .REPEAT
聽聽聽聽聽聽聽聽聽聽聽 .
聽聽聽聽聽聽聽 .BREAK .IF ZERO?
聽聽聽聽聽聽聽聽聽聽聽 .
聽聽聽聽聽聽聽 .COUNTINE
聽聽聽聽聽聽聽聽聽聽聽 .
聽聽聽 .UNTILCXZ (DX == 0)

寮曠敵:
聽聽聽 涓婅堪涔嬪垽鏂紡鍙婂洖鍦堬紝鍏跺疄灏辨槸CMP XX,YY
聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽 Jxx xxxx,LOOPxx xxxx
聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽聽 涔嬬粍鍚堛?

聽聽聽 鍏跺唴鍔ㄤ綔澶嶆潅锛屽皬寮熷啓涓嶅嚭鏉?:~~( 璇峰啓杩嘙ASM 5.x鐨勪汉鑷
聽聽聽 浣撲細閭ｇ澶嶆潅鐨勫彜鑰佹柟寮忋?

浠ヤ笂鍐呭涓猴細MASM 6.x 鏂板鎸囦护鍒楄〃:聽 Glow Glove 鍒?(璇蜂綋璋呭皬寮熻緵鑻︼紝鍕挎秷鍘?






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Beijing Grand Century Ocean Ka Hei signed real estate brokerage industry Co., Ltd.

Recently, as a professional in the real estate consumer research, marketing planning and sales service firms - Beijing offshore contract Ka Yip Price Bedroom Bathroom Grand Century, through the implementation of HJ-eHR4.0 Human Resource Management Information System, set up uniform, standardized information management platform, optimize human resources management.

Beijing real estate brokerage industry, offshore Ka Ocean Properties Ltd. is a wholly owned subsidiary, since its inception in 1999, a variety of business growth, total sales agent of nearly 400 million square meters area, sales break through 30 billion yuan, involving residential, commercial, office buildings, apartments, villas, hotels, and all other property types, are committed to advanced planning concepts, professional sales management, and service customers to the brand and achieve a win-win goal of maximizing economic benefits.

With the booming offshore industry, while Kerry, in order to make offshore Ka Yip become a high reputation for foresight and persistence to keep the concept of leading real estate brokers, ocean Ka Yip always adhere to the "Innovation on behalf of new thinking and new tools; reliable , on behalf of organizations, faith is the standard measure of the reputation of offshore real estate; collaboration, ocean-going property management of human resources principles "for the company's values. In the use of information technology means to achieve the objectives of human resources management process, the offshore industry have chosen Ka Grand Century HJ-eHR4.2 human resources management information systems as information tools, full integration, optimization of management processes, intelligent management.

Beijing Grand View century-depth analysis of offshore real estate brokerage industry Co., Ltd. Ka management features, the providing of the HJ-eHR4.2 human resources management information system, will help improve the human resources management, establish offshore Ka industry, company-wide personnel information database, to achieve company-wide ocean Ka industry personnel information collection, processing, storage, transmission and management, high efficiency and high quality human resources for the management of ocean Ka Yip, daily office, macro-control and leadership in scientific decision-making service. System consists of two parts, business and self-service platform, service platform which includes agency management, position management, personnel management, systems management, payroll management, insurance, benefits, recruitment and management; self-help platform provides employee self-service, manager self-service. System scalability, will be able to meet the business needs, to achieve the system's reconstruction, to long service in the offshore Ka Yip.

Through this cooperation, Grand View century will be based on ocean Ka Yip on human resources management needs to provide practical solutions to help solve the fundamental problem, help offshore Ka Yip human resources management to a new level.







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